A new robotic exoskeleton is making independent walking possible for paralyzed individuals, thanks to a collaboration between KAIST’s Exoskeleton Lab and Angel Robotics. The WalkON Suit F1 is a breakthrough in assistive mobility technology, featuring a front-docking system that allows users in wheelchairs to don the suit independently—a challenge that previous models like ReWalk required assistance to overcome.

The suit integrates advanced AI-driven balance control and a vision recognition system, allowing it to navigate obstacles, adapt to the user’s movements, and maintain stability even in complex environments. Its domestically produced motors deliver twice the power density of earlier exoskeletons, making walking smoother, safer, and less physically demanding.

Unveiled in October 2024, the WalkON Suit F1 already earned international recognition, winning gold at the Cybathlon 2024 competition in Zurich. The competition highlighted its superior obstacle navigation and autonomous adaptability, validated in peer-reviewed demonstrations conducted by KAIST researchers.

By combining autonomous approach capabilities, AI assistance, and powerful yet lightweight motors, the WalkON Suit F1 addresses key barriers to independent mobility. It exemplifies the potential of robotics to empower people, reduce dependence, and enhance daily life for those with mobility impairments.

This innovation represents a major step forward in assistive technology and underscores the importance of designing robotics solutions that embrace users’ needs—bringing the promise of walking to those who previously had little choice but to remain seated.