The Czinger 21C, a hybrid hypercar from the Los Angeles-based manufacturer Czinger Vehicles, has set a new production car lap record at Laguna Seca raceway, demonstrating that the company’s unusual manufacturing approach produces genuinely competitive performance results.
The Car
The 21C uses a hybrid powertrain combining a twin-turbocharged internal combustion engine with electric motors to produce over 1,200 horsepower in a car that weighs around 1,200 kilograms. Its body and chassis components are manufactured using Czinger’s proprietary 3D printing and computational design processes, which allow for structural geometries that conventional manufacturing methods can’t achieve. The result is an extremely rigid, lightweight structure that contributes directly to the car’s performance credentials.
The Record
Driver Joel Miller set the new production car benchmark around the 2.238-mile Laguna Seca circuit, bettering the previous record in a run that showcased the 21C’s aerodynamic package and powertrain response. Laguna Seca’s combination of elevation changes, the famous Corkscrew section, and varied corner types makes it a meaningful benchmark for evaluating a car’s complete performance package rather than just peak power output.
Manufacturing Innovation
Czinger’s use of artificial intelligence-driven design and additive manufacturing represents a genuine departure from how hypercars have traditionally been built. The company’s approach allows rapid iteration on components and enables weight optimization that conventional tooling-based manufacturing can’t match. The Laguna Seca record provides a real-world validation of that methodology that specification sheets alone cannot deliver.
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