Asics

GT-2000 11 M - 1011B475-006

  • BND $199.00

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Product Details

Overpronation

Foot Type

Low arches or flat feet

PUSH OFF

Big toe and second toe do majority of the work.

HOW YOUR FOOT CONTACTS THE GROUND

The foot lands on outside of heel, then rolls inward (pronates) excessively, transferring weight to inner edge instead of ball of the foot.

The GT-2000™ 11 (Wide) shoe is a versatile stability trainer that's functional for various distances. We've updated the underfoot cushioning to make it feel more comfortable and energetic.

Key adjustments in the midsole include our FF BLAST™ cushioning. This soft material helps promote softer landings and a responsive rebound.

LITETRUSS™ technology is positioned on the inside of the midsole to improve stability. It helps prevent your foot from rolling too far inward, setting you up for a smoother stride.

Product Features

Engineered Mesh

A technical mesh material that stretches in multiple directions, creating a glove, snug like fit that provides a unique balance of comfort and fit.

Flytefoam Blast Midsole

Lightweight, midsole foam with energetic and highly responsive cushioning and bounce for an efficient ride.

Gel - Forefoot Twist

Shock absorbing material placed in forefoot of shoe. Shape of units designed for special function under the ball of the foot.

Gel - Visible Rearfoot

Reduces impact during heel strike and allows for a smooth transititon. Shape of units designed for special function under the outside (laterial) side of the foot.

Internal Heel Counter

The internal plastic structure of the shoe which wraps around the heel of your foot. It holds the heel in position during the movements of running improving support.

3D Space Construction

This technology is implemented through a series of strategically planted pillars within the midsole, allowing runners to experience more compression in a specific area without reducing durability or stability. These pillar formations are tuned differently in the men's and women's models to address each gender's biomechanical data