Futaba FUNR7003SB 3-Channel HV Telemetry Receiver for S.BUS2 and FASSTest  [FUNR7003SB]

FUTABA R7003SB 2.4GHZ 3-CHANNEL S.BUS2 FASSTEST TELEMETRY HV FULL RANGE RECEIVER
Price:
AUD$76.08
Brand:
Futaba
Model:
FUNR7003SB
Condition:
Brand New
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3-Channel Receiver with Telemetry Focus

The Futaba FUNR7003SB serves as a compact telemetry hub, supporting S.BUS2 devices and pairing with FASSTest transmitters to relay sensor and status information back to the operator. It emphasises consistent full-range reception together with telemetry reporting.

Use this receiver to aggregate S.BUS2 servos and telemetry sensors on a single bus. Correct installation entails routing antennas for best reception, ensuring S.BUS2 plugs are fully seated, and situating the unit to avoid metal or battery obstruction that can degrade signal.

During setup consider the receiver the telemetry endpoint: bind to a FASSTest-capable transmitter, activate telemetry channels as required, and verify S.BUS2 device IDs when multiple devices are present. The HV label signals compatibility with higher-voltage servo systems when the rest of the kit supports that voltage.

Specifications

  • Item Receiver
  • Material Electronic components
  • Model Number FUNR7003SB
  • Compatibility FASSTest 2.4GHz systems, S.BUS2 devices

As an S.BUS2-enabled, telemetry-focused 3-channel receiver, the FUNR7003SB is a compact option for integrates full-range reception and telemetry within Futaba FASSTest setups.

Which binding method works with the R7003SB?

Use the bind procedure built into FASSTest transmitters while the receiver is powered in bind mode. Wait for confirmation on the transmitter before normal operation.

What wiring is recommended for S.BUS2 installations?

Run a single S.BUS2 cable to the bus and connect devices in-line per manufacturer guidance. Keep wiring neat and avoid routing near high-current leads to limit interference.

Does the receiver handle high-voltage servos directly?

The receiver supports HV systems, but power should be provided by a suitable regulator or battery that matches your servos' voltage ratings rather than drawing from the receiver itself.

How do I know S.BUS2 sensors are reporting correctly?

Check the transmitter telemetry screens for sensor readouts and verify each device ID on the bus. Test by moving controls or sensors and watching for corresponding telemetry updates.

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