Arc'teryx Дамски апроуч обувки Arc'teryx Women's Vertex Alpine Approach shoes - Solitude / Dark Solitude - размер 40 (EU) (142-0297-0517)

Suitable for: Women. Recommended use: hillwalking. Type: low ankle. Material type: synthetic, textile. Membrane: no. Fabric treatment: DWR treated. Fabric properties: breathable, abrasion-resistant, water-repellent. Other material information: Cordura. Closure: lacing. Sole: Vibram XS Flash. Cleat Depth: 4 mm. Midsole: EVA. Footbed: synthetic. Drop: 8 mm. Extras: pull tabs, reinforced heel, protective toecap. Misc: knitted collar keeps out dirt, dust and gravel. Note: Arc'teryx products are sold only in commercially available quantities. Item No. : 142-0297. Comfortable approach shoes for challenging terrain in the mountains The Women's Vertex Alpine from Arc'teryx are technical approach shoes that strike a balance between sturdiness, traction and a quick, lightweight construction. They combine the fit and functionality of trail running shoes with the stability needed for long days out on technical terrain. With a grippy Vibram XS Flash 2 sole The Vibram XS Flash 2 outsole offers excellent friction and edging stability and is designed for perfect performance on the trail and for the best grip on both wet and dry surfaces. Abrasion-resistant for higher durability Meanwhile, a TPU collar and toe cap protect your feet in rough and rocky terrain. Plus, the hard-wearing upper material provides good durability to ensure that these approach shoes have a long life ahead of them. The highlights at a glance: Laces are stowed in a practical pocket integrated into the tongue and thus won't get caught or come loose Midsole made from an EVA/polyolefin mix ensures less abrasion on the forefoot when climbing and scrambling Toe cap offers more protection and wear resistance Knitted collar keeps out gravel and, together with the integrated tongue design, ensures a secure, sock-like fit Integrated carabiner loops for easy transport TPU plate provides underfoot protection and rigidity for increased stability