Grey Nike LunarSpider LT+ 3 Racing Lightweight Mens Womens Running Shoes Cushioned / Neutral Road Racing Shoe NIK8445

Made with great support without adding extra weight. This is an extremely lightweight racing shoe from Nike designed with a new Flywire Cable System that offers a sense of lightness and stability.

Built for speed, the Nike LunarSpider LT+ 3 Racing Shoe offers resilient, low-profile cushioning and support in an ultra-lightweight package. The seamless mesh construction delivers a comfortable fit with added breathability. The shoe's outsole offers excellent traction and grip to help you power through your race during those wetter conditions. The outsole of the heel is constructed from an abrasion-resistant material, prolonging the life of the trainer.

• ** UPDATED** Flywire Cables System - Offering a sense of lightness, stability and perspiration with a flexible fit.
• Lunarlon Cushioning - Designed for miles and miles of soft, springy and a more comfortable experience when you run.
• Interior Arch Bandage - For extra lockdown and midfoot support.
• No-Sew Construction - On the upper to minimise chafing and offer a better fit with great comfort.
• Duralon - Softer blown rubber in key impact area of the outsole for comfort.
• Interior Mesh Vamp - For extra ventilation and air flow, keep your feet sweat free.
• Breathable Mesh Upper - For breathability and a comfortable fit.
• Sticky Rubber - The sticky rubber outsole is designed for great traction and provide friction on wet and slippy surfaces.
• Plastic Midfoot Arch Shank - A rigid material in the shank area of the midsole keeps the foot neutral in the midfoot phase of the gait cycle.
• BRS 1000 Carbon Rubber Outsole ¨C Located in the heel for traction and maximum abrasion-resistance.
• NIKE+ Enabled - This shoe accepts the revolutionary new Nike+ sensor.

What is FLYWIRE technology?

Flywire helps provide ultra-lightweight support and comfort for your foot. It gets its strength from thin Nylon fibers strategically placed on the upper of the shoe to hold the foot in place, helping to reduce slippage during activity. This allows for a massive reduction in weight because material is used only where it¡¯s needed for structure.