Haglofs Gram Women's Trail Running Shoes

A multifunction shoe, reinforced in crucial spots with extra-durable outsole rubber. As suitable for high pulse activities in rough terrain as it is for casual trail walking. Engineered for comfort and a perfect walking motion, along with as extended durability.

Synthetic Mesh Upper

The upper of the Gram trail shoe from Haglofs has been constructed using a synthetic mesh material to keep your feet cool, dry and protected as you take on the difficult, unpredictable terrain. The mesh material actively and efficiently wicks away the build-up of excess sweat and moisture, leaving your feet free from distraction and discomfort as you strive for the best results and performance. Additionally, cool air is encouraged to circulate, creating a drier, healthier environment for your feet to thrive. Furthermore, the upper boasts a minimalistic yet protective design thanks to a lightweight TPU reinforcement, guarding against friction and debris typically associated with trail expeditions. This helps to keep your toes protected from rocks, branches and other objects which may cause harm. Rounding off the upper is a monosock-construction which provides a comfortable, secure fit to help improve the feel and performance of the shoe.

Solyte Midsole

A Solyte midsole compound provides exceptional cushioning and comfort to help improve the feel and response of the shoe, delivering a bounce-back feel and general cushioned properties which enhance your range of motion. Rearfoot GEL offers shock absorption properties to lessen the impact placed on your knees and joints.

AHAR Plus Outsole

The highly durable AHAR Plus outsole helps to deliver optimal grip and traction to provide you with confidence and a firm, assured footing. Also, engineered trail-specific lugs further improve the traction, both uphill and downhill as well as on all types of varying terrain. The lugs work to increase flexibility and encourage a full, unrestricted range of motion in all directions. Finally, the Trusstic system reduces the weight of the sole unit while retaining the structural integrity of the shoe for maximum durability and stability.