Futaba R2006GS 6-Channel Receiver for Tight Installations  [R2006GS]

Futaba R2006GS Receiver for 6J transmitter
Price:
£47.93
Brand:
Futaba
Model:
R2006GS
Condition:
Brand New
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About the Futaba R2006GS

The Futaba R2006GS is engineered for steady radio control in compact applications. Its small form factor and proven FHSS protocol make it a practical choice for hobbyists wanting predictable handling without added bulk.

Designed for Space-Conscious Builds

At 25.0 x 43.1 x 8.8mm and 8.5g, the Futaba R2006GS is easy to tuck into limited spaces on cars and light aircraft. The 2.4GHz FHSS link provides interference-resistant control suitable for everyday flying and racing conditions.

Reliable FHSS Control

The R2006GS uses FHSS to maintain a consistent connection and reduce the chance of signal conflicts. This helps deliver repeatable steering and control surface responses in a wide range of model types.

Installation Tips for Best Signal

Keep the antenna clear of metal and noisy power wiring, and fix the receiver so it cannot move with vibration. Regular visual checks and tidy wiring will reduce the risk of intermittent control issues.

Specifications

  • Size: 25.0 x 43.1 x 8.8mm
  • Weight: 8.5g
  • Frequency: 2.4GHz FHSS

The Futaba R2006GS is a compact, no-nonsense receiver that provides solid FHSS control for compact RC projects where weight and space are priorities.

The R2006GS binds with Futaba transmitters that support FHSS. Check your transmitter documentation for binding steps and compatibility notes prior to pairing.
Yes, its compact nature suits many scale car installations, especially where space for electronics is restricted. Ensure antenna routing is planned before securing the receiver.
Failsafe options depend on your transmitter settings. Configure your transmitter's failsafe profile when binding to set desired channel outputs in the event of signal loss.
Use correct antenna placement, verify binding, and keep power wiring tidy. FHSS helps but good installation practices are the best defence against interference during crowded events.

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