Forest Green
ACCESS: Above Top Secret
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The 5.7 and 22lr are such small bullet weights I have a hard time seeing them being effective at more than 10M being fired from a moving full sized aircraft. Wind and such is going to play havoc on those small bullets trajectories.Rimfire ammunition isn't reliable enough. At least not if you're using the round being fired to power the weapon. It'd be acceptable for a chain gun type weapon.
Honestly, fitting it with a P90 5.7x28mm and 50rd magazines would probably be best.
I think a Ka-29 was defending against naval drones near Crimea when Russian air defence made another unfortunate mistake.Yeah,its a weird one isnt it?
With all of the potential anti usv weapons they`ve got but they`re using [I`m assuming] a guy with a machine gun.
Heres a Ka-29 with rockets and atgms
One influential Russian source claims the Helix was taken out by friendly fire, during a search for Ukrainian uncrewed surface vessels (USVs). Another said it came during a massive aerial and USV attack that killed nearly 30 Russian troops in occupied Crimea and Krasnodar.
“In Anapa, our own air defense shot down our own helicopter,” the Thirteenth Telegram channel, run by Russian soldier and milblogger Egor Guzenko, wrote.
During its sweep for Ukrainian drone boats in the Black Sea, “one of our [Pantsir air defense systems] hit the helicopter,” the Thirteenth wrote, adding that four Russian troops were killed in the incident.
Preliminary information indicated it was “due to a malfunction of the ‘friend or foe’ system,” he suggested. “I will not voice any versions, let counterintelligence and the investigation sort it out. Eternal memory to our soldiers.”
I'm not expecting more than ~25m range out of the 5.7 version if moving relatively slowly.The 5.7 and 22lr are such small bullet weights I have a hard time seeing them being effective at more than 10M being fired from a moving full sized aircraft. Wind and such is going to play havoc on those small bullets trajectories.
If you made a dedicated small anti drone drone fitted with a P90 or similar sure I can see a use case then.
They're using USVs and UAVs simulataneously, and the UAVs flys at a similar speed to the helicopters, so when they get sent out to intercept the USVs, they risk being shot down.Why am I not surprised?
You would`ve thought by now that they`d have had their sh!t together.
These C-sUAS systems will combine Rheinmetall's command and control system, Skymaster, and high-power guns with Lattice and open, modular and scalable hardware components including Anduril’s Sentry Tower, Wisp sensors and Anvil, its autonomous interceptor. By combining the unique capabilities of both companies, an unmatched layered solution for C-sUAS will be offered. Overall, the MoU aims to bring together the complementary skills of these two leading companies.
They're using USVs and UAVs simulataneously, and the UAVs flys at a similar speed to the helicopters, so when they get sent out to intercept the USVs, they risk being shot down.
Other interesting counter-drone stuff:
What Is This Mystery Row Of Spheres In A Ukrainian Field?
Help us solve the mystery of this curious array that could be a military system or something else entirely, like an agricultural apparatus.www.twz.com
Air Force mobility fleet seeks on-board defenses against small drones - Breaking Defense
Air Mobility Command documents say they're interested counter-drone systems, including platforms that can operate near friendly aircraft, so as not to hypothetically accidentally jam or spoof a nearby vice president's plane.breakingdefense.com
It's why I think we're going to see dedicated "fighter quadcopters" or similar. In WW1, the plane started out as an artillery observer and intel platform, then the artillery observers started shooting at each other, then they started making dedicated fighters.It seems expensive conventional SAMs might not be the right approach to dealing with drones. As drones become much smaller and *vastly* more numerous, attempting to take the out with missiles will become increasingly idiotic.
If so, only briefly. Soon enough there will be *swarms* of slaughterbots. You could easily deploy 10,000 of them from a van or an aircraft, each just smart enough to attack a single human. You won't defeat those with thrilling aerial dogfights by defensive slaughterbots, unless defensive drones are deployed in superior numbers. it might become necessary for each solider on a battlefield, and then every civilian *near* a conflict, to carry a backpack loaded with def-drones that launch on a split second notice and hover about you at a range of a few yards.It's why I think we're going to see dedicated "fighter quadcopters" or similar.
Range will be the reason why defensive swarms can work.If so, only briefly. Soon enough there will be *swarms* of slaughterbots. You could easily deploy 10,000 of them from a van or an aircraft, each just smart enough to attack a single human. You won't defeat those with thrilling aerial dogfights by defensive slaughterbots, unless defensive drones are deployed in superior numbers. it might become necessary for each solider on a battlefield....
If the launch platform is like, 5km from each other defense may be impossible, thus MAD is the likely result. However the natural response is to increase the range of the drones so you destroy the opponent launch platform first.
It'll be a while before robots can do the job of occupying enemy territory that soldiers can.As for soldiers, they have no reason to be anywhere outside of tunnels when drone and other robotic warfare is developed, and they'd be removed if tunnel navigating robots are developed.
You could deploy them in hives, so they act like mines as the enemy approaches, but with a swarm of high explosive insects. You could even deploy them via parachute off glide bombs.Range will be the reason why defensive swarms can work.
If the launch platform is like, 5km from each other defense may be impossible, thus MAD is the likely result. However the natural response is to increase the range of the drones so you destroy the opponent launch platform first. At 30km the drones are significantly bigger and expensive so all defenses becomes more viable.
There will be a technological-environmental determined equilibrium in vehicle ranges, where offense and defense is in equilibrium: in which increasing the range means inability to cost effective penetrate defenses, while decreasing range means enemy offense can penetrate your own defenses before you can attack.
As for soldiers, they have no reason to be anywhere outside of tunnels when drone and other robotic warfare is developed, and they'd be removed if tunnel navigating robots are developed.
Okay, yes, those will be weird to deal with.If so, only briefly. Soon enough there will be *swarms* of slaughterbots. You could easily deploy 10,000 of them from a van or an aircraft, each just smart enough to attack a single human. You won't defeat those with thrilling aerial dogfights by defensive slaughterbots, unless defensive drones are deployed in superior numbers. it might become necessary for each solider on a battlefield, and then every civilian *near* a conflict, to carry a backpack loaded with def-drones that launch on a split second notice and hover about you at a range of a few yards.
Advanced versions of quadcopters like this might carry a gram of Semtex, easily enough to perforate your noggin.
View attachment 734436
Twenty bucks just isn't that much for a reasonably reliable anti-individual weapon.
Okay, yes, those will be weird to deal with.
I'd question how effective such a system would be. And if the defensive system is setting off a series of non-stop explosions, how many people will that system kill all by its lonesome?I think I'd put an explosively triggered EMP generator on the defensive swarm, however.
How resistant will those 10,000 cheap swarm drones be to EW like HPM or lasers? And all you really need to stop drones like those are a net - have 4-10 defense drones raise a net between them and you'll catch most of those little FPV drones. Other defenses could be sonic generator guns, EMP generators, defensive ramming drones. The biggest issue I see with combating this type of swarm would be if its released inside a city - those before mentioned defenses will be difficult to use inside a city at a moments notice.If so, only briefly. Soon enough there will be *swarms* of slaughterbots. You could easily deploy 10,000 of them from a van or an aircraft, each just smart enough to attack a single human.
Probably not very. But you'll need to have such systems available *everywhere* in vast abundance.How resistant will those 10,000 cheap swarm drones be to EW like HPM or lasers?
And all you really need to stop drones like those are a net - have 4-10 defense drones raise a net between them and you'll catch most of those little FPV drones.
If such swarms happens, a likely outcome will be governments banning non registered drone use during times of war
One net does not have to cover the whole area. You could potentially even have an electric charge going across the net so it acts like an electric fence and the defensive drones drag it catching and disabling a large number of small attack drones. And nothing is stopping the defender from using 100 to 10,000 drones in their net defense, just like the attacker is using 10,000 drones in their attack. Heck each defense drone could shoot out a capture net instead of it being a drag net.How big is that net, when you're trying to defend against a swarm sized to take out a stadium or every human in a field? And if four drone are your defense... it will only take one or two drone to take enough of *them* out to make the net worthless. Attack-drones can be zippy little nightmares; the net-drones will necessarily be relatively stationary targets.
Yeah, but it won't matter. Nations that ban civilian firearm ownership are hardly safe against an invading army; banning drones won't help you when dealing with people intent on massacre. *Eventually* 3d printers will be able to print if not the whole thing, at least most of it.
Yeah, that's a problem. I don't doubt that such a system could be employed (or at least legally mandated), but a government that is "we will prosecute with prejudice anything we haven't approved" is a government you do NOT want to live under. They could never keep up with the tech anyway. Right now a "nano" drone fits in your palm, weighs about an ounce. We're not far from bumblebee sized. Then fly. Then skeeter. A bot the size and even form of a mosquito that can live for maybe an hour and can inject, say, AIDS or Ebola into three or four people is not that far away. Such things could be stamped out by the millions, enough to infect an entire nation in a day.The point is when the defense system detects a drone in the air and it is not authorized - it is automatically engaged
It all depends on when and where they put up a No drone flying zone. Willy nilly in peace time you have a point, wartime though?Yeah, that's a problem. I don't doubt that such a system could be employed (or at least legally mandated), but a government that is "we will prosecute with prejudice anything we haven't approved" is a government you do NOT want to live under.
It all depends on when and where they put up a No drone flying zone. Willy nilly in peace time you have a point, wartime though?
Wartime alot of privileges get revoked
These pointy EW guns don't look too succesful.
View: https://www.youtube.com/watch?v=4HTYbJSJb3I
Shotgun Pellet-Like Rifle Ammo, Gun-Mounted Jammers On Marine Anti-Drone Wishlist
A push to make every Marine can be a counter-drone defender is pulling from very low-tech and very high-tech concepts.www.twz.com
I can see ways the avoid the dazzlers, though. IIRC blue and green are the two favored colors for dazzlers, both of which have very specific wavelengths. Set up your camera to ignore all light at those laser freqs and you're not blind until the heat buildup overloads the camera. You can do that with lens coatings or on the chip itself. Or both.Laser Dazzlers For Defending Tanks Against Marauding Drones Are An Untapped Countermeasure
Advanced laser dazzlers mounted on armored vehicles could automatically blind incoming drones during their vulnerable terminal attack runs.www.twz.com
Wouldn't that also work with DIRCM though, assuming it was possible? The counter could also be easily countered by shifting frequency with the dazzler.I can see ways the avoid the dazzlers, though. IIRC blue and green are the two favored colors for dazzlers, both of which have very specific wavelengths. Set up your camera to ignore all light at those laser freqs and you're not blind until the heat buildup overloads the camera. You can do that with lens coatings or on the chip itself. Or both.