Key benefits Comfortable for extended wear: designed for skating, dancing, parties, disco, birthdays, and Christmas; suitable as a practical gift for your child or friend. Easy to carry and store: small size and light weight make these skates convenient to transport. Stable and safe: good balance design helps users control their center of gravity and improves safety during use. Multipurpose use: supports skating plus other activities such as hiking and sports. Product features Materials: upper made of microfiber for comfort, rubber sole for grip, and PU wheels for smooth rolling and durability. Compatibility and installation: can be installed on flat shoes for , removing the hassle of performance preparation and complex assembly. Simple, secure wheel mechanism: unique invisible button design prevents accidental opening. A button located on the back of the shoe controls the wheel: press the button to release the wheel; press and hold the button, push the wheel down into the floor, then release to lock it back in place. Lightweight construction with small footprint makes these skates easy to handle and store. How it solves common problems Eliminates complicated assembly: readytoinstall design reduces setup time and effort. Improves confidence for beginners: stable balance and easytocontrol centerofgravity features help skaters feel more secure. Versatile for multiple occasions: one product covers recreational skating and social events so you don't need multiple specialty shoes. Use scenarios Weekend skating: attach to flat shoes for a quick outdoor or indoor skating session at the rink or park. Parties and performances: comfortable enough for extended wear during dance, disco, or themed events. Gifts and celebrations: practical present for birthdays or Christmas for kids or friends who enjoy active play. What to expect A compact, lightweight skate solution that attaches to flat shoes, built from microfiber, rubber, and PU for comfort and durability. A secure, easytouse locking button on the back of the shoe to change between rolling and nonrolling modes with minimal effort.