Lukas Czinger walks through the 21C hypercar: AI-designed, 3D-printed, road-legal, and setting track records in 5 days

Summary

Divergent Technologies, the Torrance, California-based AI-design and additive manufacturing company behind the Czinger 21C hypercar, has quietly repositioned itself as a defense manufacturing platform over the past three years — and the numbers reflect a sharp inflection.

From zero to 40+ defense contracts in three years

Divergent held no defense contracts three years ago. Today it operates across more than 40 active contracts, with its Torrance facility already at or near full capacity producing main bodies for large cruise missile systems at a rate of roughly 80 to 100 units per month — approximately 1,000 missiles per year. Lukas Czinger, who leads the company, frames Divergent not as a competitor to Anduril, Lockheed, or Raytheon, but as a horizontal manufacturing layer servicing all of them. The model is deliberately asset-agnostic: rather than bet on one to five programs, Divergent targets 100 programs over time as a supplier to the primes.

The Torrance plant is approaching capacity constraints, and the company is now evaluating multiple states for factories two through five, while also considering a second California facility to stay close to the Southern California engineering and startup ecosystem.

What the manufacturing process actually delivers

Divergent uses powder bed fusion — laser welding metal powder layer by layer in a nitrogen-filled, oxygen-free chamber — to produce aluminum and nickel-based alloy structures. The process generates per-layer data across thousands of layers per part, making it among the most monitored manufacturing methods available for metal components.

For missile applications, Czinger cites consistent outcomes of roughly 30% lighter structures and 30 to 40% increases in fuel volume versus conventionally manufactured equivalents. A 40% fuel volume gain on a missile system is the type of performance delta that drives procurement decisions, and Czinger argues this capability, combined with scalable production, is the core reason Divergent has attracted both contract volume and institutional attention.

For hypersonic applications, the material requirement shifts from aluminum to nickel-based superalloys such as Inconel, which can sustain extreme heat without structural failure. Divergent is currently working on multiple hypersonic programs designing primary structure, and has received government contracts to develop higher-performance proprietary alloys beyond what is commercially available. The company is also positioned as a manufacturing partner for Castelion, the hypersonics startup located nearby in Southern California, which is targeting high-volume hypersonic production.

The 21C as a sales tool and proof of capability

The Czinger 21C hypercar — a strong hybrid using a V8 that achieved full California CARB emissions certification — was used early in the company's history as a demonstration of systems integration credibility. Achieving road-legal status required passing CARB's shed tests, evaporation monitoring, and cold-start emissions protocols, a process Czinger describes as genuinely difficult, particularly for low-volume producers. California CARB reportedly gave the program attention in part because Divergent represented one of the first new OEMs established in the US in recent memory.

The car now serves a different audience. Defense customers ranging from senior government officials to prime contractor CEOs tour the facility, and the 21C functions as a proof-of-systems-engineering-capability artifact rather than a commercial product pitch.

Expansion roadmap

Beyond defense and automotive, Divergent is active in space — specifically satellite bus structures — where mass optimization carries compounding value per kilogram saved at launch. Czinger identifies commercial aviation, oil and gas, and mining as longer-horizon verticals where the platform becomes viable as unit economics improve. He is explicit that discipline in sequencing these markets is necessary given the scale of the addressable opportunity.

The post-processing side of the business includes a fully automated anodizing line in Torrance for corrosion resistance treatment, with stealth-compatible coatings and gap-and-flush finishing handled either in-house or in partnership with the relevant prime contractor, depending on classification requirements.