Lipo mount for electric skateboard v2

thingiverse

I modified a design that was available online to make it more durable. The original design can be found here: http://www.thingiverse.com/thing:2099034. It broke after only a few weeks of use, as shown in this photo: https://goo.gl/photos/5fpRg7m1fgBkHXUp9. I designed a new part that is much sturdier and will likely last longer. This project involves converting my kid's longboard into an electric longboard. To power it, I mount four 5200mAh LiPo batteries in series, but the design can hold two or three packs if you don't mind adding extra height. The board has room for velcro straps on the sides, although they're not needed when carrying a single pack. When choosing between LiPo and lithium-ion cells, keep in mind that both have pros and cons. LiPos are easier to find locally, especially considering the spot-welding required for li-ions where I live. Some stores like Hobbyking offer great deals on LiPo batteries. For those with an RC background, charging, balancing, and monitoring LiPos is straightforward. Carrying spare batteries in your backpack makes it easy to create a lightweight setup that can be adapted to different ranges and speeds. Mounting the battery on top of the board allows you to see it if something happens to it, making it easier to add simple monitoring with a battery monitor. However, LiPos are less safe than li-ion cells and wear out faster. Mounting them on top increases the risk of tripping over or stepping on the battery. To mitigate this, you can design a top cover to protect it. Print Settings: Printer Brand: LulzBot Printer Model: Mini Rafts: No Supports: No Infill: 100 Note: Using 100% infill is excessive and unnecessary.