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Czinger 21C VMax: Where Cutting-Edge Science Meets Street-Legal Mayhem For a decade, the auto industry has been chasing the next big thing in performance. We’ve seen hybrids that blur the lines between electric and gasoline, AI-driven chassis control, and hypercars that defy the laws of physics. But what if the future of speed isn’t about more displacement, more cylinders, or even more wings? What if it’s about building the lightest, most advanced chassis possible and stuffing it with an excess of horsepower? That’s exactly what Southern California’s Czinger Vehicles is doing with the 21C VMax. After years of hearing about this radical design, I finally got my hands on a production-spec model for a multi-day road rally, and I came away in a state of automotive bewilderment. Czinger is fundamentally different from legacy automakers. Its parent company, Divergent Technologies, operates at the intersection of artificial intelligence and 3D printing. This isn’t just for show; it’s a fundamental shift in how cars are designed and built. Using proprietary algorithms and massive additive manufacturing systems, Divergent produces structural components that are lighter than humanly possible and stronger than conventional materials. This revolutionary approach has attracted attention not just from automotive OEMs, but from the Department of Defense, making a visit to the Czinger factory an exercise in security clearance. I was given a private tour of the manufacturing facilities by Lukas Czinger, the CEO of both Divergent and Czinger. Walking through the facility felt like peering into the next century. At the heart of the operation are several gigantic metal 3D printers, each capable of fusing powdered aluminum into complex, organic shapes. These printers produce parts that resemble bird bones—light, strong, and structurally optimized to a degree that would make traditional engineers weep. This is what Czinger calls “Pareto optimal” design: the point where any further material reduction would compromise structural integrity. The resulting chassis is so advanced that companies like Aston Martin, Bugatti, and McLaren (and rumored manufacturers like Ferrari) now rely on Divergent to produce their own high-performance components, while still building the bulk of their cars traditionally. The Two Sides of the Coin Czinger builds two versions of what is essentially the same extreme machine. The 21C is the track-focused variant, featuring a large rear wing, aggressive aerodynamics, and extreme downforce. The 21C VMax (VMax stands for Maximum Velocity) is the “street legal” version. The wing is removed, the tail is elongated for stability, and the entire car is calibrated to be more usable on public roads—though the definition of “usable” is clearly different when talking about a $2.5 million hybrid hypercar with 1,250 horsepower. For the inaugural Velocity Tour, a 500-mile road rally through Northern California’s wine country, I was piloting a silver VMax. From the moment you approach the car, it’s clear this is not a traditional vehicle. The doors are front-hinged, scissor-style affairs that rotate up and forward, revealing a cabin dominated by a central driver’s seat. This isn’t a random design choice; it’s a nod to early aircraft cockpits and Formula 1 cars. Lukas Czinger proudly states that sitting in the 21C feels like being in a fighter jet. Having ridden in a stunt plane (which feels remarkably similar), I can attest that there’s a distinct difference between being in a car and being in a vehicle. The visibility is phenomenal, but the process of getting into the seat is a comedic ballet. You sit on the massive carbon fiber sill, pull your knees up so your legs point out to the sides, rotate your body inward, and finally tuck your feet into the surprisingly narrow footwell. It’s an awkward dance that you only do a few times, and you’ll be glad for the security once you’re in. One reason the sills are so enormous is that they’re stuffed with batteries. The 21C VMax is a hybrid, utilizing two distinct power sources. Each sill contains a 2.2-kWh battery (4.4 kWh total), powering the front axle and delivering a combined 500 horsepower. The true monster, however, is the mid-mounted combustion engine. Czinger has designed its own 2.9-liter twin-turbo V-8 that produces 750 horsepower on California’s notoriously crummy 91-octane premium fuel. If you’re willing to fill the tank with 100-octane racing fuel, the output jumps to 850 horsepower. Czinger is also working on a 100% ethanol tune, though exact figures haven’t been released yet. The gas engine sends power to the rear wheels via an Xtrac single-clutch automated semi-sequential gearbox. At first glance, this might sound like the clunky transmissions found in older supercars, but Czinger uses the same revolutionary tech as the body. The transmission case is 3D printed, and importantly, it incorporates small 48-volt electric motors to assist shifts at lower speeds. This completely eliminates the “drunken” surging that plagues traditional automated single-clutch transmissions. As a driver, you feel this immediately. Navigating parking lots, traffic circles, and gas stations—the moments when automatics usually stumble—feels almost normal. The twin-barrel actuators work so well that you can ease into a gas station or restaurant without the car lurching forward like a caffeinated horse. It’s a technological achievement that deserves serious applause. The Driver Experience As is common with such extreme vehicles, the early miles of the Velocity Tour were conducted with a professional driver in the back seat. In the case of the 21C VMax, pro racer Evan Jacobs was tasked with ensuring I didn’t accidentally turn $2.5 million worth of futuristic carbon fiber into a ball of wreckage. Thankfully, after one evening’s assurance to the Czinger team that I wasn’t an imminent threat to the car, I was allowed to drive solo for the rest of the rally. We made a brief stop at Laguna Seca for some parade laps, but unfortunately, non-Czinger employees are restricted from driving the VMax on track, even at a snail’s pace. Despite not being able to drive on the track myself, I couldn’t miss the opportunity to ride shotgun. I hopped into the bizarre rear seat (which is really just a seat behind the driver, not truly “in the back”). If you have large calves or wide feet, the experience is tight—my size XXL calves were wedged uncomfortably between the chassis and the seatback, and my feet didn’t fit well in the footwell. However, the side visibility is incredible. It truly does feel like riding in a cockpit. This was particularly striking during a few “6/10ths” hot laps conducted by Jacobs during the Skip Barber Racing School track day we were attending. The most visceral ride I’ve ever experienced was in the Aston Martin Valkyrie LMH race car, where the G-forces during braking felt like they were pulling my blood to my extremities. The Czinger VMax is now second on that list. Even without pushing to the absolute limit, the car generated mind-bending acceleration and cornering forces. It’s easy to see how the Czinger 21C (the wing version) set five production car track records in five days during the California Gold Rush. Later, Czinger returned to Laguna Seca to not only beat its own record but to reclaim the throne from the track-special Koenigsegg Jesko Absolut. The lap time of 1:22.30 is even quicker than the fastest MotoAmerica Superbike lap ever recorded there. Czinger claims the vehicle weighs approximately 3,600 pounds. For a 1,250-horsepower hybrid hypercar, this is incredibly light. For perspective, the Ferrari SF90 Stradale Assetto Fiorano—the most powerful version of Ferrari’s three-motor, twin-turbo V-8 PHEV (making “only” 986 hp)—weighs 3,839 pounds. The new Lamborghini Revuelto is another three-motor, twin-turbo V-8 (again, with less power but serving as a comparison) that weighs 4,185 pounds. Those two cars are the fastest gasoline-powered vehicles MotorTrend has ever tested. If Czinger’s weight claim holds true, the startup has managed to outperform two Italian giants in job one. Considering Southern California isn’t a traditional hub for supercar manufacturing, this achievement is particularly remarkable. On the Open Road The route for the Velocity Tour favored twisting, poorly maintained back roads—hardly the ideal terrain for a hypercar. Add to that the constraints of following the pack, navigating to lunch and coffee stops, and hanging with the camera car, and I was initially disappointed. However, in retrospect, what I experienced is exactly what most owners will experience in everyday use. Surprisingly, the VMax felt mostly like any other hyper-exotic. Be sure to empty your pockets, as the seats are snug. Drink your water before you get in, as there are no cup holders. Mentally prepare yourself for the fact that virtually everyone on the road, especially young men, will be looking at you, following you, waving, and probably yelling friendly obscenities. The ride quality is much better than I expected; the team deserves credit for not making it overly stiff. Even the air conditioning works well. My only real complaint about the road experience is the cabin noise. This isn’t about the unique V