The TiTan Crash Axe is designed as a flexible multi-use tool. It has a lightweight, high-strength titanium handle with replaceable heads, such as a stainless steel crash axe blade and a stainless steel pike. The hilt has a metal cutting claw and a wire-cutter.
The Paratech Crash Axe is designed to be an ergonomic, lightweight, wearable (using available holster) multi-purpose tool system that can be employed without preparation and used for forcible entry, extraction, and rescue. The Paratech Crash Axe complies with SAE International Aerospace Standard AS5402 and NTSB Crash Axe requirements.
Removable and replaceable hardened stainless-steel tool bits are rust free, as is the lightweight, Grade 5 Titanium handle. The Paratech Crash Axe is intended for forcing open doors and windows, opening holes, prying and twisting, metal cutting and chopping.
The Crash Axe’s pike has a non-cylindrical shaped cross section that prevents it from being stuck in penetrated materials. to enlarge a punched hole, rotate the Crash Axe to either side. The pike is designed to puncture holes, crush or chip glass, plastic, tiles or other masonry, twist hasps and other hardware.
The Crash Axe’s blade is for chopping, busting, prying, or hinge pin removal. The blade incorporates a modified form of Paratech’s Topcut design that is extended all the way to the axe handle for deeper sheet metal penetration and faster cutting. The titanium handle is ribbed and flared out near the removable tool bits to keep operator’s hands in place, away from the sharp blade.
The metal cutting claw has a forward angle designed to keep the operator’s hands away from jagged sheet metal while metal cutting. The end of the cutting claw is thick and smooth, so the blade will not jam. The incorporated wire cutting notch is used for cutting through fencing and other metal wire, while providing extra “bite” for the claw during metal cutting. Sheet metal can be cut up to 1/8” thickness.
The Paratech Titan Crash Axe is also a prying tool when using its chisel & prying wedge on the opposite end of the removable tool bit head. The “H” shaped cross section of the pry wedge provides maximum strength while adding minimal weight. This geometry also helps to lock the tool into place while prying by focusing the force along the strong edges and deforming the material being spread apart.
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