Futaba R6203SB Compact 3-Channel S.Bus Receiver  [R6203SB]

Futaba R6203SB 3-Channel S.Bus Receiver
Price:
CAD$145.39
Brand:
Futaba
Model:
R6203SB
Condition:
Brand New
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Futaba R6203SB for Accurate Model Control

The Futaba R6203SB Receiver delivers smooth, predictable inputs for pilots and drivers needing reliable control from a compact 3-channel unit. It pairs with Futaba's S.Bus ecosystem to streamline connections and maintain consistent performance across planes, cars and boats.

Reliable S.Bus Integration

Compatibility with Futaba S.Bus reduces wiring complexity and saves weight while keeping signal integrity high. That makes the R6203SB a practical choice for builders who want tidy installs and dependable response during demanding runs.

Durable Build for Active Use

Designed with a sturdy casing and interference-minimising layout, this receiver withstands regular RC use. Its construction helps prevent signal issues so your model reacts quickly to transmitter inputs without unexpected dropouts.

Suitable for Multiple RC Types

The 3-channel configuration fits many compact models where space and simplicity matter. From small sport planes to lightweight vehicles, the R6203SB balances compact sizing with the control fidelity hobbyists expect.

Specifications

  • Channels: 3
  • Compatibility: Futaba S.Bus
  • Weight: Lightweight design for easy installation
  • Use: Suitable for various RC models

The Futaba R6203SB Receiver is a reliable compact receiver option for hobbyists seeking precise 3-channel control with the benefits of S.Bus integration.

Any Futaba transmitter that supports S.Bus will pair correctly. Check your transmitter manual for S.Bus compatibility and binding procedures before setup.
Yes. The R6203SB's compact, lightweight design suits small aircraft, electric planes and lightweight ground vehicles where three channels are sufficient.
Route the S.Bus lead away from high-current wiring and secure the receiver to reduce vibration. Use short, neat cable runs and keep antenna orientation as recommended in the manual.
Keep the receiver and antenna clear of metal or high-current components, and use foam or standoffs to isolate it from chassis parts. If needed, reposition the receiver for a better signal path.

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