HME KNFBCK Fixed Blade Caper Knife 2.5" 420HC Black Oxide Green Handle

The HME KNFBCK Fixed Blade Caper delivers precision cutting performance for field dressing and detailed skinning work. This 2.5-inch fixed blade knife features a black oxide finish that resists corrosion while maintaining the sharp edge hunters and outdoorsmen demand.

What Makes This Different

The 420HC stainless steel blade construction provides superior edge retention compared to standard carbon steel alternatives. Black oxide coating reduces glare and adds corrosion resistance without affecting the blade's cutting performance. The compact 2.5-inch blade length offers optimal control for detailed work while maintaining sufficient cutting capacity for most field tasks.

Key Features

• 2.5-inch 420HC stainless steel blade with excellent edge retention
• Black oxide finish resists corrosion and eliminates glare
• Green TPR (Thermoplastic Rubber) handle provides secure grip in wet conditions
• Fixed blade construction eliminates mechanical failure points
• Plain edge design optimized for clean, precise cuts
• Includes protective sheath for safe carry and storage
• Compact size ideal for detailed skinning and caping work

Field performance centers on the blade's ability to maintain sharpness through extended use while the TPR handle material provides consistent grip even when wet or bloody. The fixed blade design eliminates the potential failure points found in folding knives, making it reliable for hunting, fishing, and outdoor work. Weather resistance comes from the stainless steel construction and protective coating system.

Technical Specs

• Blade Length: 2.5 inches
• Blade Material: 420HC Stainless Steel
• Blade Finish: Black Oxide
• Handle Material: Green TPR (Thermoplastic Rubber)
• Edge Type: Plain
• Construction: Fixed Blade
• Includes: Protective Sheath
• UPC: 888151018606

This caper knife combines proven materials with practical design elements that address real-world cutting needs. The balance between blade size and handle ergonomics makes it suitable for both detailed work and general cutting tasks where precision matters most.