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General| Transmitter Power | < 20dBm |
|---|---|
| Protocol | AFHDS 3 |
| Channel Resolution | 4096 |
| Charging Port | USB Type-C |
| Online Update | Yes |
| Frequency Range | 2.408GHz-2.475GHz |
| Display | 3.5-inch TFT Touch Screen |
| Weight | 520g |
| Range | > 300m |
| Antenna Type | Internal |
| Simulator Support | Yes (via USB) |
| Temperature Range | -10°C to 50°C |
| Humidity Range | 20% to 95% |
| Compatibility | FlySky receivers (AFHDS 2A and AFHDS 3A) |
Symbols indicating danger, warning, or attention for safe operation.
Essential guidelines for safe operation, prohibiting certain actions and mandating others.
Overview of the AFHDS3 digital wireless system's capabilities and advantages.
Identifies key components and controls of the Noble NB4 transmitter.
Details the FGr4P receiver's components and status indicator meanings.
Instructions and safety precautions for installing the transmitter's battery.
Step-by-step guide to safely power on the transmitter and receiver system.
Procedure for pairing the transmitter with a receiver, including classic and enhanced editions.
Explains the function and color meanings of the transmitter's LED indicator.
Correct procedure for powering down the transmitter and receiver system safely.
Adjusts servo or motor direction relative to system controls.
Sets the limits of channel movement range for endpoints.
Adjusts channel neutral position to correct structural alignment errors.
Modifies the steering channel's response curve and limits.
Adjusts the throttle channel's response curve and limits.
Manages brake pressure by pumping to prevent wheel lock-up and skidding.
Configures various timers for model run time, competition, or transmitter usage.
Assigns keys or switches to different functions for quick control.
Manages model settings, including renaming, copying, and customizing the display.
Displays sensor data received from the transmitter via the receiver.
Sets steering, forward, brake, and response speeds for channels.
Configures mixing functions like 4WS, Brake Mixing, and Programming Mixes.
Provides vehicle stability control using an onboard gyroscope.
Initiates the transmitter's binding state to pair with a receiver.
Adjusts steering force when receiver servo is steered, specific to Mini-Z(FHSS).
Adjusts gyroscope sensitivity on the receiver, specific to Mini-Z(FHSS).
Sets the receiver's output mode (PWM, PPM, i-BUS, S.BUS).
Configures safety settings for out-of-control situations, including channel values.
Selects or sets the correct output frequency for analog, digital, or custom servos.
Configures i-BUS2 devices like hubs or servos for extended functionality.
Detects receiver or sensor battery voltage and provides alarms.
Updates receiver firmware to match the transmitter's version.
Changes the language of the user interface.
Selects units for length (metric/imperial) and temperature (Celsius/Fahrenheit).
Controls transmitter backlight brightness and timeout settings.
Turns on/off various sounds, including system, alarm, and power sounds.
Manages vibration settings for functions like system alerts and alarms.
Configures LED strip color, brightness, and power capacity indication.
Updates the transmitter's firmware using a computer and USB cable.
Resets transmitter settings and functions to their factory default state.
Lists technical specifications for the Noble NB4 transmitter.
Declares compliance of radio equipment with RED 2014/53/EU.
Antenna installation requirements for RF exposure compliance.
FCC compliance information and operating conditions for radio equipment.
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