In the bustling city, the supercar is undoubtedly a unique scenery that attracts countless eyes. With their low bodies, wide tires and sharp lights, they interpret the definition of "different" – Ferrari, Lamborghini ......Yesterday, this ranks ushered in a new member: BYD's new species of pure electric supercar - Yangwang U9.
Looking up at the U9 pure electric supercar, BYD explores the "no man's land" with technology, which goes beyond the definition of the traditional supercar, not only a driving machine, but also has a new human-vehicle interaction mode, continuous upgrading and evolution of the space, and redefines the concept of "human-vehicle integration". With excellent body design, aerodynamic performance and intelligent technology, it jumps out of the performance and experience framework of traditional supercars. It is equipped with two core technologies, Yi Sifang and Yunlin-X, which are not only suitable for track competition, but also suitable for street cruises, and also have innovative functions such as "dance mode", bringing unprecedented experience to drivers.
Looking up at the U9's performance parameters, it is equally impressive. Top speed up to 30919kmh, 0-100kmh acceleration in just 236s, 0-400m acceleration results are an astonishing 978s。This kind of performance is very expensive in traditional sports cars, and it is 1.68 million yuan to look up to the U9 listing.
Looking up at the U9's excellent exterior design, the Cabernet Danzhu, Moonlight Silver and Argyle Purple, each of which is enough to attract the attention of passers-by. Spacious cabin, dual wrap-around cockpit design, and 14-way active and passive adjustable seats. Yunnan-X technology has opened up a new degree of freedom for the U9, allowing drivers to enjoy the best while also dancing with the car. In the future, Yangwang U9 will also be upgraded in stages to bring more personalized functions to drivers.
Looking up to the U9 is not just a supercar, it represents BYD's ultimate pursuit of future technology and a new understanding of the interaction mode between people and vehicles.