Futaba R2006GS Receiver for use with Futaba 6J Transmitters  [R2006GS]

Futaba R2006GS Receiver for 6J transmitter
Price:
£48.30
Brand:
Futaba
Model:
R2006GS
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R2006GS receiver summary and setup focus

The Futaba R2006GS is an RC receiver intended for use with Futaba 6J transmitters on 2.4GHz FHSS. This summary highlights practical compatibility, recommended installation practices, and the receiver's involvement in model setup and tuning.

Being compact and light, the R2006GS suits touring car, buggy, and scale model radio bays. The small form factor permits varied placement, but reliable antenna routing and firm mounting are important to avoid reception degradation. Consult chassis or airframe guidance to position the antenna so it is shielded from motors and power wiring as needed.

Installation and integration use standard RC procedures: bind the R2006GS to the Futaba 6J using the radio's binding routine, position the receiver clear of high-current wiring, and employ subtrim and endpoint adjustments on the transmitter to align servo and ESC behaviour. Programme fail-safe values on the 6J so channels revert to safe outputs during signal loss.

For tuning and fault diagnosis, begin with modest endpoint limits and minimal mixes, verify antenna alignment, and search for RF noise sources such as noisy ESCs or loose connectors. If the link is unstable, inspect solder joints and connectors and increase separation from noisy electronics.

Specifications

  • Item Receiver
  • Model Number R2006GS
  • Frequency 2.4GHz-FHSS
  • Size 25.0 x 43.1 x 8.8mm
  • Weight 8.5g
  • Material Not specified
  • Compatibility Futaba 6J transmitter

For UK hobbyists using a Futaba 6J, the R2006GS offers a compact FHSS receiver option; ensure correct antenna routing and fail-safe programming to maintain dependable control.

Use the Futaba 6J bind procedure described in the radio manual, set the R2006GS into bind mode as per its quick start instructions, observe the link LED, and then check each channel for correct response.
Route the antenna clear of high-current cables and large metal parts, avoid tight loops, and secure it so it remains steady; aim to keep a clear RF path for the best signal.
The R2006GS operates on 2.4GHz using FHSS. Ensure the Futaba 6J is set to the correct mode and follow standard binding and link verification procedures.
Program fail-safe positions on the Futaba 6J that place channels in safe states, then use subtrim and endpoint limits to ensure servo travel is within mechanical and control limits; always bench-test these settings.
Inspect antenna routing and secure mounting, check connectors and solder joints for faults, move the receiver away from noisy electronics, and confirm transmitter battery and RF configuration are correct.

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