RazorSword
High Tech Design-Devastating Force
The aero dynamic design and supreme balance of the RazorSword is unsurpassed. If you have ever held a high-carbon solid steel real battle ready sword; you will find most are not very well balanced and heavy in use. Sword experts handling the RazorSword are amazed at how “lightening fast” and balance it is.
Fighter Jet Technology: It cuts through the air like the wing of a high performance jet fighter. The RazorSword does not need to be sharp due to the massive kinetic energy delivered from its already thin blade. The speed and weight of the blade coupled with the weight and power from your arm/body propel the RazorSword with so much speed and kinetic energy that it can bury the RazorSword deep into a plywood sheet. This is all accomplished with the unsharpened thin rounded edge from the RazorSword blade alone. (Due to our “wonderful” legal system). RazorRazor does not wish to risk the liability of a razor sharp sword. You may sharpen the blade yourself to a razor edge or have it done professionally. The steel is an HRC 54-57 and so hard it will hold an excellent razor edge.
The specially rounded and hardened / tempered high carbon spring steel edge allows you to penetrate both hard and soft targets, and will always retain its shape. The RazorSword is the first sword that will never need to be sharpened, because the rounded edge will always keep its shape. (A very sharp edges can actually “roll over” and inhibit the ability of a blade to penetrate…the RazorSword blade will always retain its thin rounded edge for cutting.) The rounded edge of the RazorSword cuts as nearly as deep into ½ inch thick plywood as a sharp machete.
The kinetic energy from the RazorSword is enough to be “beyond extremely lethal”.
- Cable Car Crash - February 3, 1998 - Summary: A U.S. Marines jet on a low-level flying mission in northern Italy cut the thick solid steel cable supporting a cable car on its way down from a ski resort on Cermis Mountain.
- Details: The flight crew manning the U.S. Marines EA-6B Grumman Prowler plane on a low-level flight training mission had never flown through the Cermis Mountain-area of the Alps. According to one pilot, the crew didn't realize what had happened when the plane's rounded wingtip snapped a massive steel cable supporting a cable car on its way down from a ski resort near the northern Italy town of Cavalese.
- Typical Gondola Cable Thickness: thickness-42.5MM or about 1.5 inches. Tested to 296,000 pounds of pull. That is enough to lift all the towers, drive station, return station, bull wheels, all of the concrete and both control shacks!(wow!)
RazorRazor believes the cable cut by the jet’s wing may have been even larger than the cable example above. The jets wing is rounded and made of light reinforced aluminum and steel…not nearly as dense as the specially tempered and hardened high carbon spring steel of the RazorSword. The wing from the jet is extremely dull; however the “rounded edge” and aero dynamic design / high speed created so much kinetic energy it cut through a massive steel cable with only minor damage to the wing. The same physics apply to the RazorSword. (We are not suggesting that the RazorSword is capable of cutting through 1.5 inches of steel cable.