Benchmade – 3375GY – Mini Claymore – OTF Auto – D2 Coated Dagger – Grivory – Black

Description

The Benchmade – 3375GY – Mini Claymore is an exceptional tool that redefines what a compact automatic knife can offer. Designed with a keen focus on durability, functionality, and portability, this double-action out-the-front (OTF) automatic knife stands as a testament to Benchmade’s commitment to quality. Despite its small size, the Mini Claymore packs a punch far beyond what its dimensions suggest, making it a versatile choice for everyday carry (EDC) and tactical situations alike. The handle of the Mini Claymore is made from Grivory, a high-strength, lightweight polymer that provides a solid grip without adding unnecessary weight. This material is particularly advantageous for those who need a reliable knife that won’t weigh them down during daily carry. Whether you need a knife for daily tasks or as a compact yet formidable defensive tool, the Benchmade – 3375GY – Mini Claymore delivers in every aspect.

Specifications:
Blade Length: 3.02″ (7.67 cm)
Blade Thickness: 0.116″ (2.95 mm)
Handle Thickness: 0.521″ (13.23 mm)
Blade Material: CPM-D2 Tool Steel
Blade Hardness: 60-62HRC
Blade Style: Double Edge Dagger
Blade Finish: Smoke Gray PVD
Weight: 2.52 oz. (71.44 g)
Pocket Clip: Deep Carry Tip-Down, Right/Left Carry
Handle Material: Black Grivory
Lock Mechanism: Thumb Slide
Overall Length: 7.14″ (18.14 cm)
Closed Length: 4.12″ (10.46 cm)
Class: Black
Made in the USA

What’s more, you can experience this item for yourself by holding, smelling it or even taking a selfie with it in person at our local store, Sharp Things OKC, located at 6610 N. May Ave., Oklahoma City, OK 73116. Alternatively, you can purchase with confidence here online at www.SharpThings.com. You will experience world-class customer service in either environment. Don’t miss out on this exceptional product – add it to your cart and your collection today. Feel free to give us a call 7 days a week anytime between 9 AM and 9 PM. 405-286-2112 with any questions.