Rear Hub Motors

In general rear hub motors push you and they offer a wide range of power level options.


• Most people are familiar with the rear wheel driving the bike forward because that is the way 99.99% of bikes are built.

• There is significantly less tendency for the rear wheel to spin on loose road conditions because the majority of the riders weight is over the rear wheel.

• There is a wide range of power options (250 watts to 750 watts and beyond) because the bike’s frame provides a good structural platform to handle high torque from the motor.

• Rear hub motors can provide assist with a throttle and/or cadence or torque sensor pedal assist.

• Some direct drive rear hub motors provide regenerative braking.


• Rear hub motors are a little more cumbersome to install or remove because the gears (chain, derailleur, etc.) need to be worked around.

• They have a tendency to “bog down” on long steep climbs. See mid drive motors for climbing long and steep hills.

• Bikes that have a rear hub motor with a rear rack battery are back heavy and that can affect the handling of the bike. Some riders may not notice this if they are riding in a more cautious manner vs. a performance riding style. Back heavy e-bikes can be hard to handle while lifting onto a car rack or carrying the bike up stairs. Removing the battery can help with this.

• The higher torque hub motors (generally the more powerful) need larger spokes and sturdy rims.

Next posting we will be talking about Crank Motors....


#environment #electricbiking #ebike #goinggreen #outdoors #lifestyle #activelife #health #travelling #holidays #activitiesforholidays #exercise #getfit #cyclingwithelectric

#rieseandmuller #Scottebikes #Idealebikes #Gepida #greencommute #forest #savetheplanet #plantatree #greenplanet #electricbikecumbria #gentlefitnes

18 views0 comments