Futaba FUSBS-01RM Handheld Magnetic RPM Sensor for RC Models  [FUSBS-01RM]

FUTABA SBS-01RM MAGNETIC ROTATION RPM SENSOR 360~50000RPM TACHOMETER # EBB1106
Price:
AUD$44.78
Brand:
Futaba
Model:
FUSBS-01RM
GTIN:
4513886306297
Condition:
Brand New
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Hands-on RPM readings for model setups

The Futaba FUSBS-01RM functions as a magnetic rotation RPM sensor and portable tachometer for model-scale applications, capable of measuring from 360 up to 50000 RPM. It is intended as a bench tool to help diagnose motor response, check ESC adjustments, and verify tuning steps.

Fitting is simple: align the magnetic pickup so it senses the rotating magnet or ferrous target, secure its position to avoid movement, and route the connection into your receiver accessory arrangement. The device is designed for hobby RC use and should not be used on full-size vehicles.

Use the FUSBS-01RM during tuning to log RPM shifts after gear or timing changes, compare different motor setups, and set reference values before live testing. It pairs well with methodical ESC and mounting checks to validate changes.

Specifications

  • Item: Magnetic rotation RPM sensor / tachometer, 360–50000 RPM
  • Material: Not specified
  • Model Number: FUSBS-01RM
  • Compatibility: RC models, receiver accessory category

As a compact measurement aid, the FUSBS-01RM slots into routine RC setup tasks and bench testing without complex configuration; rely on it for comparative RPM data rather than as a complete substitute for evaluating performance under load.

By recording RPM before and after timing adjustments you can see how changes affect motor speed, helping dial in ESC timing for desired behaviour.
Yes. Unexpected RPM drops or fluctuations during a bench run can indicate binding, poor bearings, or mounting issues that warrant inspection.
Strong nearby magnetic sources can interfere; keep powerful magnets and large magnetic equipment away from the pickup when taking measurements.
Yes. Measure both motors under consistent test conditions to compare RPM figures and assess relative performance.
The sensor provides clear RPM references useful for tuning decisions; consult Futaba for device resolution and precision specifications if you need exact figures.
Secure the model, keep hands clear of moving parts, and ensure wiring is tidy to avoid entanglement during RPM checks.

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