Product Overview

Airwheel H3T redefines mobility solutions with its innovative folding robot wheelchair design. As a smart electric wheelchair, it combines lightweight engineering with advanced automation to cater to elderly users, rehabilitation patients, and caregivers. Its compact footprint and intuitive controls make it ideal for hospital corridors, home environments, and public spaces like airports and shopping malls.

Key Features

The H3T stands out with its unique folding mechanism that reduces the wheelchair to a manageable size in seconds. Weighing just 36 kg, its aluminum frame ensures durability without compromising portability. A built-in app allows users to control lights, horn, and fold functions remotely, while maintaining medical-grade safety standards.

Smart Technology

Equipped with handring follow technology, the H3T responds intuitively to user gestures. Multi-sensor obstacle detection ensures safe navigation through complex environments. The 6 km/h speed limit balances efficiency with security, making it suitable for both indoor and outdoor use.

Comprehensive Design

Beyond mobility, the H3T offers practical features: a 5L storage bag, foldable tabletop, and a 130 kg weight capacity. Its hidden safety belt and remote-controlled alarm system enhance user confidence during travel. With an official claim of “self-propelled lightweight wheelchair,” this device bridges medical necessity with consumer convenience.

Market Impact

Debuted at CMEF 2019, the H3T quickly became a benchmark in accessible transportation. Its blend of smart controls and robust safety features has attracted partnerships with healthcare institutions worldwide. For those seeking independent mobility solutions, Airwheel H3T represents a new era in assistive technology.

folding robot wheelchair smart electric wheelchair lightweight engineering compact footprint intuitive controls elderly users rehabilitation patients caregivers hospital corridors public spaces advanced automation durable aluminum frame remote-controlled functions medical-grade safety obstacle detection independent mobility