On Women's Cloudsurfer Next - Kiwi/Ivory

Road Running Shoes
By On
$ 149.95
Color
Size
1 in stock

The On Women's Cloudsurfer Next in Kiwi/Ivory offers a smooth, dynamic running experience designed to elevate your daily runs. With innovative CloudTec Phase® cushioning and a lightweight engineered upper inspired by race-day shoes, this shoe is built for runners who want effortless speed and comfort.

Key Features:

  • CloudTec Phase® Cushioning: Collapses in sequence for smooth heel-to-toe transitions, delivering a seamless running experience.
  • Helion™ Superfoam Midsole: Provides responsive energy return and soft landings, perfect for both short and long-distance runs.
  • Agile Forefoot Rocker: Propels you forward with each step, enhancing your toe-off for faster running.
  • Lightweight Engineered Upper: Breathable and ultralight mesh ensures a comfortable fit, allowing your feet to move freely.
  • Rubber Outsole Pads: Offers superior grip and durability for added confidence on various surfaces.
  • Easy Step-In Design: Accommodates a wide range of foot shapes, providing comfort from the first wear.

Product Details:

  • Weight: 225g
  • Heel-to-Toe Drop: 6mm
  • Upper: Engineered mesh with a blend of polyamide, polyester, and thermoplastic elastomer
  • Cushioning: Mid-level, perfect for balanced comfort and responsiveness
  • Fit: Regular, true to size
  • Outsole: Rubber for grip and durability on roads

Why You’ll Love It:
The Cloudsurfer Next is perfect for runners who crave a smooth, forward-focused ride. Combining CloudTec Phase® technology with a Helion™ superfoam midsole, it offers a dynamic yet cushioned running experience. The ultralight design and breathable materials ensure that every run feels fast, effortless, and comfortable.

Perfect For:

  • Daily running
  • Tempo runs
  • Long-distance training
  • Runners looking for a smooth, responsive ride

Step into the On Women's Cloudsurfer Next in Kiwi/Ivory and experience the future of running with its blend of cutting-edge cushioning and forward-focused performance.