How To Add An Electric Motor To A Bike?

Why do you need to convert your regular push bicycle?

Nothing can alter an Electric-assist bike for riding around, short commuting, or adventurous mountain climbing. Though a traditional bike makes significantly easier all your riding experience, adding the electric motor makes the pedaling easier & quicker.  Whether the riding is only to pass the leisure-or you need to tug the heavy loads to your mountain home-an an electric bike runs on an electric motor could make it easier for all your riding staff.

Electric bikes are a great way to get around in larger cities. But if you want one, it is important to know how to add an electric motor to a bike. The first thing you need is a motor. If you already have an old bike or one you don’t use often, it’s an excellent candidate for conversion, as long as it has the right frame.

You need to know the basics of wiring and electricity before you can safely install an electric motor on your bike. The easiest way to add an electric motor to a bike is by using a kit that is pre-assembled and ready to install. The whole process is safe, easy, and fun. This guide will show you how to do it.

Let’s start-

Should I Add an Electric Motor to My Traditional Bike? or Purchasing a New One Would Be Better?

Instead of purchasing a new electric bike, up-gradation of the older one could be convenient when it seems more appealing. Though the conversion is proceeding with the battery and the motor-this addition can bring both the advantage and disadvantages to give a new riding experience. However, the up-gradation of the conventional push bicycle depends on personal demands, interests, and affording intentions.  Most often, this DIY conversion project brings a lot of fun and brings closure to the family members for a few hours. So the most repetitive question is, why do you need to add an electric motor to a bike? Some people say that adding an electric motor to a bicycle is ruining the purity of the sport. However, many others believe that it is an ingenious way to make cycling more comfortable, efficient, and convenient for commuters.

Electric bikes are a great way to get around without having to worry about traffic and parking. They cost less than cars, they’re fun to ride, and they’re environmentally friendly. They are faster, contribute significantly to the whole green transportation system.

How to Choose the Right Motor for Your Bike?

There are thousands of different motor kits that you can buy to convert your bicycle into a motorized bike. However, the number of different motors available can make it hard to select the right one for your particular project. If you do not do your research, you could end up with a motor that is too big or too small for your needs, which may even damage your bike.

The first step in selecting a motor is to decide how much power and torque you want. You will need to decide whether you’re looking for speed or torque before you move on to the next step. The motor’s Kv rating will tell you how fast the motor spins per volt of electricity. If you want a high-speed motor, choose one with a low Kv value. If you want maximum torque, select one with a higher Kv value.

Selecting the right voltage for your motor is crucial for smooth running and long life. It is better to consult with a technician to discuss the type of motor you can purchase as per your specification.

Check Out this expert’s Guide: How To Select Motor For Your Electric Bike?

How To Add An Electric Motor To The Bike?

This is a step-by-step guide on how to add an electric motor to a bike. It starts with the decision of what type of motor to use and then continues on with the installation process. This will cover everything from choosing which bike, finding the perfect spot for mounting, deciding where the battery should be placed and how to connect it all together. A word of warning: this is not meant for someone who has very little mechanical knowledge. I am assuming you have some basic understanding of, electricity, motor performance, wiring, and overall about a bicycle mechanism.

How To Add An Electric Motor To A Bike

Adding a motor to your bike is a relatively easy task that anyone can do on their own. It doesn’t cost too much because most of the parts are cheap and readily available. The best part is, it will make your bike go further and faster than you ever thought possible.

If you love cycling but hate having to push or pedal your bike, then you should add a motor to your bike. Motorized bikes are becoming increasingly popular as people realize just how convenient they are. In fact, you can get motor kits for most styles of bikes and add the motor in just a few minutes. With a variety of kits available, it is easy to get on the bike you want and start driving right away. They are simple to install and get going as quickly as possible. You can see in this article how easy it is to get a kit and start riding in no time.

How To Install The Motor Kits On The Bike?

The motor kit will bring many benefits to the bike, including increased speed and power. However, most people are reluctant to install the motor kit on their favorite bike for fear of damaging it. The installation process is actually easier than most people think. The first step is to find the perfect location for the motor kit.

How To Install The Motor Kits On The Bike step by step

The ideal place for installing a motor kit is on the rear wheel hub. This will prevent you from having to cut holes in your frame or gas tank. You can also attach the motor directly to the wheel, which will make it easier to balance and maneuver.

The installation process is simple and easy, but it requires patience and attention to detail. The main thing you should remember is to connect the batteries in a certain sequence. If you don’t do that, you can ruin your motor kit completely.

Additionally, you should take care of waterproofing the motor kit.  Our preference e-bike motor kit is- 450W Newest Electric Bike Left Drive Conversion Kit.

You need to cover each motor with a protective cover because water damage can ruin them for good. They are pretty good at handling rain, but if exposed to large amounts of water for a long period of time, they will get damaged for sure.

The motor Kit Installation process includes the installation of the motor, which is a simple process that can be done in less than an hour. You need to make sure that the motor is facing the right direction, and then bolt it down with the included hardware. The kit will come with a power distribution board, but if your vehicle requires one, you can mount it on the frame and route wiring to connect it. Once your motor is connected to power, test it out and make sure all systems are going.

The installation process is relatively simple, with standard tooling and equipment that can be found in any well-stocked garage or mechanical shop. Assemble the kit using the manual provided: The first step in installing your kit is to carefully assemble all of the parts using the manual provided by the manufacturer. Your manual may include special instructions for your specific bike or needs.

Disassemble the stock components: Once you have assembled your kit, you will need to remove all of the stock components from your vehicle. This is done so that your mechanic has easy access to all of the existing components.

Wiring Up The Motor And Control Box In A Regular Pushbike:

In the first part of this DIY bike project, we finished assembling the motor and control box on our electric bicycle. Now it’s time to get the wiring right so that it works properly.

The wiring is one of the most difficult parts of this whole project, so don’t worry if you don’t know much about electrical engineering. I’ll walk you through everything you need to do to get it right.

There are 4 wires going from the battery to the control box. Two go from the positive terminal on the battery to a black wire on the control box. The other two go from the negative terminal of the battery to a red wire and a white wire on the control box. All four wires need to be soldered together using shrink wrap over them for protection. If you are confused about the whole wiring, either go through the YouTube video tutorial or call a technician.

Testing the Motor and Controller on Your Bike:

Do you complete the kit installation? So now you have to test whether you have done it properly or not. You have to know how to check the motor and controller on your bike.

Begin by testing the motor with a simple test lamp. One lead of the lamp should go to the positive terminal on the battery, and the other lead of the lamp should go to the black wire on your controller. If everything is working correctly, you will see your lamp light up when you start pedaling. If that doesn’t happen, you may have a problem with your controller or wiring. Next, carefully inspect your wiring and make sure that there isn’t any wrong function waiting to damage your bike on your next riding!

The motor is responsible for motorizing and providing power to the bike. The controller also powers the motor and allows you to regulate how much power it provides. Both the motor and controller need to be checked once you complete the conversion to confirm you have successfully completed your project.

Final Verdict

Electric bikes have become extraordinarily popular in recent years. Thanks to the development of lithium-ion battery packs, electric motors, other cutting-edge technologies, e-bikes can power through many different terrains easily. If you’re interested in an e-bike but can’t afford the new one, this is a great place, to begin with, your conventional push bicycle.

A DIY project to convert your regular push bicycle into an electric one not only could save money for you. Moreover, it’s a matter of mental satisfaction to make something on your own!

That’s all on How to add an electric motor to a bike. Please leave your comment saying how our today’s session is!

Thank you.

Rudy Johnson

Rudy Johnson is the owner and main author of this site, BikeGlossary. Basically, he’s an engineer and researcher. He has Electrical and Electronics Engineering(EEE) degree in his bachelor's and master's. Besides, he also does product research on different electronics and electric products to share different findings with people. Rudy has a team consisting of 3 members who are also closely working with him.
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