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:
USD$34.60
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"

Product overview

The Futaba FUNR3001SB is a compact 2.4GHz full-range receiver designed for small-scale RC aircraft and multicopters used in FPV setups. It implements T-FHSS and S.BUS2 signalling as stated in the model name, and is intended to serve as the radio link endpoint that distributes channel data to servos and flight controllers.

Compatibility focuses on micro and sub-micro platforms where a low-profile receiver is required; the receiver’s S.BUS2 output provides a digital multi-channel feed suitable for modern flight controllers that accept SBUS inputs. Installation emphasizes secure antenna routing, firm mounting to avoid vibration transfer to onboard sensors, and tidy cable management for reliable telemetry and control signals.

In tuning and setup, the receiver functions primarily as the radio interface; ensure your transmitter supports T-FHSS binding and configure endpoint and failsafe settings through the transmitter or compatible setup software. For frames with limited space, plan antenna placement to minimize shielding by carbon or metal components.

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 compact receiver with S.BUS2 output and T-FHSS protocol, the FUNR3001SB fits micro FPV builds where a digital multi-channel link and minimal footprint are priorities; follow transmitter and frame manufacturer guidance during installation for best results.

Follow the binding procedure in your transmitter manual for T-FHSS receivers, typically setting the transmitter to bind mode then powering the receiver in bind state until the link is established.
The FUNR3001SB model name indicates S.BUS2 support; use the SBUS output to connect directly to flight controllers that accept SBUS input and configure channel mapping as required.
Position antennas clear of carbon fibre or metal, route them at right angles if there are multiple, and secure them to minimize movement and avoid shielding by electronics or battery packs.
Verify antenna orientation and mounting, confirm transmitter power and correct protocol selection, check for loose connectors, and review receiver placement relative to potential RF obstructions.

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