
"Walk Me replaces traditional wheelchair wheels with biomimetic robotic limbs inspired by goats and crabs, animals known for their sure-footed navigation of challenging terrain. Each of the four independently motorized legs is covered in soft, pastel-colored material that hides the hardware and sensors underneath, making the technology feel approachable rather than clinical. When Walk Me encounters stairs, the front legs test the step height before pulling the chair upward."
"LiDAR sensors and cameras continuously scan surroundings, allowing the chair to navigate obstacles like rug edges, scattered toys, and threshold transitions between rooms. Weight sensors ensure the user remains centered before any major movement, while collision radars stop the chair immediately if something crosses its path. Even when balance shifts unexpectedly, the system automatically widens its stance and adjusts the seat position to prevent tipping."
"Walk Me's seat is designed to adjust to the user's shape. The curved backrest supports the spine, while small side handles allow for manual steering. Users can twist the handles to turn or press integrated buttons for direction control. For hands-free operation, voice commands like "kitchen" or "faster" enable the onboard computer to map a path or adjust stride speed. A small display on the armrest shows"
Walk Me is a four-legged mobility chair that replaces wheels with biomimetic robotic limbs inspired by goats and crabs. Each leg is independently motorized and covered in soft pastel material concealing hardware and sensors. The system uses LiDAR, cameras, weight sensors, and collision radars to scan surroundings, maintain user centering, and halt on impact. The legs assess step height and coordinate front and rear actions to climb stairs while widening stance automatically if balance shifts. The seat contours to the user and offers manual handles, integrated buttons, voice commands, and an armrest display. The chair folds into carry-on luggage for travel.
Read at Yanko Design - Modern Industrial Design News
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