Polestar has unveiled the Formula 2030 concept, a dramatic four-door electric sports car that previews the Swedish brand’s next design chapter. Featuring a radical aerodynamic exterior, a driver-focused cockpit, innovative physical controls and advanced technology, the concept offers an early look at styling elements destined for the next-generation Polestar 2 and upcoming Polestar 7.
Polestar is offering a glimpse into its electric future with the unveiling of the Formula 2030 concept, an ambitious design study that signals a significant evolution in the brand’s visual identity. Although it does not preview a specific production vehicle, the striking four-door sports car introduces styling elements that will influence the next-generation Polestar 2, expected in 2027, as well as the forthcoming Polestar 7 compact SUV.
The Formula 2030 is particularly significant because it represents the first concept developed under the direction of Philipp Römers, who became head of Polestar Design in January 2025. Initially presented to investors and business partners at the company’s headquarters in Gothenburg in September, the concept has now made its official public debut.
Rather than simply showcasing an experimental design exercise, Polestar describes Formula 2030 as a statement of intent, demonstrating how the brand wants its future vehicles to look and feel.
Polestar Formula 2030 Introduces a New Design Language
At first glance, the Polestar Formula 2030 concept looks more like a futuristic grand tourer than a conventional four-door electric sedan. Its extremely low silhouette, sculpted surfaces and carefully developed aerodynamic details give it an unmistakably sporting character.
The concept measures 4,680 mm in length, 2,021 mm in width and just 1,350 mm in height, with a wheelbase of 2,780 mm. Interestingly, it sits even lower than the Polestar 5, reinforcing its dramatic proportions and performance-oriented appearance.
One of the most important design features is the front end, where Polestar’s familiar Dual Blade headlights have been reinterpreted and integrated into an aerodynamic wing structure. This is more than a styling experiment: Polestar has confirmed that this particular front-end treatment will be carried over to the next-generation Polestar 2.
The windshield is another distinctive element. It wraps around the front of the cabin like a racing helmet visor, creating a seamless transition between the glass and the bodywork. A single vertically positioned windshield wiper, inspired by motorsport applications, further emphasizes the concept’s unconventional character.
Technology is integrated just as carefully into the exterior design. A LiDAR sensor is hidden beneath an aerodynamic cover and only becomes visible when autonomous driving mode is activated.
At the rear, Polestar has deliberately avoided the increasingly familiar full-width LED light bar. Instead, the Formula 2030 introduces a new lighting signature called Single Blade, which will also influence future production models.
The doors open in opposite directions, while the absence of a B-pillar creates an exceptionally wide opening and makes entering the cabin considerably easier.
A Driver-Focused Interior Balances Digital and Physical Controls
Inside, Polestar has taken a different approach from the increasingly minimalist interiors dominating the electric vehicle segment. While digital technology remains central to the experience, the Formula 2030 concept demonstrates that physical controls still have an important role to play.
The driver faces a spectacular 20-inch curved display mounted directly to the steering column, ensuring that essential information remains within the natural field of vision. A separate 12.2-inch touchscreen is positioned on the central tunnel.
However, the most interesting interior detail sits directly beneath the central display. Polestar has installed eight customizable physical controls, allowing occupants to configure both their functions and their operating mechanisms.
Drivers can choose between toggle switches and rotary dials, depending on their preferences and the functions they want to control. This approach reflects Polestar’s intention to find a better balance between digital interfaces and traditional physical buttons, rather than forcing drivers to interact with touchscreens for every operation.
The cabin features four individual seats, each equipped with pronounced side bolsters and inflatable cushions designed to adapt to the occupant’s body.
The driving experience can be configured through three selectable modes: Performance, Normal and Autonomous. Interestingly, changing between these modes does more than adjust the vehicle’s operating characteristics. It also changes the driver’s seating position and the position of the central display, adapting the cabin to the selected driving experience.
Artificial intelligence also plays a role, with Google’s Gemini assistant integrated into the concept’s infotainment environment.
Nitrogen Paint, Gold Details and Motorsport-Inspired Components
The exterior is finished in a new color called Nitrogen, which changes its visual appearance depending on surrounding daylight conditions. The effect gives the concept an almost dynamic character, highlighting its sculpted bodywork and aerodynamic surfaces.
Gold accents provide a contrasting visual signature, appearing on the Brembo brake calipers, seatbelts and various interior details.
The Formula 2030 also incorporates several motorsport-inspired elements. Its front trunk, or frunk, has been designed to accommodate racing helmets and a fire extinguisher, reinforcing the concept’s connection to performance driving.
At the rear, beneath the opening hatch, Polestar has deliberately left part of the underlying structure visible. The exposed component is made from a natural-fiber composite developed by Bcomp, a company specializing in sustainable lightweight materials.
Öhlins shock absorbers complete the chassis hardware package, adding another motorsport-oriented component to the concept.
These details suggest that Polestar wants its future design identity to combine advanced technology, performance engineering and more sustainable material choices.
Will the Polestar Formula 2030 Become a Production Car?
For now, Polestar has not confirmed plans to put the Formula 2030 into production. The company has also withheld information about its powertrain, battery capacity, electric motors, performance figures and driving range.
Consequently, there is no confirmation of how much power the concept could produce or what kind of electric architecture might underpin it.
Its importance lies elsewhere. The Formula 2030 provides an indication of how Polestar intends to differentiate its future products in an increasingly competitive electric vehicle market.
The next-generation Polestar 2, expected in 2027, will be among the first production vehicles to benefit from this new design direction. The upcoming Polestar 7 compact SUV will also adopt selected elements introduced by the concept.
Philipp Römers believes that design must remain closely connected to a manufacturer’s identity and ambitions.
“Design should always reflect a brand’s values and mission, and that is exactly what we did with the Polestar Formula 2030 concept,” he explained.
If the production versions retain even a significant proportion of the concept’s visual character, Polestar could be preparing one of the most distinctive design transformations in the premium electric vehicle segment.
The Formula 2030 is not simply a vision of another electric car. It is a preview of how Polestar wants to be recognized in the next decade: more emotional, more performance-oriented and increasingly focused on the relationship between driver, technology and design.
Source: Polestar
