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General| Channels | 6 |
|---|---|
| Frequency | 2.4GHz |
| Modulation | FHSS |
| Telemetry | Yes |
| Failsafe | Yes |
| Frequency Band | 2.4GHz ISM band |
| Modulation Mode | GFSK |
| Spreading Spectrum | FHSS |
| Operating Voltage | 4.8-15V |
| Low Voltage Alert | Yes |
| Simulator | Yes |
| Antenna Length | 106mm |
| Weight | 346g |
| Display | LCD |
| Range | 600m |
| Adjacent Channel Rejection | >38dB |
| Control Distance | 600m |
| Receiver | R7FG |
| Screen | LCD |
| Model Type | Car/Boat |
| Voltage Range | 4.8-15V |
| Compatible Receivers | R6FG, R7FG |
Statement regarding compliance with FCC rules for digital devices.
Lists the items included in the product package.
Overview and specifications of the RC6GS V2 transmitter.
Introduction to the R7FG receiver and its capabilities.
Step-by-step guide for binding the receiver to the transmitter.
Explains the different operating modes of the R7FG receiver.
Instructions for setting up and configuring the gyro function on the receiver.
How to view real-time signal strength and RSSI values on the transmitter.
Information on how to monitor model and receiver battery voltage.
Explanation of the information displayed on the transmitter's LCD screen.
How to change the transmitter's menu language.
How to select and manage stored model memories on the transmitter.
Adjusting the maximum travel limits for servo channels.
Adjusting the steering servo's sensitivity curve.
Adjusting the response speed of the steering servo.
Adjusting the throttle servo's sensitivity curve for acceleration and braking.
Adjusting the throttle servo's response speed for smoother acceleration.
Configuring the Anti-lock Braking System (ABS) for pulse braking.
Adjusting the throttle's jump response from neutral.
Adjusting idling speed for easier engine starting on gas-powered cars.
Fine-tuning the neutral position of steering, throttle, and other servos.
Reversing the direction of servo operation for any channel.
Adjusting servo travel range for steering and throttle.
Adjusting the braking effect strength.
Setting up custom mixes between different channels for advanced control.
Setting up auxiliary channels (3-6) with switch or VR assignments.
Naming and managing model memories for easy identification.
Configuring low voltage warnings for transmitter and model batteries.
Adjusting gyro sensitivity and mixing for enhanced stability.
Setting fail-safe positions for servos and throttle in case of signal loss.
Managing multiple receivers with distinct IDs for independent control.
Resetting all model memory data to factory defaults.
