Spyderco Ladybug 3 Plain VG10 Foliage Green FRN LFGP3

Spyderco’s smallest lightweight knife, the Ladybug, easily attaches to your key chain seamlessly integrating into your everyday carry and offering an efficient cutting tool in an ultra ultra-lightweight package. The hollow ground, modified clip point blade punches well above its weight class, being only 0.6 of an ounce (16.4 grams) thanks to the linerless fiberglass-reinforced nylon construction. Spyderco’s Bi-directional texturing ensures a secure grip with a mid-back lock for safety during use. This version comes with Foliage Green FRN handles and a plain edge, VG10 stainless steel blade. Brand new, direct from Spyderco Knives, Japan. Blade: Delivered in a modified clip point profile, the hollow ground, satin finished VG10 stainless steel delivers powerful slicing performance with a razor sharp plain edge. Jimping on the thumb ramp offers enhances traction and control while Spyderco’s ambidextrous Round Hole opener makes for smooth, easy, one hand operation. The small size makes this a perfect choice for fine work or for carry in restrictive environments. Handle: Linerless FRN handles are durable, lightweight and impervious to the elements with contoured edges for comfort and exceptional traction in the hand thanks to the Bi-Directional texturing. Ergonomic in design, the handle offers a solid three finger grip with a generous hole for lanyard attachment if added grip area is required. A sturdy mid-back lock design offers rock solid lock up and reliable security in use while the Boye Dent prevents accidental disengagement of the lock when gripping the handle with heavy pressure. This knife has no clip. Carries well in the pocket or on a key ring. 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.