Black Diamond

Black Diamond Mission LT 2.0 Approach Shoes Womens


Black Diamond Mission LT 2.0 Approach Shoes Womens

Step off on a mountain adventure with confidence in the Black Diamond Mission LT 2, an approach shoe designed for women pushing the boundaries in both scale and technical terrain. Crafted with sustainability in mind, this shoe features durable, abrasion-resistant materials in its construction. The tongue, lined with 100% recycled mesh, offers added padding and comfort. With high-performance BlackLabel-Mountain rubber, the Mission LT 2 provides exceptional grip for navigating technical landscapes, and the rubber toe protection enhances security. Multiple webbing loops offer versatility for tagging and stowing as you transition from approach to climbing. Committed to eco-friendliness, the laces, collar, and mesh sock lining are all made from 100% recycled materials, ensuring a responsible choice for your mountain pursuits.

Black Diamond Mission LT 2.0 Approach Shoes Womens Features

  • Durable, abrasion resistant upper constructed from sustainable materials
  • Lined and gusseted tongue for added padding and comfort
  • lackLabel-Mountain rubber is high performance sticky rubber
  • Super comfortable molded EVA midsole with Bloom algae-infused foam
  • Recycled rubber toe cap for added protection
  • Multiple webbing loops for various tagging options

Black Diamond Mission LT 2.0 Approach Shoes Womens Specifications

  • Weight 300g (USW 8)
  • Width - Medium
  • Upper - Enduro Knit upper, Full internal fit bootie, Strobel anchored webbing lace system, Welded TPU protective rand overlay, Sticky rubber toe cap
  • Midsole - Dual Density EVA
  • Outsole - BD BlackLabel Mountain Rubber
  • Material - 75% Polyester, 10% Rubber, 15% Polyurethane Lining: 100% Polyester Sockliner: 100% Polyurethane Midsole: 80% EVA, 10% BLOOM, 10% Nylon Outsole: 100% Rubber
  • Weight per pair - 600g (USW 8)
  • Last- BD Rockered Approach
  • Heel - Ball Drop 8 mm
  • Stack Height - 15mm/23mm
  • Footbed - Molded, Open Cell Performance EVA