Microtech Dirac Delta Signature Series – 3.78″ Bronze Apocalyptic Double Edge Plain Blade, Bazooka Hex Camo Aluminum Handle – 227-13APBOHXCS

he Microtech Dirac Delta Signature Series 227-13APBOHXCS is the full-size Dirac platform — a larger, heavier cover-firing OTF automatic built on the same HALO-inspired curved chassis as the standard Dirac, scaled up to a 3.78″ double edge plain blade, 9.41″ overall, and 4.09 oz. ⚠️ OTF automatic with double-edged blade — verify legal status in your jurisdiction before purchasing. Visit akti.org for knife law information.

The Bronze Apocalyptic blade finish is Microtech’s controlled chemical darkening process with a warm bronze tone — a mottled, high-contrast surface that reduces glare without adding coating thickness to the blade geometry. At 0.158″ thick and 3.67″ of cutting edge across both double edges, the Dirac Delta blade is a genuinely full-size OTF platform at a scale the standard Dirac doesn’t reach. Both edges are plain — no serration on either side.

The Bazooka Hex Camo aluminum handle carries a hexagonal pattern camo treatment in Microtech’s Bazooka colorway — distinct from the Badlands earth tones on the standard Dirac. Cover-firing slider. Glass breaker. Tip-down clip. 5.6″ closed. Made in the USA.

Key Features

• Handle: Bazooka Hex Camo aluminum — hexagonal camo pattern, Bazooka colorway; 0.44 in thick, 5.6 in closed, 4.09 oz; glass breaker
• Deployment / Lock: Cover-firing double-action OTF slider — Dirac Delta platform; larger than standard Dirac; 9.41 in overall ⚠️ OTF automatic — verify jurisdiction at akti.org

Dirac Delta collectors who want the full-size cover-firing platform in Bronze Apocalyptic and Bazooka Hex Camo — the Delta’s 3.78″ blade reaches a cutting capability the standard Dirac’s 2.92″ cannot. Buyers who want the Dirac chassis ergonomics in a full-size OTF that competes with the Ultratech in blade length at a different carry geometry. Microtech Signature Series collectors building across the Dirac and Dirac Delta platforms.

Specifications