Lateral view of the Women's GT-2000 version 11 in the color Black/White
Front angled view of the Women's GT-2000 version 11 in the color Black/White
Back angled side view of the Women's GT-2000 version 11 in the color Black/White
Back view of the Women's GT-2000 version 11 in the color Black/White
Bottom (outer sole) view of the Women's GT-2000 version 11 in the color Black/White

ASICS

Women's GT-2000 11

Sale price$140.00
SKU: 1012B271-004
Size:5.5
Color:Black/White
Quantity:
Pickup available at 50th st Usually ready in 24 hours

Women's GT-2000 11

5.5 / Black/White

50th st

Pickup available, usually ready in 24 hours

805 3rd ave
New York City NY 10022
United States

+12124214444

7th ave

Pickup currently unavailable

745 7th ave
New York City NY 10019
United States

+12123982449

The GT-2000™ 11 shoe is a versatile stability trainer that's functional for various distances. Version 11 comes with an updated underfoot cushioning to make it feel more comfortable and energetic.

 Features:

  • FF BLAST™ technology:
    Cushioning provides lightweight cushioning and a responsive rebound
  • FLYTEFOAM™ technology:
    Cushioning helps keep the shoe lightweight
  • LITETRUSS™ technology:
    Improves medial support and midfoot integrity
  • OrthoLite™ X-30 sockliner:
    Provides soft step-in comfort
  • AHARPLUS™ heel plug:
    Rubber helps improve durability
  • ASICS LITE rubber is lighter and stronger than standard outsole rubbers. Bio-based cellulose nanofiber is also partially used
  • Designed to improve visibility in low-light settings
  • Rearfoot GEL™ technology
    Improves impact absorption and creates a softer feeling at footstrike

Details:

  • Weight 8.3 oz
  • Stability Support
  • Drop 8mm

Sustainability:

  • The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
  • At least 50% of the shoe's main upper material is made with recycled content to reduce waste and carbon emissions