Futaba 150mm S.BUS 3-Way Servo Hub Connector FUEBC0077 for S.BUS Setups  [FUEBC0077]

FUTABA 3-WAY S.BUS SERVO HUB CONNECTOR WITH CABLE 150MM #EBC0077
Price:
AUD$25.13
Brand:
Futaba
Model:
FUEBC0077
GTIN:
4513886305528
Condition:
Brand New
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3-port S.BUS hub for tidy installs

This Futaba 3-way S.BUS servo hub connector with a 150mm cable (model FUEBC0077, part #EBC0077) is designed to organise multiple servos when using S.BUS-equipped components. The inline hub adds three outlets while preserving a single S.BUS connection at the receiver.

The hub is placed between the receiver S.BUS socket and the servos, allowing short patch leads to each servo while the receiver maintains its single S.BUS feed. It relies on S.BUS signalling and pinout, so only use with compatible receivers and servos.

Fitting is straightforward: insert the hub cable into the receiver S.BUS port, plug servos into the three hub outlets, route the 150mm cable clear of moving parts, and affix the hub with tape or a small adhesive pad if required. The result is cleaner wiring and easier access for tuning and maintenance.

Specifications

  • Item: Futaba 3-way S.BUS servo hub connector with cable 150mm #EBC0077
  • Material: Cable assembly
  • Model Number: FUEBC0077
  • Compatibility: S.BUS-equipped Futaba receivers and servos

The Futaba FUEBC0077 hub is a simple, compact accessory that helps keep S.BUS servo wiring organised for quicker setup and troubleshooting.

Yes, provided each servo supports the S.BUS protocol. Confirm that all servos and the receiver implement the same S.BUS pinout before combining different models.
The hub is passive and should not introduce noticeable latency. Maintain good connections and avoid excessive cable extension to keep signal timing reliable.
The product includes a fixed 150mm lead. If you require greater length, use approved S.BUS extension leads and follow guidance on preserving signal integrity.
Keep the hub close to the servos it feeds, route the 150mm cable away from heat sources and moving parts, and secure connections to avoid intermittent signals.

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