Specialized Torch 3.0 Road Shoes - 37 - Hyper

Description

Specialized bonded the mesh upper to tough TPU for seamless ventilation, and the rear heal is all synthetic leather for a snugger fit than previous iterations of the Torch. 0 Road Shoe is the stiffest, most innovative in the bunch. 0 utilizes a carbon sole that's constructed for directional rigidity and outstanding power transfer. Compared to all other Torch shoes from Specialized, the Torch 3. Compared to all other Torch shoes from Specialized, the Torch 3. 0 Road Shoe is the stiffest, most innovative in the bunch. Suitable for intermediate- to advanced-cycling, the Torch 3. 0 utilizes a carbon sole that's constructed for directional rigidity and outstanding power transfer. It also features a scientifically-tested Body Geometry design that provides proper hip-to-foot alignment for a boost in power, increased efficiency, and reduced chance of injury. Specialized bonded the mesh upper to tough TPU for seamless ventilation, and the rear heal is all synthetic leather for a snugger fit than previous iterations of the Torch. 0's also updated with dual Boa dials for a quicker fit. The Torch 3. Suitable for intermediate- to advanced-cycling, the Torch 3. It also features a scientifically-tested Body Geometry design that provides proper hip-to-foot alignment for a boost in power, increased efficiency, and reduced chance of injury. 0's also updated with dual Boa dials for a quicker fit.

Key Features

• It also features a scientifically-tested Body Geometry design that provides proper hip-to-foot alignment for a boost in power, increased efficiency, and reduced chance of injury.
• 0 Road Shoe is the stiffest, most innovative in the bunch.
• Specialized bonded the mesh upper to tough TPU for seamless ventilation, and the rear heal is all synthetic leather for a snugger fit than previous iterations of the Torch.
• 0's also updated with dual Boa dials for a quicker fit.
• Compared to all other Torch shoes from Specialized, the Torch 3.
• 0 utilizes a carbon sole that's constructed for directional rigidity and outstanding power transfer.