On Cloudstratus 2 - Womens Running Shoes

FEATURES

Lace up in the newest evolution of max cushioning to double your comfort and distance with the On Cloudstratus women’s running shoes.

Built to glide over the road in cloud-like plushness, this second generation is ideal for everything from 5K runs to marathon distances.

A durable, more eco-friendly upper is crafted from 75% recycled materials to preserve resources and keep your footprint lighter on the environment.

An inner sock construction provides a luxurious feel on first step-in. The star lacing system creates a precise fit for a personalised feel.

An updated midsole delivers an optimal level of support for a distraction-free run. Energy-returning Helion superfoam provides resilient cushioning to float over the pavement instead of being weighed down by fatigue.

Paired with the responsive Speedboard, the twin layers of CloudTech with Helion superfoam ensure you can conquer any distance more effortlessly.

- Ideal for your everyday running workouts, distance training and your next 40K session
- Suitable for runners that land hard, have wider foot types or are craving double layers of max cushioned comfort
- Gives discarded materials a new life as your best running shoes with a 75% recycled upper, supporting more sustainable manufacturing practices
- Strategically placed breathable and supportive zones of upper create a ventilated feel and locked-in fit
- Star-lacing system ensures a secure yet accommodating fit, allowing your feet to move naturally
- Out-of-the-box comfort with inner sock construction
- Spacious forefoot allow your toes to splay without restrictions
- Enhanced heel hold for snug security at the rearfoot and stability during endurance runs
- Cradles your feet in a supportive, re-engineered midsole design
- Combination of Speedboard and Helion superfoam provides a propulsive feel and underfoot protection for a soft, energy-saving ride
- Double layered CloudTec provides an ultra-cushioned, shock-absorbing platform to soak up hard and repetitive impacts