Redefining automotive design

“The 21C is our declaration of what’s possible when innovation is unbound. We’ve created not just a hypercar, but a revolution in how vehicles are imagined, designed, and built. It’s not limited by the past- it’s built for the future.”

Lukas Czinger Founder, President & CEO

Kevin and Lukas Czinger standing between two Czinger 21Cs in the studio

How it started

Founding Story

Established in 2019 by Lukas & Kevin Czinger, Czinger’s founding purpose stems from a fundamental question: if you could reimagine the way humans build from first principles, unshackled from every constraint, what would you create? Utilizing tools developed by sister company, Divergent Technologies, Czinger’s answer was the 21C, a radically different approach to the hypercar that sets new standards in performance and experience. Just seven years after it was founded, Czinger has redefined what is possible in automotive performance.

Czinger 21Cs lined up on the Area 21 assembly floor in Los Angeles

Made in Los Angeles

Area 21
Los Angeles, CA

Los Angeles is the place where aerospace, deep technology, and automotive obsession converge. It embodies Czinger's singular belief that the world can be reinvented — and the audacity to actually do it. Czinger’s Area 21 manufacturing facility is built in the same state that produced Skunkworks, the space program, and the small obsessive teams that created some of history's most consequential machines. Every Czinger 21C is designed, engineered, and hand-assembled with that same spirit. Its own engine. Its own structures. Its own manufacturing system. At Area 21, the Czinger team is focused on reclaiming the top of the automotive world in a quintessentially American way: with an entirely new platform, and an entirely new way of thinking.

Additively manufactured BioLogic structure, close up

Core philosophy

BioLogic™ Engineering

At the core of Czinger is BioLogic™ Engineering, an approach in which human ingenuity is unshackled from constraints and turbocharged by the most advanced toolset in the industry. The result is a hypercar whose architecture is optimized by algorithms, shaped by data, and refined through the same iterative logic that governs natural systems.