Torque vs Cadence Sensors: What Changes When an E-Bike Has Both?

A commute rarely asks you to pedal the same way from start to finish. You might push harder as the road rises, ease into a turn, then settle into a light rhythm on a flat stretch. The pedal-assist response that feels right in one moment may not be the response you want for the whole ride.

Torque sensing follows how hard you pedal. Cadence sensing detects crank rotation. An electric bike with both torque and cadence sensors can offer different ways to control assistance, but having two sensors does not tell you whether the bike blends their inputs or lets you choose between modes.

The useful comparison is not simply which sensor is better. It is how assistance starts, changes and eases off—and whether those responses suit your usual route.

Torque vs Cadence: What You Feel While Riding

Torque sensing: push harder, get more help

A torque sensor responds to how hard you press the pedals. Push harder and the motor adds more help; ease off and it adds less. The assistance follows your effort, so pedaling feels like riding a regular bike with an extra boost.

This suits a ride where you want to stay involved in the pedaling, whether that means an active weekend outing or adding exercise to a familiar route. Getting more assistance involves more pedal pressure, rather than simply turning the cranks lightly. A higher assist level can still make the ride easier; torque mode does not have to mean a hard workout.

Cadence sensing: keep the pedals turning for steady help

A cadence sensor checks whether the pedals are turning, not how hard you push them. At your chosen assist level, pressing harder does not directly ask the motor for more help. You can keep the pedals moving lightly and let the motor provide much of the effort.

This can make cadence mode useful for everyday commuting when arriving with less effort matters more than a workout. You can still exercise by choosing less assistance and doing more of the work yourself. Steady assistance does not mean one fixed speed or identical motor power in every situation; the assist setting and riding conditions still matter.

Core Features & Technical Specifications

Real-World Riding Scenarios

Motor torque and a torque sensor are not the same thing. Motor torque tells you about the motor’s turning force; a torque sensor detects how hard you pedal. A bigger motor torque number does not tell you which sensor the bike uses.

What Changes When an E-Bike Supports Both?

Two sensors can be used in different ways. Some systems combine several inputs in the background. Others offer selectable torque and cadence modes. Check the available controls rather than assuming that “dual sensor” always means manual switching—or that both inputs always have equal influence.

With selectable modes, the practical benefit is choice within the same bike. You can compare a pedal-pressure-led response with a lighter-pedaling response without changing the frame, handlebars or saddle between tests.

TLG GlideOn and SummitRide both support switching between torque and cadence sensor modes through the display. These are hub-drive e-bikes, so the choice of pedal input is separate from where the motor sits. A bike with only one sensor type generally gives you one main pedal-assist style. With both, you can choose lighter-effort cadence assistance for the commute, then switch to torque mode for a more active leisure ride. You do not have to choose a different bike to enjoy the other response.

On SummitRide, the mode control is accessed from the main riding screen by holding M for a few seconds. A cyclist icon identifies cadence mode; torque mode has no cyclist icon. Get familiar with the display while stopped before comparing the two responses on a clear route.

The value is not that one mode must be used on every hill or the other on every flat road. It is having the option to choose the response that suits your effort, pace and ride.

How the Difference Feels on Your Usual Route

Starting again after a stop

In torque mode, changes in pedal pressure help shape the request for assistance. In cadence mode, crank movement is the key input. Try each at a low assist level and notice how the motor joins your first pedal strokes.

Look for a start you can manage comfortably, not the strongest launch. Keep the brakes ready and avoid resting pressure on a pedal while waiting at a stop.

Settling into a flat commute

If you enjoy a steady rhythm with light foot pressure, cadence mode is worth trying. If you prefer the motor response to change as you ease or increase your effort, start with torque mode.

Repeat the same stretch with the same gear and assist level where practical. Comparing a high-support setting in one mode with a low-support setting in the other tells you little about the sensors themselves.

Pedaling as the road rises

Torque mode can make a change in pedal effort part of the assistance request. Cadence mode can suit a rider who prefers lighter pedal pressure, provided the gear and assist setting are appropriate for the climb.

Choose a suitable gear before the climb becomes difficult. Sensor mode does not replace gearing, and neither mode guarantees that every gradient or load will be manageable.

Slowing for a turn or a narrow section

On a clear, open test route, notice what happens when you reduce pedal pressure, slow your pedaling or stop pedaling. This helps reveal how the controller handles changes in input.

Use the brakes to control speed; do not rely on a sensor change as a substitute for braking. The aim is to find a response that remains easy to manage at the pace you actually ride.

Why Controller Tuning Matters Alongside the Sensor

A sensor provides information. The controller decides how to turn that information into motor assistance. Two bikes with the same sensor type can therefore respond differently to a start or a change in effort.

Startup response, the support assigned to each assist level and the way assistance rises or falls all affect ride feel. A sensor label alone cannot explain those details.

Ride Tune lets you adjust startup torque, per-level power and pedal response on supported TLG configurations. Changing these assistance settings can help you separate a sensor preference from a power-response preference. The available controls depend on the model and its configuration.

It helps to separate four functions:

● Sensor mode changes the pedal input used to guide assistance.

● Assist level changes the amount of support requested within the system's limits.

● Auto Mode adapts assistance using pedal input and, on supported TLG configurations, a 6-axis gyroscope.

● NitroBurst provides a temporary power boost; it is not another sensor type.

Start with the normal settings, compare the two modes, then change one tuning setting at a time. Otherwise, it becomes difficult to know whether the difference came from the sensor mode, the assist level or the power response you adjusted.

Compare the Two Modes on Equal Terms

Use the same short route, gear and assist level where practical, changing only the sensor mode at first. Get comfortable with the normal response before adjusting Ride Tune. This keeps a change in startup tuning from being mistaken for a difference between torque and cadence sensing.

After each run, note which response suited your starts, steady pedaling and slower sections. If another person will use the bike, compare their preferences separately rather than treating one rider’s result as universal.

A sensor comparison only makes sense when the riding position stays comfortable. If the handlebars leave you stretched out or the brake levers are hard to reach, adjust those contact points before repeating the loop. Otherwise, discomfort can be mistaken for an assist-mode problem.

NitroBurst™ Mode: Effortless Power Delivery

NitroBurst™ Mode combines a high-resolution torque sensor with smart software for an effortless, cadence-style feel. Motor output matches your pedal pressure in PAS 1–5, while PAS 6 delivers maximum assistance. You can further customize how this power arrives—from a sharp pickup to a smooth buildup—using the TLG Central app without altering top-speed limits.

NitroBurst™: Pure Power

One tap unleashes 120% peak power on demand. Our algorithm delivers an exhilarating, nitro-fueled surge with every pedal stroke for pure adrenaline.

Questions About Dual-Sensor E-Bikes

Do both sensors have to control the motor at the same time?

No. Dual-sensor systems can combine inputs or offer selectable modes. On GlideOn and SummitRide, torque and cadence modes can be selected through the display. Having both sensors does not mean both must lead the response at every moment.

Is cadence mode the same as using a throttle?

No. Cadence-based pedal assist still relies on crank rotation. A throttle is a separate control that requests motor assistance without using that pedal input. Throttle availability and permitted use depend on the bike's configuration and local rules.

Can a hub-drive e-bike have torque and cadence sensing?

Yes. Motor placement and pedal sensing are separate design choices. GlideOn and SummitRide pair hub-drive motors with selectable torque and cadence modes, giving you two pedal-assist responses within the same bike.

Does torque sensing always give you more range?

No fixed range gain follows from the sensor alone. Your pedal contribution, assist level, speed, load and route all affect battery use. Choose a mode for a response you can use comfortably, rather than treating the sensor label as a mileage guarantee.

Choose the Mode That Feels Easier to Manage

Torque mode is worth trying when you want assistance to follow changes in pedal pressure. Cadence mode is worth trying when lighter pedaling pressure is a priority. A bike that supports both lets you explore those preferences without choosing one response for every trip.

If one mode makes you change your pedaling mainly to get the motor response you want, try the other before increasing assistance. Keep the gear and assist level comparable. Choose the response you can manage through starts, steady sections and slower turns—not the one with the strongest first burst.