fiver
Well-Known Member
there is quite a bit of engineering there.
unfortunately it all shows right up on paper 100 yds away.
look at what you have there,,,, really look.
now look at a run off the assembly line of WW-2 rifles, even the last days type stuff from Germany and the ohshit we need to get stuff to Britain now guns from America.
they weren't run on CNC equipment and some of them were assembled by forced labor.
how hard can it be to order a bevel faced pillar with a corresponding notch or flat to fit one cut in the stock?
one with a flared rim to fit against the bottom of the slightly recessed hole the tool you designed makes?
aren't the rifles receivers all the same size and shape?
it took me all of 30 seconds to think up that design and no one is paying me to sit here and think about it.
I don't even wonder if the people designing firearms even know how to operate one or have ever taken one apart or even shoot anymore.
unfortunately it all shows right up on paper 100 yds away.
look at what you have there,,,, really look.
now look at a run off the assembly line of WW-2 rifles, even the last days type stuff from Germany and the ohshit we need to get stuff to Britain now guns from America.
they weren't run on CNC equipment and some of them were assembled by forced labor.
how hard can it be to order a bevel faced pillar with a corresponding notch or flat to fit one cut in the stock?
one with a flared rim to fit against the bottom of the slightly recessed hole the tool you designed makes?
aren't the rifles receivers all the same size and shape?
it took me all of 30 seconds to think up that design and no one is paying me to sit here and think about it.
I don't even wonder if the people designing firearms even know how to operate one or have ever taken one apart or even shoot anymore.