Save 10% All Week! - 2nd Annual ScooterFest Use Code: SCOOTERFEST17 Some restrictions apply. (Click for details)
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 2nd Annual ScooterFest - Save 10% All Week! 

Use Coupon Code: SCOOTERFEST17


  • Applicable to new orders only.
  • Coupon code must be entered at the time order is placed.
  • This offer ends on August 21st, 2017 at 2:00 AM Eastern Time.
  • CVT Belts
    Displaying 1-76 of 76 Items
    1 - 1
    18x9x737 Athena Aramid Scooter CVT Belt
    $ 28 95
    O15-2299
    Price Reduced
    814-22.5-30 Malossi Aramid Scooter CVT Belt
    $ 52 95
    O15-2300
    Price Reduced
    835-17-28 Malossi Aramid Scooter CVT Belt
    $ 44 95
    O15-2322
    Price Reduced
    950-23-10.5 Athena Aramid Scooter CVT Belt
    $ 34 95
    O15-2298
    Price Reduced
    805-18-28 Gates Powerlink Scooter CVT Belt
    $ 28 95
    O15-2311
    Price Reduced
    759-22-30 Gates Powerlink Scooter CVT Belt
    $ 49 99
    O15-2289
    Discontinued
    750-19.5-28 125cc Scooter CVT Belt
    $ 37 99
    O15-2274
    Discontinued
    799-19-28 150cc Scooter CVT Belt
    $ 22 99
    O15-2275
    Discontinued
    821-20-30 Scooter CVT Belt
    $ 37 99
    O15-2273
    Discontinued
    Displaying 1-76 of 76 Items
    1 - 1
    Street scooter Continuously Variable Transmission (CVT) belts for all sizes of GY6 based gas scooters, go karts, mini bikes, and dirt bike with automatic CVT engines. We have belts for 50cc through 250cc 4-stroke engines.

    Premium (aramid/Kevlar®) belts have very strong fibers embedded in the belt that provide greater durability and decreased belt slipping. Premium (aramid/Kevlar®) belts are the best belts you can buy for your scooter!

    Standard (non-aramid/Kevlar®) belts are made of OEM-quality or better rubber embedded with woven cordage to provide strength.

    Variable speed belts (V-Belts) are dimensioned as follows:
    669-18-30
    669 (First number in the series) = The length of the belt in millimeters.
    18 (Second number in the series) = The width of the belt in millimeters.
    30 (Third number in the series) = The angle of the teeth on the belt.