This sounds like a big con to me....as E-bikes get more popular there will be a rise in "e-bike" specific parts/accessories...here's Maxxis and tyres:
"
E-Bike Ready 50:
All Maxxis tyres can be used on pedelecs/E-bikes with speeds up to 25 km/h. Fast pedelecs that reach speeds of up to 45 km/h must be equipped with tyres which are manufactured according to the ECE-R75 norm and which are marked accordingly. Maxxis models with the E-bike logo fulfil and surpass the requirements of tyres for fast E-bikes and the ECE-R75 norm. "
Now my E-bike doesn't stop at 25km/h, yesterday I did 52km/h on a fire road descent on the way home. And a "speed pedelec" or dongled uk bike just gets continuous assistance it doesn't probably have any more power to shred a tyre through acceleration...
SO- my E-bike is 7kg heavier than a conventional bike, so what difference does that make to me? None whatsoever, it's not going to change the downhill factor one bit- I could be 60kg or 120kg and a conventional tyre will deal with it....
"
E-Bike Ready 50:
All Maxxis tyres can be used on pedelecs/E-bikes with speeds up to 25 km/h. Fast pedelecs that reach speeds of up to 45 km/h must be equipped with tyres which are manufactured according to the ECE-R75 norm and which are marked accordingly. Maxxis models with the E-bike logo fulfil and surpass the requirements of tyres for fast E-bikes and the ECE-R75 norm. "
Now my E-bike doesn't stop at 25km/h, yesterday I did 52km/h on a fire road descent on the way home. And a "speed pedelec" or dongled uk bike just gets continuous assistance it doesn't probably have any more power to shred a tyre through acceleration...
SO- my E-bike is 7kg heavier than a conventional bike, so what difference does that make to me? None whatsoever, it's not going to change the downhill factor one bit- I could be 60kg or 120kg and a conventional tyre will deal with it....