Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
The video defenitly reeks of bad infomercial lolUmmm.... looks kinda gimmicky. He said all the words too. Wanna buy something to suddenly be better, faster, stronger? Then again i thought the same thing about the flat spring and now i run them....
Why do you think that design would not work?now I know we are in an ammo crisis when good shooters have to promote this kind of crap.
in theory a magnetic propulsion could work, just not in that design
If I hear "buttery smooth" again with anything associated with AR's, I'm puking and running away. Now, a JP side charger gets close. But, "buttery" no, just no...
Seems like they’re using magnetic repulsion within the 2 articulating shafts of the buffer itself.There would need to a strong magnet at the end of the receiver extension to cause the magnet in the buffer to slow and repel before impact.
There is no metal-on-metal impact with the standard buffer and RET.The video defenitly reeks of bad infomercial lol
But i am intrigued about using magnets to dampen the recoil... I could easily see that being a phenominal idea if done right and I always like to geek out on them haha.
I'm curious about what it is actually doing... even if it is just repelling itself from the BCG I could see that improve the recoil impulse significantly by avoiding that hard metal on metal slap.
It's interesting, to me it's biggest plus, might also be its biggest downside. It's nice that you can adjust the buffer without removing it, but without some sort of set screw (I'm looking at OMNI's facebook video) I wonder if the adjustment screw will not drift under recoil. I also wonder how well the magnets will hold up, magnets are pretty brittle items so they'd have to absolutely be solidly fixed in the unit. On the video it sounds like there's something rattling around in there. I will say at least in theory having what is essentially a 3 stage setup (recoil spring + buffer weight + magnetic supplementing the recoil spring over the last part of travel), but also having controlled return could improve the recoil pulse, but it might also mess with reliability. Hydraulic units offer a similar advantage, and if they work in your system they can shoot very soft, but most, if not all, offer no adjustment.
He has some pretty harsh things to say about the JP captured unit.....feed ramp damage, feed lip magazine damage, bolt bounce out of battery danger, more recoil due to the heavy spring and weight shoving the bolt forward etc.
https://www.thefirearmblog.com/blog...-magnetic-adjustable-recoil-reduction-system/ Looks like TFB covered it last year.
I'd like to hear more about this "bolt bounce out of battery DANGER"It's interesting, to me it's biggest plus, might also be its biggest downside. It's nice that you can adjust the buffer without removing it, but without some sort of set screw (I'm looking at OMNI's facebook video) I wonder if the adjustment screw will not drift under recoil. I also wonder how well the magnets will hold up, magnets are pretty brittle items so they'd have to absolutely be solidly fixed in the unit. On the video it sounds like there's something rattling around in there. I will say at least in theory having what is essentially a 3 stage setup (recoil spring + buffer weight + magnetic supplementing the recoil spring over the last part of travel), but also having controlled return could improve the recoil pulse, but it might also mess with reliability. Hydraulic units offer a similar advantage, and if they work in your system they can shoot very soft, but most, if not all, offer no adjustment.
He has some pretty harsh things to say about the JP captured unit.....feed ramp damage, feed lip magazine damage, bolt bounce out of battery danger, more recoil due to the heavy spring and weight shoving the bolt forward etc.
https://www.thefirearmblog.com/blog...-magnetic-adjustable-recoil-reduction-system/ Looks like TFB covered it last year.
Yes, that’s all it is. They’re just using the magnets as a spring; the same thing could be done by a common coil spring too but OOH MAGNETS!Seems like they’re using magnetic repulsion within the 2 articulating shafts of the buffer itself.
If Jerry is behind it I think you're the wrong target audience. Although I'd be more inclined to believe somebody else is behind it and just using the JM endorsement.The first and most obvious question I'll ask as a leather personnel carrier foot soldier -- how much does this thing screw with your compass, radio, and any other personal mission electronics (like perhaps night goggles and range finder, maybe GPS)?
Who hates Jerry? He's a phenomenal shooter and the nicest guy I've ever made eye contact with at a urinal. But that video was horrible and makes me think they're just capitalizing on his name.Why all the hate for Jerry M.
What I'm getting from all this is that no one is really hating on Jerry.Why all the hate for Jerry M.
Compared to the rest of his videos this one does suck.
I'll bet he redoes it soon.
As far as nv, electronics ect. I don't see a lot of that used at 3 gun type events.
Service duty rifles probably shouldn't have many adjustable item's anyway.
You know with asvab scores of 25 being gtg. Lol
Dampening the buffer stop is one thing, but this buffer doesn’t do that; it’s just using expensive magnets as a spring. As for long lifespan, consider valve springs in car engines- they see more cycles in 10 minutes of operation than most ARs ever see in a lifetime. Spring life is not an issue when done right, there just isn’t a whole lot of reason to put one in a buffer, other than the polymer bumpers that normal buffers have.When used without the magnets touching each other, it should give much longer lifespan than a spring and is also very temperature stable (springs get tougher in cold enviroments)
However I am not AR expert, far from it and I know that the buffer system is quite complicated when it comes to both recoil and reliability being optimized. I am not going to mess with it, AGB is good enough.
I have understood it is necessary for the buffer to hit the back of extension tube under high ambient temps so that the gun runs in cold too. May not be completely useless idea to dampen it?
Marketing at its finestI don't understand how this buffer supposedly helps Jerry Miculek stay on target when shooting a .223/5.56 AR when he can do this with a large caliber DA revolver in the first place?
I don't understand how this buffer supposedly helps Jerry Miculek stay on target when shooting a .223/5.56 AR when he can do this with a large caliber DA revolver in the first place?
I can't speak to this product, but IF it helps, it does so incrementally like any other upgraded part.I don't understand how this buffer supposedly helps Jerry Miculek stay on target when shooting a .223/5.56 AR when he can do this with a large caliber DA revolver in the first place?
This reminds of sitting at a hole during a PGA tournament. As the leaders approach, the grouping of the balls hitting the green get tighter. Combination of training, talent, and better sponsors/equipment. Also relevant - "If you ain't cheating, you ain't trying."I can't speak to this product, but IF it helps, it does so incrementally like any other upgraded part.
Any of us should be able to mag dump an M4 clone and keep them all on a full sized IPSC at 10 yards. Put on a mild brake and tune the gas and suddenly the holes are all a little closer. Install a giant brake, aluminum carrier, light spring and buffer, gas down to minimum and suddenly all the holes are touching and your sight picture barely moves.
If a hit is a hit and you only shoot at big targets at 10 yards maybe this doesn't matter to you. If you try the same thing at 30 yards and want A zones then suddenly all this tuning makes sense.
Heh, I don't buy it for a second, personally I just think it's amusing he's taking shots at JP capture setup, even called it a gimmick. Here's link to the video. If I remember right his theory was the extra spring/weights of the JP slamming the bolt home increased the inertia of the bolt when closing and likelihood of the bolt bouncing out of battery.
gets good around the 4:45 mark