Asics Gel-Venture 11 1012B933 001 Women's Running Shoes

Asics Gel-Venture 11 1012B933 001 Women's Running Shoes

36
€80,34
Sale price  €80,34 Regular price  €92,39
Skip to product information
Asics Gel-Venture 11 1012B933 001 Women's Running Shoes
1/6

Asics Gel-Venture 11 1012B933 001 Women's Running Shoes

€80,34
Sale price  €80,34 Regular price  €92,39
Feature
Payment methods
  • American Express
  • Apple Pay
  • Google Pay
  • Klarna
  • Maestro
  • Mastercard
  • Shop Pay
  • Union Pay
  • Visa

Pagamenti sicuri con carta di credito/debito.

Spediamo entro 24–48 ore lavorative.

Puoi effettuare il reso entro 14 giorni dalla consegna.

The Asics Gel-Venture 11 1012B933 001 Women's Trail Running Shoes by Asics are designed for trail running, light hiking, and navigating urban paths. Designed for women with a neutral foot type and supination, the upper combines breathable textile materials with synthetic reinforcements. Soft lining and a textile tongue are featured. An OrthoLite Hybrid Max Lite sockliner provides cushioning thanks to a combination of Amplifoam+ technology and a GEL system located in the rearfoot. Classic lacing. The outsole features a distinctive, off-road tread. A 10mm heel drop supports natural foot movement, enhancing comfort while running and walking. Technical Specifications: · The mesh-textured textile upper has been redesigned with seamless details for a more comfortable fit · Gel Technology in the rearfoot – a system that absorbs shock and adds resilience with every step · AmpliFoam+ – an advanced cushioning material used in midsoles, an improvement on Amplifoam technology. It is designed to offer even greater durability and a pleasant, soft feel underfoot. Thanks to its reduced density, it remains highly flexible and adapts well to movement, translating to better comfort and stable support during various activities · OrthoLite Hybrid Max Lite sockliner – designed to provide advanced moisture management, breathability, and cushioning · The sockliner is manufactured using a solution dyeing method that reduces water consumption by approximately 33% and carbon dioxide emissions by approximately 45% compared to typical dyeing technologies

Prodotti consigliati