Cold Steel Spectre CSFL39SDP 3.8" Drop Point Folding Knife

The Cold Steel Spectre CSFL39SDP delivers premium cutting performance with its CPM 20V stainless steel blade and forged carbon fiber construction. This 3.8-inch drop point folder combines advanced metallurgy with lightweight materials for demanding everyday carry applications.

What Makes This Different

CPM 20V steel represents a significant upgrade over standard stainless alloys, offering superior edge retention and corrosion resistance through its powder metallurgy construction. The black matte PVD coating reduces glare while providing additional protection against wear and corrosion. Forged carbon fiber handles deliver exceptional strength-to-weight ratio compared to traditional G10 or aluminum scales.

Key Features

• CPM 20V powder metallurgy stainless steel blade for extended edge life
• 3.8-inch drop point blade optimized for utility cutting tasks
• Black matte PVD coating reduces reflection and enhances durability
• Forged carbon fiber handle scales provide lightweight strength
• Folding design with secure locking mechanism for safe carry
• Plain edge configuration for clean, precise cuts
• Ergonomic handle geometry accommodates various grip styles

Field testing demonstrates consistent performance across temperature ranges from -20°F to 120°F. The CPM 20V blade maintains sharpness through extended cutting sessions involving rope, cardboard, and wood materials. Lock engagement remains positive under lateral stress loads typical of tactical and utility applications.

Technical Specs

• Overall Length: Approximately 8.8 inches open
• Blade Length: 3.8 inches
• Blade Steel: CPM 20V stainless steel
• Blade Finish: Black matte PVD coating
• Handle Material: Forged carbon fiber
• Blade Style: Drop point, plain edge
• Weight: Approximately 4.2 ounces
• Country of Origin: Taiwan

Professionals requiring reliable cutting tools will find the Spectre's material selection and construction methods justify its position in the premium folder category. The combination of advanced steel technology and lightweight handle materials addresses common complaints about blade retention and carry weight in traditional designs.