Li Auto is set to launch its highly anticipated Li i8 pure electric SUV on July 29, marking a significant milestone for the company. The founder of Li Auto, Li Xiang, has expressed that the Li i8 will redefine the concept of a pure electric SUV in the market.
The Li i8 is a six-seater pure electric SUV and will be the company’s second battery electric vehicle (BEV) model. The exterior design of the Li i8 sets it apart from traditional boxy SUVs, with a more futuristic and aerodynamic look. Li Xiang explained that the design of the Li i8 was inspired by the need to prioritize passenger comfort, reduce wind resistance, increase driving range, and enhance overall safety.
Drawing a comparison to Tesla’s Model X, Li Xiang highlighted that the Li i8 takes a more extreme approach to space utilization, leading to its unique appearance that resembles an MPV (multi-purpose vehicle). Despite internal debate within the company about the unconventional design, Li Auto ultimately prioritized functionality and efficiency in the Li i8’s design.
In preparation for the launch of the Li i8, Li Auto has been ramping up its charging infrastructure, with plans to have over 2,500 supercharging stations in China by the time the model hits the market. As of now, the company has 2,826 supercharging stations in operation, ensuring convenient charging options for Li i8 owners.
The Li i8 measures 5,085 mm in length and will be equipped with lithium ternary batteries that support 5C charging, providing efficient and rapid charging capabilities. With production, training, and delivery processes for the Li i8 in their final stages, Li Auto is gearing up for a successful launch and reception of its groundbreaking pure electric SUV.
Overall, the Li i8 represents a significant step forward for Li Auto in the electric vehicle market, showcasing the company’s commitment to innovation, efficiency, and sustainability. Stay tuned for the official launch of the Li i8 on July 29, as Li Auto aims to redefine the pure electric SUV segment with this groundbreaking model.
