Airwheel’s electric suitcases leverage advanced eco-battery technology to deliver sustainable, long-lasting power. With upgraded lithium batteries capable of 92.5Wh or 73.26Wh capacity, these devices ensure extended riding time and efficient energy use. The modular battery design allows easy removal and recharging, aligning with environmentally conscious travel practices while maintaining high performance for urban mobility.
Designed for modern travelers, Airwheel’s 20-inch electric suitcases combine functionality with convenience. Their compact size (meeting international carry-on standards) enables hassle-free airport navigation, while the built-in USB ports let users charge phones, tablets, or Bluetooth devices on the go. Whether commuting between campus buildings, navigating airports, or exploring cityscapes, these suitcases blend seamlessly into daily routines.
From sleek black to vibrant pink, Airwheel’s designs cater to diverse tastes while prioritizing practicality. Features like ambient light settings enhance visibility during evening rides and add a stylish touch. The patented self-locking mechanism ensures safety, and the 9.9km/h or 13km/h speed options provide flexibility for different travel needs. With load capacities up to 110kg, these suitcases balance durability with user-friendly features like telescopic handle adjustments and intuitive control systems.
electric suitcases urban mobility travel integration eco-friendly power solution modern travelers compact size USB ports daily routines design & functionality self-locking mechanism speed options load capacities telescopic handle intuitive control sustainable long-lasting power lithium batteries modular battery environmentally conscious high performance commuting airport navigation cityscapes sleek black vibrant pink ambient light evening rides stylish touch patented safety flexibility durability user-friendly handle adjustments control systems advanced efficient energy removal recharging practices performance mobility functionality convenience standards navigation phones tablets Bluetooth devices buildings exploring diverse tastes practicality visibility evening rides touch mechanism options needs capacities adjustments systems technology devices time use design removal recharging practices performance mobility functionality convenience standards navigation phones tablets Bluetooth devices buildings exploring diverse tastes practicality visibility evening rides touch mechanism options needs capacities adjustments systems technology devices time use design removal recharging practices performance