Harmonic Footprinting

Thermal Cycling and Law Enforcement

Thermal Cycling plays a big role in helping Law Enforcement Officers in two different way...

1. Thermal Cycling Law Enforcement Vehicle Brakes
2. Thermal Cycling Law Enforcement Weapons
   

Law Enforcement Vehicle Brakes

Thermal Cycling improves law enforcement vehicle brakes  life expectancy and overall performance by reducing corrosion at the molecular level by Metal Reorganization.

Metal reorganization optimizes the law enforcement vehicle brake metal's particulate structure by maximizing density and uniformity, while minimizing imperfections and faults. Optimized molecular structure facilitates energy conductivity and heat distribution.  

Brand new mass manufactured vehicle brakes have flaws and imperfections at the molecular level.  This allows corrosion to set in between the molecules, reducing the strength of the vehicle brake and limit its ability to withstand pressure when the law enforcement officer hits the brakes in pursuit of a criminal.

Consider the science behind Thermal Cycling.  The law enforcement officer hits the brakes quickly to stop the vehicle after traveling at speeds upwards of 120+ mph. Now the brake's metal is under stress.  The type of metal in brakes is only designed to absorb so much pressure, given the flaws and imperfections.  Going from 120+ mph to 0 on a dime is beyond the metal's original intended design, resulting in swerve, skid, or brake failure.

Now, realign the metal's molecules, removing the flaws and imperfections.  The metal becomes denser and tighter, even exceeding the manufacturer's original design specs and limitations.   Imagine a vehicle brake whose metal was so dense, without flaws or imperfections, that would not swerve or skid or fail.  How much safer would that be for the law enforcement officers?

Law Enforcement Weapons

In just the same way that Thermal Cycling and metal reorganization improve the overall performance and life expectancy of vehicle brakes, that same technology holds true for weapons as well. 

Even the most expensive manufactured hand guns, rifles, and automatic weapons have flaws and imperfections at the molecular level. Just like with brakes,  flaws and imperfections result in molecular corrosion, weakening the metal and putting the weapon under stress when it is fired. Stress will cause the weapon's barrel to wear unevenly until its performance is eventually compromised.

While more experienced enforcement officers may learn to compensate for the uneven barrel performance while firing, imagine a weapon without flaws or imperfections, a gun that never puts the metal under stress. How much truer would the gun fire -- how much safer for the law enforcement officers.

Here's what the owner of Kastle Keep Guns has to say about Thermal Cycling weapons:

"I was site-ing in my rifle from rest, after having it Thermal Cycled.  After it was on paper, I dialed it over to the center.  I then moved my scope 9 clicks up and shot for accuracy.    4 shots stayed in a hole 1/2 inch by 5/16 inch for an approximate 200 yard zero.  Previously my best group was about 1 1/4 inch at 100 yards"

See a report from an independent laboratory that tested   Thermal Cycling weapons