GoPed Hoverboard electric scooter
Rotating testimonials
(800) 692-3943
Bookmark and Share

Hoverboard Custom

Hoverboard Custom

Hoverboard Custom

Availability: Contact us for availability

Our custom, performance tuned Hoverboard and iPed 2 have some subtle differences that make them stand out from the stock GoPeds available. Best of all is a BMX style upgraded stem and handlebar setup. This is a vast improvement from the stock GoPed design, allowing for adjustability and replacement. Each also features upgraded disk brakes, a performance tuned motor, and the best Lithium Polymer batteries available.

These custom electric scooters are hand built for us in California by Goped. We tricked them out with all the most sought-after upgrades, threw in a yellow paint job, and our own custom race strip deck design.

    Features of the custom Hoverboard
  • Custom race yellow paint and striped deck
  • Reinforced riser handlebar with padded crossbar
  • Rear disc brake & Front disc brake
  • 32ah Lithium batteries for super long range
  • 20 mph Turbo mode, 15 mph Economy mode
  • Folds in one step, 5 seconds

If you love the top of the line and want a scooter that will rocket without complaint for miles then our custom electric scooters are for you. Don't waste your time with anything else.

CUSTOM HOVERBOARD - smooth riding and fast
Maximum Speed20 mph (turbo mode)
Scooter Weight46 lbs
Battery TypeLithium Polymer 32ah
Battery RangeUp to 28 MIles (Economy mode)
Max Load250 lbs
Dual PerformanceTurbo and Economy Modes
Motor24V Brush D/C with Aluminum heat sink
Speed ControllerAdvanced Computerized and programmable Variable Speed Controller
ChargerOn board smart charger 110v-240v capability and External charger
FrameAircraft quality 4130 Chromyl frame
ForkPatented cantilevered aircraft quality 4130 Chromyl fork
HandlebarRiser bar 6061-T6 aircraft aluminum with cross bar pad
TiresPneumatic 10" TT
RimsMagnesium Rims
DeckNYCeWheels Custom race stripe
Front BrakesMad Dog Disc Braking System
Rear BrakesMad Dog Disc Braking System