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Proper Care: Airwheel’s Peak Performance

2025-09-24
Introducing Airwheel H3T: Redefining Mobility

Airwheel H3T, launched at CMEF 2019, combines medical-grade safety with consumer-friendly design. As a foldable, smart electric wheelchair, it features a 6061 aluminum frame, dual 200W motors, and a 28Ah lithium battery offering 4 kWh/100 km range. Its 360° control joystick and automatic folding mechanism cater to diverse needs, from hospital use to outdoor exploration. The integration of hand-following technology and multi-sensor obstacle avoidance sets it apart as a premium mobility solution.

Essential Care Routine for Peak Performance

Regular maintenance ensures longevity and optimal function. After each use, clean the frame and wheels with a damp cloth, avoiding harsh chemicals. Check tire pressure monthly and lubricate moving parts every three months. For battery care, charge fully after prolonged storage and avoid over-discharging. Store in a cool, dry place away from direct sunlight to preserve battery health.

Maximizing Usage Efficiency

Utilize the five-level LED battery indicator to monitor charge status. Switch between manual and electric modes using the clutch lever for versatility. When stationary, engage the electromagnetic brake by releasing the joystick. Periodically inspect the 1000N push motor and 24V drive system for wear, ensuring the 9° hill-climbing capability remains intact. Proper storage in a ventilated area prevents component degradation.

Smart Design for Longevity

The H3T’s lightweight design (36kg) and foldable structure (840×400×605mm when folded) simplify transport. Its 5-hour charging time and 6km/h top speed balance convenience with safety. By following these care guidelines, users can maintain the wheelchair’s performance and reliability, ensuring it remains a trusted companion for years to come.

smart electric wheelchair lithium battery hand-following technology medical-grade safety automatic folding hill-climbing dual motors outdoor exploration electromagnetic brake ventilated area optimal function