Welcome to everyone in this web content of electric skateboard formation I wanted to get one of these for a long time seeing how convenient they are around the town at the time there weren’t many cheap electric longboard available to buy and most of them are about a thousand euros which are something most of the people cannot afford that’s why I decided to teach my audience how to build one for yourself.

Wheelbase & Remote

Most of the users wanted cheap electric longboard to have a longer wheelbase because having a longer wheelbase gives more stability especially at a higher speed it seems like all the remote controls on camera Latrice cables are just an afterthought. So, anything to the line together with the board there is a couple of things we wanted to improve compared to a commercial electric skateboard.

  • The first thing was making sure that you don’t lose the remote and for that, you can make in the netting mount on the bottom of the board where you can always place it this mount also solves another problem which is charging whenever the remote is in the mount get out medical charges so you don’t have to worry about that.
  • Lastly the mount also acts as an on/off switch so when the remote is placed onto the mount it turns off and when you take no off turns back on.

Motor Efficiency & performance

Let’s talk about a motor and performance per second and this is how many 90k motors from inertia work. You can also get the motor mount tracks and wheels from them. The motor is rated for 2400 watts but you can assume that it will speak power on the rated one. It’s plenty strong; they offer even a bigger one. The one I have is actually meant to be used for dual Drive and they would have even more than one or single drive but you can use a small one instead it might sound like the motor isn’t strong enough like some of those cheap skateboards where you have to push yourself first before it can even carry you.

Speed & Battery Life

The other problem can also be the old wheels and the maximum speed you can achieve on average is 32 kilometers an hour. I’m sure you can also go a bit faster by tightening the drugs. When considering the quality of roads around you while the top speed might not be something to brag about.

The longest trip I have taken was 19 kilometers and that drained the battery to about 50% so I could get 35, maybe even 40 kilometers on a single charge with 250 hours. It is not really a problem to achieve this. However, it’s total overkill. The battery made this cheap electric longboard unnecessarily heavy. I don’t ever need to go more than 10 kilometers anyway.

So, it’s just a way that has to be carried around. As a result, you can ride this board to work daily but you have to charge it once a week.

Electronics Work

The inclusion was custom built from wood and it was supposed to fit in with the original board. I ended up using Arduino Nano NRS 24 lo1. The bug is for wireless communication like station joystick tiny hole LED screen and a couple of micro switches for 3d modeling. I used fusion 360. I’ve brought all the components in and designed the case. I had a rough idea of how I wanted to look but the electronics were a guideline I designed around and with a sculpting tool infusion, it’s a lot of fun just to experiment with different shapes. You can use some primer to fill in the gaps between the layers. In my cheap electric longboard, I repeated that about three times until the surface was smooth and I finished it all off with black spray paint. You can also have two buttons on the front of the remote and this originally doesn’t have any use; they were only meant for potential future updates.