I think we can follow this videos very nicely.
vid 1 - soak test. As I said, not worth repeating cause corrosion isn't going to happen in 30mins no matter the rifle
vid 2 - drag for 400ish yds - this I will do.
Vid 3 -swivel stud tear out. not worth repeating cause there is no point. The stud will not support a grown adult and building a godzilla stud is of little benefit - skip. I don't even consider the tear out a fail. Like saying a size 11 foot doesn't fit in a size 9 boot - DUH. I think a smarter test would have been to suspend the shooter with the rifle. No doubt it, or any heavy barrel rifle would pass. Steel is steel and support the weight BUT if the harness is put around the barrel, it would bend the barrel, ANY barrel so again, not proving anything we don't already know.
Unless you plan on using your rifle to repel down a mountain, little point in this test. And if you need to use a rifle to save your butt, use it. It will work and it will likely be bent.... BUT are out of a really bad situation.
Vid 4 - Sorry, no explosives where I live

But I do like the LR toss. This we were going to do anyways. that looks fun
vid 5 - deep cold. I had a great laugh at this one cause Canadians know all about frozen rifles. Again, given the time of year, this would have happened anyways. I am going to add a twist in this test cause it is something we will experience in the great white north. Stay tuned for that.
Vid 6 - shooting in the blowing dust. That was something I was going to do in a modified way. Note that the dust is stopped before the rifle is cycled. In a dust storm, that option wouldn't be possible. The action is getting tight - no surprise there. This is a test that looks easy to replicate but can offer a real safety concern. If dust and dirt collect on the ammo, you have a jam. That is not a fault of the rifle with a tight chamber and properly fitted ammo. Any rifle with this same set up will fail.
I think a better test would have been to keep cycling the action WITHOUT ammo and see when the action stops moving. I don't expect much from any tight fit action.
To introduce sand and see when the trigger stops functioning. This is the archilles heel of most every rifle and a huge reason working rifles usually have OPEN trigger mechs.
Why WWI and WWII rifles have such generous chambers and their ammo undersized. Battle Rattle is there for this very reason. So are wobbly bolts in their raceway.
IF you could get the action closed on dirty ammo and fire, that could be dangerous so......
cycling test sure. Firing test - not without cleaning the ammo and chamber. He is much braver then I. The only thing I will show is the affect of sand on the action for cycling. I WILL NOT BE CYCLING DIRTY AMMO INTO MY RIFLE. We know all too well what can happen.
vid 7 is a scope endorsement and will not be replicated.
vid 8 change the surface, bend the barrel, destroy the rifle... DUH. again, we are not proving anything worthwhile. However, the roll over test WILL be performed on a Stevens stock as part of its destruction cycle. AND we will have rocks not a soft grassy field.
I guess the final video will involve a telephone pole or 10" Yellow pine tree? We know we can destroy something so we are proving nothing new. the goal is to see if a rifle can survive harsh conditions realistic to field use.
And how much abuse a plastic fantastic stock can survive.
Try and get some baseline testing over the holidays.
Stay tuned.
Jerry