P
PPP MMM
Guest
Having a respect for this Site I'll state the same facts about the military Mauser 98 without any insults to anything or anyone. This is my only and last post in this thread.
The different and most of the time low quality steel used and the ignorance of heat treatment allow for extreme variations in hardness ranging from 10 to 50HRC if measured 1mm or more below the hardenned surface.
The depth of the hardenned surface and the hardness varies greatly from action to action.
The ultimate tensile strength of the steel below the hardenned surface can be as low as 60kg/mm (85 000psi) on some actions.
The big slant in the receiver is so large that sometimes only one of the split locking lugs comes in contact with the receiver reccess.
The thumb loading notch and the punny tongue not just making the receiver weaker, but can and will break if/when the receiver is too hard.
The myth about the prevention of double loading and or jamming the bolt/magazine/receiver doesn't exist and the action can and will be double loaded and/or jammed under certain conditions and circumstances listed below:
Test conducted by me on my only military unaltered Mauser 98 in .308W.
If only one cartridge was loaded into a magazine, the bolt could have been pushed for 52mm (2.05") before the rim of the cartridge would rose high enough to slip under the claw extractor.
If two cartridges were used the bolt could move for 55mm (2.17") before the rim of the cartridge got under the extractor.
Within this 52-55mm total range of the bolt travel the bolt could be drawn back but the cartridge would be left stucked under the rails in the last position where the bolt left it behind.
THIS IS A PUSH FEED NOT A CONTROL FEED.
When the cartidge was pushed forward by the bolt to the greater distance than 35mm (1.38") it pushed the follower or the second cartridge front so far down into the magazine that the back of the second cartridge or the follower rose so high that when the bolt was (on purpose of the test conducted) pulled back fully to the rear and than moved forward again the second cartridge or the follower made solid contact with the bolt and jammed the bolt. By blocking the cartridge or the follower itself in the magazine and/or sliding the second cartidge nose under the first cartridge body. Blocking the action from any further operation without a finger(s) assistance.
The initial range of the bolt travel between 35-55mm guaranteed a total 100%failure of the myth of double loading and/or jamming the action if the bolt was pulled back (regardless if on purpose or by whatever other reason or by an accident) the action will be 100% jammed and without an interference of fingers it can not be operated.
THE 110 YEAR OLD MYTH ABOUT THE 100% RELIABILITY OF THE ORIGINAL MILITARY MAUSER 98 IS FINALLY BUSTED.
I'M GLAD THAT WAS ME WHO ACTUALLY DONE IT.
I WORK ONLY ON FACTS AND FIGURES.
Shoot well
Peter
The different and most of the time low quality steel used and the ignorance of heat treatment allow for extreme variations in hardness ranging from 10 to 50HRC if measured 1mm or more below the hardenned surface.
The depth of the hardenned surface and the hardness varies greatly from action to action.
The ultimate tensile strength of the steel below the hardenned surface can be as low as 60kg/mm (85 000psi) on some actions.
The big slant in the receiver is so large that sometimes only one of the split locking lugs comes in contact with the receiver reccess.
The thumb loading notch and the punny tongue not just making the receiver weaker, but can and will break if/when the receiver is too hard.
The myth about the prevention of double loading and or jamming the bolt/magazine/receiver doesn't exist and the action can and will be double loaded and/or jammed under certain conditions and circumstances listed below:
Test conducted by me on my only military unaltered Mauser 98 in .308W.
If only one cartridge was loaded into a magazine, the bolt could have been pushed for 52mm (2.05") before the rim of the cartridge would rose high enough to slip under the claw extractor.
If two cartridges were used the bolt could move for 55mm (2.17") before the rim of the cartridge got under the extractor.
Within this 52-55mm total range of the bolt travel the bolt could be drawn back but the cartridge would be left stucked under the rails in the last position where the bolt left it behind.
THIS IS A PUSH FEED NOT A CONTROL FEED.
When the cartidge was pushed forward by the bolt to the greater distance than 35mm (1.38") it pushed the follower or the second cartridge front so far down into the magazine that the back of the second cartridge or the follower rose so high that when the bolt was (on purpose of the test conducted) pulled back fully to the rear and than moved forward again the second cartridge or the follower made solid contact with the bolt and jammed the bolt. By blocking the cartridge or the follower itself in the magazine and/or sliding the second cartidge nose under the first cartridge body. Blocking the action from any further operation without a finger(s) assistance.
The initial range of the bolt travel between 35-55mm guaranteed a total 100%failure of the myth of double loading and/or jamming the action if the bolt was pulled back (regardless if on purpose or by whatever other reason or by an accident) the action will be 100% jammed and without an interference of fingers it can not be operated.
THE 110 YEAR OLD MYTH ABOUT THE 100% RELIABILITY OF THE ORIGINAL MILITARY MAUSER 98 IS FINALLY BUSTED.
I'M GLAD THAT WAS ME WHO ACTUALLY DONE IT.
I WORK ONLY ON FACTS AND FIGURES.
Shoot well
Peter