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Can you tell what it feels like to be confined to a wheelchair? To not have the ability to get around on your own power and move about freely? If so, you should know how to motorize a knee scooter for people with mobility impairments to do things for themselves despite their limitations. One way is by motorizing a knee scooter.
If you’re considering converting your knee scooter into a motorized scooter, there are a few things you’ll need to gather together before you get started. Here’s a list of the tools and components you’ll need, along with the quantity:
Benefits of converting into a motorized scooter include:
Easier to get around
Less time on your feet = more resting time for knees & hips
Exercise while you go about daily tasks [walking, shopping, etc.]
The rise of tires is a thing of the past [saving costs throughout a lifetime]
More fantastic range than a power wheelchair
- Safety glasses
- Motor (250 watts or more)
- Battery (12 volts or more)
- Speed controller
- Twist grip throttle
- Foot pedal throttle (optional)
- Chain and sprocket assembly
- Mounting bracket
How To Motorize A Knee Scooter – Follow Step by Step Process
The best motor to use is a hub motor, which you can buy from your local electric bicycle shop. In the United States, this should cost between $250 and $450. 250 watts or more is recommended for optimum performance.
The battery you’ll need would be considered either a “deep-cycle” or an “automotive-type”.
Your local auto shop should have a battery to fit your needs. A 12-volt battery is sufficient for the average rider, who weighs between 130 and 200 pounds. You’ll also need a charger that can be plugged into an electrical AC outlet. Make sure that both the motor and the controller are compatible with each other, as well as the battery.
Also Read: E Bike Conversion Kit With Battery
The next step is to choose a mounting location for the motor. Depending on your preference, this can be on either the front or rear of the scooter. The bracket that comes with the motor kit will need to be bolted onto the scooter’s frame. If you’re not cool doing this yourself, take the scooter to a local bike shop for assistance.
The throttle and the brake levers need to be connected to the motor controller. The throttle can be attached to the twist-grip or the foot pedal, whichever you prefer. The brake levers should be connected to the front brake on the scooter.
Once everything is assembled, it’s time to take it for a test drive! Make sure to wear safety glasses while riding if any debris flies up. Be cautious when depending at first, as you’ll be going a lot faster than you’re used to. Practice in an open area until you feel comfortable with the new set-up.
Frequently Asked Questions (FAQ’s)
Can I use a 24-volt battery instead of a 12-volt battery?
Yes, but the voltage must match that of the controller.
Will this work for both males and females?
Sure, but it might be difficult for smaller individuals to reach the pedals.
How long does it take to revitalize the battery?
It varies depending on the charger, but you should allow at least eight hours to fully recharge.
How fast can this motorized scooter go?
There should be a maximum speed limit of 15 miles per hour.
Can I use a car battery instead of an automotive-type battery?
No. The car battery puts out too much power for the motor controller to handle without being damaged.
Is it easy to install?
Yes, that’s one of the benefits of using a hub motor instead of an axle or friction drive motor.
Can I use this with batteries other than the 12-volt variety?
No. Stick with a 12-volt battery for safety reasons.
Is there any maintenance I need to perform after each ride?
Check the screws on the brake levers, throttle and foot pedal. Tighten as necessary. Check that there is no debris lodged at either end of the chain. Wipe down the entire scooter with a damp cloth to remove dirt or dust.
Motorizing your knee scooter is a great way to extend the range and usability of the device. It’s easy to install and operate and can be done in a few short hours.
Be sure to wear safety gear when riding and practice in a safe area before going on long trips. Best of luck with your project! The battery can take anywhere from 8 to 15 hours to fully recharge, which is why it’s a good sign to have a spare handy.