Oxello 9 electric scooter on engine C5065

thingiverse

I utilized a controller rated at 200A, a battery of type lipo with an operating voltage of 22.2V and a capacity of 40000AH, paired with a motor that can produce up to ~2000 watts of power. Similar to my previous build, the main issue revolves around the overheating problem associated with the motor. By solving all concerns regarding composite component adaptation, they fit properly, and I am confident in the success of this approach; however, the engine still overheats so intensely that it becomes almost impossible to handle by hand. Upon testing the scooter in motion, I found it to be remarkably comfortable at high speeds and effortlessly traversed a slope of around 10 degrees without any complications thanks to the optimized gear ratio settings. Despite observing safety precautions, I haven't tested its speed beyond 30% throttle as my attention is primarily focused on safety concerns. At that level, I measured an approximate top speed of about 22 km/h. Furthermore, I've identified a feasible upper limit for this setup in the range of 35-40 km/H. If anyone can suggest a specific motor model suitable for this project, I'd be grateful to continue exploring viable solutions. As you embark on your build, keep in mind that there's another crucial aspect worth noting: when securing the circuit using screws with M3x20 threads, ensure that you apply soldering tin, aided by a flux agent, to prevent loose connections. In the absence of this measure, it's possible for a malfunction to occur due to screws becoming dislodged and triggering emergency braking through an impact on the wheel caused by detaching details. To install parts and facilitate the movement of the chain within its defined parameters, consider applying a 3 mm removal technique using a grinder on areas where components pass through the frame constructed from aluminum.