Boker Plus Urban Trapper Backlock Cocobolo Wood Zinker Satin VG10 Folder 01BO787

Custom knife maker Brad Zinker is back again with another excellent collaboration with Boker knives. Evolving his popular Urban Trapper design Boker is now offering a production lock back version with the same high performance, Japanese VG-10 stainless steel blade, titanium liners and slim, ultralight and ergonomic design. This version comes with Cocobolo wood handle scales. The modern traditional Urban Trapper back lock makes a great option where two-hand opening is required by law. Brand new, direct from Boker Knives. Blade: Long and slender, the clip point blade of the Urban Trapper is made from satin finished VG-10 stainless steel for well-balanced performance. Milled on front of the blade is a large, oval nail nick for traditional two-hand opening. A shallow hollow grind paired with the nearly full length swedge and narrow blade offer excellent slicing, piercing and detail cutting performance. Over three inches of cutting edge in a sub-2 ounce package is tough to beat for EDC. Handle: Much like the flipper version, the lock back Urban Trapper has a slim yet ergonomic handle for ease of carry and comfort in use. A stainless steel back spacer is housed inside proud titanium liners which are acid stonewashed on the faces and satin finished on the edges for a subtle two-tone look. Handsome Cocobolo wood scales are supported by the liners and offer a comfortable grip and stylish look. The back lock mechanism is easy to operate while providing solid and reliable lockup for secure use. A lockable nylon zipper pouch is included for storage and transport. Carries via a tip-up, right hand, titanium deep carry pocket clip. Japanese VG10: VG-10 is a high-carbon stainless steel that takes a very good edge and holds it well. Popular with Japanese kitchen knife makers it is often hardened to 60-61 HRC. A popular choice for small pocket knives thanks to good edge holding and stain resistance VG10 works well with a high polished, acute edge for optimal slicing performance.