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Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
Women's Asics Gel Kayano 29
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Women's Asics Gel Kayano 29

$160.00

  • -$60.00
    • $100.00
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    Shipping calculated at checkout.

    The GEL-KAYANO® 29 shoe creates a stable running experience and a more responsive feel underfoot. Featuring a low-profile external heel counter, this piece comfortably cradles your foot with advanced rearfoot support. We also updated the midsole with FF BLAST™ PLUS cushioning. This helps keep the shoe lightweight while creating a more energized rebound in each step. A LITETRUSS™ stability feature is placed on the midsole’s inside angle. It’s designed to help keep your foot from rolling too far inward during your stride.

    • Engineered knit upper
      Improves breathability.
    • Redesigned external heel counter
      Helps keep the foot stable and provide a more comfortable stride.
    • LITETRUSS™ technology
      Improves medial support and midfoot integrity.
    • 3D SPACE CONSTRUCTION™ feature
      Improves compression at footstrike.
    • Rearfoot GEL™ technology cushioning
      Provides good shock absorption.
    • FF BLAST™ PLUS cushioning
      Provides lightweight impact absorption and a responsive rebound.
    • OrthoLite™ X-55 sockliner
      Improves comfort.
    • Reflective details
      Improve visibility.
    • AHARPLUS™ heel plug
      Improves the outsole durability.
    • At least 50% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions
    • 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