Time to Roll! Adventures Begin With Your Feet. SWAGTRON T1 is the highly popular, rideable, self-balancing electric scooter aka hover board. It deploys gyroscopic technology totally revolutionizing the way you travel on your hover scooter. Steering & stopping are controlled by Dynamic Equilibrium all based on the shifting of your body weight. You lean – It responds! It’s super simple to operate, extra easy to control, & looks incredibly swag! You’ll confidently cruise on this motorized scooter up to 8 mph over an 11 mile range holding weight up to 220 lbs. Think you’ve gone too far? Breathe easy, indicators always let you know how much battery is left on your ride. Looking for a beginner kids scooter? SWAGTRON’s dual Learning Mode helps you build up your riding swag. Your SWAGTRON T1 is solidly built using the highest quality components & industry-leading safety features, making it also a great adult electric scooter. Turn the T1 motorized scooter over. Notice the UL certified holographic label on the back. SWAGTRON was first in the world to pass all the new UL2272 hover board safety tests & the only one to pass the 10-ton crush test & UL1998/UL991 evaluation UL 2272 Certified E482805. Some may call it a swag hover skate board! This is one tough 2 wheel self-balancing scooter! The T1 sailed with swag through the full slate of electrical tests, mechanical tests, environmental tests, & material/component tests. SWAGTRON is THE industry stared. Order yours now!.
Cruise with swag on your hover board boasting an 8 mph top speed and 11 mile range – weight up to 220 lbs
UL 2272 Certified – the Swagtron 2-wheel self-balancing scooter excelled in all electrical safety tests
This Swag motorized scooter’s new features include: LED headlights, battery indicators, rubber bumpers, and two riding modes
Patented SWAGTRON Sentry Shield smart battery management system provides multi layered hover skate-board protection
This balance scooter features an upgraded 250 watt motor and gear stabilization for tighter control and Downhill traction