Product Description
Here - the shoe that grounds you in the present moment. The Here shoe is the first versatile shoe debut of the Re:connect collection from Vasque that features a lightweight, breathable modern shoe that is made with recycled materials. The form fitting upper is made with 100% recycled polyester mesh, with 85% recycled polyester webbing and lace for breathability. Secured movement is achieved with the 60% recycled content heel counter and optimized heel fit collar system. Comfort and responsiveness are delivered by the high energy return midsole made with 20% sugarcane and the Bloom EVA Insert. The Here is grounded by the Vasque R2T outsole with aggressive lugs for enhanced micro multi-directional traction across surfaces.
Product Information
- Log Outside: Here - the shoe that grounds you in the present moment. And when we disconnect, we reconnect - with ourselves, our priorities, and our full potential. At Vasque, we believe that you don’t have to travel far to change your perspective. By simply stepping outside, we can change how we feel on the inside.
- Incredible Fit: The new optimized heel fit collar system cushions the grooves of your ankle and secures the heel in place to provide both comfort and stability while on the move to your next errand or outdoor adventure.
- Comfort: The high-rebound 20% Bloom EVA insert, and high energy return midsole made from 20% Sugarcane provides comfort and responsiveness. Temperature is regulated with the help of the footbed top cover that is made with S. Café yarn that offers up to 200% faster drying time compared to cotton. Features a wraparound deconstructed form fitting tongue construction for extra padded comfort.
- Breathability: The 100% recycled polyester mesh upper and 85% recycled polyester webbing permits air flow and allows perspiration to escape, while keeping your feet feeling cool and clean.
- Superior Traction: The Vasque R2T outsole with extended heel maximizes contact with the ground for a smoother stride. The lugs on the outsole enhance micro multi-directional traction across surfaces and flexes with the foot in every step for abundant support.
