Futaba FUNR7003SB S.BUS2 3-Channel Telemetry Receiver compatible with FASSTest  [FUNR7003SB]

FUTABA R7003SB 2.4GHZ 3-CHANNEL S.BUS2 FASSTEST TELEMETRY HV FULL RANGE RECEIVER
Price:
NZD$92.37
Brand:
Futaba
Model:
FUNR7003SB
Condition:
Brand New
Write a review
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"

Small Footprint 3-Channel Telemetry Unit

The Futaba FUNR7003SB is a small, purpose-built 3-channel receiver that plugs into S.BUS2 networks and pairs with FASSTest transmitters to provide telemetry-capable control. Its role is to keep a stable full-range link while reporting sensor and status data back to the transmitter.

This receiver typically functions as the bus master for S.BUS2 servos and compatible telemetry sensors. Installation guidance focuses on correct antenna placement, secure S.BUS2 connections, and mounting in a position that avoids signal blockage.

When configuring the R7003SB verify binding with a FASSTest-capable transmitter, enable any necessary telemetry channels in the transmitter settings, and confirm S.BUS2 device addresses when multiple items share the same bus. HV indicates support for higher-voltage servo supplies provided wiring and devices are rated appropriately.

Specifications

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

The FUNR7003SB is suited to setups needing compact full-range reception with S.BUS2 telemetry, acting as a dependable telemetry node within Futaba FASSTest systems.

Power the receiver and switch it into bind mode, then activate the bind process on your FASSTest transmitter. Follow the transmitter confirmations until the link is established.
Attach S.BUS2-capable servos and sensors to the bus and check device addressing. Use the transmitter telemetry screens to confirm each device is recognised and sending data.
The receiver supports higher-voltage setups, but you must ensure the power distribution and each servo are rated for the same HV range before connection to avoid damage.
Open the telemetry pages on your FASSTest transmitter and look for live readings or status indicators. Confirm sensor IDs and watch values change when the model is powered and operating.

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