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Women's 1080v15 Suede Running Shoes

Women's 1080v15 Suede Running Shoes

$137.69
Gender
Size
Preparing Watches
3-5 Business Days
Express Delivery
10-15 Business Days
Warranty
2 Years
Free 30-Days Returns
More Details

Engineered for endurance and everyday performance, the 1080v15 delivers reliable support with an advanced cushioning system designed to maximize energy return. Every stride benefits from long-lasting impact absorption, creating an exceptionally smooth and comfortable underfoot experience.

Featuring a premium suede construction and a modernized visual profile, this running shoe effortlessly blends performance innovation with refined aesthetics. The lightweight build ensures dynamic responsiveness whether training over long distances or walking through daily routines.

Key Features

Department Women's
Product Type Running Shoes
Model 1080v15 Suede
Upper Material Suede
Weight 210.3 g
Closure Lace-Up
Condition New

Highlights

  • Advanced cushioning system delivering enhanced energy return and long-lasting comfort
  • Premium suede upper finish for a modernized aesthetic
  • Lightweight design weighing only 210.3 g
  • Engineered specifically for everyday running and endurance training

Materials & care

Constructed with a suede upper. Spot clean with a specialized suede brush and suede cleaner. Allow to air dry naturally away from direct heat or prolonged sunlight.

Sizing & fit

Designed for women's standard running shoe fit with secure lace-up closure for optimal lockdown.

Frequently asked questions

What type of activity is this shoe designed for?

The 1080v15 is engineered as an everyday running shoe built for long-lasting performance and energy return.

What is the weight of the shoe?

The shoe weighs approximately 210.3 grams.

What upper material is featured on this model?

This version of the shoe is designed with a premium suede upper finish.

What makes the cushioning in this model distinct?

It features an all-new cushioning technology designed for enhanced comfort, impact absorption, and energy return over long runs.

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