Swedish electric vehicle manufacturer Polestar has unveiled its Formula 2030 concept car, providing a preview of the design direction it plans to follow in its upcoming vehicles. The futuristic concept combines a low-profile sports car design with advanced digital technology, driver-focused controls and sustainable materials. Its key highlights include 22-inch wheels, a four-seat cabin, distinctive lighting elements and Google Gemini artificial intelligence.
The Formula 2030 concept represents the brand's broader strategy of combining design, performance and sustainability. It is the first show car developed under the leadership of Polestar's Head of Design, Philipp Römers. The company says several design features showcased in the concept will influence future production vehicles, including the next-generation Polestar 2 and the upcoming Polestar 7.
Futuristic Exterior Design and 22-Inch Wheels
The Polestar Formula 2030 concept features a low-slung four-door sports car body with proportions designed to emphasise performance. It measures 4,680 mm in length and 2,021 mm in width, with a wheelbase of 2,780 mm. Its roof height is just 1,350 mm, giving the vehicle a distinctive road presence.
The exterior combines a long bonnet, short overhangs and prominent rear wheel arches. The design also includes 22-inch four-spoke wheels with a centre-lock arrangement. These elements contribute to the concept's sporty appearance.
At the front, the car features Polestar's signature Dual Blade headlights, integrated into an aerodynamic front section. The sharp front design includes a shark-nose profile and a deep front splitter connected through a central structural element.
Another notable feature is the vertically positioned single windscreen wiper, inspired by motorsport designs. The windscreen has a wraparound, visor-like appearance that creates a connected visual effect with the side glass.
The concept also includes a concealed LiDAR sensor. The unit is positioned beneath an aerodynamic cover and becomes visible when the vehicle uses its autonomous driving capabilities.
At the rear, Polestar has moved away from the full-width lightbar design seen on many modern vehicles. Instead, the Formula 2030 introduces a new Single Blade rear lighting signature. The rear section also features an aerodynamic diffuser and a centrally mounted rear wing.
Modern Four-Seat Cabin With Driver-Focused Technology
The interior of the Formula 2030 concept follows a performance-focused design approach. Rather than concentrating entirely on touchscreen controls, Polestar has attempted to balance digital displays with physical buttons and controls.
The cabin features a 20-inch curved Driver Information Monitor, known as HyperDIM, mounted directly on the steering column. This arrangement keeps important driving information within the driver's line of sight.
A separate 12.2-inch central display is integrated into the centre tunnel. The dashboard and interior surfaces feature a horizontal design layout with indirect lighting, creating a clean and minimalistic atmosphere.
One of the most interesting interior features is the introduction of eight customisable physical controls below the central display. These controls can be configured in different formats, including rotary knobs and toggle switches. The approach is intended to provide drivers with easier access to frequently used functions without depending entirely on touchscreen operation.
The concept also features a four-seat layout with a driver-focused cockpit. Its opposing doors open in a way that provides convenient access to the cabin, while the absence of a conventional central pillar creates a more open entry space.
Google Gemini AI Integration
Technology is another major highlight of the Formula 2030 concept. Polestar has integrated Google Gemini through its Google built-in system, providing a conversational voice-based experience for vehicle occupants.
The integration is designed to make interactions with the vehicle more natural. Instead of relying only on fixed voice commands, users can communicate with the AI assistant through conversational requests.
The concept also demonstrates how digital interfaces could become more closely connected with vehicle functions. Polestar aims to present information clearly while reducing unnecessary distractions for the driver.
The company has not announced that every feature shown in the concept will be available in future production vehicles. The technology and design elements should therefore be understood as a preview of the brand's development direction rather than confirmed specifications for a showroom model.
Three Driving Modes and an Adaptive Interior
The Formula 2030 concept also demonstrates an interior designed to adapt to different driving situations. Its layout is intended to change according to the selected driving mode.
The concept showcases Performance, Normal and Autonomous modes. In Performance mode, the steering wheel and driver information display move closer to the driver, while the central screen can lower into the centre console.
In Autonomous mode, the interior arrangement changes to create more space between the driver and steering wheel. The concept's concealed LiDAR sensor also becomes visible when autonomous driving capabilities are being used.
These features demonstrate Polestar's approach to combining physical vehicle controls with adaptable digital technology. However, they remain concept-car features and should not be considered confirmation of production-ready autonomous driving capability.
Sustainable Materials Used in the Concept
Sustainability is another important part of the Formula 2030 design. Polestar has used materials intended to reduce dependence on conventional virgin plastics and improve recyclability.
The seat backs are made using a bio-based composite that combines European flax with bio-based polypropylene. This material is designed to replace traditional plastic components in selected interior applications.
The company has also continued developing its mono-material strategy. Certain door interior components are designed with recyclability in mind, while structural elements such as the seat frame and cross-car beam use low-emission galvanised steel made with recycled raw materials and renewable energy.
The exterior introduces a new concept-specific colour called Nitrogen. It has been designed to respond to changing natural light and is combined with different gloss, matte and satin finishes.
Polestar's signature Swedish Gold colour appears on selected details, including the Brembo brake calipers, valve caps, seat belts and interior elements. These accents provide contrast against the concept's overall minimalist colour scheme.
Special Luggage and Motorsport-Inspired Details
The concept also includes several unusual design elements. At the rear, a transparent luggage compartment floor allows parts of the structure beneath it to remain visible. Bespoke Polestar bags are displayed underneath the transparent section.
The rear clamshell opening reveals additional structural details, including natural-fibre composite materials and Öhlins dampers. At the front, the luggage compartment has dedicated space for race helmets and a fire extinguisher.
These details reinforce the concept's motorsport-inspired character while highlighting the company's interest in displaying materials and engineering components rather than concealing every structural element.
Design Inspiration for Future Polestar Models
The Formula 2030 concept is not being presented as a confirmed production vehicle. Instead, it serves as a design study showing how Polestar intends to develop its future electric cars.
The company has confirmed that several design features from the concept will influence the next-generation Polestar 2, planned for 2027, and the forthcoming Polestar 7.
The Dual Blade headlights and other exterior design details are expected to help shape the appearance of these future models. The concept also provides an indication of how the brand may develop its interior layouts, materials and technology.
Polestar has not announced production specifications, battery capacity, driving range, motor output or pricing for the Formula 2030 concept. These details remain unavailable because the vehicle is intended to demonstrate design and technology direction rather than introduce a confirmed production model.
Overall, the Formula 2030 concept highlights Polestar's focus on combining distinctive styling, performance-oriented design, advanced artificial intelligence and sustainable materials. Its 22-inch wheels, adaptive cabin, physical controls and Google Gemini integration make it an important preview of the Swedish brand's future design ambitions.
