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Smart Mobility Redefined: Three-in-One Innovation

2026-08-18
Introducing Airwheel H3T: The Future of Intelligent Mobility

Airwheel H3T redefines smart mobility with its three-in-one innovation that combines cutting-edge technology with user-centric design. This electric wheelchair is engineered for mobility-impaired individuals, elderly users, and rehabilitation patients, offering seamless integration of autonomous following, advanced obstacle avoidance, and intuitive operation.

Smart Following & Multi-Sensor Fusion

The H3-T’s smart following feature allows users to activate the follow mode via a dedicated smart band, enabling the wheelchair to lock onto and track the user accurately. Enhanced by four ultrasonic radar modules, UWB technology, and infrared sensors, the device achieves high-precision obstacle recognition and real-time collision avoidance. This multi-sensor fusion system ensures safe navigation through complex environments like hospitals, communities, and outdoor spaces.

Medical-Class Safety & Terrain Adaptability

With a top speed of 6 km/h (matching human walking pace), the H3T prioritizes safety. Automatic deceleration and braking trigger when the user’s hand leaves the control handle, preventing accidental movement. Its terrain-adaptive design supports climbing slopes, hill-holding, and obstacle navigation, making it suitable for diverse settings.

Intuitive Operation & Foldable Convenience

The H3T simplifies usage with three control modes: single-hand remote, gravity-based phone controls, or dual virtual joysticks. Its foldable design enables compact storage, while the included APP allows users to manage power, folding, and lighting remotely. Whether navigating indoors or outdoors, the H3T blends medical-grade safety with consumer-friendly ease.

For more details, visit Airwheel’s official site.

intelligent mobility autonomous following advanced obstacle avoidance multi-sensor fusion ultrasonic radar modules UWB technology infrared sensors real-time collision avoidance medical-class safety terrain adaptability automatic deceleration braking system foldable design remote control app dual virtual joysticks gravity-based controls single-hand remote consumer-friendly ease