Microtech Auto Dirac Delta D E OTF Knife For Tactical EDC Pros Red Alloy Handle With Serrated M390 Dagger Blade
Microtech Auto Dirac Delta D E OTF Knife For Tactical EDC Pros Red Alloy Handle With Serrated M390 Dagger Blade
- Microtech
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Microtech Auto Dirac Delta D E OTF Knife For Tactical EDC Pros Red Alloy Handle With Serrated M390 Dagger Blade
Microtech Auto Dirac Delta D E OTF Knife For Tactical EDC Pros Red Alloy Handle With Serrated M390 Dagger Blade
The Microtech Auto Dirac Delta D/E OTF Red 227-12RD is a compact, high-performance automatic knife built for everyday carry and demanding tasks. With fast one-handed deployment, a rugged Bohler M390 dagger blade, and a distinctive red aluminum handle, it blends precision engineering with standout styling.
- Opening Mechanism: Automatic OTF deployment provides rapid, one-handed access for quick cuts and smooth operation.
- Blade: 3.79" serrated dagger blade crafted from Bohler M390 steel with a durable stonewash finish for edge retention and corrosion resistance.
- Closed Length: 5.63" when folded, offering a compact profile suitable for daily carry.
- Handle: Red aluminum handle for lightweight strength and high visibility during outdoor or workday use.
- Additional Features: Glass breaker for emergencies, integrated pocket clip for secure carry, and a lanyard hole for versatile attachment options.
- Packaging: Comes boxed for safe shipping and gifting.
Benefits: This knife is designed to perform across a range of everyday and first-responder-style tasks. The Bohler M390 blade delivers excellent edge retention, while the serrated section excels at cutting through rope or webbing when versatility is needed. The red aluminum handle provides durability without adding bulk, and its color makes the knife easy to locate in a pack or on a belt. The glass breaker adds a practical emergency-use feature, and the pocket clip and lanyard hole give flexible carry options for quick access and secure retention. Regular maintenance—cleaning the blade, lubricating the action, and keeping the mechanism free of debris—helps maintain reliable deployment and blade performance over time.
