Futaba SB-CB-1500 S.Bus Hub Cable 1500mm - Futaba FPSB-CB-1000 Reference  [FPSB-CB-1500]

Futaba FPSB-CB-1000 S.Bus Hub Cable 1500mm (EBC0077)
Price:
CAD$44.65
Brand:
Futaba
Model:
FPSB-CB-1500
Condition:
Brand New
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Optimize Your RC Wiring with the Futaba SB-CB-1500 S.Bus Hub Cable

For the committed RC hobbyist, tidy and dependable wiring is essential. The Futaba SB-CB-1500 S.Bus Hub Cable delivers 1500mm of reach so you can route connections cleanly in larger models while keeping signal integrity where it matters.

Reliable Link Between Receiver and Servos

The SB-CB-1500 is built to fit into Futaba S.Bus ecosystems and helps maintain consistent communication between your receiver and servos. It supports neat installations for racers and complex scale builds that need predictable response.

Why Cable Length Improves Layout Options

At 1500mm, this cable gives extra latitude when positioning gear in roomy airframes or multi-bay chassis. Longer cable runs reduce the need for extensions and let you place electronics for balance and accessibility without compromise.

Where It Fits Among Other S.Bus Cables

Compared with common S.Bus leads, the SB-CB-1500 stands out for its length and build quality. Futaba parts are a common choice when longevity and minimal signal loss are priorities for serious hobbyists.

Specifications

  • Cable Length: 1500mm
  • Compatibility: Futaba S.Bus Systems
  • Application: Receiver Accessories

The Futaba SB-CB-1500 S.Bus Hub Cable is a straightforward, effective accessory for hobbyists who need flexible, reliable wiring in larger or more complex models.

Yes. The SB-CB-1500 is designed to mate with Futaba S.Bus receiver ports without additional adapters.
For small models you may not need the full length, but having extra cable helps with tidy routing and future reconfiguration.
Yes. As long as the servo supports S.Bus or is connected through compatible adapters, the cable works as part of the Futaba S.Bus chain.
Keep the run away from heat sources, secure it with tie wraps, and route along existing loom channels to avoid chafing and interference.

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