BYD’s Supercar Makes a Powerful First Impression
The CarScoops reviewer took the YangWang U9 around a test track in Zhengzhou, China, where the car delivered an impressive demonstration of its performance.
The vehicle produces approximately 1,288 horsepower and can accelerate from zero to 100 kilometers per hour in roughly 2.3 seconds. It has also reportedly completed a lap of Germany’s famous Nürburgring circuit in less than eight minutes.
Those figures put the Chinese machine firmly in the high-performance category.
One of its most distinctive features is BYD’s DiSus-X active suspension system. Using sensors and hydraulic controls, the technology adjusts individual wheels to help the vehicle maintain stability and respond to changing road conditions.
The reviewer was impressed by the car’s steering precision, agility, and ability to remain composed through corners. For a machine weighing approximately 5,500 pounds, its handling characteristics were a notable achievement.
However, the test also revealed limitations.
The brakes felt excessively sensitive at lower speeds, and the car struggled to maintain its line when pushed beyond the limits of its tires. Once grip began to disappear, the vehicle’s substantial weight became much harder to conceal.
The experience suggested that BYD has developed a serious performance machine, although some aspects of its handling still require refinement.
The reviewer also raised a broader concern: whether the U9 would become a standalone showcase of BYD’s engineering talent or the beginning of a sustained effort to compete in the supercar market.
A $269,000 Electric Car With Something to Prove
The YangWang U9 carries a reported Chinese price of 1.8 million yuan, equivalent to approximately $269,000 at the conversion cited in the review.
That places it in the same broad price territory as vehicles such as the McLaren Artura and Porsche 911 GT3.
Yet impressive specifications alone do not guarantee that a car can compete with established performance brands.
The CarScoops assessment found that the U9 still falls short of the driving character associated with Porsche, the dramatic appeal of Lamborghini, and the emotional connection many enthusiasts associate with Ferrari.
That distinction matters in a market where buyers expect more than acceleration figures and advanced technology.
Still, the U9 represents an important development for China’s automotive industry. Building an electric car with this level of performance requires considerable engineering expertise, and the vehicle demonstrates how far BYD has progressed beyond ordinary commuter vehicles.
The question is no longer simply whether Chinese manufacturers can build inexpensive electric cars. Increasingly, they are demonstrating ambitions across the entire automotive market, including its most exclusive segments.
For American manufacturers, that technological progress deserves close attention.
The Supply Chain Issue Extends Beyond the Badge
The YangWang U9 also provides an opportunity to examine a separate issue: China’s influence over the electric vehicle supply chain.
Transportation expert Mike Caudill has highlighted the extent of that dependence, stating:
“82% of the supply chain in the EV market comes from China,” Caudill said.
That figure should be understood as his stated estimate rather than a universal measurement of every component or segment of the electric vehicle industry. Nevertheless, China’s substantial role in battery production and the processing of critical minerals is well documented.
The implications extend beyond vehicles manufactured by Chinese companies.
Automakers around the world rely on international networks of suppliers for batteries, electronic components, semiconductors, and other technologies. As electric vehicles become increasingly sophisticated, those supply chains have become an important consideration for both economic competitiveness and national security.
Reducing excessive dependence on a single country can be difficult, particularly when that country occupies a dominant position in important stages of manufacturing.
For the United States, the challenge is to strengthen domestic production while ensuring that American companies can compete in a rapidly changing industry.
The Data Security Question Washington Cannot Ignore
Modern vehicles are no longer merely mechanical machines. Many contain cameras, location-tracking systems, wireless communications, onboard computers, and software that connects the vehicle to smartphones and external services.
These systems can improve navigation, safety, maintenance, and the driving experience. They can also collect information about where a vehicle travels, how it is used, and its surrounding environment.
That creates legitimate questions about who can access the information, how it is stored, and whether it could be transferred to parties outside the driver’s control.
Former Commerce Secretary Gina Raimondo raised precisely this concern during a January 2024 discussion at the Atlantic Council.
“Do we want all that data going to Beijing?” Raimondo asked.
Her warning was part of a broader discussion about the potential national security implications of connected vehicles manufactured in China.
The concern is not proof that a particular Chinese vehicle is secretly transmitting sensitive information to the Chinese government. Rather, it reflects the possibility that connected technologies could create vulnerabilities if companies, software systems, or data-handling arrangements are subject to foreign government influence.
For American policymakers, that distinction is crucial. Security decisions should be based on evidence, technical assessments, and enforceable safeguards rather than assumptions about every individual vehicle.
But the potential consequences are significant enough to warrant serious scrutiny.
A connected vehicle driven near a sensitive government facility, for example, could potentially collect location or environmental information through its onboard systems. The risks would depend on the sensors involved, the data collected, the vehicle’s connectivity, and the protections governing access.
Those questions are relevant to connected vehicles generally, although the legal and security risks can differ substantially among manufacturers and jurisdictions.
The Tariff Barrier Keeping Chinese EVs Out
The United States has already taken significant steps to limit the entry of Chinese electric vehicles into its market.
In 2024, the Biden administration increased the Section 301 tariff rate on Chinese electric vehicles to 100 percent. The policy was announced as part of a broader effort to counter what Washington described as unfair Chinese trade practices and protect American manufacturing.
The measure is an important part of the trade barriers facing vehicles such as the YangWang U9. However, the tariff should not be confused with a blanket prohibition on every Chinese-made automobile or every component originating in China; separate trade, regulatory, and security requirements may apply.
The United States has also pursued measures addressing the risks associated with connected-vehicle technology and foreign access to sensitive data.
These policies reflect two related but distinct concerns: the competitive pressure Chinese manufacturers can place on American automakers and the potential security implications of connected technologies.
Neither issue is likely to disappear as electric vehicles become more advanced.
For U.S. manufacturers, the long-term challenge is to develop competitive products while strengthening domestic access to batteries, critical minerals, and essential electronic components.
For regulators, the task is to establish clear standards governing data collection, cybersecurity, ownership, and access to information generated by vehicles operating on American roads.
China’s Automotive Ambitions Are Expanding
The YangWang U9 may remain an unusual sight outside China, but its significance extends beyond the limited number of customers who can afford a six-figure electric supercar.
Its engineering demonstrates that BYD is pursuing advanced performance technology alongside its broader electric vehicle business. The company is experimenting with systems designed to improve handling, acceleration, and vehicle control in ways that challenge traditional assumptions about electric cars.
That progress does not automatically make the U9 a superior alternative to established European supercars. The CarScoops review identified meaningful shortcomings, and further testing would be needed to determine how the vehicle performs across different roads, weather conditions, and long-term ownership scenarios.
Nevertheless, dismissing the car simply because it comes from China would overlook the engineering progress it represents.
American automakers should be prepared to compete against increasingly capable international rivals. At the same time, policymakers should continue examining supply-chain vulnerabilities and the security implications of connected automotive technology.
The United States faces a balancing act: encouraging innovation and competition without overlooking risks involving sensitive information or strategic dependence.
The YangWang U9 illustrates both sides of that challenge. It is an ambitious electric supercar that showcases China’s technological progress, while also highlighting questions that governments and consumers must consider as vehicles become more digitally connected.
The central issue is not whether Chinese engineers can build an impressive supercar. They have demonstrated that they can. The more consequential question is how the United States will protect its economic interests, secure connected technologies, and remain competitive as the global automotive industry changes.
