This Active Avoidance Wheelchair empowers individuals with reduced mobility to achieve complete independence in their daily movement. By integrating AI-powered environmental perception, high-speed obstacle detection and avoidance, high-precision localization, and autonomous driving technologies, it ensures safe and seamless mobility for the elderly and people with disabilities.

AI Sensor Fusion for Active Avoidance & Obstacle Detection: Features a front radar sensor paired with four front and rear IR sensors to detect static and dynamic obstacles along the travel path in real time. Upon detecting risks of collision, falls, or drops, it alerts the user with an intuitive warning sound and immediately triggers automatic deceleration and emergency stopping.

Localization & Autonomous Driving: Perceives surrounding environments and routes to autonomously navigate safely to destinations along optimal paths.

Intuitive Monitoring System: Equipped with a 2.0-inch touch LCD screen, allowing users to check safety module status, sensor data, and driving information at a glance in real time.

We produce transfemoral prosthesis that can be utilized in medical, rehabilitation, and daily life for people with lower limb amputations. A transfemoral prosthesis is an artificial limb that is fitted to restore the form or function of a thigh amputated in an accident, disease, or war, and is used to alleviate the patient’s functional and mental problems by replacing a part of the lost body with an artificial limb.

We also produce the followings: biomimetic shortened ankle prosthesis, rotating adapter for Korean sedentary lifestyle, pneumatic transfemoral prosthesis, rotary hydraulic transfemoral prosthesis, an electronically controlled multi-axis linkage pneumatic control transfemoral prosthesis, and design and production of an inspection jig(ZIG) required for transfemoral prosthesis production.