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Its notViper barrel vice and a Harbor Freight 1/2" torque wrench I got on sale. I don't think it's "that" critical...
Is a “grrgh” equivalent to an “ummph”?Its not
I use an old one from the 70s like this
View attachment 7532140
But I also just dont use one more often than not now. Just make it good and tight until you go "ummph" and itll stay.
Edit: Ive found my grunt level like that is around 80 ft/lbs when using a foot long wrench/lever. With the half foot longer torque wrench its more like 100 when I grunt. So a good "ummph" will be fine in either case.
That’s a little too much muscle.Is a “grrgh” equivalent to an “ummph”?
Good to know, thanks. Don’t want to strain my balls too muchThat’s a little too much muscle.
I'm not sure you are doing it right, teste input shouldn't be required.Don’t want to strain my balls too much
I want to buy a good one
I use my Snap-on digital torque wrench and a SAC barrel vise, so I can test torque in 1ft/lb increments for best accuracy.
View attachment 7532638
And?
Does it matter?
Do you know the accuracy of your torque wrench?
Has it actually been tested over its range of adjustment to verify it torques properly?
What's the +/-?
At what percentage on either end of the wrench does the accuracy fall off?
If you can't answer this, you're pissing in the wind at 1lb/ft increments.
So it's initial calibration from snap on, its accurate to +/- 2%.
Nope
lol
So it's initial calibration from snap on, its accurate to +/- 2%.
That's reasonable.
No initial use date, no recent calibration.
If I get that desperate to further shrink my groups, please come put me out of my misery.So it's initial calibration from snap on, its accurate to +/- 2%.
That's reasonable.
No initial use date, no recent calibration.
It hasn't been dropped or rough handled I assume.
At 50lbs ft, going in 1lb ft increments, you could actually be torquing the exact same amount going up 1lb at a time or you could be over by 1.2lbs ft.
I think if you want to make an experiment out of it, you'd be better served with 5-10lb ft increments.
I'm actually very curious to see if it can truly make a measurable difference.
Factoring in shooter error, weather, component differences, etc, is it truly measurable?
I know the same type of experiments on reciever screws can show a huge difference in rimfire.
Man I hope you do find a torque value that is an actual sweet spot, vs 80-100 like a lot of people use.
I have a 6 PPC Benchrest rifle that can't tell the difference from 80lbs ft to just snapped in by hand.
Not saying you won't see a difference, it's just that my particular rifle/barrel can't.