FOX Knives

Oreste Frati S.r.l.
Via La Mola, 4
33085 Maniago - Italy
ph. +39 0427 71814 / +39 0427 730376
fax +39 0427 700514


/ Fixed blade


Design by Antonio Di Gennaro

cod. FX-0171112

Blade Steel: N690Co stainless steel
Hardness: HRC 58-60
Blade Coating: Physical Vapor Deposition Gun Met
Handle: G10 black
Blade Length: 15 cm - 5.91"
Overall Length: 28 cm - 11.02"
Blade Thickness: 6 mm - 0.24"
Weight: 305 gr - 10.76 oz


The Spear Tech project began in 2011 with the aim of meeting the operational needs of military special forces, by designing a versatile knife that could also serve, when necessary, as a edged weapon. After several design phases, the final version, currently available on the market, was developed and put into production. Its distinctive features include a modified spear point blade to enhance penetration capability on resistant materials such as tactical vests, a medium blade length that facilitates operations without compromising maneuverability, and a slightly serrated cutting edge with an unsharpened false edge, optimized to effectively perform various operational tasks.
Particular attention has also been devoted to the ergonomics of the handle, designed to provide an anatomical and non-slip grip in various operational contexts. The G10 handle scales, resistant to external agents, feature relief milling that enhances grip even in maritime environments, ensuring stability even with wet hands and without gloves. The design of the sheath, made of Kydex® and Cordura®, ensures secure retention and an ambidextrous retention system for the operator.

Although its initial purpose was predominantly military, during testing the Spear Tech has proven equally effective as a field knife, successfully surpassing tests of cutting various materials, chopping, and batoning. This versatility and its performance have made the Spear Tech a highly valuable multi-role knife, appreciated not only for its operational capabilities but also for its appealing aesthetics.

Blade Coating: Physical Vapor Deposition Gun Met

(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.

Blade Steel: N690Co stainless steel

Acciaio Steel Carbonio Carbon Cromo Chromium Cobalto Cobalt Azoto Nitrogen Manganese Manganese Molibdeno Molybdenu Nichel Nickel Fosforo Phosphorous Silicio Silicon Zolfo Sulfur Tungsteno Tungs Vanadio Vanadium
N690CO 1.08 17.30 1.50 - 0.40 1.10 - - 0.40 - - 0.10