ON Cloud 5 Waterproof zapatillas para correr mujer Flame Eclipse

Experience the ultimate in wet-weather performance with the ON Cloud 5 Waterproof Women's Running Shoes. Designed for women who refuse to let rain or puddles interrupt their run, these shoes combine the signature CloudTec® cushioning with a fully waterproof membrane to keep your feet dry and comfortable. The Flame Eclipse colorway adds a vibrant touch to your gear, making every stride a statement.

Advantages

The ON Cloud 5 Waterproof offers a perfect balance of lightweight agility and reliable protection. The waterproof membrane shields against moisture without sacrificing breathability, while the CloudTec® elements absorb impact and provide a smooth, responsive ride. The Zero-Gravity foam midsole delivers plush cushioning, and the rubber outsole ensures traction on wet surfaces. With approximately 40% recycled materials, it's an eco-conscious choice for the modern runner.

Suitable for

• Road running in wet conditions
• Urban exploration and daily wear
• Walking on pavement and light trails
• Runners seeking a neutral, moderate-cushioned shoe

Key specifications

• Product Type: Running Shoes
• Gender: Women's
• Waterproofing: Yes, On Waterproof membrane
• Upper Material: Recycled mesh with waterproof membrane
• Midsole Technology: CloudTec® cushioning, Zero-Gravity foam
• Outsole Material: Rubber
• Heel-to-Toe Drop: 8 mm
• Weight (per shoe): 227 g (8.01 oz) based on US W7
• Cushioning Level: Moderate
• Activity Type: Road Running, Urban Exploration, Walking
• Sustainability Features: Approximately 40% recycled materials
• Colorway: Flame Eclipse
• Lacing System: Standard laces
• Arch Support Type: Neutral
• Terrain Suitability: Road, Pavement, Light Trails
• Closure Type: Lace-up
• Removable Insole: Yes
• Best Use: Wet weather running, daily wear

Recommendations

For optimal performance, pair these shoes with moisture-wicking socks and consider using a waterproofing spray for extended durability. Ideal for runners who prioritize comfort and protection in unpredictable weather.