Futaba FUNR6303SBE Compact 3-Channel S.BUS Receiver for Indoor and Park Flyers  [FUNR6303SBE]

FUTABA R6303SBE 2.4GHZ 3-CHANNEL S.BUS FASST HV RECEIVER FOR PARK FLYERS/INDOOR
Price:
NZD$58.97
Brand:
Futaba
Model:
FUNR6303SBE
Condition:
Brand New
Write a review
alt="FUTABA R6303SBE 2.4GHZ 3-CHANNEL S.BUS FASST HV RECEIVER FOR PARK FLYERS/INDOOR" title="FUTABA R6303SBE 2.4GHZ 3-CHANNEL S.BUS FASST HV RECEIVER FOR PARK FLYERS/INDOOR"

Overview and recommended installation spots

The Futaba FUNR6303SBE is a small-format 2.4GHz receiver suited to park flyers and indoor models. It supports S.BUS output and the FASST protocol, enabling straightforward connection to S.BUS-compatible flight controllers and modern Futaba transmitters. The HV mark indicates readiness for high-voltage servo systems when paired with the correct power source.

Installation should prioritise antenna separation and signal integrity. Place the receiver so both antennas can be kept at right angles and clear of large conductive or carbon-fibre parts. Use soft foam mounts or damping tape to limit vibration, route the unit away from heavy ESC leads, and secure the S.BUS cable to avoid kinks.

During setup concentrate on channel assignment and S.BUS mapping. Match your transmitter channel layout to the receiver's 3-channel configuration, set appropriate fail-safes following your transmitter guide, and check servo centring and control-surface movement on the ground. For tighter indoor environments, scale back servo travel and endpoints for gentler responses.

Specifications

  • Item: 3-channel receiver
  • Model Number: FUNR6303SBE
  • Protocol: FASST, S.BUS compatible
  • Frequency: 2.4GHz
  • Usage: Park flyers and indoor models

The FUNR6303SBE is a compact option for small electric models that need S.BUS connectivity with Futaba FASST transmitters; confirm antenna layout and S.BUS wiring during bench checks.

How do I assign channels and set endpoints for indoor flying?

On your transmitter map the three channels to the required controls, then set endpoints and sub-trim to reduce throw. Use low rates or expo to soften response suitable for slow-speed indoor handling.

Can I connect the receiver to a flight controller via S.BUS?

Yes. Enable S.BUS input on a compatible flight controller, connect the S.BUS lead from the receiver to the FC's S.BUS port, and verify channel mapping in the controller software.

What bench tests should I perform before the first flight?

Check binding, confirm fail-safe behaviour, verify servo centring and travel limits, and perform a short range test to ensure stable reception around the airframe.

How should I mount the receiver to reduce vibration?

Use thin double-sided foam or a small vibration-damping pad, avoid rigid hard mounts, and keep some slack in cables to prevent transmitted vibration affecting the receiver.

Copyright © 2008-2026 rcjaz.co.nz All rights reserved