Ride LASSO BLACK 2026

In2grated™ Construction creates the lightest weight, shortest length performance boots on the market, hands down. The liner is factory molded inside the shell to create the most efficient "net fit", leading to less pack out for better overall comfort.

This L.S.D (Ladies' Specific Design) was made to increase comfort and ensure a perfect fit. This Velcro adjustment on the boot cuff allows for a one-of-a-kind custom fit in the calf zone.

Redirects heat underneath the foot and in the toe to help keep in the toasty warmth while charging up last chair.

This bamboo charcoal infused material naturally mitigates odors and moisture. Other benefits include improved temperature regulation and circulatory function.

RIDE’s Premium PU material utilizes a proprietary resin that substantially improves durability and wear resistance. Used in high abrasion zones where bindings and board edges create focused wear, RIDE’s Premium PU has unmatched performance.

Superior ankle and heel hold with added support.

Additional ankle and heel hold.

Enhanced high-density foam offers supportive performance with maintained comfort.

Not your basic cup sole. This outsole offers durability, protection, and grip you expect from a rubber cup sole with the added benefits of an internal full length dual density +SLIME EVA midsole. The midsole’s underfoot recessed geometry coupled with +SLIME EVA blend improves board feel while not sacrificing cushioning for those dawn till dusk shred days.

RIDE’s eco proprietary foam blend improves comfort and response underfoot.

This RIDE specific technology offers a secure fit in the ankle zone and eliminates the need for a traditional harness. The tongue integrated Boa® guides provide total tongue closure and next level heel hold without the potential pressure points. Depending on the model, Tongue Tied™ is paired with traditional lace, Boa® Focus, or Boa® Coiler Closure Systems.

RIDE’S rubber compound that utilizes up to 30% reground rubber to reduce the amount of virgin rubber going into the outsole and reduce our “footprint” on the environment.