Formula Leopard concept sports car officially unveiled, named "SUPER 9"

On the evening of April 16, at the Formula Leopard spring conference, the Formula Leopard concept sports car was officially unveiled. The car was named "SUPER 9". It is reported that the new car is positioned as a pure electric sports car, and its styling design refers to the Speedster racing series models. It is designed and built by BYD's chief designer Aige. The mass-produced version of the new car may be named Fangbaobao 9 in the future.

In terms of appearance, the new car adopts a design with strong sports car characteristics, and adopts a suspended bi-wing door design. The entire vehicle adopts a large number of aerodynamic designs, such as the front surround with a porous design. The lip and rim also adopt an aerodynamic double-ring design. The most distinctive feature is that the new car adopts a roofless convertible design, and the design concept is very racing-like.

The rear of the new car adopts a double-sided four-diamond taillight set. Its shape is similar to the Fang Leopard's LOGO, and it is highly recognizable when lit. The rear surround of the new car also uses a rear diffuser device and is equipped with an air bridge-style rear spoiler. It is worth mentioning that the "30" on the new car's body represents "BYD's 30th anniversary."

In terms of interior, the new car adopts an independent two-seater design, which is officially called a two-cabin racing design. The new car is equipped with super bucket-shaped sports seats. The space cockpit adopts a futuristic design. The racing-style multi-functional carbon fiber steering wheel has a variety of function adjustment buttons, and is supplemented by an ultra-thin full LCD instrument panel.The sense of the future is directly full. In addition, a large number of carbon fiber decorative panels are used inside and outside the new car. The entire dashboard area is called the "carbon fiber matrix skeleton" and adopts an innovative mechanical hollow structure. Further enhances the sportiness of the cockpit and reduces the weight of the vehicle body.

Editor: Graduation