Lukas Czinger explains how Divergent's AI-driven 3D-printing system is reinventing manufacturing for autos, aerospace, and defense

Summary

Divergent 3D has built what amounts to a product-agnostic advanced manufacturing platform, backed by over $1 billion in investment and more than 750 patents, operating out of a four-building campus in Torrance, Los Angeles. The company serves automotive OEMs including Ferrari, McLaren, and Bugatti, alongside major defense primes Lockheed Martin, Raytheon, and General Atomics, as well as newer entrants like Andruil and Castelian. It has scaled to over 18 active contracts, nearly all moving toward programs of record.

Lukas Czinger, who presented the segment alongside a physical 6-foot 3D-printed autonomous aircraft airframe, positions Divergent not as a prime contractor but as the manufacturing and engineering layer sitting beneath the primes. The core value proposition is a factory that can shift from producing a Lockheed Martin airframe to a Raytheon unmanned aircraft structure to a Ferrari production chassis with no hardware reconfiguration.

Cost and Performance Claims

Divergent argues its additive manufacturing is now cheaper than traditional casting and machining on a dollar-per-kilogram basis, not just more geometrically capable. Structures come in roughly 30% lighter and, in many cases, 30% cheaper than machined or cast equivalents, while supporting production volumes of 1,000 to 10,000 units per year. A single Divergent 3D printer can produce approximately 400 large-scale munition casings annually. At 100 printers, that scales to 40,000 munitions per year, a capacity Czinger describes as well within reach given the company already operates tens of machines.

This munitions angle is pointed directly at a documented gap in U.S. defense industrial capacity. Legacy programs like Tomahawk and JASSM are reportedly failing to meet required production rates, partly due to constraints on castings supply. Divergent presents its platform as a structural fix to that bottleneck, and frames a potential civil reserve manufacturing network of next-generation connected facilities as a strategic priority the U.S. government is actively discussing.

Proprietary Technology Stack

Divergent builds its own 3D printers in-house using a U.S.-based supply chain, develops its own aluminum and refractory metal alloys, and has written its own generative design software. The current printer runs 12 lasers at over 2.5 kilowatts each, up from a single laser at under 1 kilowatt when the company started eight years ago. Combined with larger build chambers, faster recoating, and automated build plate handling, print throughput has increased more than 20x over that period. Czinger claims the current machine delivers 10x the cost productivity of its nearest competitor, running at 3x the speed for one-third the cost.

The AI-driven design engine is capable of generating a full performant airframe CAD package in roughly one week versus the conventional 18-month timeline, using high-performance computing and generative design to optimize across all structural variables simultaneously.

Czinger Vehicles as a Development Vehicle

The company built the Czinger hypercar deliberately as an internal stress test of its own tools, printing thousands of parts across the first two to three years specifically to generate failure data and iteration cycles that customer programs could not provide at speed. The vehicle includes a from-scratch V8 engine, much of it 3D printed, that is California CARB emissions compliant and fully crash-certified. The first customer deliveries have now occurred. Czinger describes it as the fastest road-legal car currently available and the only vertically integrated hypercar OEM in the United States. Chief Commercial Officer George Biggs previously led sales and marketing at McLaren, a signal of the brand's competitive positioning in the high-performance automotive segment.