CAMP Skimo Pure Nanotech Crampons

New for 2021, CAMP adds a fourth crampon to its SKIMO lineup. While light and fast, you don't have to be a world-class ski mountaineer to reap the benefits of this rugged little crampon. The ultralight steel will help you prance over the rime-ice in the high alpine with confidence and will give a little extra punch when navigating soft ice or a firm snowpack.

• The lightest steel crampons in the world
• Designed for ski mountaineering and competitive ski mountaineering racing
• Constructed from proprietary Sandvik Nanoflex® stainless steel
• Automatic binding with the proprietary T-Stop toe system
• Semi-auto toe bails are available separately for boots without toe welts
• The heel bail has been optimized to fit A/T ski boots and features 3 height settings for fine-tuning the fit
• Micro-adjustable linking bar with large and small range settings allows for a precise fit
• Dyneema® linking straps (available separately) reduce weight and allow the crampons to fold onto themselves for tighter packability
• Dynamic anti-balling plates and carrying case included
• Torx key for T-Stop adjustment included

The Skimo Pure Nanotech is a hyperlight steel crampon designed for ski mountaineering and competitive ski mountaineering racing. It uses the same frame design and T-Stop binding system as the Skimo Tour, but the frame is constructed entirely from proprietary Sandvik Nanoflex® stainless steel for a solid grip on hard snow and ice. The micro-adjustable linking bar with large and small range settings delivers a precise fit for all boot lengths. The linking bar can also be replaced with the optional Dyneema® linking strap (sold separately) to reduce weight and allow the crampons to be folded onto themselves for tighter packability. Semi-auto toe bails (sold separately) can be integrated for boots without toe welts. Dynamic anti-balling plates and carrying case included.

Sandvik Nanoflex® is an innovative patented steel alloy that is 70% stronger and 20% harder than normal steel which allows for a significant reduction in the amount of metal used, thereby decreasing weight while maintaining strength.