SOG Trident AT Ambidextrous Assisted Folding Knife

The SOG Trident AT is a folding pocket knife engineered for professional, tactical, and outdoor applications. It offers rapid assisted opening combined with SOG's ambidextrous AT-XR locking mechanism, built-in blade locking safety and a spine-mounted safety system. The knife includes an integrated line cutter and glass breaker to expand field functionality and a highly functional cryogenically heat-treated CRYO D2 stainless steel blade with a clip point and partially serrated edge. The textured high-grip handle is made from glass reinforced nylon with durable titanium nitride finish. Compact and easy to carry, the Trident AT delivers dependable performance and edge retention for camping, outdoor recreation, and professional use. Made in Taiwan.

• CRYO D2 STEEL BLADE - A versatile high-carbon tool steel that is cryogenically heat-treated to SOG's unique performance specifications; D2 provides the ideal combination of edge retention and durability for long term use with ease of maintenance
• SAFETY 2.0 SOG designed to be intuitive and utilize natural hand movements, it means you don't have to break your grip to operate it; once open, it locks in place as a thumb backstop; ambidextrous design ensures fast deployment, even when wearing gloves
• AT-XR LOCK SOG's Technology delivers fast one-handed open and solid lock-up once open; reliable and powerful, able to withstand 1500 pounds of force, AT-XR Lock provides the built-in blade locking security when open and ensures it only opens when intended
• MADE FOR PERFORMANCE - Every element of Trident AT folding knife has been developed for extreme or emergency situations - including fast blade open, line cutter, and glass breaker - all seamlessly integrated with a high-grip textured and durable handle
• BUILT FOR PROFESSIONALS - Trident AT Partially Serrated Folding Knife is a modern update based on the feedback from professional users, made to hold up in the harshest conditions, balancing purposeful design with heavy-duty performance/reliability