Tires

The Current tire features a directional grippy tread pattern with good shape and tire width. It’s an affordable tire designed to make it easier for beginner riders to upgrade their bike and keep existing riders on their bikes. - Grippy tread pattern - Affordable high-pressure tire

Broc Raiford signature tire. Odyssey worked closely with Broc to dial in a tread that meets his riding needs while remaining simple and stylish. Odyssey's R-Grip rubber compound ensures superior grip and wear resistance. - Large Directional tread pattern - Odyssey R-Grip rubber compound - Superior grip & wear resistance - Micro knurling throughout - NOTE: Yes, it squeaks

The Mike Aitken signature Aitken tire features a tread pattern for street and dirt and is ideal for use at high speeds. - Dual ply casing

Based on the popular Path tire from the early 2000's, The Path Pro has been fully redesigned to meet today's riding styles. This includes a proprietary rubber compound that is both extra-grippy and long-lasting, bigger sizing options, and an all new tread pattern inspired by the original with a smooth center tread and knurled side blocks. - Directional tread pattern with smooth center tread - Proprietary rubber compound - Improved grip & wear resistance - Micro-knurled side blocks

Based on the popular Path tire from the early 2000's, The Path Pro has been fully redesigned to meet today's riding styles. This includes a proprietary rubber compound that is both extra-grippy and long-lasting, bigger sizing options, and an all new tread pattern inspired by the original with a smooth center tread and knurled side blocks. - Directional tread pattern with smooth center tread - Proprietary rubber compound - Improved grip & wear resistance - Micro-knurled side blocks

Drop. The. Hammer. - Grooved slick tread design - Lightweight casing While originally designed as a BMX race tire, the DTH has found success beyond the track, including street riding, pump track, skate park, and slopestyle. The grooved slick maximizes rolling speed by minimizing drag.