Sanwa M11SB27RZ Elite FM Transmitter Kit with RX431 and Dual ERG-RZ [M11SB27RZ]

Sanwa M11 SB FM27mhz w/RX431 ERG-RZx2 (SBU)

Price:

£456.92

Brand:

Sanwa

Model:

M11SB27RZ

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R/C Models - System - Transmitter - Car Transmitters

Accurate Radio Response from Sanwa M11SB27RZ

The Sanwa M11SB27RZ FM Transmitter caters to competitive RC drivers who prioritise precise inputs and dependable equipment. The kit bundles the RX431 receiver with two ERG-RZ servos to ensure consistent steering and throttle response during practice and races.

Notable Capabilities of the M11SB27RZ

Advanced Frequency Modulation: FM27mhz provides a reliable transmission channel for race environments.
RX431 Receiver: Compact receiver that maintains a solid link to the transmitter.
Dual ERG-RZ Servos: High-torque servos designed for accurate steering and smooth throttle control.
User-Friendly Interface: Straightforward controls that make setup and tuning accessible trackside.

Specifications

Frequency: FM27mhz
Receiver model: RX431
Servos included: Dual ERG-RZ
Compatibility: Suitable for a wide selection of RC cars

For drivers aiming for consistent lap times and reliable hardware, the Sanwa M11SB27RZ is a sensible upgrade for performance-minded setups.

How do I check compatibility with my car?

Compare your car's receiver bay dimensions, servo mounts and connector types with the RX431 and ERG-RZ specifications to confirm they will fit and connect correctly.

Can the ERG-RZ servos handle high-load steering setups?

The ERG-RZ servos are specified for high torque tasks; ensure your steering geometry and linkage do not exceed the servos rated capacity for long-term reliability.

Will firmware updates improve functionality?

Manufacturer firmware updates can refine features and compatibility. Check Sanwa support channels for available updates and installation guidance.

What precautions should I take at events with many radios?

Confirm frequency allocations at the venue and listen for interference. Using the FM27mhz band, coordinate with other competitors to avoid adjacent-channel conflicts.

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