600 psi rating for one
150 psi rating for the other
Tell me please!
What do they weigh?
I want to calculate ft/lbs for when they blow at 2000psi and careen out of control at 900 fps
Edward
It took me a few years to realize that Hard Air was not just a magazine but a forum also.
Us septuagenarians are kinda slow that way
But you wouldn't know anything about that you?
You young whippersnappers are all alike
Thanks for the welcome
Edward
Boy, did I screw up that final sentence.
In my attempt at humor, I typed faster than I was thinking
It should have read something like this
There is no use in having an opinion unless you have not read about the topic.
FWIW
Your remarks on the case have piqued my interest
I will go take a look.
@Ezana4CE
Understood!
Those "mistakes" are what lawyers and courts deal with in the time (and charges) it takes to do so.
And considering that it's all about money, nobody really wins except the lawyers
I'm more interested in the practical aspects of getting the stellar parts service FX owners...
IMO there is no incentive for manufacturers to engage in standardized testing of velocity.
In fact, it is likely that there would be a disincentive to do so.
Think for a moment how head-to-head comparison would offer buyers a clear choice for one gun over another, especially if velocity were...
Really?
The only verified info I'm aware of is that the FX Royales' barrels were tweaked by FX for JSB pellets.
And boy did they do a good job!
Does any other gun manufacturer do that or something similar also?
Edward
An explanation I can visualize!
Thankyou @Arzover
And thank you also to @Grunt64, and @Danman for your valiant attempts at getting this brain
of mine off auto-pilot.
Best to each of you
Edward
@Grunt64's reply was very helpful, most certainly.
I am wondering, however, if anyone can describe (or illustrate) how the difference in pressure damages the regulator?
And what parts get damaged?
I keep visualizing the higher pressure in the plenum being dissipated when the first shot is fired...
Hello members.
I understand that practical air gun knowledge indicates that adjusting a regulator up can be done at any time, but adjusting one down requires degassing the gun.
Why, please?
What is the reasoning (scientific and otherwise) behind this?
Also
What happens if you lower a regulator...