Technical fit and features meet classic looks and rugged leather construction in this mid height hiking shoe Eskape Mid LTR GTX by SALOMON.


Gore-Tex®'s Extended Comfort Footwear is guaranteed to keep you dry and offers an extended range of comfort. Engineered to be used during high output activities, SALOMON uses Gore-Tex® Extended Comfort Footwear in their adventure racing and mountain running footwear where superior waterproof protection and enhanced breathability are essential.



Gore-Tex® climate comfort and added support for any adventure around the world with the Eskape Mid LTR GTX by SALOMON.



Features:

• Protective synthetic toe cap
• Heel Strap
• Waterproof bootie construction
• Injected EVA
• Heel foam
• Waterproof split suede leather - Split-suede leather materials allow for longer wear and durability
• Mid - Mid-cut profile for additional ankle support and protection
• Gusseted tongue - Material bridge connects tongue to the upper eliminating debris from entering the shoe.
• Protective heel cap - Provides rearfoot stability and protection.
• Mud guard - Protective material all around the base of the shoe
• Textile - An abrasion resistant lining that allows for excellent breathability and quick drying.
• Gore-Tex® Extended Comfort Footwear - Gore-Tex®'s Extended Comfort Footwear is guaranteed to keep you dry and offers an extended range of comfort. Engineered to be used during high output activities, SALOMON uses Gore-Tex® Extended Comfort Footwear in their adventure racing and mountain running footwear where superior waterproof protection and enhanced breathability are essential.
• Non marking Contagrip® - Delivering optimal traction on varied surfaces, Salomon's Contagrip® outsoles use the ideal combination of specialized rubbers for each specific use
• Advanced Chassis™ - Salomon's lightweight advanced chassis, placed between the outsole and midsole, maximizes motion control, energy management and push through protection for an efficient, stable and responsive ride.
• Die cut EVA - Provides excellent step-in cushioning