Futaba FUNR3001SB 2.4GHz S.BUS2 T-FHSS Full-Range Receiver for FPV Drone Control  [FUNR3001SB]

FUTABA R3001SB 2.4GHZ 1/18-CHANNEL S.BUS2 T-FHSS FULL-RANGE RECEIVER FPV DRONE
Price:
CAD$48.09
Brand:
Futaba
Model:
FUNR3001SB
Condition:
Brand New
Write a review
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"
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"

Compact receiver summary

The Futaba FUNR3001SB is a compact 2.4GHz full-range receiver intended for micro and sub-micro RC aircraft and multicopters used in FPV setups. It supports T-FHSS linking and provides an S.BUS2 output as indicated by the model designation, delivering digital multi-channel data to servos and flight controllers.

Targeted at builds with limited space, the receiver gives SBUS2 output for direct connection to flight controllers that accept SBUS. Installation best practices include routing antennas away from carbon or metal components, mounting to reduce vibration transfer to onboard sensors, and securing wiring to preserve telemetry and control integrity.

When configuring the system, confirm your transmitter can bind using T-FHSS and set endpoints and failsafe behavior on the transmitter or through compatible setup tools. For tight frames, plan antenna runs to avoid shielding and to maintain clear RF paths.

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

As a small-form receiver with S.BUS2 output and T-FHSS support, the FUNR3001SB is a practical choice for micro FPV projects where digital multi-channel control and minimal weight are priorities; follow transmitter and frame guidance during installation for consistent results.

Use your Futaba transmitter's T-FHSS bind routine: enter bind mode on the transmitter, then power the receiver in its bind state until LEDs indicate a successful link. Consult the transmitter manual for specific button sequences.
Connect the SBUS2 signal line to the flight controller's SBUS input port, observe correct signal polarity and ground reference, and configure channel mapping in the flight controller software to match your transmitter setup.
Place antennas clear of carbon fiber plates and metallic parts, keep antenna elements separated where possible, and secure them to prevent movement that could alter reception during flight.
Inspect antenna routing and mounting, verify transmitter protocol and power, check connectors for looseness, and ensure no electronics or batteries are blocking the receiver's RF path.

Copyright © 2008-2026 rcjaz.ca All rights reserved