Toyota's i-swing personal mobility concept
By Mike Hanlon
October 24, 2005
Toyota has debuted its latest personal mobility concept at the Tokyo Show today to massive public interest. Toyota's i-swing is a new personal mobility vehicle in the same vein as the personal mobility models (such as the PM , i-unit and I-foot ) Toyota has exhibited previously but one that takes the concept several steps further, with the capability of operating in a similar manner to the Segway in two wheeled mode at walking pace on a footpath so it takes up little space, or transform to a three-wheeled mode for road speeds. In addition to the joystick control, the i-swing can be controlled by body weight movements with a feeling reportedly like turning as if on snow skis. The i-swing concept proposes using Artificial Intelligence to enable it to learn the habits and preferences of users.
In addition to the joystick control, the i-swing can be controlled by body weight movements with a feeling reportedly like turning as if on snow skis. The i-swing concept proposes using Artificial Intelligence to enable it to learn the habits and preferences of users.
The single-person vehicle package boasts an individual design with a "wearable" feeling. Its low-resistance urethane body is covered in cloth to soften any impact while operating near people, and an LED illumination panel can be customized to display an image to suit your mood. When travelling in a bustling street full of people, the i-swing can operate in a two-wheeled mode that takes up little space, so that it is possible to travel while keeping pace and talking with someone on foot.
When there is a need to move quickly, the i-swing can change to a three-wheeled mode, which is fun to travel in. In addition to the stick control, a pedal control can be used to provide a fresh cornering feeling, as you shift your body weight as if you were on skis. The i-swing proposes the concept of using A.I. communication to enable it to grow, learning the habits and preferences of users by storing relevant data about them.