Futaba FUNR3001SB Full-Range 2.4GHz Receiver for Micro RC and FPV  [FUNR3001SB]

FUTABA R3001SB 2.4GHZ 1/18-CHANNEL S.BUS2 T-FHSS FULL-RANGE RECEIVER FPV DRONE
Price:
£25.78
Brand:
Futaba
Model:
FUNR3001SB
Condition:
Brand New
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alt="FUTABA R3001SB 2.4GHZ 1/18-CHANNEL S.BUS2 T-FHSS FULL-RANGE RECEIVER FPV DRONE" title="FUTABA R3001SB 2.4GHZ 1/18-CHANNEL S.BUS2 T-FHSS FULL-RANGE RECEIVER FPV DRONE"

Overview and installation advice

The Futaba FUNR3001SB is a compact 2.4GHz full-range receiver developed for small-scale RC aircraft and multicopters used in FPV configurations. It implements the T-FHSS protocol and offers an S.BUS2 output to provide multiple channels to a compatible flight controller via a single connection.

Install the receiver where it has clear RF exposure and secure mounting to reduce vibration transfer to sensitive sensors. Keep antenna elements separated and away from dense carbon or metal structures to minimise shielding and maintain strong signal paths.

Before flight, make sure your transmitter binds using T-FHSS, configure failsafe and travel limits, and confirm the flight controller is set to accept SBUS2 input. Planning antenna placement and cable routing will reduce the chance of interference from other onboard electronics.

Specifications

  • Item: Full-range receiver
  • Model Number: FUNR3001SB
  • Frequency: 2.4GHz
  • Protocol: T-FHSS, S.BUS2
  • Channels: 1/18-channel
  • Usage: FPV drone and micro RC aircraft

With S.BUS2 output and T-FHSS support, the FUNR3001SB is well suited to micro RC and FPV rigs that need a compact multi-channel digital receiver; adhere to transmitter and frame guidance when installing to maintain dependable control and telemetry.

Any Futaba transmitter that supports T-FHSS will bind with the FUNR3001SB. Check your transmitter documentation for T-FHSS binding steps and version compatibility notes before attempting to link.
S.BUS2 is a digital multi-channel protocol; many flight controllers accept SBUS or SBUS2 inputs. Confirm the controller's supported protocol and set the input mode accordingly to ensure channels are received correctly.
Verify the transmitter is in the correct bind mode for T-FHSS, ensure the receiver is powered properly during bind, confirm battery and connector integrity, and consult the receiver and transmitter manuals for any model-specific steps.
Separate antennas from power wires and video transmission gear, avoid running antennas under dense components, and use isolation techniques such as shielding and strategic placement to reduce interference risks.

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