Based on an old-school Onitsuka Tiger favourite, the HIMARAYAN PEAK, our new-season HMR PEAK G-TX contains high-spec performance in every inch of its build.
Crafted in hard-wearing Gore-Tex for durability in all weather, this directional boot features 3M rubber straps and tongue sleeves for a greater ability to hold up to changing conditions.
The Solyte midsole boasts half the weight of standard EVA used in marathon and racing shoes, as well as delivering 20% more shock absorption as you hit the ground running. The heel is fitted with fuzeGEL for elevated cushioning and the WET GRIP Rubber outsole has been expertly developed to bring you reliable traction on even wet surfaces.
Based on an old-school Onitsuka Tiger favourite, the HIMARAYAN PEAK, our new-season HMR PEAK G-TX contains high-spec performance in every inch of its build.
Crafted in hard-wearing Gore-Tex for durability in all weather, this directional boot features 3M rubber straps and tongue sleeves for a greater ability to hold up to changing conditions.
The Solyte midsole boasts half the weight of standard EVA used in marathon and racing shoes, as well as delivering 20% more shock absorption as you hit the ground running. The heel is fitted with fuzeGEL for elevated cushioning and the WET GRIP Rubber outsole has been expertly developed to bring you reliable traction on even wet surfaces.
Based on an old-school Onitsuka Tiger favourite, the HIMARAYAN PEAK, our new-season HMR PEAK G-TX contains high-spec performance in every inch of its build.
Crafted in hard-wearing Gore-Tex for durability in all weather, this directional boot features 3M rubber straps and tongue sleeves for a greater ability to hold up to changing conditions.
The Solyte midsole boasts half the weight of standard EVA used in marathon and racing shoes, as well as delivering 20% more shock absorption as you hit the ground running. The heel is fitted with fuzeGEL for elevated cushioning and the WET GRIP Rubber outsole has been expertly developed to bring you reliable traction on even wet surfaces.
