Power That Adapts to You
The Dynamic Torque Sensor revolutionizes eBike performance by seamlessly adjusting power output to match every pedal stroke. Unlike traditional cadence-based systems, this advanced sensor detects the force applied to the pedals and delivers a proportional level of assistance, creating a smooth and natural riding experience. Whether you're cruising on flat roads, climbing steep hills, or accelerating from a stop, the torque sensor ensures optimal power distribution for efficiency and control.
Key Features
How the Dynamic Torque Sensor Works
The Dynamic Torque Sensor is embedded in the eBike's bottom bracket or rear dropout, measuring the force exerted on the pedals. Unlike cadence-based sensors that simply detect if the pedals are moving, this advanced system determines exactly how hard the rider is pedaling. The sensor then communicates with the motor controller, modulating power output accordingly.
For example, when a rider applies more pressure while climbing a hill, the sensor signals the motor to increase assistance. On flat terrain or during light pedaling, the motor reduces power, conserving energy. This intelligent response system makes the ride feel more natural and improves overall efficiency.
Advantages Over Cadence Sensors
- More Intuitive Control: Torque sensors respond dynamically to effort, while cadence sensors provide a fixed level of assistance.
- Greater Efficiency: The adaptive power delivery reduces unnecessary energy consumption.
- Smoother Acceleration: Eliminates the lag and sudden bursts of power associated with cadence sensors.
- Better Handling: Improved power modulation results in a more stable and controlled ride.
Ride Smarter, Go Farther
