SENSORS

EBIKE SENSORIZATION EXPERTS

Instant communication between cyclist and E-bike

A revolution of torque sensors for E-BIKES

A torque sensor integrated into the bottom bracket is the perfect way of communication between cyclists and E-bikes. With this sensor, E-Bikes with a rear-hub motor will be able to adapt to the effort applied by the cyclist. Thus, it will offer them an extremely smooth driving experience without sudden motor pushes. The ideal solution for rear hub motor E-Bikes but also with a hollow-shaft crank.

Reading capabilities:

A torque sensor integrated into the bottom bracket is the perfect way of communication between cyclists and E-bikes. With this sensor, E-Bikes with a rear-hub motor will be able to adapt to the effort applied by the cyclist. Thus, it will offer them an extremely smooth driving experience without sudden motor pushes. The ideal solution for rear hub motor E-Bikes but also with a hollow-shaft crank.

The most adaptable system

A torque sensor integrated into the bottom bracket is the perfect way of communication between cyclists and E-bikes. With this sensor, E-Bikes with a rear-hub motor will be able to adapt to the effort applied by the cyclist. Thus, it will offer them an extremely smooth driving experience without sudden motor pushes. The ideal solution for rear hub motor E-Bikes but also with a hollow-shaft crank.

THE TECHNOLOGY BEHIND OUR SENSORS

POWER SENSOR

Power measurements gets in position with respect to the frame. This ensures a direct torque measurement for extremely estable measurements with NO CALIBRATION NEEDED.

DIRECT CADENCE

By not relying on accelerometers, the cadence sensor is linked to the cranks. This means that we will obtain a direct cadence signal, thus passing all the requirements of the regulations applied to electric bicycles.

PRECISSION

The sensor system uses an algorithm that detects variations in the signal and adjusts them automatically. In this way the sensor is extremely stable and does not need calibration.

BOTH LEGS MEASURED

A fully centralized sensor system allows to detect variations in torque produced by each leg. In addition, the sensor will be able to detect strokes and cadence in real-time.

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