VikingsGuy
Well-known member
you need a AK variant - the dirtier the betterThe only rifle I'm anal about cleaning all the time is my AR15....a few grains of prairie sand really messes them up.
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you need a AK variant - the dirtier the betterThe only rifle I'm anal about cleaning all the time is my AR15....a few grains of prairie sand really messes them up.
you need a AK variant - the dirtier the better
^^^^^ I went a bunch of years before I figured this out...No way would I hunt with a rifle on a clean barrel...ever.
If I have to clean one during hunting season, I wont hunt with it until I head to the range and have at least 5-10 rounds down the barrel.
I agree or buy hand lapped barrels to start with.Invest once in the tools and supplies necessary to hand lap - become educated in it and then put that knowledge to work. Once you learn to hand lap correctly, you will never need to consider the words "break in" again.
Now that you mention it...your time is likely worth more than the difference in cost! Particularly if you arent doing many barrels - or believe you will. Buzz is spot on, buy a hand lapped Bbl and forget about it.I agree or buy hand lapped barrels to start with.
Not to hijack, but recommendations for best brand/type to carry afield for "just in case"? I only own one for my smoke poles and have considered that I should have one for rifles in the field.I ❤ bore snakes
I'm not trying to disagree with you - but I do feel somewhat a duty to correct info that may be partially inaccurate - please dont take offense. Copper does in fact build in the bore of a rifle and it will collect differently in different bores dependent upon the conditions or that bore, the rifling, inconsistencies in the steel, tooling impressions and use/condition of that steel and of course projectile selection and velocity. Copper will definitely deposit in striations and microscopic cavities in the surface - this isn't the problem, but it is where the problem begins. Copper under heat and pressure becomes much more malleable and cohesive than when it is in it's cold state. As hot copper screams by those tiny deposits, often times it will leave additional deposit on top of and beyond that deposit (think of what road patch does when placed in a pothole and is then driven on again and again). After many many cycles, when a gunsmith places a bore scope (a real scope, not junk found at most big box stores) into this bore, he sees the tiny gold blobs or hills of jacketing built up in those locations. A rifle with a good bore and particularly in the case of a hand lapped barrel when new will reach a point of "copper equilibrium" where the microscopic deposits will be so small they are nearly undetectable and they collect additional copper so slowly that a shooter can fire several hundred rounds sometimes (slow fire) before accuracy begins to fade. In this instance, when accuracy begins to fade is the time to introduce that bore scope and look at those deposits. After removing those deposits and re-seasoning the barrel (fouling, coppering - whatever a guy likes to call it) the shooter regains his accuracy node that he previously enjoyed. Knowing this does not change the fact that most truly good and strong copper removers/solvents do cause some form of chemical erosion of the bore during use - this is the double edged sword. For my money, I find it much more important to regain my accuracy than to make my rifling last forever. It is always highly recommended to chase any and all solvents out of the barrel with liberal quantities of oil to neutralize any remaining detergent chemical that may have survived thurough swabbing and dry patches. This is a very general and broad look at a truly deep rabbit hole. I believe that your youtube guy is likely a very competent gunsmith, but like anything else, when you deal in generalizations you will often end up being proven wrong at some point. I am not saying that the youtube guy is completely wrong, I believe like him that you dont have to break in a barrel. A high quality barrel that was tooled (broached/cut/buttoned) at less than production speed will likely suffer far less copper collection than an ultra high speed production barrel that undergoes perhaps only a 1 or 2 step QC process...that's life. That's why I am a big fan of hand lapping - you stack the odds in your favor. Steel is fascinating and the processes used to create and shape what ends up being our rifle barrels is downright rocket science - but it ain't perfect...at least not yet.My own advice....no break in required. This is supported by a very well respected gunsmith on YouTube - called 'GunBlue490'. You have already seen the warning regarding overheating....that's a real and should be watched for intently. In fact, he advises for the most part against copper removal and the associated cleaning products believing the copper only fills the valley's of inconsistencies. Best of luck to you and enjoy.