Introducing the Kim-e Self-balancing Personal Mobility Robot, a revolutionary solution for those seeking enhanced mobility and comfort. While traditional powered wheelchairs offer a range of features, they often come with drawbacks such as size, weight, and limited maneuverability. The Kim-e addresses these issues and more, providing a seamless and empowering experience for users.
With the ability to lift yourself with a single-button operation and ride freely at eye level, the Kim-e redefines independence. Its lightweight design, weighing in at only 38 kg, ensures effortless portability and convenience. Equipped with remote control capabilities, users can effortlessly navigate their surroundings with ease, using their smartphone as a control interface. Comfort is paramount with the Kim-e, featuring an integrated air shock absorber for a smooth and enjoyable ride. Its hands-free operation, controlled by intuitive upper body movements, allows users to maintain their freedom without the strain of manual propulsion. Despite its advanced features, the Kim-e remains compact, measuring just 59 cm wide, perfect for navigating tight spaces with ease.
The ergonomic saddle, backrest, and leg supports are meticulously designed to conform to the user’s body shape, ensuring optimal comfort and support. For added convenience, the folding backrest facilitates easier transfer and transportation, making the Kim-e ideal for on-the-go lifestyles. With a maximum speed of 20 km/h and a range of 30 km, the Kim-e offers unparalleled performance and reliability. But its benefits extend beyond physical mobility. Compared to conventional wheelchairs, the Kim-e promotes better spinal health, engages key muscle groups for improved posture, and even enhances cardiovascular and respiratory function.
Furthermore, the Kim-e instills a sense of dignity and confidence in users, contributing to positive mental health outcomes. By empowering individuals to navigate their world with ease and grace, the Kim-e represents a transformative leap forward in personal mobility technology.
Source » CHRONUS Robotics