Wet Mounting Scope Mounts - Where It All Started

Yea @Rob01 you big fucking meanie. What the hell do you know?

We would have won the Vietnam war if the damn snipers knew to lube their mounts/rings. The only reason they didn't know their rifles were off by 9 mils is they still used moa and everyone knows Marines can only count as high as their fingers allow.


It's ALMOST like the manufactures of these mounts do not understand how to properly spec the torque values and do not take into account a wet vs dry fastners, nor do they properly engineer the size fastners to be able to use the required torque to seat properly. Or there is tolerance stacking .....or 50 other things that could cause an issue that wetting (over torquing) only covers up the symptoms instead of addressing the ACTUAL issue be it design, material, manufacturing,ect.
 
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Yea @Rob01 you big fucking meanie. What the hell do you know?

We would have won the Vietnam war if the damn snipers knew to lube their mounts/rings. The only reason they didn't know their rifles were off by 9 mils is they still used moa and everyone knows Marines can only count as high as their fingers allow.


It's ALMOST like the manufactures of these mounts do not understand how to properly spec the torque values and do not take into account a wet vs dry fastners, nor do they properly engineer the size fastners to be able to use the required torque to seat properly. Or there is tolerance stacking .....or 50 other things that could cause an issue that wetting (over torquing) only covers up the symptoms instead of addressing the ACTUAL issue be it design, material, manufacturing,ect.
There was no mention of lubing fasteners in the original discussion. It’s about lubing the ring/rail interface. The pirate is again attempting to draw all attention to himself, like some kind of Ophah clone.
 
Wow, this strayed wildly off course. Needless to say we don’t need to over think the fastener state/ type, etc. as we know the mount shifts left to right and greasing the mating surfaces fixes the issue. If you don’t believe it happens, spend $5 in ammo and test it yourself, anyone can do it in five minutes on the range.

Rob01, since you didn’t test it and you come into the thread making fun of it, I think you should rethink your behavior here. It just makes you appear more irrelevant with each post.

I have nothing to sell. Just sharing information that has been validated by dozens of engineers across pretty much all the main line optics/mount manufacturers. Choose to believe it or not, make fun of it if you choose, I could care less. I’m about shooting and teaching. I do both every week, I don’t really ever post anything on the hide but just recently this topic surfaced again and since I started the discussion I figured I would jump in here.
The least you could do if jumping into a conversation is to jump in with a valid argument! You are bad mouthing well respected members of this community and ingratiating yourself in the company of some fairly senior Engineers and technicians. The fact that not one industry representative has jumped in to support you should tell you something. Anyway may the wind of your mouth farts help you on your way.
 
Steel Bolts stretch under an applied stress. Steel will elongate and return to the original dimension when the street is relieved as long as you don't exceed the yield stress i.e the reason for torque values.
The rings, pic rail and mount itself does not stretch as the force applied is compression!
Applying thread locker compound to the mount any any other surfaces does nothing.
Bolts are known to stretch i.e creep under sustained load (torque) and or loosen under vibration.
The thread locking compound helps to prevent or minimize this creep or loosening from vibration.
BTW one of us is an Engineer and Metallurgist.
-Richard
 
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Steel Bolts stretch under an applied stress. Steel will elongate and return to the original dimension when the street is relieved as long as you don't exceed the yield stress i.e the reason for torque values.
The rings, pic rail and mount itself does not stretch as the force applied is compression!
Applying thread locker compound to the mount any any other surfaces does nothing.
Bolts are known to stretch i.e creep under sustained load (torque) and or loosen under vibration.
The thread locking compound helps to prevent or minimize this creep or loosening from vibration.
BTW one of us is an Engineer and Metallurgist.
-Richard
No on said to use thread locker on the mount.