Kayland Cross Mountain GTX woman boots

The Cross Mountain GTX is a cross-over shoe expressing Kayland's new concept of comfort and performance for hiking, somewhere between a technical mountain-climbing shoe and a backpacking shoe

Developed to offer all-round performance in mixed terrain, including mountain slopes with technical and rocky passages, snow and ice, and prepared for use with semi-automatic crampons, the new Cross Mountain GTX offers the perfect compromise between light weight and technical features. Guaranteed safety and performance for anyone who wants to use the same shoe for mountain-climbing and trekking. Ideal for mountain-climbing professionals, guides and rescue workers in summer. Split leather uppers and ultra high-tech anti-abrasion fabric with attractive colours and design. Ankle Lock Technology to protect the ankle with a snug hold. Gore-Tex® Performance Comfort membrane to protect against rain, stone and damp while ensuring maximum breathability. Microporous, long-lasting, shock-absorbing midsole. Vibram® Mulaz EVO 5mm tread offering excellent grip on the way up and down.


Features

  • Construction: Lasted
  • Shape: ERGO Tech
  • Upper: Textile+Suede
  • Membrane: GORE-TEX® PERFORMANCE COMFORT
  • Midsole: Microporous
  • Outsole: Vibram New Mulaz
  • Height Shoes: Mid Cut
  • Real weight: 599 g (Uk 5)


Technologies

Gore-Tex® performance comfort

Optimum comfort and durable waterproof protection when you need it most. This footwear is designed for outdoor use in changing weather conditions. From backpacking and hiking boots that take you around the world, to climbing shoes you can rely on, you get highly breathable footwear with moderate insulation for all-season climate comfort.

Vibram® MULAZ EVO

Vibram® MULAZ EVO is the recommended sole for safe walking on all terrains. Its 360° helical tread is especially effective when ascending and descending. The broad support surfaces at the tip (“climb zone”) are particularly useful in rocky passages where grip is essential. Correct walking and lateral stability ensured.