Last year at MIH Demo DayAppear in the form of a briefingProject X, which can be customized through modular design, was earlier displayed by MIH at the Tokyo Motor Show.Actual car model, and uses Gogoro's swappable battery as its power source.
In terms of size, Project X adopts a three-seater design, but it can actually be adjusted according to customized needs. In addition to being powered by Gogoro's swappable batteries, it can also adopt a general electric vehicle power system design.
Project X is primarily designed for shuttle mobility in urban areas. Its relatively small size allows for easy movement within the city, while also making it convenient to park. It can even be used as a rental or special-purpose vehicle, thereby alleviating congestion caused by an overabundance of vehicles in cities.
In terms of functionality, Project X supports Level 2 to Level 4 autonomous driving. Besides being used as an automated taxi, it can also be used for delivery and food service. Furthermore, the vehicle features a space-saving sliding door design and boasts the ability to accommodate two vehicles in a typical parking space. The interior is designed with easy-to-clean materials, allowing for easy maintenance when the vehicle is used for shared use.
However, whether Project X can actually be put on the road depends largely on the regulations of local regulatory agencies. Offering different powertrain modes also allows for greater pricing flexibility. For example, a rechargeable version can be purchased as a one-time purchase, or a battery subscription model similar to Gogoro's, allowing the vehicle to be sold at a relatively low price.
MIH Open Electric Vehicle Alliance CEO Cheng Hsien-tsung recently stated that Project X will require a minimum production volume of 10 vehicles to support reasonable production efficiency. Each vehicle will cost approximately US$2, or approximately NT$64. Furthermore, additional features can be added based on the product design, such as a fully digital instrument panel and intelligent driver assistance functions.
