Sanwa M17S-4923i Pro Racing Transmitter with Dual Receivers and Battery  [SW-M17S-4923i]

Sanwa SW-M17S-4923i - M17S w/2 Receiver (RX493i+RX492i) & Battery
Price:
CAD$752.19
Brand:
Sanwa
Model:
SW-M17S-4923i
Condition:
Brand New
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Sanwa M17S-4923i: Precision Radio for Competitive Racing

The Sanwa M17S-4923i sets a high bar for race-ready transmitters, delivering tight control and fast feedback suited to serious hobbyists. It ships with two receivers, the RX493i and RX492i, and a battery so you can get on the track without delay.

Key Features for Fine Tuning

This transmitter uses Sanwa transmission tech to provide quick response and a stable 2.4GHz link. The dual receiver setup makes it simple to configure multiple models, and the ergonomic case plus clear interface keep adjustments quick during practice or competition.

Race-Level Telemetry and Endurance

Real-time telemetry helps you monitor critical data while driving, and the lightweight construction reduces fatigue during long sessions. Whether you are refining lap times or testing setups, the M17S-4923i gives consistent performance and dependable connectivity.

Specifications

  • Receivers: RX493i and RX492i
  • Battery: Included
  • Frequency: 2.4GHz
  • Display: High-resolution screen
  • Weight: Lightweight design
  • Special Features: Telemetry, ergonomic grip

The Sanwa M17S-4923i is built for pilots who demand precise input and reliable telemetry for track sessions and advanced driving.

Bind each receiver following Sanwa binding steps: put the receiver in bind mode, then use the transmitter bind function for each unit one at a time to register them to different model memories.
The ergonomic grip and adjustable gimbals cater to extended use; consider a softer wheel cover and tuned gimbal tension to reduce hand fatigue.
Telemetry outputs are compatible with many lap timing and data logging systems; check the specific sensor and receiver compatibility before integration.
Yes, the pack is user replaceable; follow the manual for recommended capacities and safe replacement procedures to maintain balance and runtime.

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