> > What's your stopping distance at that speed? > Faster than my car or motorcycle. And that's just using the regenerative braking of the motors. I've never t

> > What's your stopping distance at that speed? > Faster than my car or motorcycle. And that's just using the regenerative braking of the motors. I've never tried a full-on-drop-anchor stop with both the mechanical disk and regen brakes. Do you have a heavily modified scooter or something otherwise unusual? I looked up braking tests for cars, motorbikes, and e-scooters, and couldn't find a single e-scooter that's been tested that has the same stopping distance as a normal car let alone a sports or a motorcycle. I don't think this is super surprising considering the relative size of the contact patch and what the "tire" is made of on most scooters. In another comment, you said you have a Xiaomi scooter. In this brake test (https://www.zdnet.com/article/mi-electric-scooter-review-complete-that-last-mile-commute-with-ease/ https://www.zdnet.com/article/mi-electric-scooter-review-com...), it has a 13 foot stopping distance from 12.4mph even when using the disc brakes. This is similar to what other scooter tests show. NACTO's suggestion for a conservative car stopping distance is 11 feet from 15mph, not including reaction time, which is the same as in the scooter test (https://nacto.org/docs/usdg/vehicle_stopping_distance_and_time_upenn.pdf https://nacto.org/docs/usdg/vehicle_stopping_distance_and_ti...). How are you getting your scooter to stop more quickly than a motorcycle?