CONCEPT CARS

Polestar Formula 2030 Concept Reveals the Future Design of the New Polestar 2 and Polestar 7

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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

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Tesla Cybertruck Production to End in 2027 as Musk Prioritizes Cybercab Robotaxi

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Tesla Cybertruck production is set to end by mid-2027, despite the electric pickup reportedly having more outstanding orders than the company can fulfill. Elon Musk says Tesla will attempt to build as many Cybertrucks as possible before shutting down the production line, but many customers may receive refunds on their deposits as the company shifts its focus towards the Cybercab robotaxi.

Tesla is preparing to pull the plug on Cybertruck production, bringing an unexpectedly early end to one of the most controversial electric vehicles in recent automotive history. However, the decision comes with an unusual twist: according to CEO Elon Musk, the company has more Cybertruck orders than it will be able to fulfill before production ends.

In a post on X, Musk confirmed that Tesla intends to maximize Cybertruck output over the coming months but acknowledged that some customers will ultimately have their reservations and deposits returned.

“We will try to produce as many vehicles as possible before the line shuts down in about eight months, but we will have to return deposits to many people,” Musk wrote.

The announcement suggests that Tesla is prepared to walk away from outstanding Cybertruck demand rather than extend the production life of its electric pickup. More importantly, it highlights a significant change in the company’s priorities as it increasingly directs resources towards autonomous mobility.

Tesla chooses Cybercab over Cybertruck production

Musk has emphasized that the decision to discontinue the Cybertruck is not primarily driven by profitability concerns. Instead, Tesla believes that allocating factory capacity and manufacturing resources to its upcoming Cybercab robotaxi represents a more valuable long-term opportunity.

The company plans to gradually phase out Cybertruck production at its Gigafactory Texas facility, with the manufacturing line expected to shut down by mid-2027.

The freed-up factory space will be used to support production of the Cybercab, a radically different vehicle designed specifically for autonomous transportation. Unlike conventional cars, the two-seat Cybercab is intended to operate without a steering wheel or pedals, reflecting Tesla’s broader ambition to build a large-scale robotaxi network.

From a manufacturing perspective, the transition also makes strategic sense for Tesla. The Cybertruck’s unconventional construction, distinctive stainless-steel body and complex manufacturing requirements have made it a particularly challenging vehicle to produce. Redirecting factory capacity towards a vehicle that Musk considers central to Tesla’s future could therefore be more attractive than continuing to invest in the electric pickup.

Nevertheless, abandoning a vehicle with outstanding customer orders is an unusual decision, particularly for a manufacturer that spent years building anticipation around its launch.

Cybertruck: From ambitious promises to disappointing sales

Unveiled in November 2019, the Tesla Cybertruck immediately attracted attention with its angular stainless-steel exterior, unconventional proportions and ambitious performance claims. Musk positioned it as a revolutionary alternative to traditional American pickup trucks, promising to challenge established competitors with an all-electric platform.

However, the road from unveiling to customer deliveries proved considerably longer than initially expected. Tesla originally planned to begin deliveries in 2021, but the first customer vehicles did not arrive until late 2023.

Musk had previously suggested that Tesla could eventually sell as many as 250,000 Cybertrucks annually. That target now appears increasingly distant.

According to estimates cited by Motor1, approximately 71,000 Cybertrucks have been sold since deliveries began. Tesla does not publish separate official sales figures for the model, making it difficult to establish its exact commercial performance.

The difference between Musk’s original ambitions and the estimated number of vehicles delivered illustrates the difficulties Tesla has encountered in turning the Cybertruck into a high-volume product.

Although the pickup generated enormous attention and attracted substantial reservation interest, that initial enthusiasm has not translated into the sales volumes originally envisioned.

The $40,000 Cybertruck never happened

Another important factor in the Cybertruck’s story is pricing. When Tesla unveiled the pickup in 2019, Musk indicated that the entry-level version would start at approximately $40,000.

That affordable configuration never made it into production.

Instead, the cheapest Cybertruck currently costs more than $80,000, placing it considerably above the original promised starting price. The gap between the initial price expectations and the eventual market offering may have limited its appeal to customers who had originally been attracted by the prospect of an affordable electric pickup.

This is particularly significant in the highly competitive American pickup market, where buyers often place considerable importance on purchase price, practicality, towing capability and long-term ownership costs.

Tesla’s pricing strategy, combined with production delays and the vehicle’s unconventional design, has undoubtedly shaped the Cybertruck’s commercial trajectory.

What happens next for Tesla?

The Cybertruck’s planned departure represents more than the end of an unusual electric pickup. It signals a potentially fundamental shift in Tesla’s business strategy.

Rather than expanding its conventional electric vehicle lineup, the company is increasingly betting on autonomous driving technology, robotaxis and a future in which transportation services could become a major source of revenue.

The Cybercab sits at the center of that vision. However, replacing an established vehicle production program with an entirely new autonomous transportation concept carries significant technological, regulatory and commercial challenges.

For customers still waiting for their Cybertruck, the implications are much more immediate. Despite the outstanding reservations, Tesla intends to prioritize the Cybercab, meaning some prospective buyers could receive their deposits back without ever taking delivery of the pickup they originally ordered.

The Cybertruck began its journey as one of the most ambitious automotive projects of the modern electric vehicle era. Its planned production shutdown in 2027, before Tesla has fulfilled all reported orders, could ultimately make it one of the most unusual chapters in the company’s history.

Source: Automotive News; Photo: Reuters

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Honda Invests $3 Billion in New Ohio Plant for Hybrid Cars

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Honda is investing $3 billion in a new automotive manufacturing plant in Central Ohio, creating more than 2,000 jobs and adding capacity for 240,000 vehicles annually. Scheduled to begin production in 2029, the facility will become a cornerstone of Honda’s ambitious hybrid vehicle strategy, supporting a wider expansion of manufacturing operations across the United States.

Honda is preparing one of the biggest expansions of its American manufacturing footprint in decades. The Japanese automaker has announced a $3 billion investment in a new vehicle assembly plant in Central Ohio, reinforcing its commitment to hybrid technology and domestic production as demand for electrified vehicles continues to evolve across North America.

The new facility, which is expected to begin operations in 2029 pending final government approvals, will have an annual production capacity of 240,000 vehicles and create more than 2,000 new American jobs. Once operational, it will help increase Honda’s total annual automobile production capacity in the United States to approximately 1.3 million vehicles, while North American capacity is expected to reach around 1.9 million.

Rather than representing an isolated investment, the new factory is part of a much broader manufacturing transformation involving Honda’s existing operations in Ohio, Alabama and Georgia, alongside its Canadian facilities. The objective is to establish a more integrated production network capable of manufacturing next-generation hybrid vehicles, gasoline-powered models and, where market demand requires, fully electric automobiles.

The investment also comes as Honda prepares to introduce 15 new Honda and Acura hybrid models globally by 2030, a strategy announced in May 2026. North America is expected to become the primary market for many of these vehicles.

New Honda Ohio Plant Will Produce 240,000 Vehicles Annually

The new Honda manufacturing facility will be constructed on land between the company’s existing East Liberty and Marysville automobile plants in Ohio. It will become Honda’s fourth automobile assembly plant in the state and its ninth automotive-related production facility in the United States.

With a planned annual capacity of 240,000 vehicles, the factory will be designed around manufacturing flexibility. Unlike traditional facilities dedicated to a limited number of models or powertrain configurations, the new plant will be capable of assembling vehicles with different propulsion technologies, including hybrid-electric, conventional gasoline and battery-electric powertrains.

This flexibility is particularly important as Honda navigates an automotive market in which customer preferences, electrification strategies and regulatory requirements continue to change.

The Japanese manufacturer intends to equip the factory with some of the most advanced production technologies in its global manufacturing network. Leading-edge automation, data-driven manufacturing processes and flexible assembly systems will be introduced to improve production efficiency, vehicle quality and overall competitiveness.

The facility will also benefit from close cooperation between Honda’s manufacturing engineers and research and development teams, allowing new models to be developed with production requirements in mind from the earliest stages.

Honda considers Ohio an ideal location because of its established automotive ecosystem, highly skilled workforce and proximity to its existing manufacturing and engineering operations.

The region is also home to Honda Development & Manufacturing of America, the North American Automotive Development Center and the Transportation Research Center. In addition, the L-H Battery Company joint venture facility will provide the flexibility to manufacture battery cells for both hybrid and fully electric vehicles.

Honda’s relationship with Ohio also extends beyond manufacturing. Over the past four decades, the company has invested approximately $132 million in research facilities and endowed academic positions at The Ohio State University, alongside workforce development and educational partnerships with regional colleges.

Honda Expands Hybrid Production Across Alabama and Ohio

While the new Ohio assembly plant represents the most visible part of Honda’s expansion, several existing manufacturing facilities will undergo substantial upgrades to support the next generation of hybrid vehicles.

One of the most important projects involves the Honda Alabama Auto Plant, which will celebrate 25 years of vehicle production in 2026.

Honda plans to modernize key vehicle and engine manufacturing operations at the facility, including a major renovation of its Line 1 assembly operations. The upgrades will allow the plant to manufacture the Passport SUV on both production lines, rather than restricting the model to Line 2 as it does today.

The Alabama facility will also receive new engine manufacturing equipment to support production of a new V6 hybrid engine. This investment will increase engine production capacity and strengthen the plant’s role in Honda’s future hybrid strategy.

The changes are intended to provide greater flexibility when manufacturing different vehicle models, while improving production efficiency and quality.

The Honda Alabama Auto Plant currently plays an important role in the company’s North American SUV and light-truck manufacturing operations. Its expanded capabilities will become particularly relevant as Honda prepares to introduce additional electrified models for customers who want improved fuel efficiency without sacrificing the performance and practicality of larger vehicles.

World’s Largest Honda Engine Plant Prepares Next-Generation Hybrid Engines

Another major part of the investment programme concerns the Anna Engine Plant in Ohio, the largest Honda engine manufacturing facility in the world.

Honda has begun retooling existing production equipment to manufacture a next-generation four-cylinder Atkinson-cycle engine designed for future compact and midsize vehicles produced in North America.

The Atkinson-cycle combustion process is particularly suitable for hybrid powertrains because it prioritizes thermal efficiency and fuel economy, helping reduce fuel consumption while working alongside an electric motor.

The facility will also expand its on-site parts consolidation centre, which is expected to begin operations in 2027. The new logistics infrastructure will improve the movement and organization of components, supporting higher production volumes and greater manufacturing efficiency.

These changes will help Honda coordinate engine production with its expanding hybrid vehicle assembly network, reducing logistical complexity and strengthening its ability to respond to changing market demand.

Honda to Increase Hybrid System Production Capacity by 250 Percent

Perhaps one of the most strategically important elements of Honda’s manufacturing expansion involves its transmission and hybrid powertrain facilities in Ohio and Georgia.

At the Honda Transmission Plant-Ohio, the company has already started transforming an existing transmission production line into a second hybrid system manufacturing line.

The project will support the production of two next-generation Honda hybrid systems designed for different vehicle categories, including compact and midsize models as well as larger vehicles.

Honda expects the upgrades to increase the facility’s hybrid system production capacity by an impressive 250 percent over the coming years.

The Ohio facility already manufactures two-motor hybrid systems used in several of the brand’s most important North American models, including the Honda CR-V, Accord and Civic.

Production preparations are also underway for a next-generation hybrid system scheduled to enter production in 2027. At the same time, Honda is developing a separate hybrid system intended for larger vehicles, which will be manufactured at American assembly plants in the coming years.

The Honda Transmission Plant-Ohio will serve as the lead manufacturing facility for this larger hybrid system, helping establish production standards and coordinate implementation across the company’s wider network.

Georgia will also play an increasingly important role. Honda Transmission Plant-Georgia, which currently produces 10-speed automatic transmissions for Honda and Acura vehicles manufactured in Alabama and Ohio, will introduce a new assembly line dedicated to next-generation hybrid systems for larger vehicles.

Once production begins, employees at the Georgia and Ohio facilities will work closely together to coordinate manufacturing processes and ensure consistent production quality.

The expansion demonstrates that Honda’s electrification strategy is not simply about increasing vehicle assembly capacity. The company is also investing heavily in the engines, hybrid systems and supporting manufacturing infrastructure required to produce its next generation of vehicles locally.

Honda and Acura Prepare 15 New Hybrid Models by 2030

The manufacturing expansion is closely connected to Honda’s global product strategy.

In May 2026, the company announced plans to introduce 15 new Honda and Acura hybrid models worldwide by the end of the decade. North America is expected to be the principal market for many of these vehicles, making the region’s manufacturing infrastructure particularly important.

Honda designers and engineers at the company’s North American Automotive Development Center, with operations in California and Ohio, are already working on several new models for both brands.

The close proximity of development centres and manufacturing facilities allows Honda’s engineering and production teams to collaborate throughout the vehicle development process. This approach is intended to improve manufacturability, quality and efficiency while reducing the complexity of introducing new models.

It also gives Honda greater control over the transition from vehicle development to mass production, particularly when introducing new powertrain technologies.

Although the company has not disclosed the identities of all the models currently under development, the combination of expanded engine production, increased hybrid system capacity and flexible vehicle assembly lines suggests that hybrid technology will remain a central element of Honda’s North American product offering.

Importantly, the new Ohio factory will not be limited to hybrid vehicles. Its ability to accommodate gasoline and battery-electric models will allow Honda to adjust its production mix as customer demand and market conditions evolve.

Honda Strengthens Its Nearly 50-Year Manufacturing Presence in America

Honda’s latest announcement represents another major milestone in a manufacturing relationship that began almost five decades ago.

Automobile production in North America started in 1982 at the Marysville Auto Plant in Ohio, making Honda the first Japanese automaker to manufacture automobiles in the United States.

Since then, the company has steadily expanded its industrial presence across the region. Today, Honda employs approximately 33,000 associates in North America and operates 18 manufacturing plants with combined annual capacity to produce around 1.6 million automobiles, nearly two million engines, 52,000 power equipment products and approximately 250,000 powersports products.

Its North American industrial operations also support production of the HondaJet advanced light aircraft and GE Honda HF120 turbofan engines.

Cumulative investment in Honda’s North American manufacturing capabilities has exceeded $28 billion, including more than $3.1 billion over the past five years.

The company also maintains an extensive regional supplier network involving more than 750 original equipment suppliers. Since 1982, cumulative purchases of parts and components from these suppliers have exceeded $631 billion.

Another important indicator of Honda’s localization strategy is that nearly 99 percent of all Honda and Acura automobiles sold in the United States in 2025 were manufactured in North America.

According to Bob Nelson, executive vice president of American Honda Motor Co., the latest investments represent a long-term commitment to American manufacturing and the company’s employees.

He emphasized that Honda’s expansion will strengthen the role of the United States within its global operations while positioning the company to serve customers more effectively over the coming decades.

Ohio Governor Mike DeWine also welcomed the announcement, highlighting the longstanding relationship between Honda and the state and the importance of the new facility for local employment and economic development.

Honda’s $3 Billion Investment Signals a Long-Term Commitment to Hybrid Technology

Honda’s decision to invest $3 billion in a new Ohio factory is significant for more than its financial scale. It reflects the company’s determination to maintain a strong manufacturing presence in North America while adapting its product strategy to the changing realities of the automotive industry.

With demand for hybrid vehicles continuing to play an important role in the region’s electrification transition, Honda is choosing to expand its ability to manufacture multiple powertrain technologies rather than committing its entire production network to a single solution.

The new Ohio plant, combined with upgrades in Alabama, Georgia and other regional facilities, will create a more closely connected manufacturing ecosystem covering vehicle assembly, engine production and hybrid powertrain manufacturing.

When the new factory begins production in 2029, Honda expects to have the industrial capacity and technological flexibility necessary to support its next generation of Honda and Acura vehicles.

For the Japanese automaker, the message is clear: hybrid technology will remain a major pillar of its North American strategy, and the United States will continue to be one of the most important foundations of its global manufacturing operations.

Source: Honda

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