S.BUS Altitude Probe Futaba FUSBS-01A (Atmospheric Pressure Vario)  [FUSBS-01A]

FUTABA SBS-01A ALTITUDE S.BUS SENSOR (ATMOSPHERIC PRESSURE VARIO METER) EBB1163 (W/O PACKING)
Price:
AUD$28.19
Brand:
Futaba
Model:
FUSBS-01A
GTIN:
4513886308123
Condition:
Brand New
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S.BUS barometric altitude sensor summary

This Futaba FUSBS-01A S.BUS sensor is built to sense atmospheric pressure and provide corresponding barometric altitude and vertical speed (vario) readings via the S.BUS telemetry channel. It is intended for integration with S.BUS-ready receivers and telemetry systems on model aircraft and other RC models that use barometric inputs for flight management and data capture.

To install, attach the sensor to the S.BUS bus or plug it into an S.BUS port on a compatible receiver. The telemetry system should automatically detect the module and begin reporting altitude and climb/descent information to your transmitter or logger.

Confirm compatibility with your existing receiver and transmitter before fitting. The module is described as an atmospheric pressure vario meter; consult Futaba documentation for detailed mounting, power, or mechanical notes if needed.

Specifications

  • Item FUTABA SBS-01A ALTITUDE S.BUS SENSOR (ATMOSPHERIC PRESSURE VARIO METER) EBB1163 (W/O PACKING)
  • Manufacturer Futaba
  • Model Number FUSBS-01A
  • Compatibility S.BUS telemetry systems
  • Function Atmospheric pressure based altitude and vario reporting
By providing barometric altitude and vario data during flights, the sensor helps you compare climb and sink behaviour across test flights, informing trim adjustments and aerodynamic tuning decisions.
Yes. Avoid placing the sensor where prop wash or heat sources can affect pressure readings; a location with stable airflow and exposure to ambient pressure is best for consistent vario and altitude data.
The unit communicates over S.BUS telemetry, so any flight controller or device that can read S.BUS sensor data may use its outputs, provided the device supports S.BUS telemetry inputs and the relevant data types.
Yes. When connected to an S.BUS-capable receiver and telemetry logger or transmitter that records telemetry, the altitude and vario outputs are suitable for routine flight logging and post-flight analysis.

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