Introduction: DIY Electric Skateboard
Here's a video of my buddy riding the finished skateboard down the street.
Top speed is approx: 15-21mph
Step 1: Find an Old Scooter
This is not a picture of the actual scooter I used, but it's close. I found mine on craigslist for about $50 and amazingly the only problem was the batteries were shot.
Step 2: Strip It Bare
The materials you will salvage from the previous scooter are: the steel frame and shocks, the back wheel and chain linkage, the motor(mine was 1000W), the motor controller, the disc brake system, & throttle control from the handlebar. You can test the batteries, but usually they're bad and should be replaced. This picture shows the remaining frame after I stripped everything off. Nothing was more difficult than unscrewing several screws, except the vertical steel piece welded to the frame.(it supported the handle bars and LED display) I took a sawzall to it and it came off very easy.
Step 3: Find a Suitable Deck Material
I found four or five aluminum sheets at the local recycling scrap metal yard; they were almost the perfect size for the deck. The metal yard charged me around $20 for the material. Next, I took them to a local company that builds cotton gins and they were nice enough to offer me the service of their awesome laser cutter. I fastened it to the scooter frame with 3 bolts on each side and two in the front.
Step 4: Order New Batteries
The initial batteries were shot (3 total), so I went to Ebay and found a lot of different providers. The best price I could find at the time was around $22.
Step 5: Custom Battery Box
The initial battery box was too shallow with my new deck. So I removed the old battery box and replaced it with a custom acrylic box that I shaped into a trapezoid-ish shape. The acrylic is not the most durable material you can use. I only use it because it was easy to shape with a blow torch and extremely cheep. A metal box would probably be better.
Step 6:
Almost finished.........
To mount the acrylic box, I found some simple hinges from home depot and some nuts and bolts. This allows me to access the batteries for whatever reason in the future. You can't see it, but I bound the 3 batteries together with duct-tape to hopefully minimize them moving. I used the model number underneath the motor controller to find its data sheet online(didn't take long). I also found 4 screws to fasten the truck to the frame. I used about an inch thick rectangle shape block of extra aluminum underneath the front of the frame to increase the height. The trucks are the cheapest I could find for 9" wheels, there are much better and more expensive ones available. The deck design is simple, so there may be a better design to help with the wheels not bite while turning. Not pictured is the black scape tape on top of the deck. I went to a local skateboard shop and they applied it for a small cost.
Step 7: Pictures of Separate Components
Here's the link for my motor controller:
http://tncscooters.com/index.php?route=product/pro...
You can also change out the bushing that comes with the truck for a more/less stiff one, whichever you prefer(I went one size more stiff).
Step 8:
Here's the link for my motor controller:
1 Person Made This Project!
- JustinN9 made it!
29 Comments
Tip 5 years ago on Step 2
A 350W motor is a minimum for a 150 lb adult... or a 150 lb child I guess. I'd also recommend gearing with an 11 tooth sprocket on your motor for some nice torque.
Tip 5 years ago on Step 3
In case you dont have access to metal working equipment, I used 3/4" baltic birch plywood (don't use ANY other kind) and it came out nice.
Tip 5 years ago on Step 4
The SLA batteries are heavy and inefficient. Lipo batteries are best but lithium ion is best for the price.
Tip 5 years ago on Step 2
Label your wiring while disassembling. The connectors can get confusing if they are in Chinese and not colored well.
6 years ago
Very nice!
6 years ago
How much did this cost u
6 years ago
How much did this cost u
7 years ago
Does this have regenerative breaking?
7 years ago
Hi, I've added your project to the "A Collection of Homemade Electric Motorized Skateboards (That You Must Make!)" Collection
This is the link If you are interested:
https://www.instructables.com/id/A-Collection-of-Ho...
7 years ago
https://www.youtube.com/watch?v=AOe73EULYqE
way easier electric skateboard
7 years ago
I could go around 15-18mph for about 45min holding it full throttle the time. The most travel distance I ever measured was 5 miles around campus
7 years ago on Introduction
How far were you able to get on one charge?
9 years ago on Introduction
I am doing this. no doubt. except i have looked around and the closest advertised electric scooter that isn't store bought is 75 miles away... so i was walking home one day and i found a chainsaw that someone had obviously dumped with other trash (for shame.). needless to say that will be my motor when i get it working!!! i shall post pics.
Reply 8 years ago on Introduction
Dumpster diving is the key to success !
9 years ago
Nice job
9 years ago on Introduction
Awesome, Thank You for getting back to me with that info! Here you can see we are really into EV's, and this skateboard project will be one of the coolest! www.flickr.com/mbarkley/sets
9 years ago on Introduction
Where is your source for the Front Wheels/Axle ?
Reply 9 years ago on Introduction
Front Wheels - MBS T2 Tires - 9" - Black - $35
http://shop.mbs.com/mountainboard-parts/mountainboard-wheels/mountainboard-tires/mbs-t2-tires.html
Front Truck - MBS ATS Truck - $29.95
http://shop.mbs.com/mountainboard-parts/mountainboard-trucks-suspension/mbs-ats-truck.html
9 years ago on Introduction
Did you leave the drive with just a single wheel?
Reply 9 years ago on Introduction
I did, which was one of the primary reasons for doing this project. I didn't have to build a support frame for the motor, setup the drive chain, and it came with all the accessories to operate it. haha