Medford Micro Praetorian G Drop Point Black PVD S35VN Black G10 Titanium Frame Lock Folder

At 2/3 size, the Micro Praetorian G is a chunky folder that offers the same blade and scale thickness as its larger counterpart. This beefy little monster can easily be slipped into smaller pockets while offering the same durability and similar ergonomic grip of its bigger brother. If you're looking for a smaller version of the Praetorian G or just want a compact chunky folder, this is the knife for you. This version has a black PVD coated, CPM-S35VN drop point blade, matching lock side, clip and hardware and black G10 front scale.

Brand new, directly from Medford Knife & Tool, USA.

Blade: The utilitarian, drop point blade is made from tough, 3/16 inch thick S35VN that has been ground with a mid-height hollow grind for powerful slicing and piercing performance and coated with a black PVD for discreet carry and use. Deploying smoothly on the phosphor bronze washers, the blade opens ambidextrously via the large blade fuller milling. Aggressive jimping on the spine transitions into the handle and offers unparalleled traction in the hand.

Handle: Two beefy 1/8 inch slabs, one PVD coated titanium and one G10, and a PVD coated D2 back spacer make up the handle. The front scale is textured for traction while reducing the weight by over half and an ounce! The titanium frame is cut to form the simple, robust, integral frame lock mechanism. Construction is completed with black PVD coated titanium hardware and the partial back spacer with exposed striker pommel. Both slabs and blade are marked with an individual serial number. Includes a padded hard case for transportation and storage.

Carries via a right hand, tip-up 3D titanium pocket clip.

CPM S35VN: was designed to offer improved toughness over CPM S30V. It is also easier to machine and polish than CPM S30V and the adjusted chemistry makes CPM S35VN about 15-20% tougher than CPM S30V without any loss of wear resistance. CPM S35VN’s improved toughness gives it better resistance to edge chipping.