Montage to compare the position of the gun before the shot. A standard round will be fired on the left and an invention round will be fired on the right. Hover your mouse over the center of the image and click to start the video, which also includes a slow-motion cut.
Montage to compare the position of the gun after the shot. A standard round was fired on the left and an invention round was fired on the right.
Cartridge case 7,62 x 54 R
In the slow-motion footage of the video, you can see the difference between the standard mass-produced cartridge and the cartridge with the invention. A standard round has a hard recoil, and a round with the invention just pushes the shooter into the shoulder.
Cartridge case 7,62 x 54 R
Here you can see the difference between the standard cartridge and the cartridge with the invention especially in the last two shots. Again, the standard cartridge has a hard recoil, and the cartridge with the invention just pushes the shooter into the shoulder.
Ammunition with the same amount of black powder
The video clearly shows the difference in gunpowder combustion between the standard cartridge and the cartridge with the invention. You can also see the difference in the intensity of the recoil between the standard charge and the charge with the invention.
9 mm Luger
Sample from one breakthrough test.
7,62 x 54 R
Here we tested a FMJ projectile with a soft steel core for killing a live target. The difference between the standard charge and the charge with the invention is in the transfer of point energy - see the flame, which is minimal with the standard charge.
These measurements verified the CIP match between the standard cartridge and the cartridge with the invention. That shadow is the maximum deviation. Although these are not professional shots, they are sufficient to demonstrate the CIP match between the standard cartridge and the cartridge with the invention.
The tighter the curve, the sharper and harder the recoil.
Ballistic Test Report - Cartridge case .44 Remington Magnum + Invention PV 2020.