ADD® TECHNOLOGY

FROM THE GROUND, UP! !

Your foot is an extremely complex anatomical structure: 26 bones, 33 joints and more than 100 muscles, ligaments and tendons. Garmont® boots are designed to deliver the best mountain experiences. We start from the inside and work outward – by understanding the anatomy of the foot, analyzing movement, and determining what is going to deliver the best performance.

FEATURES:

Garmont’s Anatomically Directed Design (a.d.d.®) enables your foot’s natural ability to stabilize, absorb shock, and propel forward. Fit is enhanced by closely matching design and function to the natural asymmetric shape of your feet.

ERGO LAST TECHNOLOGY

The contours of this anatomical last are smooth and rounded, to more closely follow the shape of the human foot. Footwear built on this last wrap the foot better, especially the heel and bottom of the foot, for a more comfortable, ergonomic fit.

DOUBLE DAMPER TECHNOLOGY

A two-part system for superior shock absorption. The midsole dampens ground impact while the internal shock absorber dampens heel impact. The combined result is enhanced cushioning and less fatigue. The inner layer is more anatomical in the heel and underfoot areas to help reduce foot movement within the shoe, adding greater comfort and stability overall.

GORE-TEX® PERFORMANCE COMFORT TECHNOLOGY

ALL-SEASON COMFORT AND WEATHER PROTECTION

Shoes engineered with GORE-TEX® Performance Comfort product technology are designed for outdoor use in moderate weather conditions. They combine durable waterproofness and optimized breathability. Thanks to their innovative construction they are an ideal solution for the widest range of outdoor activities and changing weather conditions.

VIBRAM® XS TREK COMPOUND

OMNI-SPORT. MULTI-SURFACE. THIS IS XS TREK

• Optimal balance of traction and durability

• Responsive on unpredictable terrain

• Engineered for stability and comfort

LENZI PUTEK FABRIC

Super abrasion-resistant threads directly woven in high resistance fabric for textiles with ultimate mechanical performances.