Features

• The more cushioning that you have underfoot, the softer and more comfortable your running experience can be. Cushioning helps soften impact as your feet hit the ground. Packed with our premium ZoomX and Cushlon foams, the Vomero 17 delivers comfort underfoot for a balanced, soft stride. Based on runner feedback, we also removed the forefoot Zoom Air unit in the previous version to simplify the midsole for a more plush feel.
• The more responsive the shoe, the more energy return you can get back with each step. Whether you want to run a little bit faster or with a little less effort, responsive shoes help give you slightly more spring in your step to get more out of your run. In the Vomero 17, our maximum spring shoe, your foot sits on a stack of ZoomX, Nike Running's lightest and highest energy-returning foam, on the top and soft foam on the bottom for an energized, yet smooth ride.
• The more supportive the shoe, the more stability it can give to your natural stride. A combination of tuned support and intentionally placed cushioning helps you feel secure with every step. The Vomero 17 has neutral support. It gives you balance, whether you're a heel or forefoot striker. It's good for long and short runs, too, providing a smooth transition from heel to toe that helps complement your natural stride.
• This shoe prides itself on premium comfort that puts you in cruise control for short-to-long miles. Engineered mesh makes for a lighter and more breathable upper compared to previous Vomeros. A plush insole offers comfort upon entry, and a soft collar feels gentle on your heel once it’s time to run. The padded tongue and soft, stretchy laces top off an ultra-comfortable overall experience.
• We simplified the build of the 17 by removing the forefoot Zoom Air unit and stacking premium ZoomX foam on top of the midsole to amplify the cushioned comfort. The result is a softer, more responsive ride.
• High-abrasion rubber with lugs on the outsole gives you durable traction.
• Flexible outsole helps improve your heel-to-toe transition.