Ferrari has filed 114 patents and trademarks so far in 2026, according to CarBuzz data, nearly 50% more than last year. Its latest patent outlines a futuristic aerodynamic system that could eventually find its way onto Ferrari road cars.
A Futuristic Ferrari Hides a New Aero Idea
CarBuzz uncovered the patent filed with the United States Patent and Trademark Office (USPTO), titled “Sport Road Vehicle With Variable Rear Aerodynamic Load.” While the name is technical, the accompanying images depict a hypercar unlike anything currently in Ferrari’s lineup.
The patent diagrams resemble an extreme version of the Ferrari F80, particularly around the rear, where an enormous diffuser extends toward the upper wing elements. The design also features a very low roof and appears to have no conventional doors, windows or visible compartment for a driver.
Ferrari describes part of the design as “an axial aerodynamic channel that develops behind the cockpit.” Despite proportions that suggest a mid-engined layout, there does not appear to be an engine behind the area where a cockpit would normally sit.
The design is arguably even more radical than Ferrari’s 2022 Vision Gran Turismo concept, although the two share some similarities. But the futuristic hypercar may not be the most important part of the patent.
Ferrari’s Active Aero Taillight Concept
The patent’s primary focus is an active aerodynamic system that uses a component already found on every Ferrari: the taillights.
Ferrari envisions a movable rear light bar positioned below the primary rear wing in its default position. When additional aerodynamic balance is needed at the rear, the lighting element can move behind the rear wing, opening the rear of the vehicle to improve airflow while also marginally extending the wing’s effective length.
A lower spoiler element directs airflow upward. The added wing length could allow that airflow to remain attached to the uppermost wing more effectively.
Airflow coming from the underfloor diffuser could also attach to the upper wing, creating a rear aerodynamic setup designed to maximize ground effect instead of allowing flow separation partway up the diffuser.
Figure 5 in the patent shows the concept in its most extreme form, illustrating airflow over and around the cockpit of the futuristic hypercar.
A Simpler Version Could Arrive Sooner
Other figures in the patent present a much simpler interpretation of the technology. Figures 1, 2 and 3 are less focused on the futuristic hypercar design, with the first image showing a Purosangue and the latter two illustrating a more straightforward movable lighting system.
In this version, the taillight sits below an aerodynamic passageway under a wing. The light assembly could slide upward and angle downward, altering the airflow beneath the wing and effectively creating a spoiler.
Ferrari states that “the final shape of the light assembly, the movement to be carried out to move between the first and the second position and the related actuator may be different, according to requirements and to the type of vehicle.”
That means the simpler configuration could be adapted for different vehicles across Ferrari’s lineup.
Why Ferrari’s Patent Matters
Ferrari has continued to pursue new technology despite criticism surrounding some of its recent decisions. The company was the first to put the “flappy paddle” gearbox and carbon ceramic brakes into road cars, while its “Manuale by Wire” system in the 12Cilindri Manuale represents another technological approach.
The latest aerodynamic patent takes a different approach by giving existing bodywork multiple functions. Rather than adding entirely separate aerodynamic components, Ferrari is exploring how an element already present on its cars could also contribute to aerodynamic performance.
The patent therefore presents two contrasting ideas: an extreme hypercar concept showing how far the technology could be taken, and a simpler movable taillight system that could be adapted to existing Ferrari models.
For Ferrari, the focus remains on finding new aerodynamic possibilities within the design elements already used on its cars.
