The SOG Snarl delivers precision cutting performance in a compact fixed blade design that excels in utility tasks and everyday carry applications. This sheepsfoot blade configuration maximizes cutting efficiency while eliminating accidental punctures during detailed work.
What Makes This Different
The Snarl features a full-tang 9Cr18MoV stainless steel construction that maintains edge retention significantly longer than standard 440C steel blades. The sheepsfoot profile provides a straight cutting edge with excellent control for precise work, while the satin finish resists corrosion in marine and humid environments. This blade geometry offers superior performance for box cutting, food preparation, and utility tasks compared to traditional drop-point designs.
Key Features
- 2.30-inch 9Cr18MoV stainless steel blade with superior edge retention
- Sheepsfoot blade profile for controlled cutting without puncture risk
- Full-tang construction with stainless steel handle scales
- Satin blade finish provides corrosion resistance and reduced glare
- Compact fixed blade design ideal for EDC and utility applications
- Plain edge configuration for clean, efficient cutting performance
- Ergonomic handle design ensures secure grip during extended use
The 9Cr18MoV steel composition delivers exceptional sharpness retention and corrosion resistance across diverse cutting tasks. Field professionals rely on this blade geometry for rope work, package opening, and food preparation where blade control is critical. The stainless steel handle construction withstands harsh environments while maintaining structural integrity under heavy use.
Technical Specs
- Overall Length: Approximately 6.5 inches
- Blade Length: 2.30 inches
- Blade Steel: 9Cr18MoV stainless steel
- Blade Style: Sheepsfoot with plain edge
- Handle Material: Stainless steel scales
- Blade Finish: Satin
- Tang: Full tang construction
- Country of Origin: Designed by SOG
The SOG Snarl combines proven metallurgy with practical blade geometry for users who demand reliable cutting performance. This fixed blade design eliminates mechanical failure points while providing the precision control that utility work requires.