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Enjoy a more fluid & natural ride with a torque sensor e-Bike. Unlike a cadence sensor that activates the motor when the pedal moves, a torque sensor activates depending on how hard the rider is pedalling. This means that power is delivered when you need it, and switches off when you don't. Our electric torque sensor e-bikes are available to order in both step-over & step through frames, and are shipped for free across Australia.
A torque sensor works by measuring the amount of force the rider is applying to the pedals. This information is then used to determine the level of assistance offered to the rider through the electric motor. In simpler terms, the harder you are pedalling, the more the motor will help you.
Consider the difference in how you pedal riding on a flat surface at a constant speed compared to how you ride uphill. Generally, uphill pedalling means you’re standing on the pedals, which increase the force going through the pedals, chain, and gears. A torque sensor measures this, and will increase the power output from the motor to give you an easier ride.
On the other hand, if you’re riding on a flat surface at a consistent speed, the pressure on the pedals is minimal so the motor will only offer what it has to in order to let you continue at that constant speed.
Torque sensors turn on as soon as the pedals begin to turn, so there is no delay between the bike moving and the motor turning on. This is a great feature for heavier electric bikes such as the Aventon Aventure.2 as it gives you a quicker & smoother acceleration.
The dynamic power delivery afforded to the rider by the torque sensor means that the motor is drawing power as required as opposed to a constant amount. This means that your bike will generally travel further per charge on a torque sensor than its cadence-powered counterpart.
As the torque sensor responds to the power you’re putting into the ride, a torque sensor feels a lot more like riding a regular bike but with superhuman strength. A lot of riders prefer this style of riding as you can choose a comfortable speed and stay there.
Whether a torque sensor or cadence sensor is better for you largely depends on how you want your electric bike to feel.
A cadence sensor works by simply detecting whether the pedals are moving, and then delivering the maximum power possible based on the selected pedal assist mode. This gives you quick acceleration and higher average speeds at the expense of overall control. Cadence sensors are great for riders who want to get to high speeds without needing to put in much effort at all - simply keep the pedals turning and the motor will do everything else.
Torque sensors are more controlled, and while you’ll need to work a little harder to get to your top speeds, most riders generally purchase electric bikes to complete specific tasks rather than for pure fun, so being able to go fast isn’t a priority for them. This is particularly true for those who will be cycling in areas where speed limits on electric bikes are enforced.
In short, if you want power & speed, cadence would serve you better. If you want control and a natural riding style, go for torque.
Torque sensors are better for areas where control is important, such as commuting or cargo delivery. Commuting generally takes riders in close proximity to traffic and pedestrians, so jumpy cadence-sensors and delayed motor response can lead to minor accidents in extreme cases, so the torque sensor’s instant but measured power delivery makes it a safer ride in busier spaces. This is what makes the Aventon Level.2 such a great electric bike for commuting.
Similarly, torque sensors are better for transporting goods. Delivery cyclists prefer torque sensors because it doesn’t cause cargo to jump and shift around and potentially become damaged. Cargo bikes such as the Aventon Abound can also generally be accessories to accommodate children as passengers, and in these circumstances safety and control becomes paramount.