A lack of common sense, creative though or reluctance to do ones own homework imparts no onus on anyone.
As for bench rest use... you are taking my words out of context. I stated several times that I was referring to the context of a PRS shooter. That a muzzle brake is helpful to reduce recoil to help spotting shots in the air. Whether or not bench rest guys chose to use them in mass or not is evidence of nothing.
Cute. You're suggesting I lack common sense. As a student, I was always very diligent in completing my homework. I have not been successful in locating any material from a reputable source that verifies your claim re muzzle blast and accuracy. This appears to be a case of "I dun thunk it, an' I eess smert, so that's that!". I suppose I should applaud you for your creative thinking, but a theory that cannot stand up to scrutiny should probably be abandoned.
This is what you stated:
Maple57 said:
A brake minimizes the muzzle blast that blows on the bullet as it leaves the barrel, and that can improve accuracy
How have I taken it out of context? A device that improves accuracy would surely be sought after by the most demanding group of rimfire shooters if it were indeed effective as advertised. I challenge the notion that a muzzle brake can re-direct gasses in time to make a difference in accuracy, and further, that it is even necessary to do so. It is on you to demonstrate that it can.
The following image shows bullet and muzzle blast at the time of exit from the crown. Given a concentric bore and a symmetrical bullet tail, the forces of the gasses acting on it will be equal all the way around. In other words, no net force in any one direction (other than forward as thrust), therefore no disturbance to the bullet's flight. What was that about common sense?

The blast force dissipates extremely quickly from the muzzle, within a few inches. Can a muzzle brake re-direct enough gas away from the bullet in time to have any effect? If the gasses were to have an effect, would the damage not be done immediately upon exit from the crown, before any gas can be re-directed by the brake?
Seems our boy Rabid has his back up and is arguing that somehow I am an advocate of supersonic 22LR, which I'm not. Something isn't adding up on his post a few back.
This is what you said:
Don't ever bother with anything supersonic for a 22... Unless you only shoot to 50 yards. You don't want ammo that must drop through the transonic zone around 1300 FPS.
This is what I replied:
I agree, don't bother with supersonic ammo
This is the point of contention:
I am keen to see the deleterious effects of the much decried "trans-sonic zone".
You have touted this "trans-sonic" bit a number of times, yet offer nothing to support the proposition. I have a body of evidence that suggests the "trans-sonic" zone is of trivial concern, not even worth discussing. I present the true reason why most super-sonic .22LR ammo shoots like crap; because it is manufactured like crap. For the readers, don't worry about this "trans-sonic" business, but until somebody makes super-sonic .22LR to Midas+/Tenex standards, most of the current offerings are not worth your time for target shooting.
Where was I suggesting that you were an advocate of super-sonic ammo? You may remove your foot from your mouth now.
I use a Heathen muzzle brake on my Vudoo. I tried ammo tests with the thread protector, without thread protector and with brake. My particular gun shot best with the brake installed. The heathen brakes can be set at different lengths and even that made a small difference in average group size.
Do you think that to be due to re-direction of exhaust gasses by the brake, or more-so from the brake acting as a crude sort of "tuner"? In a naked barrel, the vibration node is a certain distance behind the muzzle. The stiffer the barrel, the closer to the muzzle the node is. The more flexible the barrel, the further back from the muzzle the node is (and the more extreme the muzzle movement can be).
Adding weight ahead of the muzzle moves the node forward. The right amount of weight, the correct distance beyond the muzzle, places the center of the node right at the crown. Slightly too much, or slightly too little weight will locate the node just behind or just beyond the muzzle, and some performance enhancement over the naked barrel may be had, as the muzzle oscillations are reduced.
As a curiosity, Longstud, what diameter/length/profile is your barrel, and how much does the Heathen brake weigh?