Sanwa M11-431/27 Race-Grade FM27MHz Transmitter with RX431  [M11-431/27]

Sanwa M11 FM27mhz w/RX431 w/o Servo (Dry Cell)
Price:
CAD$446.29
Brand:
Sanwa
Model:
M11-431/27
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Track-Grade Precision with Sanwa M11-431/27

For competitive RC racers aiming for consistent lap times, the Sanwa M11-431/27 pairs clean control with rugged reliability. This FM27MHz transmitter and RX431 receiver combo provides predictable steering and throttle response, and it ships without a servo so builders can pick the exact unit that matches their setup.

Features Built for Competition

The Sanwa M11-431/27 uses FM27MHz signaling to help reduce interference at busy events, while the RX431 receiver maintains a steady link to your car. Its straightforward operation is favoured by drivers who prioritise dependable control during heat races and practice sessions.

Flexible Setup and Servo Choices

Choosing a version without a servo gives you freedom to fit high-torque or fast-response servos based on track demands. That adaptability makes the Sanwa M11-431/27 a smart choice for tuners who swap gear to optimise handling and response.

Specifications

  • Frequency: FM27MHz
  • Receiver: RX431
  • Power Source: Dry Cell Batteries

The Sanwa M11-431/27 is a solid option for racers who want reliable control and the freedom to customise their steering system for peak performance.

Yes, the FM27MHz band used by the Sanwa M11-431/27 and RX431 is widely supported and, when antennas and frequency spacing are managed, it gives reliable performance at busy club events.
The transmitter runs on dry cell batteries, so keeping a set of fresh alkaline AA cells on hand is a practical choice for event days.
RX431 is compatible with transmitters that support FM27MHz and matching binding procedures, but always confirm pairing instructions in the radio manual before attempting to link different units.

Copyright © 2008-2025 rcjaz.ca All rights reserved