Czinger

5 Views
The Czinger 21C hypercar uses a carbon fiber monocoque and AI-driven design software to design the chassis structure generatively. Optimized to minimize weight and maximize stiffness, the digital design is 3D printed using novel additive manufacturing machines. Laser-guided robotics are being used to assemble the 3D printed components. Photo courtesy of Marie O’Mahony
The Czinger 21C hypercar uses a carbon fiber monocoque and AI-driven design software to design the chassis structure generatively. Optimized to minimize weight and maximize stiffness, the digital design is 3D printed using novel additive manufacturing machines. Laser-guided robotics are being used to assemble the 3D printed components. Photo courtesy of Marie O’Mahony

The Czinger 21C hypercar uses a carbon fiber monocoque and AI-driven design software to design the chassis structure generatively. Optimized to minimize weight and maximize stiffness, the digital design is 3D printed using novel additive manufacturing machines. Laser-guided robotics are being used to assemble the 3D printed components. Photo courtesy of Marie O’Mahony