Right at 4:15 this animation software has incorrect sequencing for gas tube function. As you slow it down you can see that the gas tube piston starts to move before the bullet passes the gas port. Until the bullet passes the gas port, there is no gas to operate the gas piston. The bullet travels as such a high speed that you don't actually see piston movement until after the bullet has left the barrel, this is because such a small amount of gas is siphoned from the barrel and the majority continues to push the bullet from the barrel.
he rebound disconnector only comes into play when the bolt is retracted: in this position the hammer is beyond full-cock and depresses the rebound disconnector, which pushes the trigger bar below the sear... BUT the trigger bar is already below the sear, having been disconnected upon firing! So, what's the point??? Here you can see the hammer when the bolt is retracted, pushing down on the rebound disconnector's ears. The trigger is pulled, showing that the trigger bar slides below the sear, disconnected. The only time the rebound disconnector would have any use, is if someone tried to manipulate the bolt while holding the trigger, which is a stupid thing to do anyway. I can see where, if things were just right (or just wrong, rather), the sear could be pushed out of the way and the hammer left hanging on the primary disconnector, which would result in a hammer follow, and possible slam-fire. This can be demonstrated by simulating the sequence: cock the rifle slowly, putting just the right amount of pressure on the trigger, and without pulling the bolt fully rearward to avoid the rebound disconnector doing its job and disconnecting the trigger bar. It takes attention, and more hands than I have to still be able to take pictures, but then you can create a slam fire. So, from what I understand, the trigger group is perfectly safe and functional without that part, unless a purebred imbecile is at the controls. Am I missing something? The basic Russian foot soldier in the late forties was not PhD material, could it be that Stalin had a clumsiness problem with his infantry, hence the rebound disconnector's glorious appearance? this is from google @@TheBegby71
@Solar General exactly, idk why people just think they will do something they can't even do now but in much harder circumstances . Everyone likes to imagine themselves surviving the end of society but odds are you and me and most people would all die of starvation .
Right at 4:15 this animation software has incorrect sequencing for gas tube function. As you slow it down you can see that the gas tube piston starts to move before the bullet passes the gas port. Until the bullet passes the gas port, there is no gas to operate the gas piston. The bullet travels as such a high speed that you don't actually see piston movement until after the bullet has left the barrel, this is because such a small amount of gas is siphoned from the barrel and the majority continues to push the bullet from the barrel.
What is the purpose of the rebound disconnector, still cant figure that one out
Give me timestamp i might can help you with fhat
@@ALTINSEA1 Its at 1:12 The light blue component under the hammer
he rebound disconnector only comes into play when the bolt is retracted: in this position the hammer is beyond full-cock and depresses the rebound disconnector, which pushes the trigger bar below the sear... BUT the trigger bar is already below the sear, having been disconnected upon firing!
So, what's the point???
Here you can see the hammer when the bolt is retracted, pushing down on the rebound disconnector's ears. The trigger is pulled, showing that the trigger bar slides below the sear, disconnected.
The only time the rebound disconnector would have any use, is if someone tried to manipulate the bolt while holding the trigger, which is a stupid thing to do anyway. I can see where, if things were just right (or just wrong, rather), the sear could be pushed out of the way and the hammer left hanging on the primary disconnector, which would result in a hammer follow, and possible slam-fire.
This can be demonstrated by simulating the sequence: cock the rifle slowly, putting just the right amount of pressure on the trigger, and without pulling the bolt fully rearward to avoid the rebound disconnector doing its job and disconnecting the trigger bar. It takes attention, and more hands than I have to still be able to take pictures, but then you can create a slam fire.
So, from what I understand, the trigger group is perfectly safe and functional without that part, unless a purebred imbecile is at the controls.
Am I missing something?
The basic Russian foot soldier in the late forties was not PhD material, could it be that Stalin had a clumsiness problem with his infantry, hence the rebound disconnector's glorious appearance?
this is from google
@@TheBegby71
I really want one when I get my firearms license. And if I can't buy one, I'll build it when it all comes apart. Maybe in 5.56.
Good luck, maybe share it on youtube.
@@ALTINSEA1
If UA-cam and social media still exists after society collapses, maybe.
lol okay.
make an open bolt smg or even a shotgun much easier than trying to copy an sks
@Solar General exactly, idk why people just think they will do something they can't even do now but in much harder circumstances . Everyone likes to imagine themselves surviving the end of society but odds are you and me and most people would all die of starvation .
Is that other switch by the trigger the full auto switch or the safety
That's the safety. The sks has no official full auto
I have an SKS and I would love to have this simulation software. Is it available for purchase?
Its on steam,the title is world of gu*s