Futaba R334SBS-E 2.4G S.BUS2 Telemetry Receiver  [R334SBS-E]

Futaba R334SBS-E 2.4G Receiver
Price:
CAD$81.90
Brand:
Futaba
Model:
R334SBS-E
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Reliable Link and S.BUS2 Support for Futaba R334SBS-E

The Futaba R334SBS-E 2.4G receiver is a dependable choice for pilots and drivers wanting solid connectivity and straightforward telemetry. It pairs S.BUS2 compatibility with telemetry functions to give accurate control and useful feedback in a variety of RC setups.

Compact Fit and Multiple Channel Support

Built for tight installations, this receiver's small footprint makes it easy to tuck inside different chassis types. The S.BUS2 interface opens up multi-channel arrangements, so you can run complex mixes or add extra functions for competition or customised models.

Live Telemetry for Voltage and Signal

Onboard telemetry supplies live readouts like battery voltage and signal quality so you can monitor key values while running. Those real-time metrics help reduce the chance of surprises and keep you informed about model health during sessions.

Specifications

  • Frequency: 2.4GHz
  • Channel Count: 4
  • Compatibility: S.BUS2
  • Telemetry: Yes
  • Dimensions: 35.1 x 23.2 x 12.5 mm
  • Weight: 7.2g

A practical upgrade for model builders who want tighter control and telemetry feedback, the Futaba R334SBS-E fits both on-road and off-road projects with ease.

What transmitters work with this receiver?

Use Futaba transmitters that support the appropriate 2.4G protocol for this unit. Check your transmitter manual for supported receiver types before pairing.

How do I set up telemetry to show battery voltage?

Bind the receiver to a compatible Futaba transmitter, enable telemetry on the transmitter menu, and assign the battery voltage sensor to a telemetry channel to view readings live.

Is the receiver suitable for both cars and planes?

Its compact form and S.BUS2 support make it usable in a wide range of models, including cars and aircraft, but always confirm mounting and antenna placement for the model type.

Any tips for improving link reliability?

Keep the receiver antenna away from large metal parts and high-current wiring, secure it with foam, and use a clear line of sight where possible to maximise signal stability.

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