Hey Shane , Yes it did and always had one on all of my rifles . It is the muzzle brake and is adjusted by shaving the weight in the lathe and shooting until I get the pattern I want . Once the pattern is achieved no adjustment is needed after that as it is a infinite tune regardless of velocity but it is only for that bullet weight . Same on my light gun , same on my military demo gun but it is a suppressor. These patterns are highly specialized for infinite tunes. .
If you are only here to talk smack and not to learn please leave .
So the answer is no. You tuned your rifle. You did not have a tuner on it.
Yes it is tuned with specific weights and can be adjusted . I also can add on weights for different tunes as well . If it comes off it is out of tune so yes it is a tuner .
All joking aside read the last line from Dr Geofftey Kolbe if you can.
Then they/ he are still trolls . And not interested in learning . Just trolling .
Do you swap between different weight muzzle brakes or slap on a tire balance weight on it when you remove too much material?
It’s incredible you consistently say you have irrefutable data showing tuners work…now on 2 threads, you only copy paste other people’s opinion.
Actually it is peer reviewed and proven fact.
As was stated in the video the convergence point is down range will benefit dispersion at all ranges not just one distance . Watch the video .
I get how they work, but if you have known settings for known yardages, why would you not adjust tune perfectly between different distances.
Why the moderators/owner of this website allow your nonsense to continue is truly amazing.
That is when I would use my movable weight tuner and adjust it on the line when two loads hit level it is tuned , temp will change the tune with certain patterns. Again watch the video .
Finally, the barrel was "tuned" by attaching a weight to the front of the barrel, such that the rate of change of angle at the muzzle was now 6.0 MOA per millisecond at bullet launch, which is the rate of change required for complete positive compensation at 50 metres. The groups fired with the tuned barrel were small and round, showing no sign of vertical dispersion, so demonstrating that positive compensation had been achieved.
Are you stating that you tune a suppressed firearm by removing material from the suppressor on a lathe for your "military demo gun"?
The suppressor is machined to a specific weight for a specific pattern per my mathematical formula .I use form 1 and can make my own suppressors.These are only for me and to demo for the military.I do not make suppressors for anyone but me under my form 1 permit only .
If I am a military sniper, I am likely using whatever I am given for a rifle and whatever ammunition I am given.
I think that means he does not want to give it to you . Take it as that . Why keep arguing ?
On the suppressor, what is the approximate weight differential for "untuned" to "tuned" (i.e. 5 grams removed)? How do you compensate for carbon build-up in the suppressor without extraordinarily short round count cleaning intervals? You stated that this is on a "military demo gun", how would this translate to any actual military use in real battlefield situations?
Well this type of tuning helps the rifle deal with out of the can ammo . These techniques can be used with existing weapon systems Simply by putting the right suppressor on bearing in mind the wrong weight can exaggerate the vertical dispersion . Why would you not want that ?
Because he won’t answer yet yells from the hill tops “believe me”, “I’m correct and your not. “
What I can say is yes all variables are taken to account. A full can of carbon adds 3 ounces . No doubt it will change tune but the patterns and is why these patterns can be curtailed to come on to tune better as the can fills up or can be at least made to have the same pattern as much as possible within the predicted weight gain .
Well it appears he is trying to help but you want to call him out instead of trying what he had tried to relay . Why is that?
