ASICS Novablast 4 running shoes Blue Expanse / Blue Teal, 40

Extra bounce for an energised ride. The NOVABLAST™ 4 running shoe is a great choice if you want a shoe with extra bounce. Lighter and with more energy return than the previous version, it´s designed to help you run faster. And it will leave you feeling energised every step of the way. It´s no surprise that it´s the preferred training shoe among athletes. The shoe´s FF BLAST™ ECO PLUS foam creates a softer, more energised running experience and provides extra bounce thanks to its trampoline-inspired outsole. Its unique design and fit and higher midsole will give you added energy return during your run. This shoe is designed with energy return in mind, and we’ve spent hours testing it at our Institute of Sports Science (ISS) in Japan. The NOVABLAST™ 4 running shoe includes additional technical features to support you during your runs, which you’ll find listed under ‘Tech & Features’ below. Features: - FF Blast Plus Eco: Provides lightweight, premium cushioning for added comfort. - Trampoline-inspired outsole design: Provides a more responsive bounce back. - High midsole and unique geometric design: Ensures extra energy return. - Gusseted tongue wing fit system: Improves the midfoot fit and reduces tongue sliding. - Small reflective details: Helps improve visibility during low-light conditions. - Ahar outsole rubber: Improves the outsole’s durability. - Engineered woven upper: Helps improve breathability and comfort. - Designed with the environment in mind: At least 75% of its primary upper consists of recycled materials, and its cushioning is made with approximately 20% bio-based content. We´ve also used less water and carbon emissions to produce the shoe’s sockliner. Better for you, better for the environment. Pronation: Designed For Neutral: - Foot Type: Normal size arches - Push Off: There is even distribution from the front of the foot. - How your foot contacts the ground: The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight.