We 3D Printed a MotoAmerica-Ready Rearset... And it Actually Worked! скачать в хорошем качестве

We 3D Printed a MotoAmerica-Ready Rearset... And it Actually Worked!

In this video, we walk through how we designed, 3D printed, and reinforced a rearset for our MotoAmerica BMW S1000RR — and why I’d be comfortable running this exact part in a Pro MotoAmerica Superbike race. The rearset was printed on a Creality K2 Plus using Creality PPA-CF carbon fiber filament. After printing, we reinforced the part by filling internal voids with chopped carbon fiber and resin from Venom Carbon, creating what’s commonly known as forged carbon fiber. The result? A lightweight, incredibly rigid part that exceeded expectations. This video covers: • Why we chose PPA-CF for a high-stress motorcycle component • How forged carbon reinforcement dramatically increases strength • Design considerations for race-level 3D printed parts • Real-world results on a BMW S1000RR • Why this approach makes sense for motorsports and beyond This isn’t a bench test — it’s real racing engineering. If you’re interested in motorsports, carbon fiber, 3D printing, or high-performance engineering, this one’s for you. 👇 Drop a comment below: Would you trust a 3D printed rearset on a race bike? #3DPrinting #CarbonFiber #ForgedCarbon #MotoAmerica #BMWS1000RR #HartRacing #MotorsportsEngineering #RaceBike #Creality #PPACF #AdditiveManufacturing #Superbike