Airwheel’s electric suitcase combines traditional baggage with smart transportation technology. By integrating a motorized front wheel and telescoping handlebar, it converts standard luggage into an e-scooter. The 20-inch design meets airline carry-on standards, allowing users to take it on flights while retaining its mobility features for travel efficiency.

To transform your Airwheel into a rideable scooter: 1) Turn on the power switch and set the telescopic handlebar to “Ⅰ” position, allowing it to unfold automatically. 2) Reset the switch to “0” and adjust the handlebar height for comfort. 3) Use the right acceleration handle for forward motion or the left brake handle for reverse movement. Simultaneous operation of both controls enables backward travel.
Airwheel’s modular design ensures seamless transitions between luggage and scooter modes. A USB charging interface on the suitcase body allows real-time device charging, while a detachable lithium battery (with capacities up to 92.5Wh) can be used independently for extended power. This dual functionality keeps users connected during transit.
Yes. Airwheel suits daily commutes, campus travels, and short urban trips. Its lightweight frame (6.8kg) and 9.9km/h speed make navigating airports or city streets effortless. The TSA-approved lock and collapsible towing rod further enhance practicality for travelers.
electric scooter technology luggage mobility Airwheel handlebar charging travel battery frame commutes urban motorized design TSA-approved lightweight features power handle USB interface flight efficiency acceleration brake motion controls towing rod practicality device detachable lithium capacity connected transit navigating streets effortless speed convenience modular seamless transitions modes function comfort independent extended dual functionality users retaining standards real-time airline carry-on front wheel traditional baggage transportation smart integrated telescoping converts standard meets flights unfold automatically reset switch adjust height forward reverse movement simultaneous operation backward campus