Czinger 21C review: flat out in America's £1.6M, 3D-printed hypercar (www.topgear.com)

The Czinger 21C, a groundbreaking tandem-seat hybrid hypercar, has officially entered its final development phase, showcasing its advanced 3D printing technology and AI-driven production methods. With a staggering output of 1,250bhp from its 2.9-litre twin-turbo V8 paired with an electric drive system, this car can accelerate from 0 to 60 mph in an impressive 1.9 seconds. Produced alongside components for high-profile brands like Bugatti and McLaren, the 21C embodies a new era of automotive engineering, significantly reducing tooling costs and enabling rapid prototyping through its innovative Divergent Adaptive Production System. This hypercar is significant for the AI/ML community as it exemplifies how AI can optimize manufacturing processes, leading to lightweight, high-performance components that challenge traditional automotive design. The 21C's meticulous aerodynamics, including 1,200 kg of downforce at 100 mph, and sophisticated electric torque vectoring capabilities illustrate the practical applications of AI in enhancing vehicle dynamics. Moreover, with a limited production run of just 80 units, the Czinger 21C represents a bold step for American engineering in the hypercar segment, merging cutting-edge technology with a uniquely Californian spirit of innovation.