Torque Sensor VS Cadence Sensor

Many of our e-bike models have switchable Cadence & Torque Sensors, which means they have both! This means, you don't have to settle with one or the other. 

Cadence Sensor

A cadence sensor detects that the cranks are turning.

• Start pedaling → motor turns on.


• Stop pedaling → motor turns off.
  


• The motor usually provides a preset level of power based on your assist setting.

Pros

• Affordable.
  


• Easy to use.
  


• Great if you want the bike to do most of the work.

Cons

• Can feel jerky when starting or stopping.
  


• Less natural on hills and technical terrain.
  


• Often gives the same assistance whether you're pedaling lightly or hard.

Torque Sensor
A torque sensor measures the force you apply to the pedals.

• Push harder → motor gives more power.
  


• Ease up → motor reduces assistance.

Pros

• Smooth, intuitive ride.
  


• Better control on hills and trails.
  


• Feels much more like riding a normal bike with "super legs."
  


• Typically more efficient and extends battery range.

Cons

• Costs more.
  


• Requires some rider effort to get full assistance.

Which Should You Choose?

Choose a cadence sensor if:

• You want maximum assistance with minimal effort.
  


• You're on a tighter budget.
  


• You mainly ride on paved roads and bike paths.

Choose a torque sensor if:

• You want a natural cycling experience.
  


• You ride hills frequently.
  


• You care about fitness and efficiency.
  


• You're buying a mid-drive e-bike or a higher-end model.

Simple Analogy

• Cadence sensor: Like a light switch—pedaling turns the motor on.
  


• Torque sensor: Like a dimmer switch—the harder you pedal, the more assistance you get.

For most riders who enjoy cycling and want the bike to feel responsive and natural, a torque sensor is generally considered superior. For riders who simply want easy transportation with minimal effort, a cadence sensor can be perfectly adequate and saves money.