Boosted Board 1st Generation Belts Replacement

소개

This guide will show you how to remove and replace the belts on your board. The rear motor is load with springs, so be carful and pay close attention to the steps when taking the board apart. If your belt is broken, you will need to buy a new one through Boosted. Happy fixing!

필요한 것

1 단계 Rear Wheels

Boosted Board 1st Generation Belts Replacement, Rear Wheels: 1 단계, 이미지 1/2

Boosted Board 1st Generation Belts Replacement, Rear Wheels: 1 단계, 이미지 2/2

Loosen the two 16.74 mm motor mount hex nut screws with a 9/64" Allen wrench.
Do Not Remove the Screws.

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2 단계

Compress the motor mount back towards the wheel.
While keeping the motor mount compressed, tighten one of the hex nuts that you loosened in the previous step.
The motor mounts are spring tensioned so it is necessary compress them to loosen the belts.

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3 단계

Remove the axel nut with a 1/2" socket wrench

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4 단계

Boosted Board 1st Generation Belts Replacement: 4 단계, 이미지 3/3

Rotate and pull counterclockwise until the wheel comes off the axle completely.
The front washer will come off with the wheel.
Remove the back washer from the axle.
Replacing the wheel requires the bearings to be switched into the new wheel.

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5 단계 Belts

Boosted Board 1st Generation Belts Replacement, Belts: 5 단계, 이미지 1/3

Boosted Board 1st Generation Belts Replacement, Belts: 5 단계, 이미지 2/3

Boosted Board 1st Generation Belts Replacement, Belts: 5 단계, 이미지 3/3

Compress the motor mount back .
Slide the belt off the axle

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6 단계

Remove the two hex screws.
Remove the front hex screw.
When removing the Front hex screw, hold the motor mount and the truck together.
The springs inside the motor mount will push the motor out of the casing if they are not held together.

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7 단계

Boosted Board 1st Generation Belts Replacement: 7 단계, 이미지 3/3

Making sure to hold the motor and truck together, lift off the belt casing and take off the belt.
Do Not let go of the motor and truck until the new belt is on and the Front hex screw is tightened securely.
The springs inside the motor mount will push the motor out of the casing if they are not held together.