Spyderco Military 2 Salt Pocket Knife - CPM MagnaCut Steel Blade with G-10 Handle, Compression Lock, Black, PlainEdge - C36GMCBKP2

This elite expression of the Military 2 showcases a full-flat-ground blade crafted from CPM MagnaCut a state-of-the-art particle metallurgy steel that offers an exceptional balance of edge retention, toughness, and superior corrosion resistance. Cloaked in a non-reflective Diamond Like Carbon (DLC) coating, the PlainEdg blade is housed in a handle featuring peel-ply-textured black G-10 scales machined with the signature Caribbean Bi-Directional Texture pattern of Spyderco’s US-made Salt Series knives. The interior of the scales is also machined to accept the knife’s nested, skeletonized stainless steel liners, which form the foundation of its high-strength Compression Lock mechanism. To complement its blade steel and finish, this Military 2’s liners, four-position pocket clip, and all other hardware are also crafted from ultra-corrosion-resistant, marine-grade materials and have low-profile black coatings.

• Built for Harsh Environments - Crafted from CPM MagnaCut stainless steel with DLC coating, this blade resists corrosion while maintaining superb edge retention, making it ideal for marine, tactical, and rugged outdoor use.
• Reliable Compression Lock - Spyderco’s patented Compression Lock mechanism delivers smooth, secure one-handed closing and opening, offering increased strength and confidence during demanding cutting tasks.
• Lightweight Tactical Grip - Ergonomic black peel-ply textured G-10 handle provides a non-slip grip with exceptional comfort and control, ensuring stability and safety without adding unnecessary weight to your gear.
• Precision PlainEdge Blade - The full-flat grind and razor-sharp PlainEdge blade provide excellent slicing capabilities and clean cuts, making it ideal for fine detail work as well as heavy-duty field applications.
• Military 2 Innovation - This next-gen evolution of the iconic Military Series integrates user feedback with engineering enhancements for improved performance, control, and long-term reliability in professional environments.