SOG TAC AU Compact Tanto Blackout Plain D2 AU-XR Lock Automatic Folder 15-38-09-57

Based on the design of the original SOG-TAC automatic, the TAC XR introduced the ambidextrous XR Lock to this iconic platform. SOG is back again with the next evolution in the TAC AU automatic folder. It retains the XR lock with the addition of a double-action safety that allows for secure carry with fast deployment. A robust construction makes this a popular choice with military, law enforcement and civilian users alike. This Compact Tanto version comes with a black titanium nitride coated plain edge D2 tool steel blade and matching 6061-T6 aluminum handle scales.

Brand new, direct from SOG Knives.

Blade: Equipped with a high saber grind and top swedge the sub-3 inch Tanto profile, plain edge D2 blade offers excellent piercing and slicing performance with added durability. Access fast automatic deployment via the ambidextrous AU-XR Lock mechanism. Jimping on the spine pairs with an integral index guard for added security, while the black TiNi coating is discreetly non-reflective and enhances corrosion resistance.

Handle: Contoured and textured 6061-T6 aluminum handle scales are lightweight, durable and weather resistant. The Compact has a smaller footprint and sub-3 ounce weight ideal for EDC. A proud polymer back spacer is jimped for traction and creates a more contoured feel for added comfort. The AU-XR lock can withstand up to 1500 pounds of force, can be operated with either hand and features an integral, double-action safety: center position is ready to deploy, forward position is safety engaged. Pull past the safety detent, and you can deploy from either position. A generous hole at the pommel allows for lanyard attachment.

Carries via a reversible stainless-steel pocket clip.

D2 Tool Steel: Used as a die cutting steel since WW II, D2 offers a good combination of hardness and wear resistance with moderate toughness and stain resistance. High chromium content for a tool steel (10-13%) gives D2 better corrosion resistance than most high carbon steels.