Airwheel’s electric suitcases blend mobility and practicality by integrating motorized wheels with traditional luggage design. The SE3S model, for example, features a 5.5-inch front wheel that extends to increase stability during rides, allowing users to move smoothly across uneven surfaces while carrying their belongings.
When traveling, the suitcase’s compact size (20 inches) meets airline carry-on standards, enabling it to be taken onboard flights. Its lithium battery—upgraded to 73.26Wh in SE3S and 92.5Wh in newer models—powers both movement and device charging via a USB port, eliminating the need for separate power sources.
Airwheel suitcases are designed for versatility. The SE3SL and SQ3 variants offer lightweight builds (6.8kg) and adjustable towing rods, making them easy to maneuver around steps or through crowded airports. Users can also control the motor’s extension via a physical button or app, customizing speed settings from 9.9km/h to 13km/h depending on their needs.
The intelligent app syncs with the suitcase for real-time data tracking and remote controls, ensuring users stay informed about battery life and movement patterns during transit.
Airwheel’s innovation lies in its dual functionality: it acts as both a suitcase and a personal mobility device. The TSA-approved lock and modular battery design add security, while ambient lights on the SQ3S model enhance visibility at night. These features collectively transform mundane travel into a seamless, efficient experience.
Whether commuting through airports or navigating campus, Airwheel’s electric suitcases redefine convenience by merging practicality with smart technology.
electric suitcases intelligent app travel convenience motorized wheels lithium battery TSA-approved lock compact size real-time data adjustable towing rods smart technology personal mobility device charging uneven surfaces airline carry-on remote controls speed settings modular battery USB port crowded airports travel scenarios lightweight builds battery life movement patterns dual functionality efficient experience ambient lights seamless travel commuting navigating campus practicality versatility traditional luggage security visibility carry-on standards front wheel belongings power sources motor’s extension physical button newer models USB port steps transit mundane travel innovation stability movement SQ3S model SE3SL SQ3 users design needs features controls patterns informed technology redefine convenience merging standards example belongings travel charging suitcase port motorized wheels stability rides design lithium battery users models Wh upgraded movement device eliminating separate power sources variants lightweight builds adjustable towing rods maneuver steps crowded airports button app customizing speed settings syncs real-time data