Czinger 21C Spyder features 23% 3D printed components
Czinger Vehicles unveils its 21C Spyder hypercar, with 23% of its structure 3D printed using advanced additive manufacturing techniques.
Czinger Vehicles has unveiled its 21C Spyder hypercar, featuring 23% of its structure made from 3D printed components. The vehicle's BioLogic Chassis includes parts such as the MegaNode, side and rear crash structures, and rear suspension components, all manufactured using processes developed by Divergent Technologies. The company's proprietary Z301 aluminium alloy is used in key parts like the BrakeNode, a topology-optimized braking system that reduces stopping distance by up to 15%.
The 21C Spyder also includes a bespoke 2.88L twin-turbo V8 hybrid powertrain with extensive use of additively manufactured components, making the engine 45 kg lighter than average. The car features a world-first 3D printed gearbox casing and a dual A-arm pushrod suspension with additively manufactured control arms that reduce weight by 20%. The cabin includes 3D printed elements such as a lightweight steering wheel and speaker grilles.
Czinger plans to produce only 30 units of the 21C Spyder, starting at $2.75 million. The company's founder, Lukas Czinger, emphasized that the 21C is designed from the ground up using revolutionary technology, offering a new level of driver engagement and performance.
The 21C Spyder showcases the potential of additive manufacturing in high-performance automotive design. By integrating 3D printed components, Czinger demonstrates how topology optimization and advanced materials can reduce weight and improve performance, aligning with broader trends in aerospace and automotive industries where lightweight, complex geometries are critical.
Edited by the news editor with AI from the original report — please refer to the original source.