Women's On Cloudsurfer Max Wide white/white running shoes (3WF30571200)

On Cloudsurfer Max Wide Women's Running Shoes white/white are an excellent choice for female running enthusiasts who prefer neutral footwear. The mesh upper provides excellent breathability, which is crucial during intense training sessions on asphalt. The wide fit ensures comfort for those with broad feet, further enhancing user comfort.

Advanced CloudTec Phase® Technology

The On Cloudsurfer Max Wide women's running shoes utilise CloudTec Phase® technology, which provides exceptional cushioning and dynamic energy return with each step. The innovative Helion™ foam midsole enhances these properties, offering runners comfort and a smooth stride. This makes running on asphalt more efficient and less taxing on the joints.

Optimal Traction and Durability

The rubber outsole provides excellent grip on various asphalt surfaces, which is essential for maintaining stability while running. The materials used in the production of these shoes are not only durable but also environmentally friendly, an important aspect for eco-conscious users. These shoes combine modern technologies with a sustainable approach to production.

Environmental Friendliness

Another advantage of the On Cloudsurfer Max Wide women's running shoes is the use of recycled materials, demonstrating the brand's commitment to environmental protection. This allows users to enjoy comfort and modern design while being assured that their choices support sustainable development. It's an excellent choice for runners who value an ecological approach and high-quality craftsmanship.

On Cloudsurfer Max Wide Women's Running Shoes - Features:

• Neutral running shoes designed for asphalt;
• Upper made of breathable mesh;
• Wide fit upper for greater comfort;
• CloudTec Phase® technology providing exceptional cushioning;
• Helion™ foam midsole for dynamic energy return;
• Rubber outsole offering optimal traction;
• Laces as a closure type for secure foot hold;
• Made from recycled materials for environmental protection.