Women's On Cloudsurfer Max black/eclipse running shoes (3WF30220106)

On Cloudsurfer Max women's running shoes black/eclipse have been designed for female running enthusiasts seeking stable, neutral training shoes. The upper made from mesh fabric provides excellent breathability, contributing to comfort during intense training sessions. The standard cut of the upper ensures a perfect fit, which is crucial for achieving maximum performance while running.

CloudTec Phase® Technology

The On Cloudsurfer Max women's running shoes black/eclipse are equipped with the modern CloudTec Phase® technology that allows for smooth transitions between phases of running. Thanks to this innovative technology, each step becomes more dynamic, and the cushioning is even more effective. The shoes perform excellently on asphalt surfaces, offering outstanding support and comfort.

Cushioning with Helion™ Foam

The midsole made from Helion™ foam in the On Cloudsurfer Max women's running shoes black/eclipse guarantees optimal cushioning and responsiveness. This is particularly important during long-distance training, where comfort becomes a key factor. Helion™ foam combines lightness and durability, which enhances the shoes' longevity and performance.

Outsole Construction Features

The outsole made from rubber in the On Cloudsurfer Max women's running shoes black/eclipse provides excellent traction on various asphalt surfaces. The 6 mm drop supports the natural placement of the foot while running, which translates to better results. The shoes are laced up, allowing for precise adjustment to the individual needs of the runner.

On Cloudsurfer Max women's running shoes - features:

• Neutral running shoes designed for training;
• Upper made from breathable mesh fabric;
• Standard cut ensuring a perfect fit;
• CloudTec Phase® technology for smooth transitions between phases of running;
• Helion™ foam in the midsole guaranteeing optimal cushioning;
• Rubber outsole providing excellent traction on asphalt;
• 6 mm drop supporting natural foot placement;
• Lacing system allowing for precise adjustment.