German engineers have introduced a groundbreaking technology in the form of the axial flux motor, a ring-shaped engine that is poised to disrupt the automotive industry. This innovative design promises to revolutionize electric vehicles by offering lighter, more efficient, and powerful engines compared to traditional powertrains. The axial flux motor, with its dual-rotor, single-stator design, boasts remarkable power density and operates differently from conventional electric motors, making it ideal for performance-focused EVs. The new motor design eliminates the need for hydrogen-powered vehicles by providing more power in smaller packaging, less energy wastage, and a longer lifespan due to prevention of overheating. This development poses a significant threat to hydrogen as the future of clean transportation, especially in the passenger car segment. With automakers already investing in axial flux technology, the EV market is poised for a transformation towards more potent electric vehicles. The rise of axial flux motors is expected to render hydrogen-powered cars obsolete in the face of superior performance and efficiency offered by these innovative engines. In addition to reshaping the EV market, the advancement in electric motor technology could have a profound impact on employment in the automotive industry. Many automakers are focusing on in-house motor manufacturing to maintain jobs, with companies like Mercedes, Stellantis, and Volvo leading the way. The shift towards electric motors signifies a future where transportation becomes lighter, faster, and fully battery-powered, potentially displacing the role of hydrogen in passenger car segments.