Make your uphill
battle a breeze

Never shy away from a daunting hill again! Race up steep inclines with smooth, responsive acceleration. With Boosted Dual+, you have access up to 4 times the power that elite Tour de France riders generate when climbing a mountain–that’s a lot. Plus, Boosted’s powerful regenerative braking system allows you to come to a stop confidently, even while turning or going down a hill.

25% GRADE HILL CLIMBING

22 MPH TOP SPEED

REGENERATIVE BRAKING

WHY A BELT DRIVE SYSTEM?

Our belt­ drive system magnifies the torque* of the motor by 3x, giving you stronger brakes, faster acceleration, and steeper hill climbing than hub motors. Belts are also quiet and more precise, giving you a better ride with more control. *Fancy physics term for how much force is needed to cause an object to rotate.

For beginners to pros

No riding experience? No problem. Multiple ride modes make it easier than ever to jump on a board regardless of your skill level. Start in beginner mode, which goes up to 11mph, and work your way up to pro, which tops out at 22mph. Pro tip: Switch between different modes based on riding terrain to maximize range and take full advantage of your board.

4 RIDE MODES

FAST, RESPONSIVE BRAKING

POWERFUL BLUETOOTH CONNECTION

Awesome riding experience

Bamboo Deck by Loaded

We collaborated with Loaded to create a cusutom-designed Vanguard deck. The bamboo provides natural suspension and damping over bumps. while still delivering enough energy for a snappy,reponsive ride.

Custom Boosted Trucks

We're proud introduce our first-ever truck design.

They're perfect for carving,optimized for the torque and power of our electric drivetrain ,and built to withstand thousands of miles of city streets.

80mm Orangatang Kegel Wheels

The Orangatang wheels have a carefully designed hourglass shape and urethance fomula that flexes over bumps and grips through turns.By coupling the drivetrain to the wheel's existing core,we maintainthe wheel's amazing ride quality and handling better than any hub motor design.