Daihatsu Mira EV Light Car Innovation

Japan's unique vehicle category limited to 660cc displacement and 3.4m length. Tax incentives and high fuel efficiency make it affordable for households and essential in rural areas. Manufacturers like Daihatsu, Suzuki, and Honda compete to develop models in this distinctive market unlike anywhere else.

Kei cars manufactured by Daihatsu. Optimized for Japan's road environment through compact size and excellent fuel efficiency. Models like Tanto and Move enjoy strong family support. Contributed to the development of kei cars, a uniquely Japanese vehicle category.

Daihatsu kei cars achieving high livability and practicality within engine displacement limits. Designed for Japanese road conditions and supported by many drivers, it leads the kei car market with popular models like Tanto and Move.

One of Japan's oldest automakers, specializing in the development and manufacture of kei cars. Daihatsu's expertise in building compact, fuel-efficient vehicles is a key pillar supporting Japan's unique kei car culture.

Daihatsu's revolutionary lightweight wagon technology optimizing compact vehicle efficiency. Achieves spacious interiors despite minimal weight, perfectly suited to Japan's narrow road environments. Balancing fuel efficiency with practicality, this uniquely Japanese segment contributed significantly to modular design exports to emerging Asian markets.

A kei-class tall wagon manufactured by Daihatsu since 1995. Notable for its box-shaped, space-efficient design that revolutionized interior space in the kei-car category. Targeted at female drivers with emphasis on ease of use and fuel efficiency, it significantly influenced Japan's urban mobility culture and remains a best-seller in its segment.

A uniquely Japanese vehicle category with engines of 660cc or less. Optimized for Japan's narrow roads with tax incentives, kei cars account for roughly 40% of new car sales in Japan. Led by manufacturers like Suzuki, Daihatsu, and Honda, these vehicles embody a design philosophy of maximizing practicality within strict dimensional and engine constraints.