Sanwa RX442FS 2.4GHz Receiver for MX-3FG - Neat Install Option  [RX442FS]

Sanwa RX442FS 2.4GHz Receiver for MX-3FG
Price:
£59.05
Brand:
Sanwa
Model:
RX442FS
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

Responsive Handling with the Sanwa RX442FS

The Sanwa RX442FS 2.4GHz receiver is made to complement the MX-3FG system, delivering a tidy footprint and reliable radio performance. It suits pilots who prioritise crisp inputs and uncluttered wiring inside their models.

Small Footprint, Reliable Build

The receiver combines a compact profile with robust construction so it copes with ordinary knocks and pack changes. Its dimensions make it straightforward to mount in compact touring and rally bodies.

Consistent 2.4GHz Connection for Control Precision

Employing established 2.4GHz technology, the RX442FS helps provide consistent steering and throttle feedback. Good antenna placement and routine pre-run checks support the best results.

Simple Replacement and Integration

The RX442FS integrates cleanly into MX-3FG based setups, so replacing older receivers or upgrading electronics is a simple task. Its straightforward wiring layout helps with quick swaps and routine maintenance.

Follow the MX-3FG binding routine in the manual, keep the receiver powered during binding and confirm correct channel mapping afterwards. A bench test of steering and throttle prevents issues on the first run.
The receiver itself does not manage model memories; that function is controlled by the transmitter. Use the MX-3FG model memories to store different setups and bind the RX442FS as required.
Perform a range and response test, check antenna routing for secure mounts, and confirm fail safe behaviour. Quick pre-race checks reduce the chance of radio related retirements.
Common companion upgrades include locking connectors, anti-vibration mounts for the receiver, and tidy antenna clips to keep wiring secure and reduce the chance of damage during hard use.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved