Expect the unexpected with the 1080v15. It delivers everything youve come to rely on in a premier everyday trainer, now powered by all-new Infinion cushioning technology. Designed for long-lasting performance, this innovation provides enhanced energy return and a plush feel that survives the longest runs. Complemented by a total visual makeover, the 1080v15 represents a whole new way of looking at the most comfortable running shoe we can makeblending high-tech performance with a modern, breathable aesthetic.

Feature & Benefit

• INFINION MIDSOLE TECHNOLOGY: A groundbreaking foam evolution that ensures long-distance durability with elevated cushioning and superior energy return.
• PREMIUM STEP-IN COMFORT: Features a redesigned cushioned tongue and a plush heel tab to ensure a secure, irritation-free fit for miles of continuous wear.
• CUSTOMIZABLE STRETCH LACES: Equipped with premium stretch laces that move with your foot, securing the lockdown while allowing for a truly customizable, dynamic fit.
• BREATHABLE MESH UPPER: A high-performance engineered mesh upper provides a lightweight and airy environment, keeping your feet cool during high-intensity sessions.
• HIGH-VISIBILITY REFLECTIVITY: Integrated reflective details are strategically placed to catch the light, enhancing your safety and visibility during low-light training runs.
• OPTIMIZED TRANSITION: The midsole geometry is sculpted to promote a smooth and effortless heel-to-toe transition, reducing foot fatigue over long distances.

Details

• Fit: True to Size / Customizable via Stretch Laces
• Category: Max Cushion / Neutral
• Weight: 261 grams (approx. 9.2 oz)
• Midsole: Infinion Technology

Material Information

Upper: Breathable Performance Mesh
Laces: High-Elasticity Stretch Fabric
Midsole: Infinion High-Performance Foam
Care Instructions:
Hand wash with cool water. The stretch laces and cushioned tongue contain specialized padding; do not machine wash or tumble dry as high heat can damage the elasticity and foam structure. Air dry in a well-ventilated area away from direct sunlight.