Nike Women's Free TR 8 Training Shoes - Size: 10, White

Description

Designed to flex and expand with your foot, this shoe features a rounded toe box and aggressive siping so you can move freely. Durable 3D printing applies to a stretchy mesh upper for a firm, breathable structure. Full bootie construction creates a sock-like fit that follows the curves of your feet. Injected unit (IU) sole provides lightweight cushioning. A flat heel creates a wider surface area for greater stability and additional support. The Nike Free TR 8 supports your performance without standing in your way. 3D haptic printed upper is strong and flexible. Midfoot features flywire cables that support your foot. Flex grooves on outsole allow foot to expand and flex. Midfoot features flywire cables that support your foot. Flex grooves on outsole allow foot to expand and flex. Durable 3D printing applies to a stretchy mesh upper for a firm, breathable structure. 3D haptic printed upper is strong and flexible. The Nike Free TR 8 supports your performance without standing in your way. Designed to flex and expand with your foot, this shoe features a rounded toe box and aggressive siping so you can move freely. Full bootie construction creates a sock-like fit that follows the curves of your feet. Experience the lightweight flexibility of the Nike Free TR 8. Designed to flex and expand with your foot, this shoe features a rounded toe box and aggressive siping so you can move freely. Durable 3D printing applies to a stretchy mesh upper for a firm, breathable structure.

Key Features

• The Nike Free TR 8 supports your performance without standing in your way.
• Durable 3D printing applies to a stretchy mesh upper for a firm, breathable structure.
• Injected unit (IU) sole provides lightweight cushioning.
• Designed to flex and expand with your foot, this shoe features a rounded toe box and aggressive siping so you can move freely.
• Full bootie construction creates a sock-like fit that follows the curves of your feet.
• A flat heel creates a wider surface area for greater stability and additional support.