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1963 Corvette Grand Sport Becomes the Most Expensive Corvette Ever Sold at Auction

The 1963 Chevrolet Corvette Grand Sport has just rewritten the record books. One of only five Grand Sport race cars ever built has sold for an astonishing $18.7 million at auction, making it the most expensive Chevrolet Corvette ever sold publicly.

Offered by RM Sotheby’s, the ultra-rare C2 Corvette was widely expected to challenge the existing auction record for a Corvette. Few, however, could have predicted just how far bidding would go. The final price of $18.7 million eclipsed the previous Corvette auction record by nearly $15 million, underscoring the extraordinary appeal of Chevrolet’s legendary factory-built racing machine.

For collectors, this was never simply another classic Corvette. Chassis No. 003 represents one of the most important chapters in American motorsport history—and perhaps the ultimate expression of Zora Arkus-Duntov’s vision for the Corvette.

The Most Expensive Corvette Ever Sold at Auction

Before the 1963 Corvette Grand Sport crossed the auction block, the record for the most expensive Corvette sold at public auction belonged to a 1967 Corvette L88 Coupe.

That car achieved $3.85 million in 2014, establishing a benchmark that remained untouched for more than a decade. Several Corvettes subsequently crossed the $3 million threshold, but none came close to challenging the L88’s record.

The recent auction completely changed the picture.

The $18.7 million sale price is almost five times the previous Corvette auction record. It also places this Grand Sport among the most valuable American automobiles ever sold at auction.

The current top three Corvette auction results include:

  • 1963 Chevrolet Corvette Grand Sport – $18.7 million
  • 2025 Chevrolet Corvette ZR1 VIN 001 – $3.7 million
  • 2023 Chevrolet Corvette Z06 70th Anniversary Edition – $3.6 million

The scale of the new record is particularly remarkable because the Grand Sport is more than six decades old. Its value comes not from modern performance or technology, but from rarity, competition history, provenance and its place in Corvette history.

Only Five Corvette Grand Sports Were Ever Built

The extraordinary value of this Corvette begins with one simple fact: Chevrolet built only five original Grand Sport cars.

The Grand Sport program was conceived in 1962 by legendary Corvette engineer Zora Arkus-Duntov. His objective was straightforward but ambitious—to create a lightweight, purpose-built Corvette capable of taking on Ford-powered competition such as the Shelby Cobra.

At the time, General Motors had decided to withdraw from official factory-supported racing programs. That decision, however, did little to stop Duntov and his team from pursuing their own vision.

The Grand Sport was developed largely in secret, with engineers working on the project outside their regular responsibilities.

Duntov originally intended to build 125 examples, which would have been enough to satisfy homologation requirements for international Grand Touring competition.

General Motors management eventually discovered the program and ordered it to be stopped.

Only five cars had been completed.

Those five Corvettes subsequently became some of the most coveted American racing cars ever produced.

Chassis No. 003 Has a Serious Racing Pedigree

The Corvette that achieved the $18.7 million auction result carries chassis number 003, making it one of just five original Grand Sports.

Its competition history adds another layer of significance.

The car was raced by Dick Doane during the 1963 season, winning three SCCA races. It later competed at the legendary 12 Hours of Sebring, finishing second in class in 1964 and third in class in 1965.

Its cockpit also saw some of the biggest names in American racing.

Drivers associated with the car include A.J. Foyt, Jim Hall, Augie Pabst and Dick Thompson.

That combination of rarity and documented competition history is exactly what serious collectors look for. Unlike many expensive classic cars, this Corvette is not valuable merely because it is old or attractive. It has genuine motorsport credentials and a direct connection to one of the most important periods in American racing.

A Corvette Designed to Fight the Shelby Cobra

The original Grand Sport was radically different from an ordinary Corvette.

Rather than simply adding more horsepower to the production C2, Chevrolet engineers focused on reducing weight and improving the car’s ability to compete on a race track.

The Grand Sport program was developed around a lightweight construction philosophy and a dedicated racing specification. The goal was to create a Corvette that could challenge lighter and highly competitive sports cars of the era.

The Shelby Cobra was one of the primary targets.

That rivalry helped create one of the most fascinating chapters in the history of American performance cars. The Grand Sport ultimately never received the opportunity to fulfill its original homologation program on the scale Duntov envisioned, but the five cars that survived became automotive legends.

More Than 600 Horsepower From a Period-Spec V8

Under the hood of chassis No. 003 is an all-aluminum 6.2-liter V8 built to period specifications.

The engine is equipped with four original Weber 58 DCOE carburetors, an arrangement that immediately identifies this Corvette as a serious competition machine rather than a conventional road-going C2.

The engine is estimated to produce more than 600 horsepower and approximately 530 lb-ft (813 Nm) of torque.

Those numbers are remarkable even by modern standards. In a lightweight race car developed in the early 1960s, that level of power transforms the Grand Sport into something far more intimidating than the average classic Corvette.

The combination of low weight, substantial power and racing-focused engineering was precisely what Duntov and his team intended.

Restored to Its 1964 Sebring Appearance

The Grand Sport’s history continued after its racing career.

Collector Larry Bowman acquired the car in 2004 and subsequently commissioned a restoration designed to return it to the appearance it carried when it competed in the 1964 24 Hours of Sebring.

That approach is particularly important for a historically significant competition car. Rather than simply restoring it to an attractive showroom condition, the objective was to preserve and recreate its racing identity.

The result is a Corvette that represents a specific moment in its competition history while retaining the authenticity that collectors demand from a car of this importance.

The Second Grand Sport to Appear at Public Auction

The $18.7 million sale is even more remarkable when considering how rarely an original Grand Sport has been offered publicly.

This was only the second Grand Sport to appear at a public auction.

The first was offered in 2009. Although bidding reached $4.9 million, the car failed to meet its reserve and did not sell.

It was later sold privately for an undisclosed amount believed to have exceeded $4 million.

Another original Grand Sport changed hands privately in 2002 for approximately $4.2 million.

Those earlier transactions provide an interesting perspective on the explosive appreciation of the Grand Sport. A car that was already considered exceptionally valuable more than two decades ago has now reached a completely different level of collectability.

Why Did This Corvette Sell for $18.7 Million?

The answer is a combination of factors rather than a single feature.

First, there is extreme rarity. Only five original Chevrolet Corvette Grand Sports were produced.

Second, there is provenance. Chassis No. 003 has a documented racing history that includes SCCA victories and multiple appearances at the 12 Hours of Sebring.

Third, the car is directly connected to Zora Arkus-Duntov, one of the most influential figures in Corvette history.

Fourth, it represents a factory racing program that General Motors never allowed to reach its intended production target.

And finally, there is the Grand Sport’s place in American motorsport history. It represents a rare moment when Chevrolet engineers attempted to transform the Corvette into a lightweight international racing weapon.

For collectors, that combination is extraordinarily difficult to replicate.

The Grand Sport Is Now One of America’s Most Valuable Cars

At $18.7 million, the 1963 Corvette Grand Sport is not only the most expensive Corvette ever sold at auction. It is also the third most expensive American car ever sold publicly.

Only two American automobiles have achieved higher auction prices.

A 1964 Shelby Cobra Daytona Coupe recently sold at Pebble Beach for an extraordinary $42.9 million, setting the American-car auction record.

Second place belongs to a 1935 Duesenberg SSJ, which sold for $22 million.

The Corvette Grand Sport therefore occupies an extraordinary position alongside two of the most valuable and historically significant American automobiles ever produced.

A Record That Could Stand for Years

The $18.7 million sale dramatically changes the landscape for collectible Corvettes.

The previous record of $3.85 million had stood since 2014. The new benchmark is so far beyond that figure that another Corvette would need to be something truly extraordinary to challenge it.

That does not mean the market has reached its ceiling. The five original Grand Sports remain among the most desirable American racing cars, and the history of the remaining examples could eventually produce another headline-making transaction.

For now, however, chassis No. 003 sits comfortably at the top.

The 1963 Chevrolet Corvette Grand Sport was born from a secret racing project that General Motors ultimately shut down. Only five examples escaped into the world.

More than 60 years later, one of those five has become an $18.7 million automotive icon.

And in the process, the Corvette has entered an entirely new level of collector-car value.

1963 Chevrolet Corvette Grand Sport: Key Facts

Model: Chevrolet Corvette Grand Sport
Year: 1963
Chassis: No. 003
Production: 5 original examples
Engine: 6.2-liter all-aluminum V8
Induction: Four Weber 58 DCOE carburetors
Estimated output: More than 600 hp
Estimated torque: 530 lb-ft (813 Nm)
Auction house: RM Sotheby’s
Sale price: $18.7 million
Previous Corvette auction record: $3.85 million
Previous record holder: 1967 Chevrolet Corvette L88 Coupe

Source: RM Sotheby’s

BYD Yangwang U7 Completes 30,000-Kilometer Battery Endurance Test at 240 km/h

BYD has put its electric-vehicle battery technology through an extraordinary real-world stress test, with the Yangwang U7 covering 30,000 kilometers in less than nine days while traveling at an average speed of around 240 km/h for most of the test.

The extreme endurance run was designed to push the electric sedan’s battery, thermal-management system, charging technology and drivetrain to their limits. Even more impressive, the test was conducted in hot and humid conditions rather than inside a controlled laboratory environment.

At the conclusion of the test, BYD reported that the Yangwang U7’s 150-kWh battery had suffered just 1.3 percent degradation.

That means the battery reportedly retained 98.7 percent of its original capacity after 30,000 kilometers of high-speed driving, 350 ultra-fast charging sessions and repeated exposure to substantial thermal loads.

BYD Yangwang U7 Drove for Nearly Nine Days Without Stopping

The endurance test took place at BYD‘s 400-hectare testing facility in Nanning, China. The site includes a high-speed circuit and dedicated Flash charging infrastructure designed to deliver extremely high charging power.

The Yangwang U7 remained in continuous operation for 8 days, 19 hours and 58 minutes.

For virtually the entire test, the electric sedan traveled at approximately 240 km/h. The objective was straightforward: put an enormous amount of stress on the battery by rapidly consuming energy, returning to the charger, replenishing the battery and repeating the process.

This cycle continued around the clock.

The result was a remarkable 30,000 kilometers of accumulated distance in less than nine days.

For comparison, that distance is equivalent to driving from London to Sydney and back several times, although the Yangwang U7 completed the equivalent distance on a test track at speeds that would be extreme even for a high-performance gasoline-powered car.

The Yangwang U7 Used More Than 1 MW of Charging Power

The charging portion of the test may be even more significant than the high-speed driving itself.

The Yangwang U7 is equipped with a 150-kWh battery, and during the endurance test it was repeatedly charged from approximately 40 percent to 80 percent.

According to Chinese media reports, charging power exceeded 1 megawatt, or 1,000 kW.

One charging session reportedly took around 10 minutes.

That is an extraordinary charging rate for a passenger vehicle and illustrates the direction in which China’s most advanced EV manufacturers are pushing charging technology.

Instead of attempting to fill the entire battery every time, BYD repeatedly restored a relatively small portion of the pack before sending the Yangwang U7 back onto the track.

The vehicle completed approximately 350 Flash charging sessions during the test.

350 Charges Does Not Mean 350 Full Battery Cycles

The headline figure of 350 charging sessions needs some context.

The Yangwang U7 was not repeatedly charged from zero to 100 percent. Each charging event replenished the battery from approximately 40 percent to 80 percent, meaning that each session represented roughly 40 percent of a complete battery cycle.

As a result, 350 charging events correspond to approximately 140 equivalent full charge cycles.

That distinction is important when evaluating battery degradation.

Even so, subjecting an electric-car battery to approximately 140 equivalent full cycles while simultaneously driving at around 240 km/h, operating in hot weather and repeatedly charging at more than 1 MW represents an unusually demanding test.

Battery Degradation Was Reportedly Just 1.3 Percent

After completing the 30,000-kilometer endurance run, BYD inspected the battery and reported degradation of only 1.3 percent.

In other words, the 150-kWh battery reportedly retained 98.7 percent of its original capacity.

Battery degradation is influenced by numerous factors, including temperature, charging speed, depth of discharge, charging frequency and driving conditions. High-power DC charging combined with sustained high-speed operation can generate significant heat, making thermal management particularly important.

The Yangwang U7 test therefore provides an interesting demonstration of how BYD’s battery and thermal-management systems perform when several demanding conditions occur simultaneously.

The result is especially notable because the battery was not subjected to a gentle laboratory test designed to maximize longevity.

It was repeatedly charged at an extraordinary rate after being heavily discharged during sustained high-speed driving.

The Test Was Conducted in Extreme Heat and Humidity

The environmental conditions made the test even more challenging.

Temperatures at the Nanning facility reached approximately 36 degrees Celsius, while relative humidity climbed as high as 80 percent.

Despite those conditions, the Yangwang U7’s air conditioning system operated continuously, maintaining an interior temperature of approximately 24 degrees Celsius.

That detail matters because the vehicle’s energy consumption was not limited to propulsion.

The battery was simultaneously supplying power for the electric motors, climate control and other vehicle systems while the car was traveling at very high speed.

According to calculations based on the reported figures, the Yangwang U7 consumed approximately 70 kWh/100 km during the endurance test.

That figure might appear extremely high compared with the official energy consumption figures of many electric cars, but the circumstances are anything but typical.

Driving an enormous electric sedan at approximately 240 km/h for days on end creates vastly greater aerodynamic drag than normal highway driving. Vehicle mass, tire resistance, drivetrain load and continuous air-conditioning use also contributed to the energy consumption.

Why Driving at 240 km/h Matters

Speed is one of the biggest factors affecting an electric vehicle’s energy consumption.

Aerodynamic drag increases dramatically as speed rises, meaning that maintaining 240 km/h requires exponentially more energy than cruising at normal highway speeds.

For that reason, the Yangwang U7 endurance test should not be interpreted as an indication of the car’s normal road-going range.

Instead, it is better understood as a stress test.

BYD deliberately created conditions that would rapidly drain the battery and generate substantial heat before immediately subjecting the pack to extremely high charging power.

That combination makes the test interesting from a battery-engineering perspective.

BYD’s Blade LFP Battery Takes the Heat

The Yangwang U7 uses BYD’s Blade battery technology based on lithium iron phosphate, or LFP, chemistry.

LFP batteries have become increasingly important in the electric-vehicle industry because of their combination of durability, thermal stability and resistance to degradation.

The chemistry generally offers lower energy density than some nickel-based battery technologies, but it can provide advantages in cost, longevity and thermal stability.

BYD has heavily invested in its Blade battery architecture, and the Yangwang U7 endurance test appears intended to demonstrate how the technology performs under unusually severe conditions.

The reported 1.3-percent degradation figure is therefore potentially significant.

However, one endurance test should not be treated as definitive proof of how every Blade battery will perform over the entire lifetime of an electric vehicle. Real-world degradation depends on many variables, including climate, charging behavior, driving style, battery temperature and vehicle use.

30,000 Kilometers in Nine Days Is More Than a Range Test

This was not a conventional electric-car range test.

The purpose was not to determine how far the Yangwang U7 could travel on a single charge. Instead, BYD subjected the vehicle to a repeated cycle of high-speed driving, rapid energy consumption and ultra-fast charging.

The test effectively compressed a huge amount of battery usage into less than nine days.

Covering 30,000 kilometers in 8 days, 19 hours and 58 minutes means the vehicle averaged roughly 142 km/h across the entire test period when charging stops are included.

Considering that the car spent a significant amount of time charging, its average speed while actually moving had to be substantially higher.

The test therefore represents an extreme workload for the battery and vehicle.

What the BYD Yangwang U7 Test Could Mean for EV Owners

For consumers, the most interesting part of the test may not be the 240-km/h driving or the 1-MW charging figure.

It is the reported battery durability.

One of the biggest questions surrounding electric vehicles is how quickly their batteries lose usable capacity over time. Faster charging has traditionally raised concerns about heat generation and accelerated degradation, particularly when combined with repeated high-power charging.

BYD’s results suggest that modern battery-management and thermal-management technology can potentially mitigate some of those concerns.

If the reported figures are independently validated and prove representative of production vehicles, they would strengthen the case for high-power charging without necessarily requiring a dramatic sacrifice in battery longevity.

That is increasingly important as automakers move toward charging systems capable of delivering hundreds of kilowatts and, in some cases, more than 1 MW.

BYD Is Pushing EV Charging Technology Into New Territory

The Yangwang U7 test also highlights the broader technological race taking place among Chinese EV manufacturers.

Charging speed has become one of the industry’s major battlegrounds. While early electric vehicles often required lengthy charging stops, newer architectures are increasingly capable of adding hundreds of kilometers of range in a matter of minutes.

BYD’s Flash charging technology is part of that push.

A charging system exceeding 1 MW requires far more than simply installing a larger charger. The vehicle’s battery cells, electrical architecture, cooling system, charging hardware and battery-management software all have to work together to safely handle the enormous power flow.

The Yangwang U7 endurance test was therefore as much a demonstration of the company’s charging ecosystem as it was a test of the battery itself.

Source: BYD

Volvo Cars Just Got Safer

Volvo Cars is taking another step toward making its vehicles smarter and safer with a new software update that expands its Connected Safety technology with four new hazard alerts. At the same time, owners of the Volvo EX90 and ES90 will gain support for Spatial Audio with Apple CarPlay, bringing Dolby Atmos-powered sound to the cabin.

The latest update highlights Volvo’s increasingly software-defined approach to vehicle development. Rather than relying exclusively on hardware installed when a vehicle leaves the factory, the automaker is using software updates to introduce new safety capabilities and improve the ownership experience over time.

For drivers, that means their Volvo can become more capable without requiring a trip to a dealership for a major hardware upgrade.

Volvo Adds Four New Connected Safety Alerts

Volvo Cars first introduced its Connected Safety technology in 2016. The system uses information shared between connected vehicles to provide drivers with real-time warnings about hazards they may encounter farther along their route.

The latest software update expands that capability with four new alerts: Large Animal Alert, Vulnerable Road User Alert, Roadwork Alert and Accident Ahead Alert.

The objective is straightforward: give drivers additional time to recognize a potential hazard, adjust their speed and prepare for changing road conditions.

Large Animal Alert

Large animals can represent a serious hazard, particularly on rural roads and in areas where wildlife frequently crosses roadways.

The new Large Animal Alert can warn drivers when a large animal is detected on or near the road ahead. By providing an earlier warning, the system gives drivers more time to reduce their speed and prepare for a potential animal crossing.

Vulnerable Road User Alert

The Vulnerable Road User Alert is designed to warn drivers about pedestrians and cyclists detected on or near highways.

These road users can be particularly difficult to spot in advance, especially during darkness, bad weather or other low-visibility conditions. An early warning can help drivers become more attentive and adapt their driving before reaching the affected area.

Roadwork Alert

Road construction and maintenance can introduce sudden changes to normal traffic patterns.

The new Roadwork Alert can notify connected Volvo drivers when roadwork is detected ahead. This additional information can give drivers more time to anticipate lane changes, reduced speeds or other temporary alterations to the road.

Accident Ahead Alert

The Accident Ahead Alert provides warnings about crashes farther along the route.

Volvo says the system can use real-time information from connected Volvo vehicles or traffic management centres to warn drivers of accidents ahead. Instead of discovering a crash only when approaching the scene, drivers can receive advance information and adjust their driving accordingly.

Connected Cars Become Part of a Shared Safety Network

The significance of Volvo’s Connected Safety technology goes beyond the individual vehicle.

More than 1 million Volvo cars now have connected safety technology activated, effectively creating a network in which vehicles can contribute information that may help protect other road users.

When a connected Volvo detects or encounters certain hazards, relevant information can be shared with other connected vehicles. This transforms individual cars into data-gathering points within a broader road-safety ecosystem.

Volvo also participates in the European Data for Road Safety ecosystem. Through this network, safety-related information can be shared with vehicles from other manufacturers and national traffic management centres.

That approach could become increasingly important as connected vehicles become more common. The larger the network, the greater the potential amount of real-time information available to drivers.

Designed for Difficult Driving Conditions

The new Connected Safety alerts are particularly relevant in situations where drivers have limited visibility or little time to react.

Winding roads, heavy rain, darkness and other challenging conditions can make hazards harder to identify. Receiving information before a driver physically reaches a hazard could provide valuable additional reaction time.

The four new warnings complement Volvo’s existing Slippery Road Alert and Hazard Light Alert systems.

Together, these technologies are part of Volvo’s broader strategy of using connected vehicle data to anticipate potential dangers rather than relying solely on passive protection after an incident occurs.

“Built on decades of our real-world safety insight, these innovations represent another step towards our vision of zero collisions,” said Åsa Haglund, head of Volvo Cars Safety Centre.

“Every time a Volvo car shares safety intelligence, it helps other drivers prepare earlier to avoid accidents and feel safer.”

Volvo EX90, ES90 and EX60 Get the New Safety Features

The newly introduced Connected Safety capabilities will be available in the Volvo EX90, ES90 and EX60.

The move is particularly significant for Volvo’s newest generation of vehicles, which increasingly depend on software and connected services to deliver new functionality.

The Volvo EX90, the company’s flagship electric SUV, has been developed around a software-defined vehicle architecture. The ES90 brings similar technology to the electric sedan segment, while the EX60 represents another important step in Volvo’s next-generation electric vehicle strategy.

Rather than treating software as a fixed component, Volvo is positioning it as something that can continue to evolve throughout the vehicle’s life.

Volvo EX90 and ES90 Add Apple CarPlay Spatial Audio

Safety isn’t the only area receiving an upgrade.

As part of the same software update, Volvo EX90 and ES90 owners gain Spatial Audio support through Apple CarPlay. The feature uses Dolby Atmos technology to create a more immersive listening experience inside the vehicle.

The system is paired with Volvo’s available Bowers & Wilkins premium sound system, which incorporates 25 high-performance speakers.

Instead of traditional stereo playback, Spatial Audio can create a more three-dimensional soundstage, making music and vocals appear to originate from different positions around the cabin.

For drivers and passengers, the result is intended to feel closer to a live performance, with greater depth and separation between individual elements of a recording.

The technology isn’t limited to music. Volvo says Spatial Audio with Dolby Atmos can enhance podcasts and other compatible audio content as well.

Software Updates Are Becoming a Bigger Part of the Volvo Experience

The latest update illustrates a broader shift taking place throughout the automotive industry.

Modern vehicles are increasingly being developed as software-defined products, with manufacturers able to introduce new functions and improvements after a vehicle has already been delivered to its owner.

Volvo says S&P Global Mobility recently recognised the company as the only legacy automaker to reach Level 5 capability in software-defined cars.

Whether the technology ultimately delivers on the industry’s ambitious software-defined vehicle promises will depend on how reliably manufacturers can deploy updates and how useful those updates remain to owners. However, Volvo’s latest release demonstrates the potential of the approach.

A vehicle purchased today can potentially gain new safety features, connectivity functions and entertainment capabilities years after it leaves the factory.

Volvo’s Vision for Zero Collisions

Volvo has built much of its brand identity around automotive safety, and Connected Safety represents a modern interpretation of that philosophy.

Traditional vehicle safety systems primarily focus on protecting occupants when a collision becomes unavoidable. Connected safety takes a more preventative approach by attempting to give drivers information about hazards before they reach them.

The new Large Animal Alert, Vulnerable Road User Alert, Roadwork Alert and Accident Ahead Alert all follow that principle.

By combining vehicle-to-vehicle information, connected services and data from traffic management centres, Volvo is attempting to create a road environment in which vehicles can communicate hazards to one another.

The potential benefit extends beyond Volvo owners. Through data-sharing ecosystems such as European Data for Road Safety, information generated by connected vehicles can potentially reach cars from other manufacturers and traffic authorities.

The Future of Automotive Safety Is Increasingly Connected

Volvo’s latest software update demonstrates how automotive safety is moving beyond airbags, crash structures and driver-assistance cameras.

Connected vehicles can potentially warn drivers about events that their own sensors have not yet encountered. That extra layer of information could become increasingly valuable as roads become more connected and vehicle software becomes more sophisticated.

At the same time, the addition of Dolby Atmos Spatial Audio to the EX90 and ES90 shows that software updates don’t have to focus exclusively on safety. The same underlying digital architecture can deliver improvements to entertainment and everyday usability.

For Volvo owners, that means the vehicle can continue to evolve after purchase.

And for Volvo Cars, it reinforces a strategy in which software, connectivity and shared vehicle intelligence are becoming just as important to the driving experience as the traditional mechanical components underneath the bodywork.

Volvo Connected Safety Update: Key Takeaways

  • Volvo is introducing four new Connected Safety alerts.
  • Large Animal Alert warns about large animals on or near the road.
  • Vulnerable Road User Alert detects potential hazards involving pedestrians and cyclists.
  • Roadwork Alert warns drivers about road construction and maintenance.
  • Accident Ahead Alert provides advance warnings about crashes.
  • The new features are available for the Volvo EX90, ES90 and EX60.
  • More than 1 million Volvo cars have activated Connected Safety technology.
  • Volvo can share safety information through the European Data for Road Safety ecosystem.
  • Volvo EX90 and ES90 gain Apple CarPlay Spatial Audio support.
  • Dolby Atmos is supported through the Bowers & Wilkins premium sound system with 25 speakers.
  • The update demonstrates Volvo’s growing focus on software-defined vehicles and over-the-air improvements.

Source: Volvo