Ship in mid-June

The Bestech IKA DAGGER BT2602G represents premium craftsmanship in tactical folding knife design. Engineered by renowned designer Tashi Bharucha, this blade combines cutting-edge materials with meticulous attention to detail. The M390 stainless steel blade features a mirror polish finish, delivering exceptional edge retention and corrosion resistance for demanding applications. At 3.90 inches, the blade provides optimal balance between cutting capability and portability. The robust liner lock mechanism ensures secure blade deployment and reliable safety during use. The handle showcases a sophisticated titanium construction enhanced with striking Timascus inlays, creating a distinctive aesthetic while maintaining lightweight durability. The bead-blasted finish provides superior grip texture and a refined appearance. Premium hardware throughout—including a titanium clip with black PVD coating, ceramic ball bearings, and stainless steel components—ensures smooth operation and longevity. At 182 grams with a closed length of 4.95 inches, the IKA DAGGER offers excellent carry comfort without compromising functionality. The overall length of 8.85 inches provides substantial reach when deployed. Every component, from the pivot collar to handle screws, reflects professional-grade engineering. This is an investment piece for knife enthusiasts who demand superior materials, precision manufacturing, and timeless design. Perfect for EDC, tactical use, or collection appreciation.

M390 Blade Introduction

M390 is an advanced powder-metallurgical stainless steel utilizing high chromium and vanadium content to deliver exceptional wear resistance and industry-leading corrosion resilience. It excels at retaining a razor-sharp edge under prolonged use; however, this extreme hardness renders the blade notably difficult to sharpen or reprofile without diamond abrasives. Additionally, its fine microstructure, while offering superior edge stability, sacrifices some structural toughness and may be more prone to chipping under heavy lateral stress.

SPECIFICATIONS