Kershaw Flyby Framelock AO 1404X EDC Knife With D2 BlackWash Blade And Assisted Opening
The Kershaw Flyby Framelock A/O 1404X is a compact, ready-for-anything folding knife designed for everyday carry enthusiasts who value quick access and dependable blade performance. With assisted opening, a robust D2 blade, and a durable gray PVD-coated handle, it blends practicality with a streamlined, professional look.
- Assisted opening: One-handed deployment for fast, confident access when you need it.
- Blade material: 3" D2 tool steel blade with a BlackWash finish for wear-resistance and a low-glare look.
- Blade length: 3" blade strikes a balance between utility and portability for everyday tasks.
- Closed length: 4.13" closed, enabling easy carry in a pocket or bag.
- Handle material: Gray PVD-coated stainless steel handle for durability and a sleek, understated appearance.
- Locking mechanism: Framelock design provides secure blade lockup during heavy use.
- Extended tang: Integrated tang extension adds rigidity and enhances control during cuts.
- Carry: Pocket clip offers secure, convenient access for everyday carry.
- Packaging: Clam packed for compact, shop-ready presentation.
The Flyby stands out for users who need a dependable, one-handed knife that can handle daily errands, packaging, light outdoor tasks, and quick campsite chores. The D2 blade delivers solid edge retention for longer use between sharpenings, while the BlackWash finish helps conceal signs of wear from regular use. The combination of assisted opening and a framelock provides a smooth, safe experience from first deployment to final blade lock, making it suitable for both seasoned knife owners and newcomers alike. Designed for practicality, durability, and straightforward performance, this knife is an excellent choice for urban professionals, DIYers, and outdoor enthusiasts seeking a reliable everyday tool. To keep it performing its best, clean the blade and pivot occasionally and apply a light oil to the pivot and clip to reduce friction and corrosion over time.