4 products
FOX Spear Tech FX-0171112 Knife
FOX FKMD Spear Tech FX-0171112 Tactical Military Knife
- Made by Fox Knives in Italy -
Design by: "Antonio Di Gennaro"
Note:
The delivery time for this superb knife FROM MY END is currently 10-12 business days AFTER your purchase.
Introduction:
The Fox Spear tech knife, is a super tough tactical knife. The lines of this knife could not be more elegant for a tactical knife. The handle is absolutely non-slip. An all-rounder that is ideally suited for air, land and sea. The pictured Kydex sheath belongs with this tactical beauty.
Antonio Di Gennaro:
“Before making any project, I try to understand the utility of the knife. Then I proceed with the design, trying to bring out my professional experience”.
Specifications:
Steel: N690-Co stainless steel HRC 58-60
Blade length: 5.91" inch / 150 mm
Total length: 11.02” inch / 280 mm
Handle length: 5.12” inch / 130 mm
Handle scales: G10 black
Blade thickness: 6 mm
Overall weight 305 gr.
Additional Information:
Blade Coating: Physical Vapor Deposition Gun Met
Handle: Hole for Lanyard
Sheath: KYDEX® - NYLON 1000D with MOLLE system
FOX Shadow FX-533 Titanium Frame Lock Folding Knife
FOX Shadow FX-533 CF or FX-533 Ti - Titanium Frame Lock Folding Knife
- Made by Fox Knives in Italy -
Design by: "Bastinelli".
Introduction:
Bastinelli:
“Generally, for all my design, I always try to associate a perfect ergonomics, and a real utility in accordance with the needs of customers, civilians or professionals”.
Specifications:
Steel: Elmax stainless steel HRC 58-60
Blade length: 3.94" inch / 100 mm
Total length: 8.66” inch / 220 mm
Handle length: 4.72” inch / 120 mm
Handle scales: Carbon fiber or Titanium anodized black
Blade thickness: 4 mm
Overall weight 140 gr.
Additional Information:
Blade Coating: Stone washed / Stone washed PVD
Clip: stainless steel 420J2B
Sheath: Included
Handle: Hole for Safety Cord
PVD
(Physical Vapor Deposition) is a variety of vacuum deposition methods used to deposit thin films by the condensation of a vaporized form of the desired film material onto various workpiece surface. The coating method involves purely physical process such as high temperature vacuum evaporation with subsequent condensation.