So, on an e-bike with a 250W motor, you can reach a speed of up to 15.5 mph (25 km/h) in assist mode - that is, when the motor is running and helps you to pedal. After that, you’re able to go as fast as you like but under your own steam.Įlectric bikes have several types of motors with varying power and - consequently - the maximum speed they can achieve. But more than this, the speed the motor can assist to is limited by law. The maximum speed that an e bike can develop depends directly on the power of its motor, as the motor cannot produce more than a certain amount of power. To all of the above parameters we must add another, very important one - motor power. What Is the Speed Limit of an Electric Bike? Nobody limits the speed of a cyclist, although of course there are some restrictions: the bike itself, the type of road, physical abilities of a rider, the style of cycling (aerodynamics), and even the hair on the legs (yes! Some cyclists shave it to be more aerodynamic), not to mention traffic lights - there are many restrictions. If slower, his distance will decrease, and, if faster, he will go further. So speed is measured as distance divided by time: miles per hour (mph), kilometres per hour (km/h), meters per second (mps), and so on.ĥ0 km/h on your bicycle’s computer (ok, rather Chris Froome’s computer) means that he will travel exactly 50 km in one hour if he continues at the same speed. OK, hold on tight, here we go… The speed of any object is the magnitude of the change of its position. Does this mean that you could potentially ride an e-bike much faster - say, like Chris Froom at 50 km/h? Also, what is the maximum speed that can be achieved on an e-bike? And what is the fastest electric bike? In this article, we will answer these three questions and more, as well as exploring why you might consider an ebike. This is the case for electric bikes too, but of course the motor helps you along. The speed of a normal bicycle is dictated by the rider.
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