Inside the Motor That's 50% Smaller and 30% More Powerful

The Koenigsegg Quark electric motor weighs 30 kilograms and produces 335 horsepower. Same power output as a Subaru WRX engine, in a package that fits inside a backpack. The same engineering principles are coming to mainstream EVs within 24 months. In this episode of American Engineered, Jordan breaks down the four parallel breakthroughs — axial flux architecture, hairpin windings, direct oil cooling, and advanced magnetic materials — that are making EV motors 50% smaller and 30% more powerful. 00:00 — The hook 00:50 — Why motor size matters 01:30 — Why conventional radial flux hit its limits 03:30 — The four breakthroughs working together 06:30 — Engineers in the chat 06:50 — The catches (cost, rare earths, thermal limits) 09:00 — My honest take 10:30 — Bottom line 🔧 Subscribe for weekly engineering breakdowns from a former aerospace and battery engineer. — — — Educational content. Not engineering or investment advice. EV technology timelines change frequently — verify current data before any technical or financial decisions. #americanengineered #motors #electricvehicles #engineering #axialflux