BYD’s $2.76M Yangwang U9 Ships While Tesla Roadster Slips to 2028

Chinese automaker BYD has quietly crossed a threshold in the ultra-luxury electric vehicle market that its American rival Tesla is still years away from reaching: delivering a multi-million-dollar hypercar with verified track credentials to paying customers.

At this year’s Beijing Auto Show, BYD sold a Yangwang U9 Xtreme for $2.76 million, handing over at least one unit on site. Production of the model is capped at 30 cars. The transaction marks a concrete entry into a price bracket historically dominated by European marques like Bugatti and Koenigsegg, signaling that Chinese manufacturers are no longer competing solely on cost efficiency in mass-market segments.

The contrast with Tesla’s next-generation Roadster is stark. Unveiled on October 15 with cold-gas thrusters and a fan-based downforce system, the Roadster remains a prototype. CEO Elon Musk stated production will not begin until 2028. That timeline arrives roughly eight years after the vehicle’s original target date. Range estimates have also contracted significantly, dropping from an initial 600-mile goal to “over 300” miles, according to reports.

Tesla listed its Thrust trim at $245,000 but provided no pricing for the single-seat Rocket variant equipped with the thruster package. The company noted the Rocket trim is invite-only and not approved for public roads. During the October demonstration, the vehicle executed a ramp jump and a kickflip, though reports indicate no one was inside the car at the time. Buyers of the thruster-free Performance trim must submit a $5,000 deposit followed by $45,000 within 10 days, but how those payments apply to a final purchase price remains unclear.

For investors tracking the global EV sector, the divergence highlights two fundamentally different capital strategies. Tesla is leveraging high-profile engineering stunts—claiming over 2 g of cornering force and more than 80 kilonewtons of thrust—to sustain brand momentum and retail deposits for a future product. BYD is monetizing existing hardware immediately.

The Yangwang U9 relies on BYD’s DiSus-X electro-hydraulic fully active body control system. The setup combines dual-valve hydraulic dampers, electric motor pumps, and LiDAR scanning to adjust ride height and self-level the chassis in real time. This architecture allows the heavy electric supercar to briefly hop an inch or two off the ground and maintain stability on three wheels following a tire blowout. While the jump itself functions largely as a demonstration, it is a byproduct of suspension technology actively improving ride quality in customer vehicles.

Track data backs up the engineering claims. A U9 Track Edition recorded a 294 mph top speed at a German proving ground in 2025 and logged a 6:59.157 lap around the Nürburgring, powered by more than 3,000 horsepower. Tesla’s fan-based downforce system, which pulls air from beneath the chassis, represents genuine aerodynamic engineering, but it remains unproven outside controlled demonstrations.

Competitors within China’s domestic market are taking note of BYD’s hardware advantage. According to a report from Global Times, NIO CEO Li Bin acknowledged the gap following the Tesla reveal, stating, “We definitely don’t have this.” XPENG executive He Xiaopeng offered a more cautious assessment, stressing that regulatory certification for such unconventional propulsion systems will take years.

That certification hurdle is the immediate bottleneck for Tesla’s ambitions. Clearing regulatory frameworks for a road-legal passenger vehicle equipped with cold-gas thrusters requires safety validations that do not yet exist in standard automotive compliance protocols. Until federal regulators establish a pathway for thruster-equipped consumer vehicles, the Roadster’s most publicized feature cannot legally be used on American streets.