Futaba FUNR7003SB 3-channel S.BUS2 FASSTest Telemetry HV Full-Range Receiver  [FUNR7003SB]

FUTABA R7003SB 2.4GHZ 3-CHANNEL S.BUS2 FASSTEST TELEMETRY HV FULL RANGE RECEIVER
Price:
USD$54.20
Brand:
Futaba
Model:
FUNR7003SB
Condition:
Brand New
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alt="FUTABA R7003SB 2.4GHZ 3-CHANNEL S.BUS2 FASSTEST TELEMETRY HV FULL RANGE RECEIVER" title="FUTABA R7003SB 2.4GHZ 3-CHANNEL S.BUS2 FASSTEST TELEMETRY HV FULL RANGE RECEIVER"

Compact 3-Channel Telemetry Receiver

The FUTABA FUNR7003SB is a compact 3-channel R/C receiver designed to integrate with S.BUS2 networks and FASSTest transmitters for telemetry-enabled setups. Its core function is to provide reliable full-range reception while relaying sensor and status data back to the transmitter over the telemetry link.

In practice this receiver serves as a bridge between your transmitter and S.BUS2 peripherals such as servos and compatible telemetry sensors. Installation focuses on correct antenna routing, secure connector seating for S.BUS2 outputs, and positioning to maintain clear line-of-sight for best signal performance.

On tuning and setup, treat the R7003SB as the telemetry endpoint: verify binding with a FASSTest-capable transmitter, enable telemetry channels in the transmitter menu if required, and confirm S.BUS2 device addressing when multiple devices share the bus. The HV designation indicates support for higher voltage servo rails where the connected equipment and wiring meet the same electrical standards.

Specifications

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

As an S.BUS2-capable, telemetry-ready 3-channel receiver, the FUNR7003SB fits into setups where compact full-range reception and telemetry integration are required, acting as a reliable node within Futaba FASSTest systems.

How do I bind the R7003SB to a Futaba FASSTest transmitter?

Use the bind function on your FASSTest-capable transmitter following Futaba's transmitter procedures, ensuring the receiver is powered and in bind mode before initiating binding.

What does S.BUS2 connectivity provide on this receiver?

S.BUS2 allows multiple digital servos and compatible sensors to share a single bus connection for channel data and telemetry, simplifying wiring and enabling extended telemetry functions.

Is the HV designation important for my servos?

HV indicates the receiver supports higher voltage supply common in setups with high-voltage servos, but always confirm that connected servos and power sources are rated for the same voltage range.

How do I verify telemetry data is arriving at the transmitter?

Enable telemetry on the transmitter and check the telemetry pages or alerts; confirm sensor IDs on the S.BUS2 bus and look for live values or status updates while the system is powered.

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