Tackle any terrain in style with Saucony's Endorphin Speed 5 Running Shoes, a brand renowned for its innovation and performance technology. Marked with the signature logo lettering, creating an athletic style. From long-distance runs to race days, these runners are engineered for lasting comfort and performance. Product Highlights: - Designed with a foam midsole, providing a lightweight and bouncy feel, cushioning your feet. - Crafted with lightweight engineered mesh for a comfortable fit and breathability. - The XT-900 outsoles offer exceptional traction and durability. - Composition: Refer to care label. - Care: Refer to care label. Meet the Saucony Speed 5 in vibrant citron and lapis. Whether you’re tackling a long training session or gearing up for a sprint, this shoe's got your back. It’s designed to keep you moving with ease, making every run feel like a breeze. The real magic lies in its energy-efficient PWRRUN PB foam. It bounces back with every step, offering a lively feel underfoot. Plus, the winged nylon plate adds stability while keeping things flexible, so you can stride confidently. This means you’re not just running; you’re gliding. With SPEEDROLL technology, you’ll experience a smooth, forward motion that feels almost effortless. And thanks to increased rubber coverage, these shoes are built to last, even on the toughest terrains. The engineered mesh is lightweight yet comfortable, perfect for those up-tempo days or everyday wear. A full-length groove enhances flexibility, allowing for a natural transition in your stride. So lace up, and enjoy every step with the Saucony Speed 5. Saucony Endorphin Speed 5: agility and response for speed and endurance The Saucony Endorphin Speed 5 combines lightness, reactivity, and stability for intense training or competitions. With PWRRUN PB foam and a nylon plate, they offer a fast and natural stride at any pace. Surface: asphalt Shoe type: neutral Use: speed training / competition Weight: 238g Drop: 8 mm Cushioning: PWRRUN PB Plate: nylon with wings for torsional rigidity and flexibility in the forefoot