Details About Women's adidas Solar Boost 4
Women's adidas® Solar Boost 4 :: Get everything you need in one shoe with your updated Women's adidas Solar Boost 4 running shoes. This two for one high performance runner is a workhorse during training and continues to deliver on race day. Kicked up from last year's version, the 4 gets a new Zonal PrimeBlue engineered mesh upper for breathability, and locks down the heel with precision placed overlays for consistent support mile after mile. The Solar Boost 4 still features the same trusted 360 control rail for stability and supreme full-length boost™ cushioning for unrivaled step-in comfort and responsiveness.
THE NUTS & BOLTS
- Running Shoe Support: Neutral runners who don't need a lot of extra support will enjoy the feel of the Women's adidas Solar Boost 4.
- Cushion Level: Max Cushion maximizes that plush feel, so every step feels soft and smooth no matter how far you're running.
- Midsole Drop: Your Women's adidas Solar Boost 4 has a heel to toe drop of 10 mm.
- Shoe Weight: 9.8 ounces
- Perfect For: Tackling a 5k or a marathon distance race or training run.
- VIP 90-Day Perfect Fit Promise: VIP Family members can hit the streets in the Women's adidas Solar Boost 4 risk-free! Try 'em out for 90 days and if you don't love them, exchange 'em. Easy!
- Enhanced Comfort: The Full-length engineered BOOST midsole provides unrivaled step-in ride comfort with high energy return with each stride.
- Springy Feedback: The LEP 1.0 extends from the midfoot through lateral/medial forefoot providing a propulsive toe-off complimenting the energy return from the boost platform.
- Extra Support: The 360 Degree control rail provides enhanced support from heel strike to toe off helping runners who need a little more support feel comfortable.
- Breathability: New zonal Primeblue engineered mesh provides breathability in the forefoot and lower midfoot.
- Consistent Performance: Precision placed overlays help support the foot throughout the run by providing extra lockdown in key areas holding the mesh in shape.