formula 1 technology powers audi’s fastest roadway automobile yet
Audi presents the Nuvolari, its first-ever supercar powered by a high-performance hybrid system and the most powerful production car in the history of the 4 rings. Exposed in Antibes, France, the limited-edition design integrates Solution 1-derived engineering with a light-weight carbon architecture, providing 1,001 PS and a leading speed going beyond 350 km/hr. Limited to 499 units worldwide, the Audi Nuvolari is arranged to enter production in 2027.
Named after legendary Italian racing motorist Tazio Nuvolari, the lorry marks a brand-new chapter for the German automaker as it prepares to get in Formula 1 as a factory team. The job likewise serves as the very first production design to embody Audi’s evolving design language, combining a sculpted mid-engine silhouette with active aerodynamic systems and advanced electrification innovations.
all images thanks to Audi formula 1 technologies move from track to road At the heart of the supercar is a hybrid powertrain producing a combined 736 kW (1,001 PS). A 4.0-liter twin-turbocharged V8 engine creating 800 horsepower works alongside 3 axial flux electric motors, each contributing 110 kW. 2 electric motors installed at the front axle supply torque vectoring abilities, while a third motor positioned between the engine and transmission supports velocity and energy recovery.
The setup allows the Nuvolari to sprint from 0 to 100 km/h in 2.6 seconds and reach 200 km/h in just 6.8 seconds. The combustion engine revs to 10,000 rpm, a figure more typically connected with motorsport than road-going automobiles. The German vehicle producer notes that a number of systems, including energy recuperation, launch control, and torque management, draw directly from technologies established for Formula 1 competition.
Audi reimagines its signature quattro all-wheel-drive innovation through a new system called ‘quattro predictive trip’, a platform that continuously analyzes steering inputs, acceleration, yaw rate, and tire grip levels to prepare for possible losses of traction before they occur. The predictive system coordinates the electrical motors, brakes, and aerodynamic components as a unified network. Torque is distributed individually between wheels, while aerodynamic surfaces adjust their position to produce the required levels of downforce. Drivers can choose between E-Hybrid, Well Balanced, Dynamic, and Dynamic+ driving modes, while a devoted Track Mode allows traction control settings to be changed for various grip conditions, from damp surfaces to racetrack situations.
the limited-edition hybrid supercar combines Formula 1-derived innovations with a toned monolithic body carbon fiber building and construction debuts on an audi production design For the first time, Audi integrates its Area Frame architecture with a carbon-fiber exterior. Practically every exterior panel is constructed from carbon fiber enhanced polymer, reducing weight while increasing structural rigidity. The business says the elements were established utilizing making processes and know-how originated from Formula 1, including prepreg autoclave production methods that take full advantage of strength while reducing product usage. The light-weight building and construction encompasses created center-lock wheels and carbon-backed performance seats inside the cabin. The substantial use of composite materials also allows extremely complex geometries, consisting of hidden aerodynamic channels incorporated directly into the bodywork.
Aerodynamic performance defines the Nuvolari’s design. A deployable rear wing immediately changes between 3 positions depending on speed, driving mode, and car characteristics. Comparable to Formula 1’s Drag Reduction System, motorists can by hand reduce drag via a steering-wheel-mounted DRS button throughout high-speed driving. Additional aerodynamic components include an S-duct integrated into the front bodywork, cooling channels for the brakes and hybrid components, and a big rear diffuser. According to Audi, the complete aerodynamic bundle can generate more than 400 kgs of downforce in its highest-performance configuration.
the front fascia pairs slim lighting components with big air consumption for cooling and aerodynamic performance cockpit focuses attention on the driving experience Inside, Audi adopts an extremely focused driver-oriented design that reduces diversions and places important details directly within the motorist’s field of vision. Physical controls stay integrated alongside digital interfaces, while anodized aluminum details and light-weight carbon structures enhance the car’s performance character.
The interior is organized around contrasting color zones. Dark surfaces dominate the motorist’s location to support concentration, while lighter surfaces towards the rear produce visual separation. Color accents throughout the interface reference the historical Auto Union Type C race automobile, connecting the vehicle to Audi’s motorsport heritage.
With the Nuvolari, Audi positions itself within a rarefied category occupied by modern hybrid hypercars while showcasing innovations most likely to affect future designs throughout its lineup.
active' aerodynamic systems assist the Nuvolari go beyond 350 kilometers per hour< img src= "image/gif; base64, R0lGODlhAQABAIAAAAAAAP/// yH5BAEAAAAALAAAAAABAAEAAAIBRAA7"alt="audi's 1,001-horsepower 'n uvolari' supercar is inspired by formula 1 technology- 5"width= "818" height="460"data-src="https://static.designboom.com/wp-content/uploads/2026/06/audi-1001-horsepower-nuvolari-supercar-formula-1-designboom-06.jpg"/ > at the back, a full-width lighting signature sits above the diffuser and active aerodynamic aspects
a rear diffuser and active aerodynamic components assist generate downforce at high speeds