As the name suggests, E-bikes are electric bicycles which have grown increasingly widespread in ridership for both commuting and recreational cycling purposes over some recent years now. The rear motor is the most important part of these e-bike products which provides power to drive. There are many rear motors available in the market with varying power outputs, operation and design parameters that you may need to choose from so as to find out which would most suit your specific requirements.
However, when buying an e-bike rear motor it is essential to measure the torque and power output before purchase alongside bike compatibility. Thankfully, many of the best rear motors are available on individual bikes - but which option you choose will depend greatly upon your needs and personal preferences. The Bosch Performance CX, Shimano STEPS E8000 and the Bafang MaxDrive are some of the top recommendations for their good power to weight ratio, exceptional longevity (in no small part due to a metal gearbox) and compatibility with pretty much any e-bike on this list.
You may have found the perfect rear motor for your e-bike, so where to from here on how you will install and maintain it? While professional e-bike mechanics will be able to do these or similar jobs for cyclists, those with a bit of mechanical knowhow may wish to tackle some DIY.
Before you install the rear motor, make sure your bike has apertures that handle it correctly (like dropouts and torque arms.) You need to also ensure that the motor is compatible with your bike's frame and that it can take on both riders weight + bikes as well. Do a full test of operation to verify the correct and complete operation following installation.

In short, looking after the rear motor is important to ensure that it continues performing as well as possible and for a long time. Cleaning and lubricating the motor on a regular basis will also let you see inside of it to check for any problems that might be creeping up or visible signs of wear. However, you will want to keep water splash as well harsh weather conditions away from the motor because this could damage internal components.

This matters not only for people who are just out cruising around town, but also to commuters looking for environmentally-friendly and economically-viable ways to get from A-to-F-B. In turn, commuter e-bikes come with rear motors which are much more practical and environmentally friendly due to the advanced convenience that provides faster rides on smoother routes or extended periods of time - particularly when you want it dampened for hills.

Rear Motors: Rear motors help commuter e-bikes by makes them more stable, keep you balanced and reduces noise level ideal for getting in on the commute. Advanced motors have features like torque sensors which modulate power output relative to the riders pedaling effort.
company produces primarily electric two- e bike rear motorthree-wheeled motors and controllers. motors we manufacture are silent high torque, as well as energy savings, high efficiency, etc. can design and manufacture custom-made products according to the needs of our clients. one-year warranty is available. Quality issues that arise within the warranty time can be exchanged for free. products are sold into many countries.
Lingming Motor has focused on manufacturing, e bike rear motorresearch various brushless DC hub motors over 20 years. factory covers an area of over 20,000 square meters, with daily production of 15,000 to 20,000 units. development engineers have average of more than 12 years' R D experience.
motors go through professional quality tests throughout entire process from pre-production all way through e bike rear motorpost-production to ensure that each spare part can be manufactured with top quality. The company is certified by CE, CQC and ISO9001 certifications. also holds several patents for the design customized novel products.
customer service staff always e bike rear motorto assist with any questions from customers. speedy response rate could be as high as 99.4%, the five-minute rate of response can be 46%. In addition, employ professional R D engineers who can solve technical issues faced by customers on internet.