2026 Czinger 21C VMax Review, Specs & Price (Brochure)
Introduction
The 2026 Czinger 21C V Max is a huge change in the way cars are made. It uses artificial intelligence to make cars that go faster than ever before. The V Max variation has a longer “long-tail” body that is designed to provide the least amount of drag and the most speed. This is different from its high-downforce sister. This hypercar was designed in Los Angeles and is known for its 3D-printed chassis structures that imitate how bones form in nature to obtain the best power-to-weight ratio in the business. Under the smooth, aerodynamic shell sits a 2.88L twin-turbo flat-plane crank V8 engine in the middle, together with a complex three-motor hybrid system. This combination gives the automobile an incredible 1,250 horsepower (with an optional 1,350 hp upgrade), which lets it reach a top speed of 253 mph. The 21C V Max is more than just a car; it’s the future of high-speed luxury. It has a unique fighter-jet-inspired tandem seating and can go from 0 to 60 mph in under 1.9 seconds.
Pricing
| Car Model | Official Starting Price |
| Czinger 21C | $2,350,000 |
| Czinger 21C V Max | $2,361,200 |
What’s New for Czinger 21C VMax 2026
The 2026 Czinger 21C V Max is a “longtail” version of the 3D-printed hypercar that has less drag and is built for a top speed of 253 mph. It has a hybrid powertrain with a 2.88L V8 that screams to 11,000 RPM and 1,250 rpm (which can be increased to 1,350 hp). This model year focuses on making the car easier to drive. It has 48-volt motors that smooth down the 7-speed transmission for street use, as well as custom luxury interior decorations. It is only part of an 80-unit overall run, but it stands out because of its distinctive inline seating and AI-designed chassis.
Colour Availability of Czinger 21C VMax 2026
The 2026 Czinger 21C is made for high-level custom work, thus it doesn’t come in a defined number of colors. Instead, clients can choose from an endless number of creative and bespoke color schemes.
Specifications
Exterior Dimensions
| Feature | Specification |
| Curb Weight | ~2,734 lbs (1,240 kg) |
| Width | 80.7 in (2,050 mm) |
| Body Style | 2-Door Coupé (Extended Tail) |
| Design Approach | 3D-Printed / Additive Manufacturing |
Interior Dimensions
| Feature | Specification |
| Seating Configuration | 1+1 Inline (Fighter Jet style) |
| Driver Position | Center-mounted seat |
| Passenger Position | Directly behind the driver |
| Storage | Integrated compartment for bespoke luggage |
Exterior and Interior Features
| Category | Features |
| Exterior | Extended aerodynamic-driven tail profile, “Slippery smooth” body design (no fixed aero wings), “Red My Mind” launch color, optimized low-drag bodywork. |
| Interior | Carbon fiber overlaid with fully trimmed materials, sculpted and covered inner door panels, bespoke luggage set, futuristic fighter-pilot cockpit layout. |
Infotainment
| Feature | Details |
| Display | Compact digital gauge cluster integrated into the steering column. |
| Connectivity | Planned integration for Apple CarPlay (via the gauge cluster). |
| Controls | Physical steering wheel buttons and switchgear; avoids large central touchscreens. |
Steering & Brake
| Feature | Specification |
| Braking Performance | 248-0 mph in approx. 8 seconds (as part of the 27.1s 0-248-0 run). |
| Steering Type | High-precision electronic power steering with 3D-printed internal structures. |
| Brake System | Carbon-ceramic high-performance brakes. |
Tires and Wheels
| Feature | Specification |
| Tire Model | Michelin Pilot Sport Cup 2R (Road Legal). |
| Wheel Construction | Lightweight 3D-printed alloy/carbon fiber structures. |
| Traction | All-Wheel Drive (Electric motors at the front). |
Engine
| Feature | Specification |
| Engine Type | 2.88L Twin-Turbo V8 (Flat-plane crank). |
| Redline | 11,000 RPM. |
| Output (Standard) | 1,250 bhp (932 kW). |
| Output (Optional) | 1,350 bhp. |
| 0-60 MPH | 1.9 seconds. |
| Top Speed | 253 mph (407 km/h). |
Drivetrain
| Feature | Specification |
| Configuration | Mid-engine, All-Wheel Drive (AWD). |
| Transmission | 7-Speed Sequential Transaxle. |
| Clutch | Electro-hydraulically actuated multi-plate. |
| Hybrid System | Dual front electric motors + Rear engine/generator. |
Fuel and MPG
| Feature | Specification |
| Fuel Type | Gasoline (Designed to be CARB compliant). |
| Fuel Efficiency | Not officially rated for MPG (Optimized for performance). |
| Emission Control | Pre-heated catalytic converters for “Shed Test” compliance. |
Battery and Range
| Feature | Specification |
| Battery Type | High-output Lithium-Titanate. |
| Battery Capacity | 2.0 kWh – 4.4 kWh (configuration dependent). |
| Voltage | 800V Electric Drive System. |
| Electric Driving | Capable of “Street Mode” low-speed electric-only operation. |
What is the official starting price of the Czinger 21C V Max 2026?
he Czinger 21C V Max 2026 has an official starting price of $2,361,200. However, with bespoke options such as visible carbon fiber or custom interior trims, the transaction price for this hypercar often ranges between $2.7 million and $2.8 million.
What is the top speed and horsepower of the Czinger 21C V Max 2026?
The Czinger 21C V Max 2026 is engineered for high-speed stability, delivering a staggering 1,250 hp from its 2.88L twin-turbo hybrid V8 engine. This powertrain allows the Czinger 21C V Max to reach a verified top speed of 253 mph (407 km/h).
Does the Czinger 21C V Max 2026 feature a traditional seating layout?
No, the Czinger 21C V Max 2026 features a unique 1+1 inline tandem seating configuration inspired by fighter jets. In the Czinger 21C V Max, the passenger sits directly behind the driver in a center-mounted position to optimize the car’s narrow, aerodynamic profile.
What is the estimated fuel efficiency or mileage for the Czinger 21C V Max 2026?
While not officially rated by the EPA, the Czinger 21C V Max 2026 is estimated to achieve approximately 11 MPG combined. Additionally, the Czinger 21C V Max features a “Street Mode” that utilizes its 800V hybrid system for low-speed, electric-only driving to enhance efficiency in urban environments.
