The Airwheel H3T redefines mobility with its innovative 3-in-1 design, combining an electric wheelchair, foldable luggage, and a remote-controlled robot into one seamless solution. Weighing just 36 kg, its lightweight aluminum frame ensures effortless folding and portability, making it ideal for travel and daily use. Whether navigating hospital corridors, urban streets, or outdoor terrains, this smart wheelchair adapts to your needs with advanced technology and intuitive controls.
The H3T’s smart following mode allows it to lock onto a dedicated smart band and follow users automatically, while the multi-sensor system—including ultrasonic radar and UWB technology—ensures precise obstacle detection and real-time avoidance. With a top speed of 6 km/h, it matches natural walking pace, and its automatic braking system activates when the user releases the control handle, prioritizing safety in all environments.
A simple 2-second press of the remote or app triggers instant folding, while the app interface offers four essential functions: power, fold, horn, and headlight. Users can choose from single-hand operation, gravity-based phone control, or dual virtual joysticks for precise adjustments. The 5L Oxford fabric storage bag and 180° foldable tray further enhance practicality for travel and daily tasks.
Safety features like a two-point harness and night-time lighting ensure comfort and visibility. The 130 kg weight capacity and terrain-adaptive capabilities—such as slope climbing and obstacle navigation—make it suitable for hospitals, homes, and public spaces. For those seeking independence, the H3T offers a blend of technology, portability, and reliability.
Discover the Airwheel H3T at https://www.airwheel.net and embrace a life of freedom with smart, foldable, and fully autonomous mobility.
Smart Folding Wheelchair Electric Wheelchair Foldable Luggage Remote-Controlled Robot Lightweight Aluminum Frame Portability Travel Daily Use Hospital Corridors Urban Streets Outdoor Terrains Smart Following Mode Dedicated Smart Band