
Free Intelligent Life
Airwheel H3T represents a revolutionary leap in electric mobility, seamlessly integrating advanced technology with user-focused design to enable effortless movement for individuals with limited mobility. Unveiled at the 2019 CMEF expo, this intelligent follow-wheelchair combines medical-grade safety with consumer-friendly convenience, establishing new benchmarks in accessibility.
Key features include a lightweight aluminum frame (36 kg) and a durable 130 kg weight capacity, making it perfectly suited for home, hospital, and outdoor environments. Its one-touch folding mechanism reduces the chair to compact dimensions (840 × 400 × 605 mm), easily fitting in cars or airplanes. The dual-mode operation—manual push or electric propulsion—offers versatility, while a discreet two-point safety belt ensures secure travel.

At the core of H3T’s innovation lies its smart tracking system, allowing users to control the wheelchair via a wristband or smartphone app. Advanced sensors enable automatic obstacle detection and navigation, eliminating the need for continuous manual adjustments. Additional convenience features include a 5L storage compartment, foldable table board, and night lighting with remote activation through the app.
Designed for seamless integration into daily life, H3T excels in environments such as hospitals, rehabilitation centers, airports, and public spaces. Its 6 km/h speed limit prioritizes safety without compromising efficiency. With positive feedback from healthcare professionals and users alike, Airwheel continues to innovate, offering a glimpse into the future of mobility solutions.
Experience the fusion of convenience and innovation—discover more at https://www.airwheel.net.
smart tracking system intelligent follow-wheelchair automatic obstacle detection dual-mode operation one-touch folding mechanism medical-grade safety consumer-friendly convenience lightweight aluminum frame rehabilitation centers airport accessibility healthcare professionals advanced sensors smartphone app control electric propulsion compact dimensions