Chris Reeve Green Beret Combat Knife Fixed 5.5" S35VN Blade, Micarta Handles, Foliage Green Sheath - CRKGB5.5FG
Gerber 31-000751 Bear Grylls Surviv…
Ontario SP10 Spec Plus Marine Raide…
KA-BAR 1217 Full Size USMC Fighting…
Cold Steel 80PGTK GI Tanto Fixed 7"…
Columbia River 2010N Crawford Kaspe…
$89.99On Sale: $25.95
Cold Steel 13RTK Recon Tanto Fixed …
$124.99On Sale: $69.95
Ontario 499 Air Force Survival Knif…
Columbia River 2910 Hisshou 13" YK-…
Cold Steel 38CK SRK Survival Rescue…
$134.99On Sale: $69.95
Ontario OKC3S Khaki Brown USMC Bayo…
Cold Steel Double Agent II Clip Poi…
CRKGB5.5FG: Green Beret 5.5"
Chris Reeve Knives
Efficient - Tough - Exceptional
Words that describe the men of the U.S. Army Special Forces
Words that describe the knife designed specifically for these men
This knife is known as "The Green Beret Knife". It is a no-nonsense, hardworking tool, designed by renowned knife maker and designer Bill Harsey, with function and manufacturing input from Chris Reeve. Made in Boise, Idaho by Chris Reeve Knives, the Green Beret Knife is a using knife that, just like the men for whom it was designed, is efficient, tough and uncompromising.
Without the name "Yarborough" and non-serialized, the otherwise identical knife - The Green Beret Knife - is available from Chris Reeve Knives.
- Blade Material: CPM S35VN Stainless Steel
- Blade Hardness: 55-57 RC
- Blade Coating: KG Gun-kote
- Blade Length: 5.50" (139 mm)
- Blade Thickness: Full Tang 0.220" (5.6 mm)
- Overall Length: 10.875" (276 mm)
- Handle Material: Black Canvas Micarta
- Weight: 11.8 oz. (335 g)
- Sheath: Foliage Green Combat Master by Spec-Ops Brand (TM)
- Handmade in the USA
UPC Code: 084016
This product is USA born and raised.
Durable, flexible, abrasion and mildew resistant, and high strength.
A tougher steel than S30V, it retains the excellent corrosive properties and ability to take an edge, but improves on the ability to hold that edge.
Similar to G10, Micarta is a a compressed layered composite which instead of using fiberglass, uses fiber compounds of any type of create a strong, attractive material that is impervious to water.