by Toyota presents autonomous electric vehicle for children
At the Japan Mobility Show 2025 exhibition, Toyota showcased a series of futuristic concepts, among which the Kids Mobi stood out particularly – an autonomous electric vehicle in the shape of a bubble, created specifically for children. This cozy vehicle with artificial intelligence and LED eyes instantly charmed visitors.
Design features and functionality
The concept features a smooth capsule-like body, enclosed wheels, and animated LED eyes that imitate emotions. Sensors on the roof resemble ears, making Kids Mobi look like a cartoon character. The cabin is equipped with a lifting canopy that provides access to a single seat for children up to 130 cm tall. After closing the canopy, the “UX Friend” voice assistant activates, entertaining the young passenger during the trip.
It’s not only adults who want to drive a car and enjoy private time. Children also crave freedom of movement. And just as adults have cars, children deserve a reliable assistant.
Safety and future development
Although the idea of autonomous transportation for children may seem fantastic, Toyota claims that this method could be safer than traditional school buses. Currently, Kids Mobi remains a concept, but it reflects the main goal of the company’s AI x Robotics Data Center. Project development will continue after the exhibition concludes.
Other innovations for children
In addition to Kids Mobi, Toyota presented the Chibibo robot – a four-legged machine capable of accompanying children and carrying their belongings, such as backpacks or lunchboxes. Thanks to its spider-like construction, the robot can overcome stairs and narrow passages, making it an ideal assistant for urban environments.
The mobility industry is increasingly focusing on specialized solutions for different age groups. Concepts like Kids Mobi demonstrate the potential of technologies in ensuring safety and comfort for the youngest users. The implementation of such developments could significantly change the approach to children’s mobility, especially in cities with dense infrastructure.
