Microtech Auto Combat Troodon Gen III Knife For Tactical Enthusiasts With Automatic Opening And M390 Dagger Blade

The Microtech Auto Combat Troodon DE Gen III 1142-1BL is a premium automatic knife built for tactical professionals, serious EDC users, and knife collectors who demand rapid deployment, precise performance, and standout design.

• Automatic opening: Fast, one‑hand deployment for quick access when timing matters.
• Blade length: 4" (10.16 cm) dagger blade designed for versatile piercing and cutting capability.
• Closed length: 5.38" (13.67 cm) compact profile for easy carry and discreet storage.
• Blade material: Bohler M390MK stainless steel with a two-tone finish, chosen for excellent edge retention and corrosion resistance.
• Blade geometry: Double-edge dagger configuration delivers strong piercing and precise control.
• Finish: Two-tone blade finish enhances visibility and style without compromising clarity of target.
• Handle material: Blue aluminum handle provides durability, light weight, and a bold, identifiable look.
• Carry features: Integrated pocket clip supports secure, convenient everyday carry; lanyard hole adds optional carrying options.
• Additional utilities: Glass breaker adds emergency-breaking capability for situational versatility.
• Packaging: Boxed presentation for protection and gifting readiness.

With its automatic deployment, this knife enables rapid, one‑hand access in demanding situations, making it well-suited for tactical use, field tasks, and reliable everyday carry. The 4" M390MK dagger blade maintains a sharp edge longer and resists corrosion, reducing maintenance needs while delivering dependable performance. The blue aluminum handle combines strength and lightness, and the compact closed length ensures it fits comfortably in pockets or pouches. Practical features like the pocket clip, lanyard hole, and glass breaker expand its versatility for daily tasks, emergencies, or preparation for the unexpected—delivered in a boxed package that’s ready for gifting or collection enhancement.