Futaba R6106HFC 6-Channel FASST Receiver Compact Edition  [R6106HFC]

Futaba R6106HFC 6-Channel 2.4GHz FASST Receiver
Price:
AUD$115.97
Brand:
Futaba
Model:
R6106HFC
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

Overview of the Futaba R6106HFC Receiver

Pilots fitting receivers into composite fuselages or flying models near a 50 inch wingspan will find the Futaba R6106HFC 2.4GHz FASST 6-Channel Receiver a practical option. It is engineered for steady control response and straightforward installation in confined spaces.

Routing the Coaxial Antenna for Best Link

The long coaxial antenna allows external routing beyond the carbon structure, which helps avoid signal loss caused by carbon layers. That routing flexibility is especially helpful during cross-country flights or when executing tight manoeuvres.

Flexible Servo Options

The R6106HFC accepts both standard servos and high-speed digital servos, so you can configure for smooth floaty control or sharp, high-speed actuation depending on your flying style.

Straightforward Wiring and Secure Pairing

With end pin connections the receiver is easy to hook up, keeping leads tidy and reducing installation time. The Easy Link feature ensures the unit pairs only with its specific transmitter, providing reliable field operation.

Specifications

  • Size: 0.85 x 1.53 x 0.48 inches (21 x 39 x 12mm)
  • Weight: 1/4 oz (7.1g)

For flyers who need a compact receiver that handles composite airframes well and supports a variety of servos, the Futaba R6106HFC is a dependable pick.

Yes. When paired with high-speed digital servos the R6106HFC can manage quick stick movements while keeping stable communication.
Placing the coaxial antenna outside or clear of carbon layers reduces signal attenuation and generally improves range and link consistency.
Its compact size, reliable FASST link, and servo flexibility make it suitable for many competitive mid-range models where weight and signal integrity matter.
Use the end-pin layout to route servo leads along the fuselage bulkheads and secure them with tape or cable ties to prevent chafing and movement in flight.

Copyright © 2008-2025 rcjaz.com.au All rights reserved