Torque sensors in electric mountain bikes - the secret to seamless pedal assist or a bunch of marketing hype? Im hearing that these sensors can detect the slightest variation in pedal pressure and adjust the motors output accordingly, but how does it actually work? Is it a complex algorithm that takes into account factors like terrain, rider input, and bike speed, or is it just a fancy way of saying we slapped a sensor on the pedal and called it a day?
And whats the deal with the different types of torque sensors out there? Ive seen some bikes with direct-drive sensors that mount directly to the crank, while others use indirect sensors that measure the deflection of the pedal spindle. Which one is more accurate, and does it even matter?
Some folks claim that torque sensors are the key to a more natural riding experience, but others argue that theyre just a way to compensate for a lack of pedaling technique. So, which is it? Are torque sensors the future of e-MTBs, or are they just a fad waiting to be replaced by the next big thing?
And whats the deal with the different types of torque sensors out there? Ive seen some bikes with direct-drive sensors that mount directly to the crank, while others use indirect sensors that measure the deflection of the pedal spindle. Which one is more accurate, and does it even matter?
Some folks claim that torque sensors are the key to a more natural riding experience, but others argue that theyre just a way to compensate for a lack of pedaling technique. So, which is it? Are torque sensors the future of e-MTBs, or are they just a fad waiting to be replaced by the next big thing?