Sanwa M12-471R2 Race Edition 2.4GHz FHSS-4 4-Channel Transmitter with RX-471  [SW-M12-471R2]

Sanwa M12 2.4Ghz FHSS-4 4Channels Transmitter set with receiver RX-471x2
Price:
£343.13
Brand:
Sanwa
Model:
SW-M12-471R2
Condition:
Brand New
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Race-focused control with the Sanwa M12-471R2

The Sanwa M12-471R2 delivers tight control and dependable performance for drivers who want to refine chassis behaviour. Sanwa engineering ensures the feel you need when pushing hard on track.

Consistent link and responsive feel

Operating on FHSS-4 at 2.4GHz, the transmitter maintains a reliable connection and crisp input translation. The four channels allow for standard control plus extra functions where required.

Ergonomic layout for race weekends

Controls are arranged to be reached quickly between heats, reducing time lost to setup changes. The hand fit and switch placement are aimed at keeping drivers comfortable over long events.

Pro lineage in a compact package

Building on Sanwa's racing background, the M12-471R2 combines rugged construction with detailed programming tools so racers can achieve predictable, repeatable handling.

Specifications

  • Frequency: 2.4GHz FHSS-4
  • Channels: 4
  • Receiver: RX-471 included
  • Ergonomics: User-friendly design for comfort
  • Customization: Extensive programming options

The Sanwa M12-471R2 suits competitors who demand a stable link and detailed setup options to get the most from their car on race day.

Follow Sanwa binding instructions for the M12-471R2 and RX-471, ensuring both units are in bind mode and powered correctly. Refer to the manual for model-specific steps.
Use separate memory slots or notes to save steering and throttle curves per vehicle; restoring saved profiles between sessions speeds up setup changes.
Regularly check connectors, keep the antenna area free of damage and update firmware if available. Clean controls gently and store in a dry case between events.
Steering rate, steering curve shape and throttle response have the biggest influence; small, measured changes and test laps reveal effective tuning directions.

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