90mm

FOX Alaskan Hunter FX-620 B Knife

- Made by Fox Knives in Italy -

Design by: "Russ Kommer"

Introduction:

As for the knife the finger hole helps to keep the knife under control in the harsh conditions that comes with hunting and camp duties, such as cold, wet and bloody conditions; while the blade helps in controlling the skinning and butchering of your big game animal.

Specifications:

Steel: BECUT stainless steel HRC 56-58 
Blade length:3.54" inch / 90 mm
Total length: 8.86” inch / 225 mm
Handle length: 5.31” inch / 135 mm
Handle scales: G10 Black

Blade thickness: 4 mm
Overall weight 195 gr.

Additional Information:

Clip: stainless steel 420J2B

Idroglider
Special non stick coating made of PTFE that ensures long life and rust resistance.

FOX Ferox FX-630 B Survival Knife

- Made by Fox Knives in Italy -

Design by: "Tommaso Rumici".

*Please request availibilty*

Introduction:

The Ferox is a light fixed blade of small dimensions, it is easy to carry with you, even on those occasions where you do not expect to need a knife. The straight handle has two G10 scales with nine grooves, occupied by as many o-rings. In addition to increasing the grip, the rubber rings serve to retain two hexagonal bits, of standard size, in their respective housings. By inserting them in the magnetic hole at the end of the handle, the user has two screwdrivers available, one flat head and one Philips, in that way he does not risk to damage the tip of the knife by trying to use it as such.

Specifications:

Steel: stainless steel N690Co HRC 58-60
Blade length: 3.64" inch / 90 mm
Total length: 8.26” inch / 210 mm
Handle length: 4.72” inch / 120 mm
Handle: G10 Black

Blade thickness: 4 mm
Overall weight 132 gr.

Additional Information:

Tool Set: Included
Leather Sheath: Included
Blade Coating: Physical Vapor Deposition (PVD)

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.