ASICS WOMEN SHOES GEL KAYANO 32 SKY/DIGITAL SAKURA

• This item runs true to Alphalete's standard seamless fit.
• We recommend sizing up for a comfortable fit.
• Bailey is 5’4”/162.5cm, wearing a size S with 39.5"/100.3cm hips and 26”/66cm waist.

• 51% Polyamide, 38% Polyester, 11% Elastane
• We recommend washing inside-out on a cold setting
• Hang to dry

Run into the golden hour with the ultimate blend of cloud-like cushioning and adaptive stability. Part of the limited Sunny Sizzle collection, the ASICS GEL-KAYANO™ 32 in stunning Sky/Digital Sakura delivers premium support designed to keep your stride balanced, comfortable, and stylish from the first mile to the last.

Why You’ll Love It:

• Adaptive 4D GUIDANCE SYSTEM™: Intuitively adjusts to your stride, delivering custom stability when your feet need it most—perfect for neutral runners and those who overpronate.
• Dream-Like Cushioning: Featuring an upgraded, thicker FF BLAST™ PLUS ECO midsole paired with a reduced 8mm drop, you get softer landings and a more responsive, energetic toe-off.
• 65% Softer PureGEL™: Positioned strategically in the heel, this updated tech absorbs impact beautifully, taking the stress off your joints over long distances.
• Women's Specific Support: Features 3D SPACE CONSTRUCTION™ to adapt to female gait patterns, maximizing compression and underfoot softness.
• Golden Hour Aesthetics: The "Sky/Digital Sakura" colorway features a gorgeous sunset-inspired gradient spray across the lightweight, ultra-breathable upper and midsole.

Key Features & Tech Specifications:

• Best For: Daily road running, marathon training, and long-distance walking
• Support Level: Maximum Stability
• Cushioning: Maximum
• Heel-to-Toe Drop: 8 mm
• Weight: Approx. 260g
• Upper: Lightweight, breathable engineered mesh with a handy knit heel pull-tab
• Outsole: HYBRID ASICSGRIP™ combining high-grip rubber and durable AHARPLUS™ to handle any road surface in any weather.
• Eco-Friendly Touch: Midsole contains bio-based materials, and the sockliner is produced using a sustainable solution-dye process to conserve water.