G8 Pro Insoles Series 2620
Description
2620 PRO SERIES Orthotic Insoles are designed to maximise direct power transfer at the point of impact, which is critical in technical shoes. It provides a solid adjustable base to suit feet of all sizes and levels of flexibility and strength plus adaptation of the foot over time. Its design maximises flex of the forefoot and blood flow in the foot.
Pro Insoles Features
Thin and lightweight
Fully customisable with 5 arch heights and 11 position options
Narrow heel cup
Inbuilt metatarsal pad
Chambers for air flow
Pro Insoles Benefits
Increase foot flexion
Increase blood flow in the foot
Reduce foot numbness and pain
Provides power transfer over a greater surface area
Description
2620 PRO SERIES Orthotic Insoles are designed to maximise direct power transfer at the point of impact, which is critical in technical shoes. It provides a solid adjustable base to suit feet of all sizes and levels of flexibility and strength plus adaptation of the foot over time. Its design maximises flex of the forefoot and blood flow in the foot.
Pro Insoles Features
Thin and lightweight
Fully customisable with 5 arch heights and 11 position options
Narrow heel cup
Inbuilt metatarsal pad
Chambers for air flow
Pro Insoles Benefits
Increase foot flexion
Increase blood flow in the foot
Reduce foot numbness and pain
Provides power transfer over a greater surface area
Description
2620 PRO SERIES Orthotic Insoles are designed to maximise direct power transfer at the point of impact, which is critical in technical shoes. It provides a solid adjustable base to suit feet of all sizes and levels of flexibility and strength plus adaptation of the foot over time. Its design maximises flex of the forefoot and blood flow in the foot.
Pro Insoles Features
Thin and lightweight
Fully customisable with 5 arch heights and 11 position options
Narrow heel cup
Inbuilt metatarsal pad
Chambers for air flow
Pro Insoles Benefits
Increase foot flexion
Increase blood flow in the foot
Reduce foot numbness and pain
Provides power transfer over a greater surface area