Futaba FUSBS-01T Receiver Temperature Sensor for Futaba SBS Telemetry  [FUSBS-01T]

FUTABA SBS-01T THERMAL TEMPERATURE SENSOR -20~200C # EBB1107
Price:
£23.77
Brand:
Futaba
Model:
FUSBS-01T
GTIN:
4513886306273
Condition:
Brand New
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Sensor summary for receiver telemetry

The Futaba FUSBS-01T is a compact temperature sensor intended to integrate with RC receiver telemetry. It reports temperatures from -20~200C to compatible Futaba SBS telemetry receivers so you can monitor critical areas during bench tuning and on-track checks.

Installation requires connecting the sensor to the receiver's SBS telemetry port and enabling temperature reporting on the transmitter as documented by the receiver manual. Typical uses include monitoring motor housings, ESC enclosures and battery zones where temperature affects reliability and setup.

Continuous temperature feedback allows you to detect hot spots, evaluate cooling solutions and confirm tuning changes over short test runs. The FUSBS-01T is designed as an accessory that supplements your telemetry data for better-informed adjustments.

Product specifications

  • Item Futaba FUSBS-01T Thermal Temperature Sensor
  • Model Number FUSBS-01T
  • Temperature Range -20~200C
  • Material Not specified
  • Compatibility Futaba SBS telemetry receivers

Recommended for RC operators who want concise temperature telemetry from SBS-enabled Futaba receivers to aid tuning and reduce thermal faults during running sessions.

Which telemetry receivers support the FUSBS-01T?

It works with Futaba receivers that provide an SBS telemetry interface. Consult your receiver's documentation to confirm SBS telemetry availability before fitting the sensor.

Can I rely on this sensor for critical temperature limits?

The sensor gives practical telemetry for detecting trends and limits, but for critical safety thresholds use an independent calibrated thermometer to validate peak readings.

Is the FUSBS-01T suitable for long endurance sessions?

Yes; it will report throughout extended runs provided it is mounted securely and protected from moisture and impact. Regularly check cable routing after long sessions.

How should I position the sensor for best results?

Place the sensor where it can sample the air or case temperature of the component of interest without direct contact with moving parts or extreme heat sources that could damage it.

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