$t(warningTitle.message):<\/strong> The use of a D Setpoint transition greater than 0 and less than 0.1 is highly discouraged. Doing so may lead instability and reduced stick responsiveness as the sticks cross the centre point.<\/span>"
},
"pidTuningFfInterpolateSp": {
"message": "FF Interpolate"
},
"pidTuningFfInterpolateSpHelp": {
"message": "The following options fine-tune feed forward from race/aggressive to smooth/HD.
Mode: set to NoAverage for race, Average 2 for race/fast freestyle, Average 3 for HD recording, Average 4 for HD cinematic smoothness.
Smoothness: limits the amount of change that any one incoming radio step can make, increase for smoother FF signal, decrease for more aggressive FF responses.
Boost: helps overcome motor lag with quick stick inputs, can increase jitter. Try 10 for HD, 20 for racers. Up to 30 may be useful for low authority quads but can cause micro overshoot or jitter."
},
"pidTuningFfInterpolate": {
"message": "Mode"
},
"pidTuningFfInterpolateSpOptionNoAverage": {
"message": "NoAverage"
},
"pidTuningFfInterpolateSpOptionAverage2": {
"message": "Average 2"
},
"pidTuningFfInterpolateSpOptionAverage3": {
"message": "Average 3"
},
"pidTuningFfInterpolateSpOptionAverage4": {
"message": "Average 4"
},
"pidTuningFfSmoothFactor": {
"message": "Smoothness"
},
"pidTuningFfBoost": {
"message": "Boost"
},
"pidTuningProportional": {
"message": "Proportional"
},
"pidTuningProportionalHelp": {
"message": "Controls the strength of how tightly the machine tracks the sticks (the Setpoint).
Higher value (gains) provide tighter tracking, but can cause overshoot if too high in proportion to the Derivative (D-term). Think of the P-term as the spring on a car.",
"description": "Proportional Term helpicon message on PID table titlebar"
},
"pidTuningIntegral": {
"message": "Integral"
},
"pidTuningIntegralHelp": {
"message": "Controls the strength of how tightly the machine holds the overall position of the Setpoint.
Similar to Proportional, but for longer biases on the craft such as an offset center of gravity (CoG) or persistent outside influence (steady wind).
Higher gains provide tighter tracking (e.g.: in sweeping turns), but can make the craft feel stiff for commanded stick inputs.
If extremely high in proportion to the D-term, can cause slow oscillations.",
"description": "Integral Term helpicon message on PID table titlebar"
},
"pidTuningDerivative": {
"message": "Derivative"
},
"pidTuningDMax": {
"message": "D Max"
},
"pidTuningDerivativeHelp": {
"message": "Controls the strength of dampening to ANY motion on the craft. For stick moves, the D-term dampens the command. For an outside influence (prop-wash OR wind gust) the D-term dampens the influence.
Higher gains provide more dampening and reduce overshoot by P-term and FF.
However, the D-term is VERY sensitive to gyro high frequency vibrations (noise | magnifies by 10x to 100x).
High frequency noise can cause motor heat and burn out motors if D-gains are too high or the gyro noise is not filtered well (see Filters tab).
Think of the D-term as the shock absorber on your car, but with the negative inherent property of magnifying high frequency gyro noise.",
"description": "Derivative Term helpicon message on PID table titlebar"
},
"pidTuningFeedforward": {
"message": "Feedforward"
},
"pidTuningFeedforwardHelp": {
"message": "Is an additional pushing term (spring) based on stick input. FF helps the P-term push the craft for commanded stick moves.
The P-term pushes based on the difference between the commanded Setpoint (deg/sec) and the gyro reading of current rotational rate (deg/sec). FF pushes based on the commanded change of the sticks alone.
Higher values (gains) will result in a more sharp machine response to stick input.
Too high of values may result in some overshoot, increased motor heat, and motor saturation (where motors can not keep up with the desired rate of change).
Lower or zero (0) values will result in a slower and smoother response to stick inputs.",
"description": "Feedforward Term helpicon message on PID table titlebar"
},
"pidTuningMaxRateWarning": {
"message": "Warning: very high rates can result in desyncs from rapid decelerations."
},
"pidTuningRcRate": {
"message": "RC Rate"
},
"pidTuningMaxVel": {
"message": "Max Vel [deg/s]"
},
"pidTuningRate": {
"message": "Rate"
},
"pidTuningSuperRate": {
"message": "Super Rate"
},
"pidTuningRatesPreview": {
"message": "Rates Preview"
},
"pidTuningRatesTuningHelp": {
"message": "Rates and Expo: Determine your stick feel based on these parameters. Use the graph and live 3D model to find your favourite rate setting."
},
"pidTuningRcExpo": {
"message": "RC Expo"
},
"pidTuningTPA": {
"message": "TPA"
},
"pidTuningTPABreakPoint": {
"message": "TPA Breakpoint"
},
"pidTuningThrottleCurvePreview": {
"message": "Throttle Curve Preview"
},
"pidTuningThrottleLimitType": {
"message": "Throttle Limit"
},
"pidTuningThrottleLimitPercent": {
"message": "Throttle Limit %"
},
"pidTuningThrottleLimitTypeOff": {
"message": "OFF"
},
"pidTuningThrottleLimitTypeScale": {
"message": "SCALE"
},
"pidTuningThrottleLimitTypeClip": {
"message": "CLIP"
},
"pidTuningThrottleLimitTypeTip": {
"message": "Select the type of throttle limiting. OFF disables the feature, SCALE will transform the throttle range from 0 to the selected percentage using the full stick travel, CLIP will set a max throttle percentage and stick travel above that will have no additional effect"
},
"pidTuningThrottleLimitPercentTip": {
"message": "Set the desired throttle limit percentage. Setting to 100% disables the feature."
},
"pidTuningFilter": {
"message": "Filter"
},
"pidTuningFilterFrequency": {
"message": "Frequency"
},
"pidTuningRatesCurve": {
"message": "Rates Preview"
},
"throttle": {
"message": "Throttle"
},
"pidTuningButtonSave": {
"message": "Save"
},
"pidTuningButtonRefresh": {
"message": "Refresh"
},
"pidTuningProfileHead": {
"message": "Profile"
},
"pidTuningControllerHead": {
"message": "PID Controller"
},
"pidTuningCopyProfile": {
"message": "Copy profile values"
},
"pidTuningCopyRateProfile": {
"message": "Copy rateprofile values"
},
"dialogCopyProfileText": {
"message": "Copy values from current profile to"
},
"dialogCopyRateProfileText": {
"message": "Copy values from current rateprofile to"
},
"dialogCopyProfileTitle": {
"message": "Copy Profile Values"
},
"dialogCopyProfileNote": {
"message": "All values on the destination profile will be wiped and overwritten"
},
"dialogCopyProfileConfirm": {
"message": "Copy"
},
"dialogCopyProfileClose": {
"message": "Cancel"
},
"pidTuningResetProfile": {
"message": "Reset all profile values"
},
"pidTuningProfileReset": {
"message": "Loaded default profile values."
},
"pidTuningReceivedProfile": {
"message": "Flight controller set Profile: $1"
},
"pidTuningReceivedRateProfile": {
"message": "Flight controller set Rateprofile: $1"
},
"pidTuningLoadedProfile": {
"message": "Loaded Profile: $1"
},
"pidTuningLoadedRateProfile": {
"message": "Loaded Rateprofile: $1"
},
"pidTuningDataRefreshed": {
"message": "PID data refreshed"
},
"pidTuningEepromSaved": {
"message": "EEPROM saved"
},
"receiverHelp": {
"message": "Please read receiver chapter of the documentation. Configure serial port (if required), receiver mode (serial/ppm/pwm), provider (for serial receivers), bind receiver, set channel map, configure channel endpoints/range on TX so that all channels go from ~1000 to ~2000. Set midpoint (default 1500), trim channels to 1500, configure stick deadband, verify behaviour when TX is off or out of range.
IMPORTANT: Before flying read failsafe chapter of documentation and configure failsafe."
},
"tuningHelp": {
"message": "Tuning tips
IMPORTANT: It is important to verify motor temperatures during first flights. The higher the filter value gets the better it may fly, but you also will get more noise into the motors.
Default value of 100Hz is optimal, but for noiser setups you can try lowering Dterm filter to 50Hz and possibly also the gyro filter."
},
"tuningHelpSliders": {
"message": "IMPORTANT: We recommend using the sliders to change filter settings. Move both sliders together.
It is best to make relatively small changes and test fly after each change. Check the motor temperatures closely before making further changes.
Less filtering (sliders to the right, higher cutoff values) will improve prop-wash, but will let more noise through to the motors, making them hotter, possibly hot enough to burn out. Less filtering is possible on most clean builds and if rpm filtering is enabled.
Unusually high or low filter settings may cause flyaways on arming. The defaults are safe for typical 5\" quads.
Note: Changing profiles will only change the D-term filter settings. Gyro filter settings are the same for all profiles.",
"description": "Filter tuning subtab note"
},
"filterWarning": {
"message": "Warning: The amount of filtering you are using is dangerously low. This is likely to make the craft hard to control, and can result in flyaways. It is highly recommended that you enable at least one of Gyro Dynamic Lowpass or Gyro Lowpass 1 and at least one of D-Term Dynamic Lowpass or D Term Lowpass 1."
},
"receiverThrottleMid": {
"message": "Throttle MID"
},
"receiverThrottleExpo": {
"message": "Throttle EXPO"
},
"receiverStickMin": {
"message": "'Stick Low' Threshold"
},
"receiverHelpStickMin": {
"message": "The maximum value (in us) for a stick to be recognised as low / left for command input (MIN_CHECK)."
},
"receiverStickCenter": {
"message": "Stick Center"
},
"receiverHelpStickCenter": {
"message": "The value (in us) used to determine if a stick is centered (MID_RC)."
},
"receiverStickMax": {
"message": "'Stick High' Threshold"
},
"receiverHelpStickMax": {
"message": "The minimum value (in us) for a stick to be recognised as high / right for command input (MAX_CHECK)."
},
"receiverDeadband": {
"message": "RC Deadband"
},
"receiverHelpDeadband": {
"message": "These are values (in us) by how much RC input can be different before it's considered valid. For transmitters with jitter on outputs, this value can be increased if rc inputs twitch while idle."
},
"receiverYawDeadband": {
"message": "Yaw Deadband"
},
"receiverHelpYawDeadband": {
"message": "These are values (in us) by how much RC input can be different before it's considered valid. For transmitters with jitter on outputs, this value can be increased if rc inputs twitch while idle. This setting is for Yaw only."
},
"recevier3dDeadbandThrottle": {
"message": "3D Throttle Deadband"
},
"receiverHelp3dDeadbandThrottle": {
"message": "These are values (in us). To widen the neutral zone increased the value. This setting is for 3D throttle only."
},
"receiverChannelMap": {
"message": "Channel Map"
},
"receiverChannelDefaultOption": {
"message": "Default"
},
"receiverChannelMapTitle": {
"message": "You can define your own channel map by clicking inside the box"
},
"receiverRssiChannel": {
"message": "RSSI Channel"
},
"receiverRssiChannelDisabledOption": {
"message": "Disabled"
},
"receiverRefreshRateTitle": {
"message": "Graph refresh rate"
},
"receiverResetRefreshRate": {
"message": "Reset"
},
"receiverResetRefreshRateTitle": {
"message": "Reset refresh rate"
},
"receiverButtonSave": {
"message": "Save"
},
"receiverButtonRefresh": {
"message": "Refresh"
},
"receiverButtonBind": {
"message": "Bind Receiver"
},
"receiverButtonBindMessage": {
"message": "Bind request sent to the flight controller."
},
"receiverButtonSticks": {
"message": "Control sticks"
},
"receiverDataRefreshed": {
"message": "RC Tuning data refreshed"
},
"receiverEepromSaved": {
"message": "EEPROM saved"
},
"receiverModelPreview": {
"message": "Preview"
},
"receiverMspWarningText": {
"message": "These sticks allow Betaflight to be armed and tested without a transmitter or receiver being present. However, this feature is not intended for flight and propellers must not be attached.
This feature does not guarantee reliable control of your craft. Serious injury is likely to result if propellers are left on."
},
"receiverMspEnableButton": {
"message": "Enable controls"
},
"auxiliaryHelp": {
"message": "Configure modes here using a combination of ranges and/or links to other modes (links supported on BF 4.0 and later). Use ranges to define the switches on your transmitter and corresponding mode assignments. A receiver channel that gives a reading between a range min/max will activate the mode. Use a link to activate a mode when another mode is activated. Exceptions: ARM cannot be linked to or from another mode, modes cannot be linked to other modes that are configured with a link (chained links). Multiple ranges/links can be used to activate any mode. If there is more than one range/link defined for a mode, each of them can be set to AND or OR. A mode will be activated when:
- ALL AND ranges/links are active; OR
- at least one OR range/link is active.
Remember to save your settings using the Save button."
},
"auxiliaryToggleUnused": {
"message": "Hide unused modes"
},
"auxiliaryMin": {
"message": "Min"
},
"auxiliaryMax": {
"message": "Max"
},
"auxiliaryDisabled": {
"message": "(DISABLED)",
"descripton": "Text to add to the ARM mode (maybe others in the future) in the MODES TAB when it has been disabled for some external reason"
},
"auxiliaryAddRange": {
"message": "Add Range"
},
"auxiliaryAddLink": {
"message": "Add Link"
},
"auxiliaryButtonSave": {
"message": "Save"
},
"auxiliaryEepromSaved": {
"message": "EEPROM saved"
},
"auxiliaryAutoChannelSelect": {
"message": "AUTO"
},
"auxiliaryModeLogicOR": {
"message": "OR"
},
"auxiliaryModeLogicAND": {
"message": "AND"
},
"adjustmentsHelp": {
"message": "Configure adjustment switches. See the 'in-flight adjustments' section of the manual for details. The changes that adjustment functions make are not saved automatically."
},
"adjustmentSlotsHelp": {
"message": "There are 4 slots. Each switch used to concurrently make adjustments requires exclusive use of a slot."
},
"adjustmentsExamples": {
"message": "Examples:"
},
"adjustmentsExample1": {
"message": "Use a three position switch on AUX1 to select between Pitch/Roll P, I and D and another three position switch on AUX2 to increase or decrease the value when held up or down."
},
"adjustmentsExample2": {
"message": "Use a three position switch on AUX4 to select enable Rate Profile Selection via the same three position switch on the same channel."
},
"adjustmentsColumnEnable": {
"message": "If enabled"
},
"adjustmentsColumnUsingSlot": {
"message": "using slot"
},
"adjustmentsColumnWhenChannel": {
"message": "when channel"
},
"adjustmentsColumnIsInRange": {
"message": "is in range"
},
"adjustmentsColumnThenApplyFunction": {
"message": "then apply"
},
"adjustmentsColumnViaChannel": {
"message": "via channel"
},
"adjustmentsSlot0": {
"message": "Slot 1"
},
"adjustmentsSlot1": {
"message": "Slot 2"
},
"adjustmentsSlot2": {
"message": "Slot 3"
},
"adjustmentsSlot3": {
"message": "Slot 4"
},
"adjustmentsMin": {
"message": "Min"
},
"adjustmentsMax": {
"message": "Max"
},
"adjustmentsFunction0": {
"message": "No changes"
},
"adjustmentsFunction1": {
"message": "RC Rate Adjustment"
},
"adjustmentsFunction2": {
"message": "RC Expo Adjustment"
},
"adjustmentsFunction3": {
"message": "Throttle Expo Adjustment"
},
"adjustmentsFunction4": {
"message": "Pitch & Roll Rate Adjustment"
},
"adjustmentsFunction5": {
"message": "Yaw Rate Adjustment"
},
"adjustmentsFunction6": {
"message": "Pitch & Roll P Adjustment"
},
"adjustmentsFunction7": {
"message": "Pitch & Roll I Adjustment"
},
"adjustmentsFunction8": {
"message": "Pitch & Roll D Adjustment"
},
"adjustmentsFunction9": {
"message": "Yaw P Adjustment"
},
"adjustmentsFunction10": {
"message": "Yaw I Adjustment"
},
"adjustmentsFunction11": {
"message": "Yaw D Adjustment"
},
"adjustmentsFunction12": {
"message": "Rate Profile Selection"
},
"adjustmentsFunction13": {
"message": "Pitch Rate"
},
"adjustmentsFunction14": {
"message": "Roll Rate"
},
"adjustmentsFunction15": {
"message": "Pitch P Adjustment"
},
"adjustmentsFunction16": {
"message": "Pitch I Adjustment"
},
"adjustmentsFunction17": {
"message": "Pitch D Adjustment"
},
"adjustmentsFunction18": {
"message": "Roll P Adjustment"
},
"adjustmentsFunction19": {
"message": "Roll I Adjustment"
},
"adjustmentsFunction20": {
"message": "Roll D Adjustment"
},
"adjustmentsFunction21": {
"message": "RC Rate Yaw"
},
"adjustmentsFunction22": {
"message": "D Setpoint"
},
"adjustmentsFunction22_2": {
"message": "Pitch & Roll F Adjustment"
},
"adjustmentsFunction23": {
"message": "D Setpoint Transition"
},
"adjustmentsFunction23_2": {
"message": "Feedforward Transition"
},
"adjustmentsFunction24": {
"message": "Horizon Strength Adjustment"
},
"adjustmentsFunction25": {
"message": "PID-Audio Selection"
},
"adjustmentsFunction26": {
"message": "Pitch F Adjustment"
},
"adjustmentsFunction27": {
"message": "Roll F Adjustment"
},
"adjustmentsFunction28": {
"message": "Yaw F Adjustment"
},
"adjustmentsFunction29": {
"message": "OSD Profile Selection"
},
"adjustmentsFunction30": {
"message": "LED Profile Selection"
},
"adjustmentsSave": {
"message": "Save"
},
"adjustmentsEepromSaved": {
"message": "EEPROM saved"
},
"transponderNotSupported": {
"message": "Your flight controller's firmware does not support transponder functionality."
},
"transponderInformation": {
"message": "Transponders systems allow race organizers to time your laps. The transponder is fitted to your aircraft and when your aircraft passes the timing gate the track-side receiver registers your code and records your laptime. When fitting an IR based transponder your should ensure that it points outward from your aircraft towards the track-side receivers and that the light beam is not obstructed by your airframe, battery-straps, cables, propellers, etc."
},
"transponderConfigurationType": {
"message": "Transponder type"
},
"transponderType0": {
"message": "None"
},
"transponderType1": {
"message": "iLap"
},
"transponderType2": {
"message": "aRCiTimer"
},
"transponderType3": {
"message": "ERLT"
},
"transponderConfiguration1": {
"message": "Configuration iLap"
},
"transponderConfiguration2": {
"message": "Configuration aRCiTimer"
},
"transponderConfiguration3": {
"message": "Configuration ERLT"
},
"transponderData1": {
"message": "Data"
},
"transponderData2": {
"message": "Transponder ID"
},
"transponderData3": {
"message": "Transponder ID"
},
"transponderDataHelp1": {
"message": "Hexadecimal digits only, 0-9, A-F"
},
"transponderHelp1": {
"message": "Configure your transponder code here. Note: Only valid codes will be recognised by race timing systems. Valid transponder codes can be obtained from Seriously Pro."
},
"transponderHelp2": {
"message": "For more information please visit aRCiTimer site"
},
"transponderDataHelp3": {
"message": "Choose ERLT ID 0-63"
},
"transponderHelp3": {
"message": "For more information please visit EasyRaceLapTimer site"
},
"transponderButtonSave": {
"message": "Save"
},
"transponderButtonSaveReboot": {
"message": "Save and Reboot"
},
"transponderDataInvalid": {
"message": "Transponder data is invalid"
},
"transponderEepromSaved": {
"message": "EEPROM saved"
},
"servosFirmwareUpgradeRequired": {
"message": "Servos requires firmware >= 1.10.0. and target support."
},
"servosChangeDirection": {
"message": "Change Direction in TX To Match"
},
"servosName": {
"message": "Name"
},
"servosMid": {
"message": "MID"
},
"servosMin": {
"message": "MIN"
},
"servosMax": {
"message": "MAX"
},
"servosAngleAtMin": {
"message": "Angle at min"
},
"servosAngleAtMax": {
"message": "Angle at max"
},
"servosDirectionAndRate": {
"message": "Direction and rate"
},
"servosLiveMode": {
"message": "Enable Live mode"
},
"servosButtonSave": {
"message": "Save"
},
"servosNormal": {
"message": "Normal"
},
"servosReverse": {
"message": "Reverse"
},
"servosEepromSave": {
"message": "EEPROM saved"
},
"gpsHead": {
"message": "GPS"
},
"gpsMapHead": {
"message": "Current GPS location"
},
"gpsMapMessage1": {
"message": "Please check your internet connection"
},
"gpsMapMessage2": {
"message": "Waiting for GPS 3D fix…"
},
"gps3dFix": {
"message": "3D Fix:"
},
"gpsFixTrue": {
"message": "True"
},
"gpsFixFalse": {
"message": "False"
},
"gpsAltitude": {
"message": "Altitude:"
},
"gpsLat": {
"message": "Latitude:"
},
"gpsLon": {
"message": "Longitude:"
},
"gpsSpeed": {
"message": "Speed:"
},
"gpsSats": {
"message": "Sats:"
},
"gpsDistToHome": {
"message": "Dist to Home:"
},
"gpsSignalStrHead": {
"message": "GPS Signal Strength"
},
"gpsSignalStr": {
"message": "Signal Strength"
},
"gpsSignalSatId": {
"message": "Sat ID"
},
"gpsSignalQty": {
"message": "Qty"
},
"motorsVoltage": {
"message": "Voltage:"
},
"motorsADrawing": {
"message": "Amperage:"
},
"motorsmAhDrawn": {
"message": "Amp. drawn:"
},
"motorsVoltageValue": {
"message": "$1 V"
},
"motorsADrawingValue": {
"message": "$1 A"
},
"motorsmAhDrawnValue": {
"message": "$1 mAh"
},
"motorsText":{
"message": "Motors"
},
"motorNumber1":{
"message": "Motor - 1"
},
"motorNumber2":{
"message": "Motor - 2"
},
"motorNumber3":{
"message": "Motor - 3"
},
"motorNumber4":{
"message": "Motor - 4"
},
"motorNumber5":{
"message": "Motor - 5"
},
"motorNumber6":{
"message": "Motor - 6"
},
"motorNumber7":{
"message": "Motor - 7"
},
"motorNumber8":{
"message": "Motor - 8"
},
"servosText":{
"message": "Servos"
},
"servoNumber1":{
"message": "Servo - 1"
},
"servoNumber2":{
"message": "Servo - 2"
},
"servoNumber3":{
"message": "Servo - 3"
},
"servoNumber4":{
"message": "Servo - 4"
},
"servoNumber5":{
"message": "Servo - 5"
},
"servoNumber6":{
"message": "Servo - 6"
},
"servoNumber7":{
"message": "Servo - 7"
},
"servoNumber8":{
"message": "Servo - 8"
},
"motorsResetMaximumButton":{
"message": "Reset"
},
"motorsResetMaximum":{
"message": "Reset overtime maximum"
},
"motorsSensorGyroSelect":{
"message": "gyro"
},
"motorsSensorAccelSelect":{
"message": "accel"
},
"motorsTelemetryHelp": {
"message": "This numbers show the telemetry info received from the ESCs if available. It can show the actual speed of motors (in RPM), the error rate of the telemetry link and the temperature of the ESCs.",
"description": "Help text for the telemetry values in the motors tab."
},
"motorsRPM": {
"message": "R: {{motorsRpmValue}}",
"description": "To put under the motors in the motors tab. KEEP IT SHORT or not translate. Keep the letters as prefix. Shows the RPM of the motor if telemetry is available."
},
"motorsRPMError": {
"message": "E: {{motorsErrorValue}}%",
"description": "To put under the motors in the motors tab. KEEP IT SHORT or not translate. Shows the error of motor telemetry if available."
},
"motorsESCTemperature": {
"message": "T: {{motorsESCTempValue}}°C",
"description": "To put under the motors in the motors tab. KEEP IT SHORT or not translate. Shows the ESC temperature if available."
},
"motorsMaster": {
"message": "Master"
},
"motorsNotice": {
"message": "Motor Test Mode / Arming Notice:
Moving the sliders or arming your craft with the transmitter will cause the motors to spin up.
In order to prevent injury remove ALL propellers before using this feature.
Enabling motor test mode will also temporarily disable Runaway Takeoff Prevention, to stop it from disarming the craft when bench testing without propellers.
"
},
"motorsEnableControl": {
"message": "I understand the risks, the propellers are removed - enable motor control and arming, and disable Runaway Takeoff Prevention."
},
"motorsDialogSettingsChanged": {
"message": "Configuration changes have been detected.
Motor Test Mode is disabled until the settings have seen saved."
},
"motorsDialogSettingsChangedOk": {
"message": "OK"
},
"motorOutputReorderDialogClose": {
"message": "Cancel"
},
"motorOutputReorderDialogAgree": {
"message": "Start"
},
"motorsRemapDialogTitle": {
"message": "Reorder motors"
},
"motorOutputReorderDialogOpen": {
"message": "Reorder motors"
},
"motorOutputReorderDialogSelectSpinningMotor": {
"message": "Click on the spinning motor..."
},
"motorOutputReorderDialogRemapIsDone": {
"message": "Ready! Check the motors spinning order by clicking on the image."
},
"motorsRemapDialogUnderstandRisks": {
"message": "I understand the risks,
the propellers are removed."
},
"motorsRemapDialogRiskNotice": {
"message": "Safety notice
Remove all propellers to prevent injury!
The motors will spin up!"
},
"motorsRemapDialogExplanations": {
"message": "Information notice
Motors will spin up one by one and you will be able to select which motor is spinning. The battery should be plugged in, correct ESC protocol should be selected. This utility can only re-arrange currently active motors. More complex re-mapping requires the CLI Resource command. Refer to this Wiki page."
},
"motorsRemapDialogSave": {
"message": "Save"
},
"motorsRemapDialogStartOver": {
"message": "Start over"
},
"motorsButtonReset": {
"message": "Reset"
},
"motorsButtonSave": {
"message": "Save and Reboot"
},
"escDshotDirectionDialog-Title": {
"message": "Motor Direction - Warning: Ensure props are removed!"
},
"escDshotDirectionDialog-SelectMotor": {
"message": "Select one or all motors"
},
"escDshotDirectionDialog-SelectMotorSafety": {
"message": "Motors will spin when selected!"
},
"escDshotDirectionDialog-RiskNotice": {
"message": "Safety notice
Remove all propellers to prevent injury!
The motors will spin up immediately when selected!"
},
"escDshotDirectionDialog-UnderstandRisks": {
"message": "I understand the risks,
all propellers are removed."
},
"escDshotDirectionDialog-InformationNotice": {
"message": "Information notice
To change the motor directions, the battery must be plugged in and the correct ESC protocol must be set up in the $t(tabMotorTesting.message) tab. Note that not all Dshot ESCs will work with this dialog. Check your ESC firmware."
},
"escDshotDirectionDialog-NormalInformationNotice": {
"message": "Set motor spin direction by selecting and spinning each motor individually."
},
"escDshotDirectionDialog-WizardInformationNotice": {
"message": "Resets all motor spin directions, then allows the user to choose which to reverse."
},
"escDshotDirectionDialog-Open": {
"message": "Motor direction"
},
"escDshotDirectionDialog-CommandNormal": {
"message": "Normal"
},
"escDshotDirectionDialog-CommandReverse": {
"message": "Reverse"
},
"escDshotDirectionDialog-CommandSpin": {
"message": "Test motor"
},
"escDshotDirectionDialog-ReleaseButtonToStop": {
"message": "Release button to stop"
},
"escDshotDirectionDialog-ReleaseToStop": {
"message": "Release to stop"
},
"escDshotDirectionDialog-Start": {
"message": "Individually"
},
"escDshotDirectionDialog-StartWizard": {
"message": "Wizard"
},
"escDshotDirectionDialog-SetDirectionHint": {
"message": "Change direction of selected motor(s)"
},
"escDshotDirectionDialog-SetDirectionHintSafety": {
"message": "Motors will spin when setting the direction!"
},
"escDshotDirectionDialog-WrongProtocolText": {
"message": "Feature works with DSHOT ESCs only.
Verify that your ESC (electric speed controller) supports DSHOT protocol and change it on $t(tabMotorTesting.message) tab."
},
"escDshotDirectionDialog-WrongMixerText": {
"message": "Number of motors is 0.
Verify the current Mixer on $t(tabMotorTesting.message) tab or setup a custom one through CLI. Refer to this Wiki page."
},
"escDshotDirectionDialog-WrongFirmwareText": {
"message": "Update the firmware.
Make sure you are using the latest firmware: Betaflight 4.3 or newer."
},
"escDshotDirectionDialog-WizardActionHint": {
"message": "Click on motor numbers individually to change spin direction"
},
"escDshotDirectionDialog-WizardActionHintSecondLine": {
"message": "Verify all motors are spinning correctly"
},
"escDshotDirectionDialog-SpinWizard": {
"message": "Start / spin motors"
},
"escDshotDirectionDialog-StopWizard": {
"message": "Stop motors"
},
"sensorsInfo": {
"message": "Keep in mind that using fast update periods and rendering multiple graphs at the same time is resource heavy and will burn your battery quicker if you use a laptop.
We recommend to only render graphs for sensors you are interested in while using reasonable update periods."
},
"sensorsRefresh": {
"message": "Refresh:"
},
"sensorsScale": {
"message": "Scale:"
},
"sensorsGyroSelect": {
"message": "Gyroscope"
},
"sensorsAccelSelect": {
"message": "Accelerometer"
},
"sensorsMagSelect": {
"message": "Magnetometer"
},
"sensorsAltitudeSelect": {
"message": "Altitude"
},
"sensorsSonarSelect": {
"message": "Sonar"
},
"sensorsDebugSelect": {
"message": "Debug"
},
"sensorsGyroTitle": {
"message": "Gyroscope - deg/s"
},
"sensorsAccelTitle": {
"message": "Accelerometer - g (deg)"
},
"sensorsMagTitle": {
"message": "Magnetometer - Ga"
},
"sensorsAltitudeTitle": {
"message": "Altitude - meters"
},
"sensorsAltitudeHint": {
"message": "The altitude is calculated by combining the output of the barometer (if available) with the altitude output from the GPS (if available). If a GPS connected and the GPS has a fix, the absolute altitude above sea level will be shown when disarmed. When armed, the altitude relative to the position when arming will be shown."
},
"sensorsSonarTitle": {
"message": "Sonar - cm"
},
"sensorsDebugTitle": {
"message": "Debug"
},
"cliInfo": {
"message": "Note: Leaving CLI tab or pressing Disconnect will automatically send \"exit\" to the board. With the latest firmware this will make the controller restart and unsaved changes will be lost.Warning: Some commands in CLI can result in arbitrary signals being sent on the motor output pins. This can cause motors to spin up if a battery is connected. Therefore it is highly recommended to make sure that no battery is connected before entering commands in CLI."
},
"cliInputPlaceholder": {
"message": "Write your command here. Press Tab for AutoComplete."
},
"cliInputPlaceholderBuilding": {
"message": "Please wait while building AutoComplete cache ..."
},
"cliEnter": {
"message": "CLI mode detected"
},
"cliReboot": {
"message": "CLI reboot detected"
},
"cliSaveToFileBtn": {
"message": "Save to File"
},
"cliClearOutputHistoryBtn": {
"message": "Clear output history"
},
"cliCopyToClipboardBtn": {
"message": "Copy to clipboard"
},
"cliCopySuccessful": {
"message": "Copied!"
},
"cliLoadFromFileBtn": {
"message": "Load from file"
},
"cliConfirmSnippetDialogTitle": {
"message": "Loaded file {{fileName}}. Review the loaded commands"
},
"cliConfirmSnippetNote": {
"message": "Note: You can review and edit commands before execution."
},
"cliConfirmSnippetBtn": {
"message": "Execute"
},
"loggingNote": {
"message": "Data will be logged in this tab only, leaving the tab will cancel logging and application will return to its normal \"configurator\" state.
You are free to select the global update period, data will be written into the log file every 1 second for performance reasons."
},
"loggingSamplesSaved": {
"message": "Samples Saved:"
},
"loggingLogSize": {
"message": "Log Size:"
},
"loggingButtonLogFile": {
"message": "Select Log File"
},
"loggingStart": {
"message": "Start Logging"
},
"loggingStop": {
"message": "Stop Logging"
},
"loggingBack": {
"message": "Leave Logging / Disconnect"
},
"loggingErrorNotConnected": {
"message": "You need to connect first"
},
"loggingErrorLogFile": {
"message": "Please select log file"
},
"loggingErrorOneProperty": {
"message": "Please select at least one property to log"
},
"loggingAutomaticallyRetained": {
"message": "Automatically loaded previous log file: $1"
},
"blackboxNotSupported": {
"message": "Your flight controller's firmware does not support Blackbox logging."
},
"blackboxMaybeSupported": {
"message": "Your flight controller's firmware is too old to support this tab, or the Blackbox feature is disabled on the Configuration tab."
},
"blackboxConfiguration": {
"message": "Blackbox configuration"
},
"blackboxButtonSave": {
"message": "Save and reboot"
},
"blackboxLoggingNone": {
"message": "No Logging"
},
"blackboxLoggingFlash": {
"message": "Onboard Flash"
},
"blackboxLoggingSdCard": {
"message": "SD Card"
},
"blackboxLoggingSerial": {
"message": "Serial Port"
},
"serialLoggingSupportedNote": {
"message": "You can log to an external logging device (such as an OpenLager) by using a serial port. Configure the port on the Ports tab."
},
"sdcardNote": {
"message": "Flight logs can be recorded to your flight controller's onboard SD card slot."
},
"dataflashUsedSpace": {
"message": "Used space"
},
"dataflashFreeSpace": {
"message": "Free space"
},
"dataflashUnavSpace": {
"message": "Unavailable space"
},
"dataflashLogsSpace": {
"message": "Free space for logs"
},
"dataflashNote": {
"message": "Flight logs can be recorded to your flight controller's onboard dataflash chip."
},
"dataflashNotPresentNote": {
"message": "Your flight controller does not have a compatible dataflash chip available."
},
"dataflashFirmwareUpgradeRequired": {
"message": "Dataflash requires firmware >= 1.8.0."
},
"dataflashButtonSaveFile": {
"message": "Save flash to file..."
},
"dataflashButtonSaveFileDeprecated": {
"message": "Save flash to file... (unsupported)"
},
"dataflashSavetoFileNote": {
"message": "Directly saving flash to file is slow and inherently prone to error / file corruption.
In some cases it will work for small files, but this is not supported and support requests for it will be closed without comment - use Mass Storage mode instead."
},
"dataflashSaveFileDepreciationHint": {
"message": "This method is slow and inherently prone to error / file corruption, because the MSP connection itself has intrinsic, fundamental limitations that make it unsuitable for file transfers. It may work for small log files only. Do not create support requests if file transfers fail when saved using this method. The recommended method is to use '$t(onboardLoggingRebootMscText.message)' (below) to activate the Mass Storage Mode, and access your flight controller as a storage device to download the log files."
},
"dataflashButtonErase": {
"message": "Erase flash"
},
"dataflashConfirmEraseTitle": {
"message": "Confirm dataflash erase"
},
"dataflashConfirmEraseNote": {
"message": "This will erase any Blackbox logs or other data contained in the dataflash. It should take about 20 seconds, are you sure?"
},
"dataflashSavingTitle": {
"message": "Saving dataflash to file"
},
"dataflashSavingNote": {
"message": "Saving could take several minutes, please wait."
},
"dataflashSavingNoteAfter": {
"message": "Save completed! Press \"Ok\" to continue."
},
"dataflashButtonSaveCancel": {
"message": "Cancel"
},
"dataflashButtonSaveDismiss": {
"message": "Ok"
},
"dataflashButtonEraseConfirm": {
"message": "Yes, erase dataflash"
},
"dataflashButtonEraseCancel": {
"message": "Cancel"
},
"dataflashFileWriteFailed": {
"message": "Failed to write to the file you selected, are the permissions on that folder okay?"
},
"sdcardStatusNoCard": {
"message": "No card inserted"
},
"sdcardStatusReboot": {
"message": "Fatal error
Reboot to retry"
},
"sdcardStatusReady": {
"message": "Card ready"
},
"sdcardStatusStarting": {
"message": "Card starting..."
},
"sdcardStatusFileSystem": {
"message": "Filesystem starting..."
},
"sdcardStatusUnknown": {
"message": "Unknown state $1"
},
"firmwareFlasherReleaseSummaryHead": {
"message": "Release info"
},
"firmwareFlasherReleaseManufacturer": {
"message": "Manufacturer ID:"
},
"firmwareFlasherReleaseVersion": {
"message": "Version:"
},
"firmwareFlasherReleaseVersionUrl": {
"message": "Visit release page."
},
"firmwareFlasherReleaseNotes": {
"message": "Release notes:"
},
"firmwareFlasherReleaseDate": {
"message": "Date:"
},
"firmwareFlasherReleaseTarget": {
"message": "Target:"
},
"firmwareFlasherReleaseFile": {
"message": "Binary:"
},
"firmwareFlasherUnifiedTargetName": {
"message": "Unified Target:"
},
"firmwareFlasherUnifiedTargetFileUrl": {
"message": "Show config."
},
"firmwareFlasherUnifiedTargetDate": {
"message": "Date:"
},
"firmwareFlasherReleaseFileUrl": {
"message": "Download manually."
},
"firmwareFlasherTargetWarning": {
"message": "IMPORTANT: Ensure you flash a file appropriate for your target. Flashing a binary for the wrong target can cause bad things to happen."
},
"firmwareFlasherPath": {
"message": "Path:"
},
"firmwareFlasherSize": {
"message": "Size:"
},
"firmwareFlasherStatus": {
"message": "Status:"
},
"firmwareFlasherProgress": {
"message": "Progress:"
},
"firmwareFlasherLoadFirmwareFile": {
"message": "Please load firmware file"
},
"firmwareFlasherLoadedConfig": {
"message": "Loaded target, please load firmware file"
},
"firmwareFlasherNoReboot": {
"message": "No reboot sequence"
},
"firmwareFlasherOnlineSelectBuildType": {
"message": "Select build type to see available boards."
},
"firmwareFlasherOnlineSelectBoardDescription": {
"message": "Select your board to see available online firmware releases - Select the correct firmware appropriate for your board."
},
"firmwareFlasherOnlineSelectBoardHint": {
"message": "Starting with Betaflight 4.1, Betaflight is introducing support for Unified Targets. The concept of Unified Targets means that the same firmware .hex file can be used for all boards using the same MCU (F4, F7). To make the different boards work with the same firmware, a specific configuration file is deployed alongside the firmware when a Unified Target is flashed.
This version of Betaflight configurator supports flashing of Unified Targets with the respective board specific configurations in one step. The different firmware types that are available for each board are shown in the drop-down as follows:
<board name> or
<board name> (Legacy):
non-unified target, or pre-4.1 versions of the firmware for Unified Targets.
<board name> (<manufacturer id>):
(4 character manufacturer id)
Unified Target.
Please use Unified Targets where available. If you encounter problems using a Unified Target, please open an issue and then use the non-unified target until the issue has been resolved."
},
"firmwareFlasherOnlineSelectFirmwareVersionDescription": {
"message": "Select firmware version for your board."
},
"firmwareFlasherNoRebootDescription": {
"message": "Enable if your FC is in boot mode. i.e. if you powered on your FC with the bootloader pins jumped or whilst holding your FC's BOOT button."
},
"firmwareFlasherFlashOnConnect": {
"message": "Flash on connect"
},
"firmwareFlasherFlashOnConnectDescription": {
"message": "Attempt to flash the board automatically (triggered by newly detected serial port)."
},
"firmwareFlasherFullChipErase": {
"message": "Full chip erase"
},
"firmwareFlasherFullChipEraseDescription": {
"message": "Wipes all configuration data currently stored on the board."
},
"firmwareFlasherFlashDevelopmentFirmware": {
"message": "Use Development Firmware"
},
"firmwareFlasherFlashDevelopmentFirmwareDescription": {
"message": "Flash most recent (untested) development firmware."
},
"firmwareFlasherManualPort": {
"message": "Port"
},
"firmwareFlasherManualBaud": {
"message": "Manual baud rate"
},
"firmwareFlasherManualBaudDescription": {
"message": "Manual selection of baud rate for boards that don't support the default speed or for flashing via bluetooth.
Note: Not used when flashing via USB DFU"
},
"firmwareFlasherBaudRate": {
"message": "Baud Rate"
},
"firmwareFlasherShowDevelopmentReleases":{
"message": "Show unstable releases"
},
"firmwareFlasherShowDevelopmentReleasesDescription":{
"message": "Show release candidates in addition to stable releases"
},
"firmwareFlasherOptionLoading": {
"message": "Loading ..."
},
"firmwareFlasherOptionLabelBuildTypeRelease": {
"message": "Release"
},
"firmwareFlasherOptionLabelBuildTypeReleaseCandidate": {
"message": "Release And Release Candidate"
},
"firmwareFlasherOptionLabelBuildTypeDevelopment": {
"message": "Development"
},
"firmwareFlasherOptionLabelBuildTypeAKK3_3": {
"message": "3.3 AKK & RDQ VTX Patch"
},
"firmwareFlasherOptionLabelBuildTypeAKK3_4": {
"message": "3.4 AKK & RDQ VTX Patch"
},
"firmwareFlasherOptionLabelSelectFirmware": {
"message": "Choose a Firmware / Board"
},
"firmwareFlasherOptionLabelSelectBoard": {
"message": "Choose a Board"
},
"firmwareFlasherOptionLabelSelectFirmwareVersion": {
"message": "Choose a Firmware version"
},
"firmwareFlasherOptionLabelSelectFirmwareVersionFor": {
"message": "Choose a Firmware version for"
},
"firmwareFlasherButtonLoadLocal": {
"message": "Load Firmware [Local]"
},
"firmwareFlasherButtonLoadOnline": {
"message": "Load Firmware [Online]"
},
"firmwareFlasherButtonDownloading": {
"message": "Downloading..."
},
"firmwareFlasherExitDfu": {
"message": "Exit DFU Mode"
},
"firmwareFlasherFlashFirmware": {
"message": "Flash Firmware"
},
"firmwareFlasherGithubInfoHead": {
"message": "GitHub Firmware Info"
},
"firmwareFlasherCommiter": {
"message": "Committer:"
},
"firmwareFlasherDate": {
"message": "Date:"
},
"firmwareFlasherHash": {
"message": "Hash:"
},
"firmwareFlasherUrl": {
"message": "Go to GitHub to review this commit..."
},
"firmwareFlasherMessage": {
"message": "Message:"
},
"firmwareFlasherWarningText": {
"message": "Please do not try to flash non-Betaflight hardware with this firmware flasher.
Do not disconnect the board or turn off your computer while flashing.
Note: STM32 bootloader is stored in ROM, it cannot be bricked.
Note: Auto-Connect is always disabled while you are inside firmware flasher.
Note: Make sure you have a backup; some upgrades/downgrades will wipe your configuration.
Note: If you have problems flashing try disconnecting all cables from your FC first, try rebooting, upgrade drivers.
Note: When flashing boards that have directly connected USB sockets (most newer boards) ensure you have read the USB Flashing section of the Betaflight manual and have the correct software and drivers installed"
},
"firmwareFlasherRecoveryHead": {
"message": "Recovery / Lost communication"
},
"firmwareFlasherRecoveryText": {
"message": "If you have lost communication with your board follow these steps to restore communication:
- Power off
- Enable 'No reboot sequence', enable 'Full chip erase'.
- Jumper the BOOT pins or hold BOOT button.
- Power on (activity LED will NOT flash if done correctly).
- Install all STM32 drivers and Zadig if required (see USB Flashing section of Betaflight manual).
- Close configurator, Restart Configurator.
- Release BOOT button if your FC has one.
- Flash with correct firmware (using manual baud rate if specified in your FC's manual).
- Power off.
- Remove BOOT jumper.
- Power on (activity LED should flash).
- Connect normally.
"
},
"firmwareFlasherButtonLeave": {
"message": "Leave Firmware Flasher"
},
"firmwareFlasherFirmwareNotLoaded": {
"message": "Firmware not loaded"
},
"firmwareFlasherFirmwareLocalLoaded": {
"message": "Loaded Local Firmware: ($1 bytes)"
},
"firmwareFlasherFirmwareOnlineLoaded": {
"message": "Loaded Online Firmware: ($1 bytes)"
},
"firmwareFlasherHexCorrupted": {
"message": "HEX file appears to be corrupted"
},
"firmwareFlasherConfigCorrupted": {
"message": "Config file appears to be corrupted, ASCII accepted (chars 0-255)",
"description": "shown in the progress bar at the bottom, be brief"
},
"firmwareFlasherConfigCorruptedLogMessage": {
"message": "Config file appears to be corrupted, ASCII accepted (chars 0-255), characters outside of this range are allowed as comments",
"description": "shown in the log, more wordy"
},
"firmwareFlasherRemoteFirmwareLoaded": {
"message": "Remote Firmware loaded, ready for flashing"
},
"firmwareFlasherFailedToLoadOnlineFirmware": {
"message": "Failed to load remote firmware"
},
"firmwareFlasherFailedToLoadUnifiedConfig": {
"message": "Failed to load remote config for {{remote_file}}"
},
"firmwareFlasherLegacyLabel": {
"message": "{{target}} (Legacy)",
"description": "If we have a Unified target and a old style target available, we are labeling the older one"
},
"firmwareFlasherNoFirmwareSelected": {
"message": "No firmware selected to load"
},
"firmwareFlasherNoValidPort": {
"message": "Please select valid serial port"
},
"firmwareFlasherWritePermissions": {
"message": "You don't have write permissions for this file"
},
"firmwareFlasherFlashTrigger": {
"message": "Detected: $1 - triggering flash on connect"
},
"unstableFirmwareAcknoledgementDialog": {
"message": "You are about to flash a development build of the firmware. These builds are a work in progress, and any of the following can be the case:- the firmware does not work at all;
- the firmware is not flyable;
- there are safety issues with the firmware, for example flyaways
- the firmware can cause the flight controller to become unresponsive, or damaged
If you proceed with flashing this firmware, you are assuming full responsibility for the risk of any of the above happening. Furthermore you acknowledge that it is necessary to perform thorough bench tests with props off before any attempts to fly this firmware."
},
"unstableFirmwareAcknoledgementAcknowledge": {
"message": "I have read the above and I assume full responsibility for flashing unstable firmware"
},
"unstableFirmwareAcknoledgementFlash": {
"message": "Flash"
},
"firmwareFlasherPreviousDevice": {
"message": "Detected: $1 - previous device still flashing, please replug to try again"
},
"ledStripHelp": {
"message": "The flight controller can control colors and effects of individual LEDs on a strip.
Configure LEDs on the grid, configure wiring order then attach LEDs on your aircraft according to grid positions. LEDs without wire ordering number will not be saved.
Double-click on a color to edit the HSV values."
},
"ledStripButtonSave": {
"message": "Save"
},
"ledStripColorSetupTitle": {
"message": "Color setup",
"description": "Color setup title of the led strip"
},
"ledStripH": {
"message": "H",
"description": "Abbreviation of Hue in HSV (Hue, Saturation, Brightness) color model"
},
"ledStripS": {
"message": "S",
"description": "Abbreviation of Saturation in HSV (Hue, Saturation, Brightness) color model"
},
"ledStripV": {
"message": "V",
"description": "Abbreviation of Brightness in HSV (Hue, Saturation, Brightness) color model"
},
"ledStripRemainingText": {
"message": "Remaining",
"description": "In the LED STRIP, text next the counter of leds remaining"
},
"ledStripClearSelectedButton": {
"message": "Clear selected",
"description": "In the LED STRIP, clear selected leds"
},
"ledStripClearAllButton": {
"message": "Clear ALL",
"description": "In the LED STRIP, clear all leds"
},
"ledStripEepromSaved": {
"message": "EEPROM saved"
},
"ledStripVtxOverlay": {
"message": "VTX (uses vtx frequency to assign color)"
},
"ledStripFunctionSection": {
"message": "LED Functions"
},
"ledStripFunctionTitle": {
"message": "Function"
},
"ledStripFunctionNoneOption": {
"message": "None",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionColorOption": {
"message": "Color",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionModesOption": {
"message": "Modes & Orientation",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionArmOption": {
"message": "Arm State",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionBatteryOption": {
"message": "Battery",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionRSSIOption": {
"message": "RSSI",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionGPSOption": {
"message": "GPS",
"description": "One of the modes of the Led Strip"
},
"ledStripFunctionRingOption": {
"message": "Ring",
"description": "One of the modes of the Led Strip"
},
"ledStripColorModifierTitle": {
"message": "Color modifier"
},
"ledStripModeColorsTitle": {
"message": "Mode colors"
},
"ledStripModeColorsModeOrientation": {
"message": "Orientation",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeHeadfree": {
"message": "Headfree",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeHorizon": {
"message": "Horizon",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeAngle": {
"message": "Angle",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeMag": {
"message": "Mag",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeBaro": {
"message": "Baro",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripDirN": {
"message": "N",
"description": "North direction in Color Mode in Led Strip"
},
"ledStripDirE": {
"message": "E",
"description": "East direction in Color Mode in Led Strip"
},
"ledStripDirS": {
"message": "S",
"description": "South direction in Color Mode in Led Strip"
},
"ledStripDirW": {
"message": "W",
"description": "West direction in Color Mode in Led Strip"
},
"ledStripDirU": {
"message": "U",
"description": "Up direction in Color Mode in Led Strip"
},
"ledStripDirD": {
"message": "D",
"description": "Down direction in Color Mode in Led Strip"
},
"ledStripModesOrientationTitle": {
"message": "LED Orientation ('Modes & Orientation') and Color",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModesSpecialColorsTitle": {
"message": "Special colors",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeDisarmed": {
"message": "Disarmed",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeArmed": {
"message": "Armed",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeAnimation": {
"message": "Animation",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeBlinkBg": {
"message": "Blink background",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeGPSNoSats": {
"message": "GPS: no sats",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeGPSNoLock": {
"message": "GPS: no lock",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripModeColorsModeGPSLocked": {
"message": "GPS: locked",
"description": "One of the modes in Color Mode in Led Strip"
},
"ledStripWiring": {
"message": "LED Strip Wiring",
"description": "One of the modes in Led Strip"
},
"ledStripWiringMode": {
"message": "Wire Ordering Mode",
"description": "One of the wiring modes in Led Strip"
},
"ledStripWiringClearControl": {
"message": "Clear selected",
"description": "Control button in the wiring modes in Led Strip"
},
"ledStripWiringClearAllControl": {
"message": "Clear ALL Wiring",
"description": "Control button in the wiring modes in Led Strip"
},
"ledStripWiringMessage": {
"message": "LEDs without wire ordering number will not be saved.",
"description": "Message in the wiring modes in Led Strip"
},
"ledStripVtxFunction": {
"message": "Larson scanner"
},
"ledStripBlinkTitle": {
"message": "Blink"
},
"ledStripBlinkAlwaysOverlay": {
"message": "Blink always"
},
"ledStripBlinkLandingOverlay": {
"message": "Blink on landing"
},
"ledStripOverlayTitle": {
"message": "Overlay"
},
"ledStripWarningsOverlay": {
"message": "Warnings"
},
"ledStripIndecatorOverlay": {
"message": "Indicator (uses position on matrix)"
},
"colorBlack": {
"message": "black"
},
"colorWhite": {
"message": "white"
},
"colorRed": {
"message": "red"
},
"colorOrange": {
"message": "orange"
},
"colorYellow": {
"message": "yellow"
},
"colorLimeGreen": {
"message": "lime green"
},
"colorGreen": {
"message": "green"
},
"colorMintGreen": {
"message": "mint green"
},
"colorCyan": {
"message": "cyan"
},
"colorLightBlue": {
"message": "light blue"
},
"colorBlue": {
"message": "blue"
},
"colorDarkViolet": {
"message": "dark violet"
},
"colorMagenta": {
"message": "magenta"
},
"colorDeepPink": {
"message": "deep pink"
},
"controlAxisRoll": {
"message": "Roll [A]"
},
"controlAxisPitch": {
"message": "Pitch [E]"
},
"controlAxisYaw": {
"message": "Yaw [R]"
},
"controlAxisThrottle": {
"message": "Throttle [T]"
},
"controlAxisAux1": {
"message": "AUX 1"
},
"controlAxisAux2": {
"message": "AUX 2"
},
"controlAxisAux3": {
"message": "AUX 3"
},
"controlAxisAux4": {
"message": "AUX 4"
},
"controlAxisAux5": {
"message": "AUX 5"
},
"controlAxisAux6": {
"message": "AUX 6"
},
"controlAxisAux7": {
"message": "AUX 7"
},
"controlAxisAux8": {
"message": "AUX 8"
},
"controlAxisAux9": {
"message": "AUX 9"
},
"controlAxisAux10": {
"message": "AUX 10"
},
"controlAxisAux11": {
"message": "AUX 11"
},
"controlAxisAux12": {
"message": "AUX 12"
},
"controlAxisAux13": {
"message": "AUX 13"
},
"controlAxisAux14": {
"message": "AUX 14"
},
"controlAxisAux15": {
"message": "AUX 15"
},
"controlAxisAux16": {
"message": "AUX 16"
},
"pidTuningBasic": {
"message": "Basic/Acro"
},
"pidTuningYawJumpPrevention": {
"message": "Yaw Jump Prevention"
},
"pidTuningYawJumpPreventionHelp": {
"message": "Keeps the craft from jumping up at the end of yaws. Higher number gives more damping at the end of yaw moves (works like old yaw D, which was not a real D like on other axis)"
},
"pidTuningRcExpoPower": {
"message": "RC Expo Power"
},
"pidTuningRcExpoPowerHelp": {
"message": "The exponent that is used when calculating RC Expo. In Betaflight versions prior to 3.0, value is fixed at 3."
},
"pidTuningLevel": {
"message": "Angle/Horizon"
},
"pidTuningAltitude": {
"message": "Barometer & Sonar/Altitude"
},
"pidTuningMag": {
"message": "Magnometer/Heading"
},
"pidTuningGps": {
"message": "GPS Navigation"
},
"pidTuningStrength": {
"message": "Strength"
},
"pidTuningTransition": {
"message": "Transition"
},
"pidTuningHorizon": {
"message": "Horizon"
},
"pidTuningAngle": {
"message": "Angle"
},
"pidTuningLevelAngleLimit": {
"message": "Angle Limit"
},
"pidTuningLevelSensitivity": {
"message": "Sensitivity"
},
"pidTuningLevelHelp": {
"message": "The values below change the behaviour of the ANGLE and HORIZON flight modes. Different PID controllers handle the values differently. Please check the documentation."
},
"pidTuningMotorOutputLimit": {
"message": "Motor Output Limit"
},
"pidTuningMotorLimit": {
"message": "Scale Factor [%]"
},
"pidTuningMotorLimitHelp": {
"message": "Motor output linear scale factor (as percentage). Reduces ESC current and motor heat when using higher cell count batteries, e.g. When using a 6S battery on a craft that has motors, props and tuning designed for 4S, try setting the value at 66%; when using a 4S battery on a craft intended for 3S, try 75%.
Always make sure that all of your components can support the voltage of the battery you are using."
},
"pidTuningCellCount": {
"message": "Cell Count"
},
"pidTuningCellCountHelp": {
"message": "Automatically activates the first profile that has a cell count equal to the connected battery."
},
"pidTuningNonProfileFilterSettings": {
"message": "Profile independent Filter Settings"
},
"pidTuningFilterSlidersHelp": {
"message": "Sliders to adjust the quad gyro and D-term filtering.
More Filtering gives you smoother flight, but also increases gyro signal delay (Phase Delay) to the PID loop which will result in worse aggressive flight performance, prop-wash handling, stick response and if excessive can cause oscillations.
Less Filtering reduces the gyro signal delay, but can increase motor temperatures due to the D-term reacting to the high frequency motor vibrations (noise).
Additionally, if filtering is excessively low, it will cause a decrease in flight performance (higher noise to signal ratio).",
"description": "Overall helpicon message for filter tuning sliders"
},
"pidTuningSliderLowFiltering": {
"message": "Less Filtering",
"description": "Filter tuning slider low header"
},
"pidTuningSliderDefaultFiltering": {
"message": "Default Filtering",
"description": "Filter tuning slider default header"
},
"pidTuningSliderHighFiltering": {
"message": "More Filtering",
"description": "Filter tuning slider high header"
},
"pidTuningGyroFilterSlider": {
"message": "Gyro Filter Multiplier:",
"description": "Gyro filter tuning slider label"
},
"pidTuningGyroFilterSliderHelp": {
"message": "Raises or Lowers the default Gyro Lowpass Filters in proportion to each-other. The gyro filtering is applied before the PID loop.
General motor noise ranges per quad class:
6\"+ quads - generally within 100hz to 330hz
5\" quads - generally within 220hz to 500hz
Whoop to 3\" quads - generally within 300hz to 850hz
Generally, you want to set the slider to have the Gyro Lowpass 1 Dynamic Min/Max Cutoff range cover the above.
However, for smoother flights use More Filtering on the slider. To get a more aggressive filter tune, use Less Filtering on the slider.
With Less Filtering BE CAREFUL to not get radical as to cause a fly-away or burn out motors.
Note frame resonance issues, bad bearings, and beat up props may cause you to need more filtering.",
"description": "Gyro filtering tuning slider helpicon message"
},
"pidTuningDTermFilterSlider": {
"message": "D Term Filter Multiplier:",
"description": "D Term filter tuning slider label"
},
"pidTuningDTermFilterSliderHelp": {
"message": "Raises or Lower the default D-term Lowpass Filters in proportion to each-other.
The D-term filtering is applied after the PID loop, ONLY on the D-term, since it is the term most sensitive to noise and can amplify any high frequency noise by 10x to 100x plus.
Generally you want to move the D-term Filter slider up with the Gyro Filter slider. You want to have the D-term filter cutoffs well below the motor noise range for harder D-term filtering then what is applied on the entire gyro signal with the Gyro Filter Multiplier.
That recommended differential is built into the default and slider scaling.",
"description": "D Term filtering tuning slider helpicon message"
},
"pidTuningPidSlidersHelp": {
"message": "Sliders to adjust the quad flight characteristics (PID gains)
Master Multiplier: Raises or Lowers all the PID gains (above) holding the proportional difference between the gains.
PD Balance: Adjusts the balance (ratio \\ proportional difference) between the P and D terms ('the spring' [p-term] and 'shock absorber' [d-term]).
PD Gain: Raises or Lowers the P&D gains together - holding the ratio (balance) between the two - for more (or less) PID control authority.
Stick Response Gain: Raises or Lowers the FeedForward gains to control the stick response feel of the quad.",
"description": "Overall helpicon message for PID tuning sliders"
},
"pidTuningSliderWarning": {
"message": "CAUTION: Current slider positions may cause flyaways, motor damage or unsafe craft behaviour. Please proceed with caution.",
"description": "Warning shown when tuning slider are above safe limits"
},
"pidTuningSlidersDisabled": {
"message": "Note: Sliders are disabled because values were changed manually. Clicking the '$t(pidTuningSliderEnableButton.message)' button will activate them again. This will reset the values and any unsaved changes will be lost.",
"description": "Tuning sliders disabled note when manual changes are detected"
},
"pidTuningSliderEnableButton": {
"message": "Enable Sliders",
"description": "Button label for enabling sliders"
},
"pidTuningSlidersNonExpertMode": {
"message": "Note: Sliders range is restricted because you are not in expert mode. This range should be suitable for most builds and beginners.",
"description": "Sliders restricted message"
},
"pidTuningSliderLow": {
"message": "Low",
"description": "Tuning Slider Low header"
},
"pidTuningSliderDefault": {
"message": "Default",
"description": "Tuning Slider Default header"
},
"pidTuningSliderHigh": {
"message": "High",
"description": "Tuning Slider High header"
},
"pidTuningMasterSlider": {
"message": "Master Multiplier:",
"description": "Master tuning slider label"
},
"pidTuningRollPitchRatioSlider": {
"message": "Pitch-Roll Ratio:",
"description": "Pitch-Roll Ratio slider label"
},
"pidTuningRollPitchRatioSliderHelp": {
"message": "The Pitch-Roll Ratio is the balance of Moment of Inertia (MoI) between the Pitch and Roll axis.
Generally, the Pitch axis has a higher MoI and therefore it may be appropriate to have PID gains higher on the Pitch axis vs the Roll axis. However, on 'Stretched X', or other configurations, this may not be the case.
Generally for tuning, you are moving up the 'P and D Gain' slider until one axis begins to show D-term oscillation (a 'trilling' noise) and then back it down some. Blackbox is the easies method to determine which axis is 'trilling'. Once you find which axis is at the D-term limit, you can use the Pitch-Roll Gain slider to bring the other axis to just short of the same limit to balance out the quad for peak flight performance.",
"description": "Pitch-Roll Ratio tuning slider helpicon message"
},
"pidTuningIGainSlider": {
"message": "I-term Gain:",
"description": "I-term slider label"
},
"pidTuningIGainSliderHelp": {
"message": "I-term needs to be in balance with the P-term; similar to how the P-term needs to be in balance with the D-term (Tuning sequence: Filters -> D-term -> P-term -> I-term).
The I-term Gain sliders adjust I-term gains while holding P-term gains constant to adjust the ratio between the two terms.
If you are getting slow wobbles when you drop to 0% throttle, that is an idication the I-term gains is too high and you should lower the I-term Gain slider OR raise the P and D Gain slider if you have not tuned D-term and PD Balance yet (which you should first before loweing I-Term).
This said, genereally you want the I-term gains as strong as they can be (but within balance) to keep the quad tracking on the sticks in spirrel turns, orbits, ect...",
"description": "I-gain Gain tuning slider helpicon message"
},
"pidTuningPDRatioSlider": {
"message": "PD Balance:",
"description": "PD balance tuning slider label"
},
"pidTuningPDGainSlider": {
"message": "P and D Gain:",
"description": "P and D Gain tuning slider label"
},
"pidTuningDMinRatioSlider": {
"message": "D_min Gain drop:",
"description": "D Min slider label"
},
"pidTuningDMinRatioSliderHelp": {
"message": "Controls how much D-gains are suppressed in normal forward flight. Lower the slider to drop the D-gains MORE in normal forward flight. Raise the slider to drop D-gains LESS in normal forward flight.
With D_min enabled, the Active D-gain changes during flight. In normal forward flight (with D_min enabled) the Active D-gain hovers just above the D_min Gain values. During sharp stick moves or prop-wash, the Active D-gain raises to the D_max gains. See the D_min / D_max tips above for more detials.
Lower D-gains can help smooth out forward flight, negating the need to increase filtering on the Gyro and/or D-term in the Filters Setting tab; while it boost the Active D-gains to the D_max values when more D-term is needed to control overshooting and/or to stabiliize the quad in prop-wash conditions or to resist outside forces (wind).",
"description": "D_min slider helpicon message"
},
"pidTuningResponseSlider": {
"message": "Stick Response Gain:",
"description": "Response tuning slider label"
},
"pidTuningMasterSliderHelp": {
"message": "Generally larger quads need higher PID gains due to having a lower power to Moment of Inertia (MoI) ratio.
Smaller quads (micros) generally need lower PID gains due to a higher power to MoI ratio.
Higher values are for lower authority quads. Lower values are for higher authority quads.",
"description": "Master Gain tuning slider helpicon message"
},
"pidTuningPDRatioSliderHelp":{
"message": "Relatively high D-term will dampen stick responsiveness and may make motors hot, but should help control P-term oscillations and will improve prop-wash oscillation.
Relatively low D-term gives quicker stick responsiveness, but will weaken prop-wash performance and reacting to external forces (wind).",
"description": "PD balance tuning slider helpicon message"
},
"pidTuningPDGainSliderHelp":{
"message": "Lower P and D Gain will result in cooler motors but also in more prop-wash oscillation. Too low value may cause the quad to be unstable.
P and D terms work together to reduce prop-wash.
Higher values will increase motor heat and could increase oscillations during smooth forward flight due to higher D term gains.",
"description": "P and D gain tuning slider helpicon message"
},
"pidTuningResponseSliderHelp":{
"message": "Lower FF values will worsen the stick response and may result in slow bounceback at the end of a flip or roll due to the quad lagging the sticks too much and I-term winding up and cousing 'I-term Bounceback'.
Higher FF values will give snappier stick responses in sharp moves. Excessively high FF values can cause overshoots and fast bounceback at the end of a flip or roll.
Note:
The feature I-term Relax can stop the I-term from winding up on stick move for a low authority quads or if low Stick Response Gains are used.",
"description": "Stick response gain tuning slider helpicon message"
},
"pidTuningGyroLowpassFiltersGroup": {
"message": "Gyro Lowpass Filters"
},
"pidTuningGyroLowpassFrequency": {
"message": "Gyro Lowpass 1 Cutoff Frequency [Hz]"
},
"pidTuningGyroLowpassType": {
"message": "Gyro Lowpass 1 Filter Type"
},
"pidTuningGyroLowpassDynMinFrequency": {
"message": "Gyro Lowpass 1 Dynamic Min Cutoff Frequency [Hz]"
},
"pidTuningGyroLowpassDynMaxFrequency": {
"message": "Gyro Lowpass 1 Dynamic Max Cutoff Frequency [Hz]"
},
"pidTuningGyroLowpassDynType": {
"message": "Gyro Lowpass 1 Dynamic Filter Type"
},
"pidTuningGyroLowpass2Frequency": {
"message": "Gyro Lowpass 2 Cutoff Frequency [Hz]"
},
"pidTuningGyroLowpass2Type": {
"message": "Gyro Lowpass 2 Filter Type"
},
"pidTuningLowpassFilterHelp": {
"message": "The Lowpass Filters can have two variants: static and dynamic. For a determined lowpass filter number only one (static or dynamic) can be enabled at the same time. The static only has a Cutoff that is a value that defines in some way where the filter starts. The dynamic defines a min and max values, that is the range where the Cutoff is placed. This Cutoff moves from min to max at the same time than you move the throttle stick."
},
"pidTuningGyroNotchFiltersGroup": {
"message": "Gyro Notch Filters"
},
"pidTuningGyroNotch1Frequency": {
"message": "Gyro Notch Filter 1 Center Frequency [Hz]"
},
"pidTuningGyroNotch2Frequency": {
"message": "Gyro Notch Filter 2 Center Frequency [Hz]"
},
"pidTuningGyroNotch1Cutoff": {
"message": "Gyro Notch Filter 1 Cutoff Frequency [Hz]"
},
"pidTuningGyroNotch2Cutoff": {
"message": "Gyro Notch Filter 2 Cutoff Frequency [Hz]"
},
"pidTuningNotchFilterHelp": {
"message": "The Notch Filter has a Center and a Cutoff. The filter is symmetrical. The Center Frequency is the center of the filter and the Cutoff Frequency is where Notch filter starts. For example with Notch Cutoff of 160 and Notch Center of 260 it means the range is 160-360Hz with most attenuation around center"
},
"pidTuningDynamicNotchFilterGroup": {
"message": "Dynamic Notch Filter"
},
"pidTuningDynamicNotchFilterHelp": {
"message": "Dynamic Notch Filter tracks peak motors noise frequency and places one or two notch filters with their center at that frequency."
},
"pidTuningMultiDynamicNotchFilterHelp": {
"message": "Dynamic Notch Filter tracks peak gyro noise frequencies and places one to five notch filters with their center at these frequencies on every axis."
},
"pidTuningDynamicNotchFilterDisabledWarning": {
"message": "Notice: The dynamic notch filter is disabled. In order to configure and use it, please enable the 'DYNAMIC_FILTER' feature in the '$t(configurationFeatures.message)' section of the '$t(tabConfiguration.message)' tab."
},
"pidTuningDynamicNotchRange": {
"message": "Dynamic Notch Filter Range"
},
"pidTuningDynamicNotchWidthPercent": {
"message": "Dynamic Notch Width Percent"
},
"pidTuningDynamicNotchQ": {
"message": "Dynamic Notch Q"
},
"pidTuningDynamicNotchMinHz": {
"message": "Dynamic Notch Min Frequency [Hz]"
},
"pidTuningDynamicNotchMaxHz": {
"message": "Dynamic Notch Max Frequency [Hz]"
},
"pidTuningDynamicNotchCount": {
"message": "Dynamic Notch Count"
},
"pidTuningDynamicNotchBandwidthHz": {
"message": "Dynamic Notch Bandwidth Frequency [Hz]"
},
"pidTuningDynamicNotchRangeHelp": {
"message": "The dynamic notch has three frequency ranges in which it can operate: LOW(80-330hz) for lower revving quads like 6+ inches, MEDIUM(140-550hz) for a normal 5 inch quad, HIGH(230-800hz) for very high revving 2.5-3 inch quads. AUTO option selects the range depending on the value of the Gyro Dynamic Lowpass 1 Filter's max cutoff frequency."
},
"pidTuningDynamicNotchWidthPercentHelp": {
"message": "This sets the width between two dynamic notch filters. Setting it at 0 will disable the second dynamic notch filter and will reduce filter delay, however it may make motor temperatures higher."
},
"pidTuningDynamicNotchQHelp": {
"message": "Q factor adjust how narrow or wide the dynamic notch filters are. Higher value makes it narrower and more precise and lower value makes it wider and broader. Having a really low value will greatly increase filter delay."
},
"pidTuningDynamicNotchMinHzHelp": {
"message": "Set this to the lowest incoming noise frequency that is needed to be controlled by the dynamic notch."
},
"pidTuningDynamicNotchMaxHzHelp": {
"message": "Set this to the highest incoming noise frequency that is needed to be controlled by the dynamic notch."
},
"pidTuningDynamicNotchCountHelp": {
"message": "Sets the number of dynamic notches per axis. With RPM filter enabled a value of 1 or 2 is recommended. Without RPM filter a value of 4 or 5 is recommended. Lower numbers will reduce filter delay, however it may increase motor temperature."
},
"pidTuningDynamicNotchBandwidthHzHelp": {
"message": "Bandwidth in Hz adjusts how narrow or wide every dynamic notch will be. Higher values makes it wider and broader. Lower values makes it narrower and more precise, however it may increase motor temperature. Having a really high value will increase filter delay."
},
"pidTuningRpmFilterGroup": {
"message": "Gyro RPM Filter",
"description": "Header text for the RPM Filter group"
},
"pidTuningRpmFilterHelp": {
"message": "RPM filtering is a bank of notch filters on gyro which use the RPM telemetry data to remove motor noise with surgical precision.
IMPORTANT: The ESC must support the Bidirectional DShot protocol and the value of the $t(configurationMotorPoles.message) in the $t(tabMotorTesting.message) tab must be correct for this filter to work.",
"description": "Header text for the RPM Filter group"
},
"pidTuningRpmHarmonics": {
"message": "Gyro RPM Filter Harmonics Number",
"description": "Text for one of the parameters of the RPM Filter"
},
"pidTuningRpmHarmonicsHelp": {
"message": "Number of harmonics per motor. A value of 3 (recommended for most quads) will generate 3 notch filters, per motor for each axis, totaling 36 notches. One at the base motor frequency and two harmonics at multiples of that base frequency.",
"description": "Help text for one of the parameters of the RPM Filter"
},
"pidTuningRpmMinHz": {
"message": "Gyro RPM Filter Min Frequency [Hz]",
"description": "Text for one of the parameters of the RPM Filter"
},
"pidTuningRpmMinHzHelp": {
"message": "Minimum frequency that will be used by the RPM Filter.",
"description": "Help text for one of the parameters of the RPM Filter"
},
"pidTuningFilterSettings": {
"message": "Profile dependent Filter Settings"
},
"pidTuningDTermLowpassFiltersGroup": {
"message": "D Term Lowpass Filters"
},
"pidTuningDTermLowpassType": {
"message": "D Term Lowpass 1 Filter Type"
},
"pidTuningDTermLowpassFrequency": {
"message": "D Term Lowpass 1 Cutoff Frequency [Hz]"
},
"pidTuningDTermLowpass2Frequency": {
"message": "D Term Lowpass 2 Cutoff Frequency [Hz]"
},
"pidTuningDTermLowpass2Type": {
"message": "D Term Lowpass 2 Filter Type"
},
"pidTuningDTermLowpassDynMinFrequency": {
"message": "D Term Lowpass 1 Dynamic Min Cutoff Frequency [Hz]"
},
"pidTuningDTermLowpassDynMaxFrequency": {
"message": "D Term Lowpass 1 Dynamic Max Cutoff Frequency [Hz]"
},
"pidTuningDTermLowpassDynType": {
"message": "D Term Lowpass 1 Dynamic Filter Type"
},
"pidTuningDTermLowpassDynExpo": {
"message": "D Term Lowpass 1 Dynamic Curve Expo"
},
"pidTuningDTermNotchFiltersGroup": {
"message": "D Term Notch Filters"
},
"pidTuningDTermNotchFrequency": {
"message": "D Term Notch Filter Center Frequency [Hz]"
},
"pidTuningDTermNotchCutoff": {
"message": "D Term Notch Filter Cutoff Frequency [Hz]"
},
"pidTuningYawLospassFiltersGroup": {
"message": "Yaw Lowpass Filters"
},
"pidTuningYawLowpassFrequency": {
"message": "Yaw Lowpass Cutoff Frequency [Hz]"
},
"pidTuningVbatPidCompensation": {
"message": "Vbat PID Compensation"
},
"pidTuningVbatPidCompensationHelp": {
"message": "Increases the PID values to compensate when Vbat gets lower. This will give more constant flight characteristics throughout the flight. The amount of compensation that is applied is calculated from the $t(powerBatteryMaximum.message) set in the $t(tabPower.message) page, so make sure that is set to something appropriate."
},
"pidTuningVbatSagCompensation": {
"message": "Vbat Sag Compensation"
},
"pidTuningVbatSagCompensationHelp": {
"message": "Gives consistent throttle and PID performance over the usable battery voltage range by compensating for battery sag. The amount of compensation can be varied between 0 and 100%. Full compensation (100%) is recommended.
Visit this wiki entry for more info."
},
"pidTuningVbatSagValue": {
"message": "%"
},
"pidTuningThrustLinearization": {
"message": "Thrust Linearization"
},
"pidTuningThrustLinearizationHelp": {
"message": "Compensates for the non-linear relationship between throttle and thrust by applying an inverse motor curve to the motor output. The amount of compensation can be varied between 0 and 150%."
},
"pidTuningThrustLinearValue": {
"message": "%"
},
"pidTuningItermRotation": {
"message": "I Term Rotation"
},
"pidTuningItermRotationHelp": {
"message": "Rotates the current I Term vector properly to other axes as the quad rotates when yawing continuously during rolls and when performing funnels and other tricks. Very appreciated by LOS acro pilots."
},
"pidTuningSmartFeedforward": {
"message": "Smart Feedforward"
},
"pidTuningSmartFeedforwardHelp": {
"message": "Reduces the effect of the F Term in the PID. When both the P Term and the F Term are active at the same moment, it only uses the larger of the two, avoiding overshoots without the needing to raise D, but also reduces the responsiveness effect produced by the F term when added to P."
},
"pidTuningItermRelax": {
"message": "I Term Relax"
},
"pidTuningItermRelaxHelp": {
"message": "Limits the accumulation of I Term when fast movements happen. This helps specially to reduce the bounceback at the end of rolls and other fast movements. You can choose the axes in which this is active, and if the fast movement is detectd using the Gyro or the Setpoint (stick)."
},
"pidTuningItermRelaxAxes": {
"message": "Axes",
"description": "Iterm Relax Axes selection"
},
"pidTuningItermRelaxAxesOptionRP": {
"message": "RP"
},
"pidTuningItermRelaxAxesOptionRPY": {
"message": "RPY"
},
"pidTuningItermRelaxAxesOptionRPInc": {
"message": "RP (increment only)"
},
"pidTuningItermRelaxAxesOptionRPYInc": {
"message": "RPY (increment only)"
},
"pidTuningItermRelaxType": {
"message": "Type",
"description": "Iterm Relax Type selection"
},
"pidTuningItermRelaxTypeOptionGyro": {
"message": "Gyro"
},
"pidTuningItermRelaxTypeOptionSetpoint": {
"message": "Setpoint"
},
"pidTuningItermRelaxCutoff": {
"message": "Cutoff",
"description": "Cutoff value of the I Term Relax"
},
"pidTuningItermRelaxCutoffHelp": {
"message": "Lower values suppress bounce-back after flips in low authority quads, high values increase high-rate turn precision for racing.
Set to 30-40 for racing, 15 for responsive freestyle builds, 10 for heavier freestyle quads, 3-5 for X-class."
},
"pidTuningAbsoluteControlGain": {
"message": "Absolute Control"
},
"pidTuningAbsoluteControlGainHelp": {
"message": "This feature solves some underlying problems of $t(pidTuningItermRotation.message) and should hopefully replace it at some point. This feature accumulates the absolute gyro error in quad coordinates and mixes a proportional correction into the setpoint. For it to work you need to enable AirMode and $t(pidTuningItermRelax.message) (for $t(pidTuningItermRelaxAxesOptionRP.message)). If you combine this feature with $t(pidTuningIntegratedYaw.message), you can set $t(pidTuningItermRelax.message) enabled for $t(pidTuningItermRelaxAxesOptionRPY.message)."
},
"pidTuningThrottleBoost": {
"message": "Throttle Boost"
},
"pidTuningThrottleBoostHelp": {
"message": "This feature allows throttle to be temporarily boosted on quick stick movements, which increases acceleration torque to the motors, providing a much faster throttle response."
},
"pidTuningIdleMinRpm": {
"message": "Dynamic Idle Value [* 100 RPM]"
},
"pidTuningIdleMinRpmHelp": {
"message": "Dynamic Idle improves control at low rpm and reduces risk of motor desyncs. It corrects problems caused by airflow speeding up or slowing down the props, improving PID authority, stability, motor braking and responsiveness. The Dynamic Idle rpm should be set to be about 20% below the rpm of your Dshot Idle value (see the $t(tabMotorTesting.message) tab). Usually there is no need to change your DShot idle value from defaults. For longer inverted hang time, DShot idle value and Minimum rpm should be lowered together.
Visit this wiki entry for more info."
},
"pidTuningAcroTrainerAngleLimit": {
"message": "Acro Trainer Angle Limit"
},
"pidTuningAcroTrainerAngleLimitHelp": {
"message": "Adds a new angle limiting mode for pilots who are learning to fly in acro mode. The range valid is 10-80 and must be activated with a switch in the $t(tabAuxiliary.message) tab."
},
"pidTuningIntegratedYaw": {
"message": "Integrated Yaw"
},
"pidTuningIntegratedYawCaution": {
"message": "CAUTION: if you enable this feature, you must adjust the YAW PID accordingly. More info here"
},
"pidTuningIntegratedYawHelp": {
"message": "Integrated Yaw is a feature which corrects a fundamental issue with quad control: while the pitch and roll axis are controlled by the thrust differentials the props generate yaw is different. Integrated Yaw fixes this by integrating the output of the yaw pid before applying them to the mixer. This normalizes the way the pids work. You can now tune as any other axis. It requires use of absolute control since no I is needed with Integrated Yaw."
},
"configHelp2": {
"message": "Arbitrary board rotation in degrees, to allow mounting it sideways / upside down / rotated etc. When running external sensors, use the sensor alignments (Gyro, Acc, Mag) to define sensor position independent from board orientation. "
},
"failsafeFeaturesHelpOld": {
"message": "Failsafe configuration has changed considerably. Use Betaflight v1.12.0+ to enable the improved configuration panel."
},
"failsafePaneTitleOld": {
"message": "Receiver failsafe"
},
"failsafeFeaturesHelpNew": {
"message": "Failsafe has two stages. Stage 1 is entered when a flightchannel has an invalid pulse length, the receiver reports failsafe mode or there is no signal from the receiver at all, the channel fallback settings are applied to all channels and a short amount of time is provided to allow for recovery. Stage 2 is entered when the error condition takes longer than the configured guard time while the craft is armed, all channels will remain at the applied channel fallback setting unless overruled by the chosen procedure.
Note: Prior to entering stage 1, channel fallback settings are also applied to individual AUX channels that have invalid pulses."
},
"failsafePulsrangeTitle": {
"message": "Valid Pulse Range Settings"
},
"failsafePulsrangeHelp": {
"message": "Pulses shorter than minimum or longer than maximum are invalid and will trigger application of individual channel fallback settings for AUX channels or entering stage 1 for flightchannels"
},
"failsafeRxMinUsecItem": {
"message": "Minimum length"
},
"failsafeRxMaxUsecItem": {
"message": "Maximum length"
},
"failsafeChannelFallbackSettingsTitle": {
"message": "Channel Fallback Settings"
},
"failsafeChannelFallbackSettingsHelp": {
"message": "These settings are applied to invalid individual AUX channels or to all channels when entering stage 1. Note: values are saved in steps of 25usec, so small changes disappear"
},
"failsafeChannelFallbackSettingsAuto": {
"message": "Auto means Roll, Pitch and Yaw to center and Throttle low. Hold means maintain the last good value received"
},
"failsafeChannelFallbackSettingsHold": {
"message": "Hold means maintain the last good value received. Set means the value given here will be used"
},
"failsafeStageTwoSettingsTitle": {
"message": "Stage 2 - Settings"
},
"failsafeDelayItem": {
"message": "Guard time for stage 2 activation after signal lost [1 = 0.1 sec.]"
},
"failsafeDelayHelp": {
"message": "Time for stage 1 to wait for recovery"
},
"failsafeThrottleLowItem": {
"message": "Failsafe Throttle Low Delay [1 = 0.1 sec.]"
},
"failsafeThrottleLowHelp": {
"message": "Just disarm the craft instead of executing the selected failsafe procedure when the throttle was low for this amount of time"
},
"failsafeThrottleItem": {
"message": "Throttle value used while landing"
},
"failsafeOffDelayItem": {
"message": "Delay for turning off the Motors during Failsafe [1 = 0.1 sec.]"
},
"failsafeOffDelayHelp": {
"message": "Time to stay in landing mode until the motors are turned off and the craft is disarmed"
},
"failsafeSubTitle1": {
"message": "Stage 2 - Failsafe Procedure"
},
"failsafeProcedureItemSelect1": {
"message": "Land"
},
"failsafeProcedureItemSelect2": {
"message": "Drop"
},
"failsafeProcedureItemSelect4": {
"message": "GPS Rescue"
},
"failsafeGpsRescueItemAngle": {
"message": "Angle"
},
"failsafeGpsRescueItemInitialAltitude": {
"message": "Initial altitude (meters)"
},
"failsafeGpsRescueItemDescentDistance": {
"message": "Descent distance (meters)"
},
"failsafeGpsRescueItemMinDth": {
"message": "Minimum distance to home (meters)"
},
"failsafeGpsRescueItemMinDthHelp": {
"message": "The minimum distance to home needed for GPS rescue to activate"
},
"failsafeGpsRescueItemGroundSpeed": {
"message": "Ground speed (meters/second)"
},
"failsafeGpsRescueItemThrottleMin": {
"message": "Throttle minimum"
},
"failsafeGpsRescueItemThrottleMax": {
"message": "Throttle maximum"
},
"failsafeGpsRescueItemThrottleHover": {
"message": "Throttle hover"
},
"failsafeGpsRescueItemAscendRate": {
"message": "Ascend rate (meters/second)"
},
"failsafeGpsRescueItemDescendRate": {
"message": "Descend rate (meters/second)"
},
"failsafeGpsRescueItemMinSats": {
"message": "Minimum satellites"
},
"failsafeGpsRescueItemAllowArmingWithoutFix": {
"message": "Allow arming without fix - WARNING: the GPS Rescue will not be available"
},
"failsafeGpsRescueItemAltitudeMode": {
"message": "Altitude mode"
},
"failsafeGpsRescueItemAltitudeModeMaxAlt": {
"message": "Maximum altitude"
},
"failsafeGpsRescueItemAltitudeModeFixedAlt": {
"message": "Fixed altitude"
},
"failsafeGpsRescueItemAltitudeModeCurrentAlt": {
"message": "Current altitude"
},
"failsafeGpsRescueItemSanityChecks": {
"message": "Sanity checks"
},
"failsafeGpsRescueItemSanityChecksOff": {
"message": "Off"
},
"failsafeGpsRescueItemSanityChecksOn": {
"message": "On"
},
"failsafeGpsRescueItemSanityChecksFSOnly": {
"message": "Failsafe only"
},
"failsafeKillSwitchItem": {
"message": "Failsafe Kill Switch (setup Failsafe in Modes Tab)"
},
"failsafeKillSwitchHelp": {
"message": "Set this option to make the failsafe switch (Modes Tab) act as a direct kill switch, bypassing the selected failsafe procedure. Note: Arming is blocked with the failsafe kill switch in the ON position"
},
"failsafeSwitchTitle": {
"message": "Failsafe Switch"
},
"failsafeSwitchModeItem": {
"message": "Failsafe Switch Action"
},
"failsafeSwitchModeHelp": {
"message": "This option determines what happens when Failsafe is activated through AUX switch:
Stage 1 activates Stage 1 failsafe. This is useful if you want to simulate the exact signal loss failsafe behavior.
Stage 2 skips Stage 1 and activates the Stage 2 procedure immediately
Kill disarms instantly (your craft will crash)"
},
"failsafeSwitchOptionStage1": {
"message": "Stage 1"
},
"failsafeSwitchOptionStage2": {
"message": "Stage 2"
},
"failsafeSwitchOptionKill": {
"message": "Kill"
},
"powerButtonSave": {
"message": "Save"
},
"powerFirmwareUpgradeRequired": {
"message": "Firmware upgrade required. Battery/Amperage/Voltage configurations using API < 1.33.0 (Betaflight release <= 3.17) is not supported."
},
"powerBatteryVoltageMeterSource": {
"message": "Voltage Meter Source"
},
"powerBatteryVoltageMeterTypeNone": {
"message": "None"
},
"powerBatteryVoltageMeterTypeAdc": {
"message": "Onboard ADC"
},
"powerBatteryVoltageMeterTypeEsc": {
"message": "ESC Sensor"
},
"powerBatteryCurrentMeterSource": {
"message": "Current Meter Source"
},
"powerBatteryCurrentMeterTypeNone": {
"message": "None"
},
"powerBatteryCurrentMeterTypeAdc": {
"message": "Onboard ADC"
},
"powerBatteryCurrentMeterTypeVirtual": {
"message": "Virtual"
},
"powerBatteryCurrentMeterTypeEsc": {
"message": "ESC Sensor"
},
"powerBatteryCurrentMeterTypeMsp": {
"message": "MSP Sensor/OSD Slave"
},
"powerBatteryMinimum": {
"message": "Minimum Cell Voltage"
},
"powerBatteryMaximum": {
"message": "Maximum Cell Voltage"
},
"powerBatteryWarning": {
"message": "Warning Cell Voltage"
},
"powerCalibrationManagerButton": {
"message": "Calibration"
},
"powerCalibrationManagerTitle": {
"message": "Calibration Manager"
},
"powerCalibrationManagerHelp": {
"message": "To calibrate, use a multimeter to measure the actual voltage / current draw on your craft (with a battery plugged in), and enter the values below. Then, with the same battery still plugged in, click [Calibrate]."
},
"powerCalibrationManagerNote": {
"message": "Note: Before calibrating the scale make sure that divider and multiplier for voltage and offset for amperage is set properly.
Leaving the values at 0 will not apply calibration.Remember to remove propellers before plugging in a battery!"
},
"powerCalibrationManagerWarning": {
"message": "Warning: The battery is not plugged in or voltage and amperage meter sources are not set properly. Make sure that the voltage and/or amperage are reading a value above 0. Otherwise you will not be able to calibrate using this tool."
},
"powerCalibrationManagerSourceNote": {
"message": "Warning: Voltage and/or amperage meter sources have been changed but not saved. Please set the correct meter sources and save them before trying to calibrate."
},
"powerCalibrationManagerConfirmationTitle": {
"message": "Calibration Manager Confirmation"
},
"powerCalibrationSave": {
"message": "Calibrate"
},
"powerCalibrationApply": {
"message": "Apply Calibration"
},
"powerCalibrationDiscard": {
"message": "Discard Calibration"
},
"powerCalibrationConfirmHelp": {
"message": "New calibrated scales are shown here.
Applying them will set the scales but will not save them.
After saving make sure that the new voltage and current are correct."
},
"powerVoltageHead": {
"message": "Voltage Meter"
},
"powerVoltageWarning": {
"message": "Warning: Values limited to 25.5V."
},
"powerVoltageValue": {
"message": "$1 V"
},
"powerVoltageCalibration": {
"message": "Measured Voltage"
},
"powerVoltageCalibratedScale": {
"message": "Calibrated Voltage Scale:"
},
"powerVoltageId10": {
"message": "Battery"
},
"powerVoltageId20": {
"message": "5V"
},
"powerVoltageId30": {
"message": "9V"
},
"powerVoltageId40": {
"message": "12V"
},
"powerVoltageId50": {
"message": "ESC Combined"
},
"powerVoltageId60": {
"message": "ESC Motor 1"
},
"powerVoltageId61": {
"message": "ESC Motor 2"
},
"powerVoltageId62": {
"message": "ESC Motor 3"
},
"powerVoltageId63": {
"message": "ESC Motor 4"
},
"powerVoltageId64": {
"message": "ESC Motor 5"
},
"powerVoltageId65": {
"message": "ESC Motor 6"
},
"powerVoltageId66": {
"message": "ESC Motor 7"
},
"powerVoltageId67": {
"message": "ESC Motor 8"
},
"powerVoltageId68": {
"message": "ESC Motor 9"
},
"powerVoltageId69": {
"message": "ESC Motor 10"
},
"powerVoltageId70": {
"message": "ESC Motor 11"
},
"powerVoltageId71": {
"message": "ESC Motor 12"
},
"powerVoltageId80": {
"message": "Cell 1"
},
"powerVoltageId81": {
"message": "Cell 2"
},
"powerVoltageId82": {
"message": "Cell 3"
},
"powerVoltageId83": {
"message": "Cell 4"
},
"powerVoltageId84": {
"message": "Cell 5"
},
"powerVoltageId85": {
"message": "Cell 6"
},
"powerVoltageScale": {
"message": "Scale"
},
"powerVoltageDivider": {
"message": "Divider Value"
},
"powerVoltageMultiplier": {
"message": "Multiplier Value"
},
"powerAmperageHead": {
"message": "Amperage Meter"
},
"powerAmperageWarning": {
"message": "Warning: Values limited to 63.5A."
},
"powerAmperageValue": {
"message": "$1 A"
},
"powerAmperageId10": {
"message": "Battery"
},
"powerAmperageId50": {
"message": "ESC Combined"
},
"powerAmperageId60": {
"message": "ESC Motor 1"
},
"powerAmperageId61": {
"message": "ESC Motor 2"
},
"powerAmperageId62": {
"message": "ESC Motor 3"
},
"powerAmperageId63": {
"message": "ESC Motor 4"
},
"powerAmperageId64": {
"message": "ESC Motor 5"
},
"powerAmperageId65": {
"message": "ESC Motor 6"
},
"powerAmperageId66": {
"message": "ESC Motor 7"
},
"powerAmperageId67": {
"message": "ESC Motor 8"
},
"powerAmperageId68": {
"message": "ESC Motor 9"
},
"powerAmperageId69": {
"message": "ESC Motor 10"
},
"powerAmperageId70": {
"message": "ESC Motor 11"
},
"powerAmperageId71": {
"message": "ESC Motor 12"
},
"powerAmperageId80": {
"message": "Virtual"
},
"powerAmperageId90": {
"message": "MSP"
},
"powerMahValue": {
"message": "$1 mAh"
},
"powerAmperageScale": {
"message": "Scale [1/10th mV/A]"
},
"powerAmperageOffset": {
"message": "Offset [mA]"
},
"powerAmperageCalibration": {
"message": "Measured Amperage"
},
"powerAmperageCalibratedScale": {
"message": "Calibrated Amperage Scale:"
},
"powerBatteryHead": {
"message": "Battery"
},
"powerStateHead": {
"message": "Power State"
},
"powerBatteryConnected": {
"message": "Connected"
},
"powerBatteryConnectedValueYes": {
"message": "Yes (Cells: $1)"
},
"powerBatteryConnectedValueNo": {
"message": "No"
},
"powerBatteryVoltage": {
"message": "Voltage"
},
"powerBatteryCurrentDrawn": {
"message": "mAh used"
},
"powerBatteryAmperage": {
"message": "Amperage"
},
"powerBatteryCapacity": {
"message": "Capacity (mAh)"
},
"osdSetupTitle": {
"message": "OSD"
},
"osdSetupNoOsdChipDetectWarning": {
"message": "WARNING: No OSD chip was detected. Some flight controllers will not properly power the OSD chip unless connected to battery power. Please connect the battery before connecting the USB (PROPS REMOVED!)."
},
"osdSetupPreviewHelp": {
"message": "Note: OSD preview may not show the actual font that is installed on the flight controller. The layout of individual elements may look different when older versions of the firmware are used - please check the look through your goggles before flying."
},
"osdSetupUnsupportedNote1": {
"message": "Your flight controller isn't responding to OSD commands. This probably means that it does not have an integrated BetaFlight OSD."
},
"osdSetupUnsupportedNote2": {
"message": "Note that some flight controllers have an onboard MinimOSD that can be flashed and configured with scarab-osd, however the MinimOSD cannot be configured through this interface."
},
"osdSetupProfilesTitle": {
"message": "OSD Profile number",
"description": "Description of the header of the OSD elements column associated to each profile"
},
"osdSetupElementsTitle": {
"message": "Elements"
},
"osdSetupPreviewTitle": {
"message": "Drag elements to change position",
"description": "Indicates in the preview window of the OSD that the user can drag the elements to reorder them"
},
"osdSetupPreviewSelectProfileTitle": {
"message": "Preview for",
"description": "Label of the selector for the OSD Profile in the preview. KEEP IT SHORT!!!"
},
"osdSetupPreviewForTitle": {
"message": "Changing here the profile or the font will NOT change the profile or the font in the flight controller, only affects the preview window. If you want to change it, you must use the '$t(osdSetupSelectedProfileTitle.message)' option or the '$t(osdSetupFontManager.message)' button respectively.",
"description": "Help content for the OSD profile and font PREVIEW"
},
"osdSetupSelectedProfileTitle": {
"message": "Active OSD Profile",
"description": "Title of the box to select the current active OSD profile"
},
"osdSetupSelectedProfileLabel": {
"message": "Current:",
"description": "Label for the selection of the curren active OSD profile"
},
"osdSetupPreviewSelectProfileElement": {
"message": "OSD Profile {{profileNumber}}",
"description": "Content of the selector for the OSD Profile in the preview"
},
"osdSetupPreviewSelectFontElement": {
"message": "Font {{fontName}}",
"description": "Content of the selector for the OSD Font in the preview"
},
"osdSetupVideoFormatTitle": {
"message": "Video Format"
},
"osdSetupVideoFormatOptionAuto": {
"message": "Auto",
"description": "Option for the video format in the OSD"
},
"osdSetupVideoFormatOptionPal": {
"message": "PAL",
"description": "Option for the video format in the OSD"
},
"osdSetupVideoFormatOptionNtsc": {
"message": "NTSC",
"description": "Option for the video format in the OSD"
},
"osdSetupUnitsTitle": {
"message": "Units"
},
"osdSetupUnitsOptionImperial": {
"message": "Imperial",
"description": "Option for the units system used in the OSD"
},
"osdSetupUnitsOptionMetric": {
"message": "Metric",
"description": "Option for the units system used in the OSD"
},
"osdSetupUnitsOptionBritish": {
"message": "British",
"description": "Option for the units system used in the OSD"
},
"osdSetupTimersTitle": {
"message": "Timers"
},
"osdSetupAlarmsTitle": {
"message": "Alarms"
},
"osdSetupStatsTitle": {
"message": "Post Flight Statistics"
},
"osdSetupVtxTitle": {
"message": "VTX Settings"
},
"osdSetupCraftNameTitle": {
"message": "Craft Name"
},
"osdSetupWarningsTitle": {
"message": "Warnings"
},
"osdSetupFontPresets": {
"message": "Font presets:"
},
"osdSetupFontPresetsSelector": {
"message": "Select Font Presets:"
},
"osdSetupFontPresetsSelectorCustomOption": {
"message": "User supplied font",
"description": "Option to show as selected when the user selects a custom local font"
},
"osdSetupFontPresetsSelectorOr": {
"message": "or"
},
"osdSetupOpenFont": {
"message": "Open Font File"
},
"osdSetupCustomLogoTitle": {
"message": "Boot logo:"
},
"osdSetupCustomLogoOpenImageButton": {
"message": "Select custom image…"
},
"osdSetupCustomLogoInfoTitle": {
"message": "Custom image:"
},
"osdSetupCustomLogoInfoImageSize": {
"message": "Size must be $t(logoWidthPx)×$t(logoHeightPx) pixels"
},
"osdSetupCustomLogoInfoColorMap": {
"message": "Must contain green, black and white pixels"
},
"osdSetupCustomLogoInfoUploadHint": {
"message": "Click $t(osdSetupUploadFont.message) to persist custom logo"
},
"osdSetupCustomLogoImageSizeError": {
"message": "Invalid image size: {{width}}×{{height}} (expected $t(logoWidthPx)×$t(logoHeightPx))"
},
"osdSetupCustomLogoColorMapError": {
"message": "The image contains an invalid pixel: rgb({{valueR}}, {{valueG}}, {{valueB}}) at coordinates {{posX}}×{{posY}}"
},
"osdSetupUploadFont": {
"message": "Upload Font"
},
"osdSetupUploadingFont": {
"message": "Uploading..."
},
"osdSetupUploadingFontEnd": {
"message": "Uploaded all {{length}} characters to the OSD"
},
"osdSetupSave": {
"message": "Save"
},
"osdSetupFontManager": {
"message": "Font Manager"
},
"osdSetupUncheckAll": {
"message": "Uncheck all"
},
"osdSetupHead": {
"message": "Info"
},
"osdSetupVideoMode": {
"message": "Video Mode"
},
"osdSetupCameraConnected": {
"message": "Camera Connected"
},
"osdSetupResetText": {
"message": "Reset OSD to default"
},
"osdSetupButtonReset": {
"message": "Reset Settings"
},
"osdTextElementMainBattVoltage": {
"message": "Battery voltage",
"description": "One of the elements of the OSD"
},
"osdDescElementMainBattVoltage": {
"message": "Instantaneous main battery voltage (flashes when below alarm threshold)"
},
"osdTextElementRssiValue": {
"message": "RSSI value",
"description": "One of the elements of the OSD"
},
"osdDescElementRssiValue": {
"message": "Instantaneous RSSI value (flashes when below alarm threshold)"
},
"osdTextElementTimer": {
"message": "Timer",
"description": "One of the elements of the OSD"
},
"osdDescElementTimer": {
"message": "A flight timer"
},
"osdTextElementThrottlePosition": {
"message": "Throttle position",
"description": "One of the elements of the OSD"
},
"osdDescElementThrottlePosition": {
"message": "Current throttle channel value"
},
"osdTextElementCpuLoad": {
"message": "CPU load",
"description": "One of the elements of the OSD"
},
"osdDescElementCpuLoad": {
"message": "Current CPU load"
},
"osdTextElementVtxChannel": {
"message": "VTX channel",
"description": "One of the elements of the OSD"
},
"osdDescElementVtxChannel": {
"message": "Current VTX channel and power"
},
"osdTextElementVoltageWarning": {
"message": "Battery voltage warning",
"description": "One of the elements of the OSD"
},
"osdDescElementVoltageWarning": {
"message": "Shows a warning when the voltage is under the alarm value"
},
"osdTextElementArmed": {
"message": "Armed",
"description": "One of the elements of the OSD"
},
"osdDescElementArmed": {
"message": "Textual armed message"
},
"osdTextElementDisarmed": {
"message": "Disarmed",
"description": "One of the elements of the OSD"
},
"osdDescElementDisarmed": {
"message": "Textual disarmed message"
},
"osdTextElementCrosshairs": {
"message": "Crosshairs",
"description": "One of the elements of the OSD"
},
"osdDescElementCrosshairs": {
"message": "Center of screen crosshair"
},
"osdTextElementArtificialHorizon": {
"message": "Artificial horizon",
"description": "One of the elements of the OSD"
},
"osdDescElementArtificialHorizon": {
"message": "Graphical artificial horizon indicator"
},
"osdTextElementHorizonSidebars": {
"message": "Artificial horizon sidebars",
"description": "One of the elements of the OSD"
},
"osdDescElementHorizonSidebars": {
"message": "Sidebars around artificial horizon indicator"
},
"osdTextElementCurrentDraw": {
"message": "Battery current draw",
"description": "One of the elements of the OSD"
},
"osdDescElementCurrentDraw": {
"message": "Instantaneous battery current draw"
},
"osdTextElementMahDrawn": {
"message": "Battery current mAh drawn",
"description": "One of the elements of the OSD"
},
"osdDescElementMahDrawn": {
"message": "Total battery capacity used"
},
"osdTextElementCraftName": {
"message": "Craft name",
"description": "One of the elements of the OSD"
},
"osdDescElementCraftName": {
"message": "Craft name as set in Configuration tab"
},
"osdTextElementAltitude": {
"message": "Altitude",
"description": "One of the elements of the OSD"
},
"osdDescElementAltitude": {
"message": "Current altitude (flashes when above alarm threshold)"
},
"osdTextElementAltitudeVariant1Decimal": {
"message": "With 1 decimal",
"description": "One of the variants of the altitude element of the OSD"
},
"osdTextElementAltitudeVariantNoDecimal": {
"message": "Without decimals",
"description": "One of the variants of the altitude element of the OSD"
},
"osdTextElementOnTime": {
"message": "On time",
"description": "One of the elements of the OSD"
},
"osdDescElementOnTime": {
"message": "Total time the craft has been powered on"
},
"osdTextElementFlyTime": {
"message": "Fly time",
"description": "One of the elements of the OSD"
},
"osdDescElementFlyTime": {
"message": "Total time the craft has been armed in the current power cycle (flashes when above alarm threshold)"
},
"osdTextElementFlyMode": {
"message": "Fly mode",
"description": "One of the elements of the OSD"
},
"osdDescElementFlyMode": {
"message": "Current flight mode"
},
"osdTextElementGPSSpeed": {
"message": "GPS speed",
"description": "One of the elements of the OSD"
},
"osdDescElementGPSSpeed": {
"message": "GPS provided speed"
},
"osdTextElementGPSSats": {
"message": "GPS sats",
"description": "One of the elements of the OSD"
},
"osdDescElementGPSSats": {
"message": "Number of satellites providing GPS fix"
},
"osdTextElementGPSLon": {
"message": "GPS longitude",
"description": "One of the elements of the OSD"
},
"osdDescElementGPSLon": {
"message": "GPS longitude coordinate"
},
"osdTextElementGPSLat": {
"message": "GPS latitude",
"description": "One of the elements of the OSD"
},
"osdDescElementGPSLat": {
"message": "GPS latitude coordinate"
},
"osdTextElementGPSVariant7Decimals": {
"message": "With 7 decimals",
"description": "One of the variants for the GPS element of the OSD"
},
"osdTextElementGPSVariant4Decimals": {
"message": "With 4 decimals",
"description": "One of the variants for the GPS element of the OSD"
},
"osdTextElementGPSVariantDegMinSec": {
"message": "Using degrees, minutes and seconds",
"description": "One of the variants for the GPS element of the OSD"
},
"osdTextElementGPSVariantOpenLocation": {
"message": "Using Open Location Code",
"description": "One of the variants for the GPS element of the OSD"
},
"osdTextElementDebug": {
"message": "Debug",
"description": "One of the elements of the OSD"
},
"osdDescElementDebug": {
"message": "Debug variables"
},
"osdTextElementPIDRoll": {
"message": "PID roll",
"description": "One of the elements of the OSD"
},
"osdDescElementPIDRoll": {
"message": "Roll axis PID gains"
},
"osdTextElementPIDPitch": {
"message": "PID pitch",
"description": "One of the elements of the OSD"
},
"osdDescElementPIDPitch": {
"message": "Pitch axis PID gains"
},
"osdTextElementPIDYaw": {
"message": "PID yaw",
"description": "One of the elements of the OSD"
},
"osdDescElementPIDYaw": {
"message": "Yaw axis PID gains"
},
"osdTextElementPower": {
"message": "Power",
"description": "One of the elements of the OSD"
},
"osdDescElementPower": {
"message": "Instantaneous electrical power consumption"
},
"osdTextElementPIDRateProfile": {
"message": "Profile: PID and rate",
"description": "One of the elements of the OSD"
},
"osdDescElementPIDRateProfile": {
"message": "Numerical display of the active PID and rate profiles"
},
"osdTextElementBatteryWarning": {
"message": "Battery warning",
"description": "One of the elements of the OSD"
},
"osdDescElementBatteryWarning": {
"message": "Warning text that appears when the battery voltage falls below warning threshold"
},
"osdTextElementAvgCellVoltage": {
"message": "Battery average cell voltage",
"description": "One of the elements of the OSD"
},
"osdDescElementAvgCellVoltage": {
"message": "Average cell voltage (main battery voltage / cell count)"
},
"osdTextElementPitchAngle": {
"message": "Angle: pitch",
"description": "One of the elements of the OSD"
},
"osdDescElementPitchAngle": {
"message": "Numerical pitch angle in degrees"
},
"osdTextElementRollAngle": {
"message": "Angle: roll",
"description": "One of the elements of the OSD"
},
"osdDescElementRollAngle": {
"message": "Numerical roll angle in degrees"
},
"osdTextElementMainBattUsage": {
"message": "Battery usage",
"description": "One of the elements of the OSD"
},
"osdDescElementMainBattUsage": {
"message": "Graphical representation of battery capacity usage"
},
"osdTextElementMainBattUsageVariantGraphrRemain": {
"message": "Graphical remaining",
"description": "One of the variants for the Main Battery Usage element of the OSD"
},
"osdTextElementMainBattUsageVariantGraphUsage": {
"message": "Graphical used",
"description": "One of the variants for the Main Battery Usage element of the OSD"
},
"osdTextElementMainBattUsageVariantValueRemain": {
"message": "Percentage remaining",
"description": "One of the variants for the Main Battery Usage element of the OSD"
},
"osdTextElementMainBattUsageVariantValueUsage": {
"message": "Percentage used",
"description": "One of the variants for the Main Battery Usage element of the OSD"
},
"osdTextElementArmedTime": {
"message": "Timer: armed time",
"description": "One of the elements of the OSD"
},
"osdDescElementArmedTime": {
"message": "Time since the craft was last armed"
},
"osdTextElementHomeDirection": {
"message": "Home direction",
"description": "One of the elements of the OSD"
},
"osdDescElementHomeDirection": {
"message": "Arrow showing direction to home position"
},
"osdTextElementHomeDistance": {
"message": "Home distance",
"description": "One of the elements of the OSD"
},
"osdDescElementHomeDistance": {
"message": "Distance to home position (in either feet or metre based on unit system setting)"
},
"osdTextElementNumericalHeading": {
"message": "Numerical heading",
"description": "One of the elements of the OSD"
},
"osdDescElementNumericalHeading": {
"message": "Numerical readout of current heading in degrees"
},
"osdTextElementNumericalVario": {
"message": "Numerical vario",
"description": "One of the elements of the OSD"
},
"osdDescElementNumericalVario": {
"message": "Numerical readout of vertical speed (in either feet or metre based on unit system setting)"
},
"osdTextElementCompassBar": {
"message": "Compass bar",
"description": "One of the elements of the OSD"
},
"osdDescElementCompassBar": {
"message": "Graphical compass bar showing current heading"
},
"osdTextElementWarnings": {
"message": "Warnings",
"description": "One of the elements of the OSD"
},
"osdDescElementWarnings": {
"message": "Alerts (e.g. low battery), warnings (e.g. reasons for not arming, critically low battery) and visual beeper (4 flashing asterisks)."
},
"osdTextElementEscTemperature": {
"message": "ESC temperature",
"description": "One of the elements of the OSD"
},
"osdDescElementEscTemperature": {
"message": "Temperature reported by ESC telemetry"
},
"osdTextElementEscRpm": {
"message": "ESC RPM",
"description": "One of the elements of the OSD"
},
"osdDescElementEscRpm": {
"message": "RPM reported by ESC telemetry"
},
"osdTextElementRemaningTimeEstimate": {
"message": "Timer: remaining time estimate",
"description": "One of the elements of the OSD"
},
"osdDescElementRemaningTimeEstimate" : {
"message": "Estimate of flight time remaning"
},
"osdTextElementRtcDateTime": {
"message": "RTC date and time",
"description": "One of the elements of the OSD"
},
"osdDescElementRtcDateTime": {
"message": "Real time clock date / time"
},
"osdTextElementAdjustmentRange": {
"message": "Adjustment range",
"description": "One of the elements of the OSD"
},
"osdDescElementAdjustmentRange": {
"message": "Currently active adjustment range setting and value"
},
"osdTextElementTimer1": {
"message": "Timer 1",
"description": "One of the elements of the OSD"
},
"osdDescElementTimer1" : {
"message": "Shows the value of timer 1"
},
"osdTextElementTimer2": {
"message": "Timer 2",
"description": "One of the elements of the OSD"
},
"osdDescElementTimer2" : {
"message": "Shows the value of timer 2"
},
"osdTextElementCoreTemperature": {
"message": "Core temperature",
"description": "One of the elements of the OSD"
},
"osdDescElementCoreTemperature": {
"message": "Temperature of the STM32 MCU core"
},
"osdTextAntiGravity": {
"message": "Anti gravity",
"description": "One of the elements of the OSD"
},
"osdDescAntiGravity": {
"message": "Enables an indicator when the anti gravity is active"
},
"osdTextGForce": {
"message": "G force",
"description": "One of the elements of the OSD"
},
"osdDescGForce": {
"message": "Shows how much G-Force the craft is experiencing"
},
"osdTextElementMotorDiag": {
"message": "Motor diagnostics",
"description": "One of the elements of the OSD"
},
"osdDescElementMotorDiag": {
"message": "Shows a graph of the output of each motor"
},
"osdTextElementLogStatus": {
"message": "Blackbox log status",
"description": "One of the elements of the OSD"
},
"osdDescElementLogStatus": {
"message": "Blackbox number and warnings"
},
"osdTextElementFlipArrow": {
"message": "Flip after crash arrow",
"description": "One of the elements of the OSD"
},
"osdDescElementFlipArrow": {
"message": "Arrow showing which side motors are up in turtle mode"
},
"osdTextElementLinkQuality": {
"message": "Link quality",
"description": "One of the elements of the OSD"
},
"osdDescElementLinkQuality": {
"message": "Alternative indicator for 'link quality' based on frame loss - use with caution"
},
"osdTextElementFlightDist": {
"message": "Flight distance",
"description": "One of the elements of the OSD"
},
"osdDescElementFlightDist": {
"message": "Distance flown during this flight."
},
"osdTextElementStickOverlayLeft": {
"message": "Stick overlay left",
"description": "One of the elements of the OSD"
},
"osdDescElementStickOverlayLeft": {
"message": "Overlay for the left transmitter stick position."
},
"osdTextElementStickOverlayRight": {
"message": "Stick overlay right",
"description": "One of the elements of the OSD"
},
"osdDescElementStickOverlayRight": {
"message": "Overlay for the right transmitter stick position."
},
"osdTextElementDisplayName": {
"message": "Display name",
"description": "One of the elements of the OSD"
},
"osdDescElementDisplayName": {
"message": "Display name as set by the \"display_name\" cli command"
},
"osdTextElementEscRpmFreq": {
"message": "ESC RPM frequency",
"description": "One of the elements of the OSD"
},
"osdDescElementEscRpmFreq": {
"message": "RPM frequency reported by ESC telemetry"
},
"osdTextElementRateProfileName": {
"message": "Profile: rate profile name",
"description": "One of the elements of the OSD"
},
"osdDescElementRateProfileName": {
"message": "Shows the current rate profile name"
},
"osdTextElementPidProfileName": {
"message": "Profile: PID profile name",
"description": "One of the elements of the OSD"
},
"osdDescElementPidProfileName": {
"message": "Shows the current PID profile name"
},
"osdTextElementOsdProfileName": {
"message": "Profile: OSD profile name",
"description": "One of the elements of the OSD"
},
"osdDescElementOsdProfileName": {
"message": "OSD profile name as set in the \"osd_profile_1_name\", \"osd_profile_2_name\" and \"osd_profile_3_name\" CLI variables"
},
"osdTextElementRssiDbmValue": {
"message": "RSSI dBm value",
"description": "One of the elements of the OSD"
},
"osdDescElementRssiDbmValue": {
"message": "Value in dBm of the RSSI signal if available"
},
"osdTextElementRcChannels": {
"message": "RC Channels",
"description": "One of the elements of the OSD"
},
"osdDescElementRcChannels": {
"message": "Display at most 4 channels values. The channels must be specified with the CLI variable 'osd_rcchannels'"
},
"osdTextElementCameraFrame": {
"message": "Camera frame",
"description": "One of the elements of the OSD"
},
"osdDescElementCameraFrame": {
"message": "Adds an adjustable outline element designed to represent the field of view of the pilot's HD camera for visual framing.
You can adjust the width and height in CLI with 'osd_camera_frame_width' and 'osd_camera_frame_height'"
},
"osdTextElementEfficiency": {
"message": "Battery efficiency",
"description": "One of the elements of the OSD"
},
"osdDescElementEfficiency": {
"message": "Instantaneous battery consumption in mAh/distance. (Requires valid GPS fix)"
},
"osdTextTotalFlights": {
"message": "Total flights",
"description": "One of the elements of the OSD"
},
"osdDescTotalFlights": {
"message": "Approximate total number of flights"
},
"osdTextElementUpDownReference": {
"message": "Up (Pitch 90 deg)/Down (Pitch -90 deg) Reference",
"description": "OSD Symbol to show when pitch is approaching vertical (90 deg, U) and D for nose down (-90 deg, D)"
},
"osdDescUpDownReference": {
"message": "OSD Symbol to show when pitch is approaching vertical (90 deg, U) and D for nose down (-90 deg, D)"
},
"osdTextElementTxUplinkPower": {
"message": "Tx uplink power",
"description": "One of the elements of the OSD"
},
"osdDescTxUplinkPower": {
"message": "Shows a value of the Tx power (mW or W). Useful when Dynamic Power is enabled for supporting radios"
},
"osdTextElementUnknown": {
"message": "Unknown $1",
"description": "One of the elements of the OSD"
},
"osdDescElementUnknown" : {
"message": "Unknown element (details to be added in a future release)"
},
"osdTextStatMaxSpeed": {
"message": "Speed maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMaxSpeed": {
"message": "Maximum recorded speed"
},
"osdTextStatMinBattery": {
"message": "Battery voltage minimum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMinBattery": {
"message": "Minimum recorded main battery voltage"
},
"osdTextStatMinRssi": {
"message": "RSSI minimum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMinRssi": {
"message": "Minimum recorded RSSI"
},
"osdTextStatMaxCurrent": {
"message": "Battery current draw maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMaxCurrent": {
"message": "Maximum recorded current draw"
},
"osdTextStatUsedMah": {
"message": "Battery mAh used",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatUsedMah": {
"message": "Battery capacity used"
},
"osdTextStatMaxAltitude": {
"message": "Altitude maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMaxAltitude": {
"message": "Maximum recorded altitude"
},
"osdTextStatBlackbox": {
"message": "Blackbox usage",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatBlackbox": {
"message": "Percentage of total blackbox use"
},
"osdTextStatEndBattery": {
"message": "Battery voltage end",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatEndBattery": {
"message": "Battery voltage at time of disarm"
},
"osdTextStatFlyTime": {
"message": "Fly time total",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatFlyTime": {
"message": "Total time craft has been armed on current power cycle"
},
"osdTextStatArmedTime": {
"message": "Fly time last armed",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatArmedTime": {
"message": "Time since craft was last armed"
},
"osdTextStatMaxDistance": {
"message": "Home distance maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMaxDistance": {
"message": "Maximum distance from home location"
},
"osdTextStatBlackboxLogNumber": {
"message": "Blackbox number",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatBlackboxLogNumber": {
"message": "Log number for this flights Blackbox log"
},
"osdTextStatTimer1": {
"message": "Timer 1",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatTimer1": {
"message": "Value of timer 1 at time of disarming"
},
"osdTextStatTimer2": {
"message": "Timer 2",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatTimer2": {
"message": "Value of timer 2 at time of disarming"
},
"osdTextStatRtcDateTime": {
"message": "RTC date and time",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatRtcDateTime": {
"message": "Date and time from real time clock"
},
"osdTextStatBattery": {
"message": "Battery voltage",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatBattery": {
"message": "Voltage of the battery in real time"
},
"osdTextStatGForce": {
"message": "G force maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatGForce": {
"message": "Max G-Force experienced by the craft"
},
"osdTextStatEscTemperature": {
"message": "ESC temperature maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatEscTemperature": {
"message": "Max ESC temperature"
},
"osdTextStatEscRpm": {
"message": "ESC RPM maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatEscRpm": {
"message": "Max ESC RPM"
},
"osdTextStatMinLinkQuality": {
"message": "Link quality minimum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMinLinkQuality": {
"message": "Minimum of the alternative indicator for 'link quality' based on frame loss"
},
"osdTextStatFlightDistance": {
"message": "Flight distance",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatFlightDistance": {
"message": "Total distance travelled during the flight"
},
"osdTextStatMaxFFT": {
"message": "FFT maximum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMaxFFT": {
"message": "Peak FFT frequency"
},
"osdTextStatTotalFlights": {
"message": "Flights count total",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatTotalFlights": {
"message": "Total number of flights"
},
"osdTextStatTotalFlightTime": {
"message": "Fly time total",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatTotalFlightTime": {
"message": "Total time spent flying"
},
"osdTextStatTotalFlightDistance": {
"message": "Flight distance total",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatTotalFlightDistance": {
"message": "Total distance traveled"
},
"osdTextStatMinRssiDbm": {
"message": "RSSI dBm minimum",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatMinRssiDbm": {
"message": "Minimum RSSI dBm value"
},
"osdTextStatUnknown": {
"message": "Unknown $1",
"description": "One of the statistics that can be shown at the end of the flight in the OSD"
},
"osdDescStatUnknown": {
"message": "Unknown statistic (details to be added in a future release)"
},
"osdDescribeFontVersion1": {
"message": "Font version: 1 (Betaflight 4.0 or older)"
},
"osdDescribeFontVersion2": {
"message": "Font version: 2 (Betaflight 4.1 or newer)"
},
"osdDescribeFontVersionCUSTOM": {
"message": "Font version: user provided"
},
"osdTimerSource": {
"message": "Source:"
},
"osdTimerSourceTooltip": {
"message": "Select the timer source, this controls the duration/event that the timer measures"
},
"osdTimerSourceOptionOnTime": {
"message": "On time",
"description": "One of the options for the source timer. This options shows the amount of time has passed since the battery was plugged"
},
"osdTimerSourceOptionTotalArmedTime": {
"message": "Total armed time",
"description": "One of the options for the source timer. This options shows the amount of time the craft was armed since the battery was plugged"
},
"osdTimerSourceOptionLastArmedTime": {
"message": "Last armed time",
"description": "One of the options for the source timer. This options shows the amount of time the craft was armed the latest time"
},
"osdTimerSourceOptionOnArmTime": {
"message": "On/Armed time",
"description": "One of the options for the source timer. This option shows On time when craft is disarmed, and Armed time when armed"
},
"osdTimerPrecision": {
"message": "Precision:"
},
"osdTimerPrecisionTooltip": {
"message": "Select the timer precision, this controls to what precision the time is reported in"
},
"osdTimerPrecisionOptionSecond": {
"message": "Second",
"description": "Selectable option for the precision of the timer in the OSD"
},
"osdTimerPrecisionOptionHundredth": {
"message": "Hundredth",
"description": "Selectable option for the precision of the timer in the OSD"
},
"osdTimerPrecisionOptionTenth": {
"message": "Tenth",
"description": "Selectable option for the precision of the timer in the OSD"
},
"osdTimerAlarm": {
"message": "Alarm:"
},
"osdTimerAlarmTooltip": {
"message": "Select the timer alarm threshold in minutes, when the time exceeds this value the OSD element will blink, setting this to 0 disables the alarm"
},
"osdTimerAlarmOptionRssi": {
"message": "RSSI",
"description": "Text of the RSSI alarm"
},
"osdTimerAlarmOptionCapacity": {
"message": "Capacity",
"description": "Text of the capacity alarm"
},
"osdTimerAlarmOptionAltitude": {
"message": "Altitude",
"description": "Text of the altitude alarm"
},
"osdWarningTextArmingDisabled": {
"message": "Arming disabled",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningArmingDisabled": {
"message": "Reports the most severe reason for not arming"
},
"osdWarningTextBatteryNotFull": {
"message": "Battery not full",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningBatteryNotFull": {
"message": "Alerts when a battery is connected that is not fully charged"
},
"osdWarningTextBatteryWarning": {
"message": "Battery warning",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningBatteryWarning": {
"message": "Alerts when the battery voltage falls below warning threshold"
},
"osdWarningTextBatteryCritical": {
"message": "Battery critical",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningBatteryCritical": {
"message": "Alerts when the battery voltage falls below the minimum average cell voltage"
},
"osdWarningTextVisualBeeper": {
"message": "Visual beeper",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningVisualBeeper": {
"message": "Shows a visualisation of the beeper (shows as 4 asterisks)"
},
"osdWarningTextCrashFlipMode": {
"message": "Crash flip mode",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningCrashFlipMode": {
"message": "Warns when flip over after crash mode is activated"
},
"osdWarningTextEscFail": {
"message": "ESC fail",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningEscFail": {
"message": "Enumerates a list with the ESCs/motors that are failing (RPM or temperature are out of the configured threshold)"
},
"osdWarningTextCoreTemperature": {
"message": "Core temperature",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningCoreTemperature": {
"message": "Warns when MCU core temperature exceeds a configured threshold"
},
"osdWarningTextRcSmoothingFailure": {
"message": "RC Smoothing failure",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningRcSmoothingFailure": {
"message": "Warns when RC Smoothing initialization failed"
},
"osdWarningTextFailsafe": {
"message": "Failsafe",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningFailsafe": {
"message": "Warns when failsafe occurs"
},
"osdWarningTextLaunchControl": {
"message": "Launch control",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningLaunchControl": {
"message": "Warns when Launch Control mode is activated"
},
"osdWarningTextGpsRescueUnavailable": {
"message": "GPS Rescue unavailable",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningGpsRescueUnavailable": {
"message": "Warns when GPS Rescue is not available and cannot be activated"
},
"osdWarningTextGpsRescueDisabled": {
"message": "GPS Rescue disabled",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningGpsRescueDisabled": {
"message": "Warns when GPS Rescue is disabled"
},
"osdWarningTextRSSI": {
"message": "RSSI",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningRSSI": {
"message": "Warns when RSSI is below alarm setting"
},
"osdWarningTextLinkQuality": {
"message": "Link quality",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningLinkQuality": {
"message": "Warns when Link Quality is below alarm setting"
},
"osdWarningTextRssiDbm": {
"message": "RSSI dBm",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningRssiDbm": {
"message": "Warns when RSSI dBm value is below alarm setting"
},
"osdWarningTextOverCap": {
"message": "Battery over capacity",
"description": "One of the warnings that can be selected to be shown in the OSD"
},
"osdWarningOverCap": {
"message": "Warns when the consumed mAh exceeds the configured capacity limit"
},
"osdWarningTextUnknown": {
"message": "Unknown $1"
},
"osdWarningUnknown": {
"message": "Unknown warning (details to be added in a future release)"
},
"osdSectionHelpElements": {
"message": "Enable or disable OSD elements."
},
"osdSectionHelpVideoMode": {
"message": "Set the expected video mode of the camera (typically this can be left on AUTO, if you have difficulties then set this to match the camera output)."
},
"osdSectionHelpUnits": {
"message": "Sets the unit system used for numeric readouts."
},
"osdSectionHelpTimers": {
"message": "Configure flight timers."
},
"osdSectionHelpAlarms": {
"message": "Set the thresholds used for OSD elements with alarm states."
},
"osdSectionHelpStats": {
"message": "Set the values dispalyed on the post flight statistics screen."
},
"osdSectionHelpWarnings": {
"message": "Enable or disable warnings that are shown on the WARNINGS element."
},
"osdSettingsSaved": {
"message": "OSD settings saved"
},
"osdWritePermissions": {
"message": "You don't have write permissions for this file"
},
"osdButtonSaved": {
"message": "Saved"
},
"vtxHelp": {
"message": "Here you can configure the values for your Video Transmitter (VTX). You can view and change the transmission values, including the VTX Tables, if the flight controller and the VTX support it.
To set up your VTX use the following steps:
1. Go to this page;
2. Find the appropriate VTX configuration file for your country and your VTX model and download it;
3. Click '$t(vtxButtonLoadFile.message)' below, select the VTX configuration file, load it;
4. Verify that the settings are correct;
5. Click '$t(vtxButtonSave.message)' to store the VTX settings on the flight controller.
6. Optionally click '$t(vtxButtonSaveLua.message)' to save a lua configuration file you can use with the betaflight lua scripts (See more here.)",
"description": "Introduction message in the VTX tab"
},
"vtxMessageNotSupported": {
"message": "Attention: Your VTX is not configured or not supported. So you can't modify the VTX values from here. This will only be possible if the flight controller is attached to the VTX using some protocol like Tramp or SmartAudio and is correctly configured in the $t(tabPorts.message) tab if needed.",
"description": "Message to show when the VTX is not supported in the VTX tab"
},
"vtxMessageTableNotConfigured": {
"message": "Attention: You need to configure and save FIRST the VTX Table at the bottom before you can make use of the $t(vtxSelectedMode.message) fields.",
"description": "Message to show when the VTX is not supported in the VTX tab"
},
"vtxMessageFactoryBandsNotSupported": {
"message": "Attention: The selected VTX type does not support the 'factory' setting for bands, but some of your bands have this setting. Click '$t(vtxButtonSave.message)' to fix this.",
"description": "Message to show when the configured VTX type does not support factory bands, but one or more of the configured bands are of this type"
},
"vtxMessageVerifyTable": {
"message": "Attention: The values of the VTX Table have been loaded, but not yet stored on the flight controller. You must verify and modify the values to be sure that they are valid and legal in your country and then press the $t(vtxButtonSave.message) button to store them on the flight controller.",
"description": "Message to show when the VTX Table has been loaded from a external source"
},
"vtxFrequencyChannel": {
"message": "Enter frequency directly",
"description": "Text of one of the fields of the VTX tab"
},
"vtxFrequencyChannelHelp": {
"message": "If you enable this, the Configurator will let you select a frequency in place of the habitual band/channel. For this to work your VTX must support this feature.",
"description": "Help text for the frequency or channel select field of the VTX tab"
},
"vtxSelectedMode": {
"message": "Selected Mode",
"description": "Title for the actual mode header of the VTX"
},
"vtxActualState": {
"message": "Current Values",
"description": "Title for the actual values header of the VTX"
},
"vtxType": {
"message": "VTX Type",
"description": "Text of one of the fields of the VTX tab"
},
"vtxType_0": {
"message": "Unsupported",
"description": "Text for one of the types of the VTX type in VTX tab"
},
"vtxType_1": {
"message": "RTC607",
"description": "Text for one of the types of the VTX type in VTX tab"
},
"vtxType_3": {
"message": "SmartAudio",
"description": "Text for one of the types of the VTX type in VTX tab"
},
"vtxType_4": {
"message": "Tramp",
"description": "Text for one of the types of the VTX type in VTX tab"
},
"vtxType_255": {
"message": "Unknown",
"description": "Text for one of the types of the VTX type in VTX tab"
},
"vtxBand": {
"message": "Band",
"description": "Text of one of the fields of the VTX tab"
},
"vtxBandHelp": {
"message": "You can select here the band for your VTX",
"description": "Help text for the band field of the VTX tab"
},
"vtxBand_0": {
"message": "None",
"description": "Text of one of the options for the band field of the VTX tab"
},
"vtxBand_X": {
"message": "Band {{bandName}}",
"description": "Text of one of the options for the band field of the VTX tab"
},
"vtxChannel_0": {
"message": "None",
"description": "Text of one of the options for the channel field of the VTX tab"
},
"vtxChannel_X": {
"message": "Channel {{channelName}}",
"description": "Text of one of the options for the channel field of the VTX tab"
},
"vtxPower_0": {
"message": "None",
"description": "Text of one of the options for the power field of the VTX tab"
},
"vtxPower_X": {
"message": "Level {{powerLevel}}",
"description": "Text of one of the options for the power field of the VTX tab"
},
"vtxChannel": {
"message": "Channel",
"description": "Text of one of the fields of the VTX tab"
},
"vtxChannelHelp": {
"message": "You can select here the channel for your VTX",
"description": "Help text for the channel field of the VTX tab"
},
"vtxFrequency": {
"message": "Frequency",
"description": "Text of one of the fields of the VTX tab"
},
"vtxFrequencyHelp": {
"message": "You can select here the frequency for your VTX if it is supported",
"description": "Help text for the frequency field of the VTX tab"
},
"vtxDeviceReady": {
"message": "Device ready",
"description": "Text of one of the fields of the VTX tab"
},
"vtxPower": {
"message": "Power",
"description": "Text of one of the fields of the VTX tab"
},
"vtxPowerHelp": {
"message": "This is the power selected for the VTX. It can be modified if the $t(vtxPitMode.message) or the $t(vtxLowPowerDisarm.message) is enabled",
"description": "Help text for the power field of the VTX tab"
},
"vtxPitMode": {
"message": "Pit Mode",
"description": "Text of one of the fields of the VTX tab"
},
"vtxPitModeHelp": {
"message": "When enabled, the VTX enters in a very low power mode to let the quad be on at the bench without disturbing other pilots. Usually the range of this mode is less than 5m.
NOTE: Some protocols, like SmartAudio, can't enable Pit Mode via software after power-up.",
"description": "Help text for the pit mode field of the VTX tab"
},
"vtxPitModeFrequency": {
"message": "Pit Mode frequency",
"description": "Text of one of the fields of the VTX tab"
},
"vtxPitModeFrequencyHelp": {
"message": "Frequency at which the Pit Mode changes when enabled.",
"description": "Help text for the pit mode field of the VTX tab"
},
"vtxLowPowerDisarm": {
"message": "Low Power Disarm",
"description": "Text of one of the fields of the VTX tab"
},
"vtxLowPowerDisarmHelp": {
"message": "When enabled, the VTX uses the lowest available power when disarmed (except if a failsafe has occurred).",
"description": "Help text for the low power disarm field of the VTX tab"
},
"vtxLowPowerDisarmOption_0": {
"message": "Off",
"description": "One of the options for the Low Power Disarm mode of the VTX"
},
"vtxLowPowerDisarmOption_1": {
"message": "On",
"description": "One of the options for the Low Power Disarm mode of the VTX"
},
"vtxLowPowerDisarmOption_2": {
"message": "On until first arm",
"description": "One of the options for the Low Power Disarm mode of the VTX"
},
"vtxTable": {
"message": "VTX Table",
"description": "Text of the header of the VTX Table element in the VTX tab"
},
"vtxTablePowerLevels": {
"message": "Number of power levels",
"description": "Text of one of the fields of the VTX Table element in the VTX tab"
},
"vtxTablePowerLevelsHelp": {
"message": "This defines the number of power levels supported by your VTX",
"description": "Help for the number of power levels field of the VTX Table element in the VTX tab"
},
"vtxTablePowerLevelsTableHelp": {
"message": "This table represents the different values of power that can be used for the VTX. They are divided into two:
- $t(vtxTablePowerLevelsValue.message): each power level requires a value that is defined by the hardware manufacturer. Ask your manufacturer for the correct value or consult the Betaflight wiki of VTX Tables to grab some samples.
- $t(vtxTablePowerLevelsLabel.message): you can put here the label you want for each power level value. It can be numbers (25, 200, 600, 1.2), letters (OFF, MIN, MAX) or a mix of them.
You must configure only the power levels that are legal at your country.",
"description": "Help for the table of power levels (value-label) that appears in the VTX tab"
},
"vtxTablePowerLevelsValue": {
"message": "Value",
"description": "Text of one of the fields of the VTX Table element in the VTX tab"
},
"vtxTablePowerLevelsLabel": {
"message": "Label",
"description": "Text of one of the fields of the VTX Table element in the VTX tab"
},
"vtxTableBands": {
"message": "Number of bands",
"description": "Text of one of the fields of the VTX Table element in the VTX tab"
},
"vtxTableChannels": {
"message": "Number of channels by band",
"description": "Text of one of the fields of the VTX Table element in the VTX tab"
},
"vtxTableBandsChannelsHelp": {
"message": "This defines the number of bands and the number of channels by band that you want for your VTX.",
"description": "Help for the number of bands and channels field of the VTX Table element in the VTX tab"
},
"vtxTableBandTitleName": {
"message": "Name",
"description": "Text of one of the titles of the VTX Table element in the VTX tab"
},
"vtxTableBandTitleLetter": {
"message": "Letter",
"description": "Text of one of the titles of the VTX Table element in the VTX tab"
},
"vtxTableBandTitleFactory": {
"message": "Factory",
"description": "Text of one of the titles of the VTX Table element in the VTX tab"
},
"vtxTableBandsChannelsTableHelp": {
"message": "This table represents all the frequencies that can be used for your VTX. You can have several bands and for each band you must configure:
- $t(vtxTableBandTitleName.message): Name that you want to assign to this band, like BOSCAM_A, FATSHARK or RACEBAND.
- $t(vtxTableBandTitleLetter.message): Short letter that references the band.
- $t(vtxTableBandTitleFactory.message): This indicates if it is a factory band. If enabled Betaflight sends to the VTX a band and channel number. The VTX will then use its built-in frequency table and the frequencies configured here are only to show the value in the OSD and other places. If it is not enabled, then Betaflight will send to the VTX the real frequency configured here.
- Frequencies: Frequencies for this band.
Remember that not all frequencies are legal at your country. You must put a value of zero to each frequency index that you are not allowed to use to disable it.",
"description": "Help for the table of bands-channels that appears in the VTX tab"
},
"vtxSavedFileOk": {
"message": "VTX Config file saved",
"description": "Message in the GUI log when the VTX Config file is saved"
},
"vtxSavedFileKo": {
"message": "Error while saving the VTX Config file",
"description": "Message in the GUI log when the VTX Config file is saved"
},
"vtxLoadFileOk": {
"message": "VTX Config file loaded",
"description": "Message in the GUI log when the VTX Config file is loaded"
},
"vtxLoadFileKo": {
"message": "Error while loading the VTX Config file",
"description": "Message in the GUI log when the VTX Config file is loaded"
},
"vtxLoadClipboardOk": {
"message": "VTX Config info loaded from clipboard",
"description": "Message in the GUI log when the VTX Config file is pasted from clipboard"
},
"vtxLoadClipboardKo": {
"message": "Error while loading the VTX Config info from clipboard. Maybe the contents are not correct",
"description": "Message in the GUI log when the VTX Config file is pasted from clipboard"
},
"vtxButtonSaveFile": {
"message": "Save to file",
"description": "Save to file button in the VTX tab"
},
"vtxButtonSaveLua": {
"message": "Save Lua Script",
"description": "Save Lua script button in the VTX tab"
},
"vtxLuaFileHelp" :{
"message": "The '$t(vtxButtonSaveLua.message)' button will allow you to save a mcuid.lua file containing the VTX table configuration that can be used with the Betaflight TX Lua Scripts.
Version 1.6.0 and above can use the file as is, but for older versions of the scripts it should be renamed to match the modelname on the TX.",
"description": "Tooltip message for the Save Lua script button in the VTX tab"
},
"vtxButtonLoadFile": {
"message": "Load from file",
"description": "Load to file button in the VTX tab"
},
"vtxButtonLoadClipboard": {
"message": "Load from clipboard",
"description": "Paste from clipboard button in the VTX tab"
},
"vtxButtonSave": {
"message": "Save",
"description": "Save button in the VTX tab"
},
"vtxButtonSaved": {
"message": "Saved",
"description": "Saved action button in the VTX tab"
},
"vtxSmartAudioUnlocked": {
"message": "{{version}} unlocked",
"description": "Indicates if SA device is unlocked"
},
"mainHelpArmed": {
"message": "Motor Arming"
},
"mainHelpFailsafe": {
"message": "Failsafe Mode"
},
"mainHelpLink": {
"message": "Serial Link Status"
},
"configurationEscProtocol": {
"message": "ESC/Motor protocol"
},
"configurationEscProtocolHelp": {
"message": "Select your motor protocol.
Make sure to verify the protocol is supported by your ESC, this information should be on the makers website.
Be carefull using DSHOT900 and DSHOT1200 as not many ESC's support it!"
},
"configurationEscProtocolHelpNoDSHOT1200": {
"message": "Select your motor protocol.
Make sure to verify the protocol is supported by your ESC, this information should be on the makers website."
},
"configurationunsyndePwm": {
"message": "Motor PWM speed Separated from PID speed"
},
"configurationUnsyncedPWMFreq": {
"message": "Motor PWM frequency"
},
"configurationDshotBidir": {
"message": "Bidirectional DShot (requires supported ESC firmware)",
"description": "Feature for the ESC/Motor"
},
"configurationDshotBidirHelp": {
"message": "Sends ESC data to the FC via DShot telemetry. Required by RPM Filtering and dynamic idle.
Note: Requires a compatible ESC with appropriate firmware, eg JESC, Jazzmac, BLHeli-32.",
"description": "Description of the Bidirectional DShot feature of the ESC/Motor"
},
"configurationGyroSyncDenom": {
"message": "Gyro update frequency"
},
"configurationPidProcessDenom": {
"message": "PID loop frequency"
},
"configurationPidProcessDenomHelp": {
"message": "The maximum frequency for the PID loop is limited by the maximum frequency that updates can be sent by the chosen ESC / motor protocol."
},
"configurationGyroUse32kHz": {
"message": "Enable gyro 32kHz sampling mode"
},
"configurationGyroUse32kHzHelp": {
"message": "32 kHz gyro update frequency is only possible if the gyro chip supports it (currently MPU6500, MPU9250, and ICM20xxx if connected over SPI). If in doubt, consult the specification for your board."
},
"configurationAccHardware": {
"message": "Accelerometer"
},
"configurationBaroHardware": {
"message": "Barometer (if supported)"
},
"configurationMagHardware": {
"message": "Magnetometer (if supported)"
},
"configurationSmallAngle": {
"message": "Maximum ARM Angle [degrees]"
},
"configurationSmallAngleHelp": {
"message": "Craft will not ARM if tilted more than specified number of degrees. Only applies if accelerometer is enabled. Setting to 180 will effectivly disable check"
},
"configurationBatteryVoltage": {
"message": "Battery Voltage"
},
"configurationBatteryCurrent": {
"message": "Battery Current"
},
"configurationBatteryMeterType": {
"message": "Battery Meter Type"
},
"configurationBatteryMinimum": {
"message": "Minimum Cell Voltage"
},
"configurationBatteryMaximum": {
"message": "Maximum Cell Voltage"
},
"configurationBatteryWarning": {
"message": "Warning Cell Voltage"
},
"configurationBatteryScale": {
"message": "Voltage Scale"
},
"configurationCurrentMeterType": {
"message": "Current Meter Type"
},
"configurationCurrent": {
"message": "Current Sensor"
},
"configurationCurrentScale": {
"message": "Scale the output voltage to milliamps [1/10th mV/A]"
},
"configurationCurrentOffset": {
"message": "Offset in millivolt steps"
},
"configurationBatteryMultiwiiCurrent": {
"message": "Enable support for legacy Multiwii MSP current output"
},
"pidTuningProfile": {
"message": "Profile"
},
"pidTuningProfileTip": {
"message": "Up to 3 (2 for some controllers) different pid profiles can be stored on the flight controller. The pid profiles include pid, d setpoint and angle/horizon settings on this tab. Once in the field, simple stick commands (see online instructions) can be used to switch between the profiles."
},
"pidTuningRateProfile": {
"message": "Rateprofile"
},
"pidTuningRateProfileTip": {
"message": "Up to 3 different rateprofiles per profile can be stored on the flight controller. The rateprofiles include the settings for 'RC Rate', 'Rate', 'RC Expo', 'Throttle', and 'TPA'. Switching between rateprofiles is possible in-flight, by setting up a 3 position switch for 'Rate Profile Selection' on the 'Adjustments' tab."
},
"pidTuningRateSetup": {
"message": "Basic/Acro Rates"
},
"pidTuningRateSetupHelp": {
"message": "Adjust these values to set your rates. Use RC Rate to increase maximum rate overall, use Super Rate to have higher rates at the end of the stick travel, use RC Expo to make the middle stick feel smooth.",
"description": "Rate table helpicon message"
},
"pidTuningDelta": {
"message": "Derivative Method"
},
"pidTuningDeltaError": {
"message": "Error"
},
"pidTuningDeltaMeasurement": {
"message": "Measurement"
},
"pidTuningDeltaTip": {
"message": "Derivative from Error provides more direct stick response and is mostly prefered for Racing.
Derivative from Measurement provides smoother stick response what is more usefull for freestyling"
},
"pidTuningPidControllerTip": {
"message": "Legacy vs Betaflight (float): PID scaling and PID logic is exactly the same. Not necessarily retune needed. Legacy is old betaflight evolved rewrite, which is basic PID controller based on integer math. Betaflight PID controller uses floating point math and has many new features specifically designed for multirotor applications
Float vs Integer: PID scaling and PID logic is exactly the same. No retune needed. F1 boards have no onboard FPU and floating point math increases CPU load and integer math will improve performance, but float math might gain slightly more precision."
},
"pidTuningFilterTip": {
"message": "Gyro Soft Filter: Lowpass filter for gyro. Use lower value for more filtering.
D Term Filter: Lowpass filter for Dterm. Can affect D tuning. Use lower value for more filtering.
Yaw Filter: Filters yaw output. It can help on setups with noisy yaw axis."
},
"pidTuningRatesTip": {
"message": "Play with the rates and see how those affect the stick curve"
},
"configurationCamera": {
"message": "Camera"
},
"configurationPersonalization": {
"message": "Personalization"
},
"craftName": {
"message": "Craft name"
},
"configurationFpvCamAngleDegrees": {
"message": "FPV Camera Angle [degrees]"
},
"onboardLoggingBlackbox": {
"message": "Blackbox logging device"
},
"onboardLoggingRateOfLogging": {
"message": "Blackbox logging rate"
},
"onboardLoggingDebugMode": {
"message": "Blackbox debug mode"
},
"onboardLoggingDebugModeUnknown": {
"message": "UNKNOWN"
},
"onboardLoggingSerialLogger": {
"message": "Outboard serial logging device"
},
"onboardLoggingFlashLogger": {
"message": "Onboard dataflash chip"
},
"onboardLoggingEraseInProgress": {
"message": "Erase in progress, please wait..."
},
"onboardLoggingOnboardSDCard": {
"message": "Onboard SD card"
},
"onboardLoggingMsc": {
"message": "Mass Storage Mode"
},
"onboardLoggingMscNote": {
"message": "Reboot into mass storage device (MSC) mode. Once activated, the onboard flash or SD card on your flight controller will be recognised as a storage device by your computer, and allow you to download your log files. Eject and power cycle your flight controller to leave mass storage device mode."
},
"onboardLoggingRebootMscText": {
"message": "Activate Mass Storage Device Mode"
},
"onboardLoggingMscNotReady": {
"message": "Mass storage mode can not be activated because the storage device is not ready."
},
"dialogConfirmResetTitle": {
"message": "Confirm"
},
"dialogConfirmResetNote": {
"message": "WARNING: Are you sure you want to reset ALL settings to default?"
},
"dialogConfirmResetConfirm": {
"message": "Reset"
},
"dialogConfirmResetClose": {
"message": "Cancel"
},
"modeCameraWifi": {
"message": "CAMERA WI-FI BUTTON"
},
"modeCameraPower": {
"message": "CAMERA POWER BUTTON"
},
"modeCameraChangeMode": {
"message": "CAMERA CHANGE MODE"
},
"flashTab": {
"message": "Update Firmware"
},
"cliAutoComplete": {
"message": "Advanced CLI AutoComplete"
},
"darkTheme": {
"message": "Enable dark theme"
},
"pidTuningRatesType": {
"message": "Rates Type"
},
"pidTuningRatesTypeTip": {
"message": "Changing rates type will change the rates curve and the way you can set it"
},
"pidTuningRcRateRaceflight": {
"message": "Rate"
},
"pidTuningRcExpoRaceflight": {
"message": "Expo"
},
"pidTuningRateRaceflight": {
"message": "Acro+"
},
"pidTuningRcExpoKISS": {
"message": "RC Curve"
},
"pidTuningRateQuickRates": {
"message": "Max Rate"
},
"pidTuningRcRateActual": {
"message": "Center Sensitivity"
},
"dialogRatesTypeTitle": {
"message": "Rates type change"
},
"dialogRatesTypeNote": {
"message": "WARNING: You are changing the rates type. If you change the rates type your rates will be set to a default curve."
},
"dialogRatesTypeConfirm": {
"message": "Change"
},
"gpsSbasAutoDetect": {
"message": "Auto-detect",
"description": "One of the options selectable for the GPS SBAS system"
},
"gpsSbasEuropeanEGNOS": {
"message": "European EGNOS",
"description": "One of the options selectable for the GPS SBAS system"
},
"gpsSbasNorthAmericanWAAS": {
"message": "North American WAAS",
"description": "One of the options selectable for the GPS SBAS system"
},
"gpsSbasJapaneseMSAS": {
"message": "Japanese MSAS",
"description": "One of the options selectable for the GPS SBAS system"
},
"gpsSbasIndianGAGAN": {
"message": "Indian GAGAN",
"description": "One of the options selectable for the GPS SBAS system"
},
"gpsSbasNone": {
"message": "None",
"description": "One of the options selectable for the GPS SBAS system"
},
"dialogFileNameTitle": {
"message": "File name"
},
"dialogFileNameDescription": {
"message": "The file will be saved in the '{{folder}}' folder in your internal storage."
},
"dialogFileAlreadyExistsTitle": {
"message": "This file already exists!"
},
"dialogFileAlreadyExistsDescription": {
"message": "Overwrite ?"
},
"cordovaCheckingWebview": {
"message": "Checking webview applications ..."
},
"cordovaIncompatibleWebview": {
"message": "Incompatible webview"
},
"cordovaWebviewTroubleshootingMsg": {
"message": "You must update your device's webview in order to use the configurator."
},
"cordovaWebviewTroubleshootingMsg2": {
"message": "The tool below is intended to help you to install a new webview or to update an already installed webview."
},
"cordovaAvailableWebviews": {
"message": "Available webview applications on your device"
},
"cordovaWebviewInstall": {
"message": "Installing the {{app}} app can resolve this compatibility issue."
},
"cordovaWebviewInstallBtn": {
"message": "Install from the Google Play Store"
},
"cordovaWebviewUninstall": {
"message": "Uninstalling the {{app}} app can resolve this compatibility issue. If you are not able to uninstall it, try to disable it from the settings app."
},
"cordovaWebviewUninstallBtn1": {
"message": "Uninstall from the Google Play Store"
},
"cordovaWebviewUninstallBtn2": {
"message": "Uninstall / disable from the settings"
},
"cordovaWebviewUpdate": {
"message": "Updating the {{app}} app can resolve this compatibility issue."
},
"cordovaWebviewUpdateBtn": {
"message": "Update from the Google Play Store"
},
"cordovaWebviewEnable": {
"message": "Go into the tab of informations about your device in the settings and tap 10 times on the build version number to enable 'Developper options'. After that, search and go in the developper options and select {{app}} as webview provider."
},
"cordovaWebviewEnableBtn": {
"message": "Open settings"
},
"cordovaWebviewIncompatible": {
"message": "Your device seems to be not compatible. Try to search other ways to update your webview"
},
"cordovaNoWebview": {
"message": "No webview application installed / enabled"
},
"cordovaWebviewUsed": {
"message": "used"
},
"cordovaExitAppTitle": {
"message": "Confirmation"
},
"cordovaExitAppMessage": {
"message": "Do you really want to close the configurator?"
}
}