Every Cadillac Formula 1 driver gets a seat built specifically for their body. Here is how the team creates, tests and refines one before it reaches the track.

A Formula 1 car has countless components designed to maximize performance, but few are more personal than the driver’s seat. The Cadillac F1 driver seat must hold the driver securely through enormous G-forces while remaining comfortable throughout an entire race.

The fit has to be extremely precise. A seat that is too loose can allow excessive movement and increase fatigue, while one that is too tight can make a full race physically painful.

Cadillac recently showed the complete process behind creating one of its bespoke F1 seats, from the initial body mold to the final trackside adjustments.

The Process Starts With the Driver’s Body

The first step takes place at General Motors’ Charlotte Technical Center. The driver sits inside the Formula 1 chassis on top of a plastic bag while a technician fills it with a liquid mixture.

The material expands and hardens around the driver’s body, creating a detailed physical mold. That foam shape can then be measured precisely and converted into a digital representation of the finished seat.

Cadillac creates an individual mold around the driver to capture the precise shape required for the F1 seat.

Once the digital model has been finalized, the physical seat can be manufactured.

This approach allows the team to reproduce the driver’s seating position with a high level of accuracy before making any final adjustments at the track.

Cadillac Uses Flax-Based Material Instead of Carbon Fiber

The actual seat is produced at Cadillac Formula 1 Team’s facility near Silverstone in the United Kingdom.

Unlike many components of an F1 car, the seat is not made from carbon fiber. Cadillac instead uses a natural flax-based fiber weave.

The material provides an important advantage for the driver. According to the team, it does a better job of isolating the cockpit occupant from the intense vibrations produced by the race car.

Cadillac manufactures its F1 seats from a flax-based fiber weave designed to improve vibration isolation.

That means material selection is about more than simply minimizing weight. The seat also plays an important role in driver comfort and fatigue management.

In Formula 1, even small improvements can make a difference over a long race distance.

Valtteri Bottas Puts the Seat to the Test

With the seat completed, Cadillac takes it to the circuit for a real-world fitting session.

At the British Grand Prix, Valtteri Bottas climbed into his new bespoke seat inside the team’s garage. Rather than simply accepting the first version, Bottas provided feedback on how it felt and where changes were needed.

The seat was then returned to the factory so the team could make precise modifications.

Valtteri Bottas test-fits his bespoke Cadillac F1 seat during the British Grand Prix weekend.

Engineers can add or remove material in specific areas until the fit is exactly right. That iterative process is essential because the driver needs both stability and comfort while remaining securely positioned inside the cockpit.

Once the adjustments were complete, Bottas had a finished seat ready for competition.

A Custom Seat Is a Performance Component

The Cadillac F1 driver seat may look relatively simple compared with an engine, suspension system or aerodynamic package, but its importance is difficult to overstate.

The seat determines how securely the driver is held during braking, cornering and acceleration. It also helps manage the physical demands created by the car’s vibrations and G-forces.

Moreover, every driver has different requirements. That is why Cadillac does not simply produce one standard seat and install it across its cars.

From Digital Scan to the Race Track

The entire process combines driver-specific fitting, digital modeling, specialized materials and repeated testing. It begins with a mold of the driver’s body and ends with a component that is refined through direct feedback from the cockpit.

For Bottas, the final step came almost immediately. After the fitting process was completed, he used the new seat during Free Practice 1 at the British Grand Prix.

That makes the Cadillac F1 driver seat a perfect example of how Formula 1 performance is built from details that spectators rarely see. The car may be engineered at the limits of technology, but ultimately, one of its most important components has to fit one person perfectly.

Vehicle quality continues to improve, but infotainment remains a major weakness. JD Power says multimedia systems generate more complaints than any other vehicle category.

Vehicle infotainment problems continue to frustrate new-car owners even as overall vehicle quality improves. According to JD Power’s 2026 U.S. Multimedia Quality and Satisfaction Study, multimedia systems remain the most problematic category reported by drivers.

The study found that infotainment-related complaints accounted for 25% of all reported problems in new vehicles. JD Power recorded 42.4 multimedia problems for every 100 vehicles, making the category the most frequently reported source of trouble.

The findings are based on responses from more than 78,000 owners and lessees of new 2026 model-year vehicles after 90 days of ownership.

Infotainment Is the Only Category Getting Worse

JD Power found that multimedia was the only major vehicle category to deteriorate year over year. That stands out as other areas of vehicle quality continue to improve.

The growing reliance on software, touchscreens and connectivity appears to be a major reason. Instead of traditional mechanical failures, many modern complaints involve software behavior, system complexity and problems connecting devices.

Modern vehicle infotainment systems are generating more complaints than any other vehicle category, according to JD Power’s 2026 study.

As automakers add more digital features, the technology inside cars increasingly resembles the software found in smartphones and computers.

However, unlike consumer electronics, infotainment systems are often responsible for controlling functions that drivers use every day. That makes reliability and ease of use particularly important.

Software Complexity Is Becoming the Bigger Problem

JD Power says the industry is shifting toward a new type of quality challenge.

As vehicles become more software-defined, problems are increasingly related to system complexity, software performance and connectivity rather than conventional hardware failures.

That creates a difficult situation for automakers. Software can be updated after a vehicle is sold, but poorly integrated systems can still create significant frustration for owners.

Software, connectivity and system complexity are increasingly responsible for infotainment complaints in modern vehicles.

Software glitches have also become an important factor in vehicle recalls. Automakers are now looking for ways to make software fixes easier to deliver through over-the-air updates.

The goal is to continuously improve vehicle systems without requiring owners to visit a dealership every time a problem is identified.

Navigation Systems Are Showing Improvement

Not every part of vehicle multimedia is getting worse. JD Power found that customer satisfaction with navigation systems improved significantly.

Navigation satisfaction increased by 17 points to 933 on a 1,000-point scale. The improvement was driven by fewer complaints involving usability and accuracy.

That suggests automakers are making meaningful progress in at least some areas of the digital driving experience.

Navigation satisfaction improved significantly, while infotainment remained the weakest multimedia category in JD Power’s latest study.

Customer satisfaction also improved for multimedia systems and speakers overall, showing that progress is possible even while infotainment remains the industry’s biggest trouble spot.

Carmakers Need to Make Technology Simpler

The latest findings highlight a growing challenge for automakers. Drivers increasingly expect the technology in their vehicles to work consistently without requiring complicated workarounds.

That means adding more features is not necessarily the answer. Systems also need to be intuitive, stable and easy to use.

Moreover, the shift toward software-defined vehicles gives manufacturers an opportunity to address problems after vehicles reach customers. Over-the-air updates can improve functionality and fix certain issues without a dealership visit.

Infotainment Remains Automotive’s Biggest Quality Challenge

The vehicle infotainment problems identified by JD Power show how the definition of vehicle quality is changing.

Modern vehicles may have fewer traditional reliability issues, yet drivers are encountering a new category of frustration tied to software, connectivity and increasingly complicated user interfaces.

For automakers, the message is clear: customers expect digital features to work every time and without unnecessary complexity. The brands that simplify the experience while delivering dependable software will have the best chance of turning infotainment from a persistent weakness into a competitive advantage.

Tesla has finally activated one of the Cybertruck’s most anticipated features. Its battery can now help power a home during an outage, although the system requires specific Tesla hardware.

The Tesla Cybertruck V2H feature has finally arrived after years of waiting. Tesla says the electric pickup can now send energy from its high-voltage battery to a home during a power outage through the company’s Powerwall system.

The technology is known as Vehicle-to-Home, or V2H. It allows an electric vehicle to act as an additional energy source rather than simply consuming electricity.

However, there is an important catch. Cybertruck owners cannot activate the feature with just any home charging setup.

Cybertruck V2H Requires a Powerwall 3

Tesla says the new system, called Powershare Home Backup, currently requires a Powerwall 3 installed at the home.

A Tesla Wall Connector is also required to transfer energy from the Cybertruck into the home. That hardware combination allows the pickup and stationary battery system to work together as a larger backup solution.

Tesla says adding a Cybertruck can extend household backup power by more than three days. The company compares that additional capacity to the energy provided by up to nine extra Powerwalls.

The Tesla Cybertruck can now provide backup energy to a home when paired with a Powerwall 3.

Both the Powerwall 3 and the Cybertruck’s energy export system can handle up to 11.5 kW of AC power. That gives the setup enough output for most typical household backup needs.

For Cybertruck owners who already have the required Tesla energy equipment, the feature could significantly increase the amount of time their homes remain powered during an outage.

Tesla Is Rolling Out Powershare Home Backup

Tesla has started enabling the feature for eligible owners, although the rollout is not necessarily automatic for everyone.

Some Cybertruck owners have reportedly received emails asking them to complete a survey before the functionality is activated on their systems.

For now, Powerwall 3 is the only supported stationary battery. Tesla says compatibility with older Powerwall 2 and Powerwall+ systems is expected later.

Tesla’s Powershare Home Backup system connects the Cybertruck with the company’s home energy infrastructure.

Tesla has described the system as a way to integrate two separate energy sources through the same wall connection used for vehicle charging.

The company also points to improvements made to the Cybertruck since the first customer vehicles were delivered. That includes earlier software and hardware work related to Powershare.

The Cybertruck Already Had a Form of Home Backup

This is not the first time Tesla has allowed the Cybertruck to provide electricity to a house.

In 2024, the company introduced a software update that allowed the pickup to keep a home powered through a Powershare Gateway and Universal Wall Connector.

The major difference is that the Gateway itself does not contain a battery. It relies entirely on the Cybertruck’s battery pack to provide backup energy.

The newer configuration with a Powerwall 3 creates a more integrated home energy system, combining the stationary battery with the vehicle when additional capacity is needed.

The Cybertruck’s earlier Powershare system also allowed it to provide electricity to a home during an outage.

The Price of Cybertruck V2H Adds Up Quickly

The Tesla Cybertruck V2H capability is useful, but it is not a cheap upgrade.

The Cybertruck package that enables V2H currently costs $1,970 before installation and does not include the required home battery. A Powerwall 3 system costs considerably more, with the supplied pricing putting the installed unit at around $16,000.

That means homeowners starting from scratch could face a substantial investment before they can use their Cybertruck as a home energy source.

Still, the system offers something conventional backup equipment cannot: access to the vehicle’s large battery whenever the truck is connected and available.

Cybertruck Turns Into More Than Just a Pickup

The arrival of Tesla Cybertruck V2H finally delivers one of the electric truck’s most anticipated capabilities. Instead of simply being a vehicle that draws energy from the home, the Cybertruck can now become an additional power source during an outage.

Moreover, Tesla’s approach highlights how the company is trying to connect its vehicles and stationary energy products into a single ecosystem. The Cybertruck, Powerwall 3 and Wall Connector can work together rather than operating as completely separate products.

For now, the system is limited to Powerwall 3 installations, but support for older Tesla energy systems could expand its reach later. After years of promises and delays, Cybertruck owners finally have a practical way to turn their pickup into a backup battery for the house.