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Steven PhillipsSep 13, 2025
How to enable key press sound on Sanwa Remote Control?
- SstephensonmariaSep 13, 2025
If there is no sound when keys are pressed on your Sanwa Remote Control, activate Audible Key Tones in the SETUP menu.
How to enable key press sound on Sanwa Remote Control?
If there is no sound when keys are pressed on your Sanwa Remote Control, activate Audible Key Tones in the SETUP menu.
General| Manufacturer | Sanwa |
|---|---|
| Frequency | 2.4GHz |
| Model | Gemini X |
| Brand | Sanwa |
| Compatible Receivers | RX-371 |
| Battery Type | AA x 4 |
Overview of the Sanwa Gemini X 2.4GHz radio control system's purpose and benefits.
Critical safety instructions for operating the radio system and handling equipment.
Regulatory compliance information regarding radio frequency emissions and interference.
Advice on using the 2.4GHz band and general operational safety guidelines.
Specific handling and usage guidelines for the transmitter and receiver components.
Comprehensive list of the Gemini X's capabilities, functions, and technical specifications.
Guidance on selecting compatible servos for optimal performance with the radio system.
Visual identification of the transmitter's front and back features and controls.
Explanations for key controls like sticks, trims, switches, and the LCD.
Visual identification of the receiver's ports, LED, and connection points.
Details on available accessories and explanations of antenna functions.
In-depth explanations of various transmitter controls and their functions.
Guide to customizing the tension and feel of the transmitter's control sticks.
Information on compatible battery types (Alkaline, Ni-Cd/Ni-MH, Li-Po/Li-Fe) for the transmitter.
Step-by-step guide for inserting batteries into the transmitter.
Instructions for wiring and physically installing the receiver in your model.
Important safety and usage notes for using Li-Po or Li-Fe battery types.
Understanding the transmitter's display screen, indicators, and layout.
Description of how each programming key operates and its function.
Shortcuts for quickly viewing specific indicators like voltage and modulation type.
Shortcuts for resetting programming values and accessing the setup menu.
Visual guide to the transmitter's programming and setup menu structure.
Introduction to the transmitter's setup configuration options and their purpose.
Step-by-step guide to pair the transmitter and receiver for communication.
Adjusting steering sensitivity for different turning radii and model response.
Steps for aligning steering servos and model wheels for proper operation.
Detailed steps for setting steering Dual Rate values for optimal control.
Setting maximum servo travel limits for channels to prevent binding.
Specific steps for setting left and right steering endpoints accurately.
Continued detailed steps for setting steering endpoints.
Setting maximum travel for throttle and brake servos for precise control.
Continued detailed steps for setting throttle endpoints.
Setting endpoints for auxiliary channel servos for specific functions.
Using the TRM switch to adjust End Point values dynamically.
Understanding how exponential affects servo response and sensitivity near neutral.
Setting steering sensitivity near neutral for smoother or quicker response.
Setting throttle high sensitivity near neutral for better control.
Setting brake sensitivity near neutral for improved braking control.
How servo speed affects transit time and overall control smoothness.
Setting steering servo transit speed for precise cornering.
Detailed steps for adjusting steering servo transit speed.
Setting throttle forward and return-to-center servo speeds.
Introduction to functions available for Auxiliary Channel 3.
Using the auxiliary switch for simple ON/OFF control of a servo.
Programming servo movement to specific points for custom control.
Setting how many points the Point Auxiliary function will use for servo movement.
Setting the specific servo position for each defined point in the Point Auxiliary function.
How to enable and use the Point Auxiliary function for servo control.
Using the TRM switch to cycle through Point Auxiliary positions.
Programming servo movement in defined steps for precise adjustments.
Setting the step increment amount for the auxiliary servo's movement.
How to enable and use the Step Auxiliary function for servo control.
Using the TRM switch to cycle through Step Auxiliary values.
Introduction to mixing steering for front and rear wheels simultaneously.
Selecting the channel for Four Wheel Steering control.
How to enable and select modes for 4WS operation.
Introduction to mixing for dual throttle servos, enabling features like Dig and Burn.
Selecting the throttle channel for Motor on Axle mixing.
How to enable and use MOA mixing functions like Hold, Burn, and Dig.
Using the TRM switch for controlling throttle trim.
Using Auxiliary Channel 3 for dual brake control and brake hold.
Selecting the throttle channel for Brake Mixing.
How to activate the brake hold feature for braking servos.
Combining steering or throttle functions with auxiliary channels.
Selecting master and slave channels for auxiliary mixing setup.
Details on ST/TH channel options for auxiliary mixing.
How to set up automatic servo response during signal loss or low battery.
Configuring Fail Safe for FREE, HOLD, or percentage-based servo positions.
Setting Fail Safe based on receiver battery voltage thresholds.
Correcting neutral trim settings for steering and throttle servos.
Steps for centering the steering servo horn accurately.
Steps for centering the throttle servo horn accurately.
Centering the auxiliary channel servo horn for custom control.
Electronically switching the direction of servo travel.
How to reverse the steering servo's direction of travel.
How to reverse the throttle servo's direction of travel.
How to reverse the auxiliary channel servo's direction of travel.
Managing and loading stored model data for different setups.
Steps to choose and load a specific model's configuration.
Selecting transmitter modulation for receiver compatibility (FH2, FH3, etc.).
Steps to select the appropriate modulation type for your receiver.
Explanation of the transmitter and receiver pairing process.
Step-by-step guide to pair the transmitter and receiver.
Assigning various functions to the TRM switch for easy access.
How to map functions like D/R, EPA, and Aux to the TRM switch.
Adjusting the step size for TRM switch functions.
Adjusting travel resolution for steering and throttle trim switches.
Setting trim step resolution for steering and throttle controls.
How to name saved models for easier tracking and identification.
Step-by-step guide to naming a model using the transmitter interface.
Entering characters for model names using the transmitter controls.
Modifying model names by deleting characters or adding symbols.
Resetting model-specific programming data to default values.
Steps to reset a selected model's settings.
Turning audible key press sounds ON or OFF.
Enabling or disabling the alarm for no control input for extended periods.
Selecting battery type for accurate low voltage warnings.
Steps to select 4-cell or 6-cell battery configuration for the transmitter.
Information on low voltage warning thresholds for different battery counts.
Solutions for transmitter not turning on or binding problems.
Troubleshooting slow servos, incorrect movement, or range issues.
Solutions for menu access and display update problems.
Explanations of terms from Antenna to Exponential.
Explanations of terms from Fail Safe to Sub-Trim.
Explanations of terms from Trim Switch to Z-Connector.
Explanations of programming-specific terms.
Any miscellaneous remarks or comments not covered elsewhere.
