SCOTT Pursuit Women's Running Shoes
The Pursuit is Scott's latest performance road running shoe. It's dynamic, light and fast. Featuring the new ER2 rocker geometry and the lightest foam in the range, the Kinetic Light foam, you get the perfect ally to run faster for longer.
Breathable Mesh Upper
The extremely lightweight mesh upper will keep your feet feeling ventilated and fresh. As you begin to exercise, warm air will start to build up within the inside of the shoe. This air is able to escape through the material, which is then replaced by cooler air from the outside. This will mean that your feet will stay in a comfortable and cool climate, which will increase comfort. The sweat produced will also be able to exit the material, where it is then released away from your feet. Laces and a form-fitting tongue will make it easy to achieve a comfortable and streamlined fit. The no-sew toe guard reduces the risk of irritation from rubbing and chafing within the shoe.
Kinetic Light Foam Midsole
The lightest and most responsive foam to date. Enhancing the properties of Scott's existing high rebound foam (KINETIC FOAM) this new lightweight foam has even more rebound in an even lighter package. Soft, light and responsive but with the levels of durability thanks to the long-lasting EVA. Evolved Rocker2 builds on 10 years of continued R and D, creating Scott's most efficient running platform yet. ER2 applies our advanced understanding of biomechanical principles to promote a more dynamic running position, reducing heel strike impacts and increasing running efficiency. Simply put, you can run faster, for longer, with less energy.
Speed Traction Outsole
Specifically designed for weight savings, the speed traction is the lightest in range. With its strategically placed outsole, it puts power down to the road in the most direct and efficient manner focusing on forefoot traction for no loss of power. Lighter means you can run faster for longer. The rubber used is extremely durable, which means that it will be able to retain all of its properties over a long course of time.
