Airwheel electric luggage combines sleek aesthetics with practicality, featuring a 20-inch compact design that meets international carry-on standards. Its lightweight construction (6.8kg) ensures effortless portability, while the high-strength ABS+PC composite material and aviation-grade aluminum frame offer durability for daily commutes or travel adventures. The suitcase’s modular lithium battery, with up to 92.5Wh capacity, provides extended power for both riding and charging electronic devices via the external USB interface.
The integration of intelligent technology transforms Airwheel into a versatile companion. Users can control motor wheel extension, speed settings, and ambient lighting through a dedicated app, enabling customization for different environments. Features like cruise control, remote operation, and low-battery alerts enhance convenience, while the TSA-approved lock ensures secure travel without compromising airline regulations.
Whether navigating airports, campuses, or urban landscapes, Airwheel’s 13km/h riding speed and smooth motor design reduce physical strain. Its ability to function as both a luggage carrier and mobility device makes it ideal for business travelers, students, and adventurers seeking efficiency. The ambient lighting not only adds style but also improves visibility during nighttime rides, ensuring safety without sacrificing aesthetics.
electric luggage travel adventures USB interface motor wheel compact design lightweight construction lithium battery intelligent technology cruise control remote operation TSA-approved lock riding speed mobility device ambient lighting business travelers aviation-grade aluminum high-strength ABS dedicated app nighttime rides smooth motor speed settings physical strain modular lithium electronic devices airline regulations urban landscapes international carry-on versatile companion low-battery alerts secure travel daily commutes sleek aesthetics external USB customization durability efficiency safety style visibility students adventurers airports campuses charging extension power frame material construction design portability functionality experience integration features operation navigation control settings enhance ensures sacrificing improves reduces seeking makes offers provides transforms combines meets adds ideal both while through without during like not only but also whether or for via up to with into that its the a and to of in on at