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/cyber/ - Cyberpunk & Science Fiction

A board dedicated to all things cyberpunk (and all other futuristic science fiction)
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“Your existence is a momentary lapse of reason.”

File: eabd0a0ca17f0e1⋯.jpg (175.7 KB,1474x780,737:390,wDaWLrn.jpg)

 No.52234 [Last50 Posts]

Ima newb to this /cyber/ thing. I tend to get to websites and communities late so this place is looking a little down. That said, what are ya'll'ses ideas on rail pistols? That shit wouldn't have to go far but have a good point-blank impact. Also would be super cyber.

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 No.52238

>>52234

I prefer sawed off railguns

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 No.52267

>>52234

Unless we get room temp superconductors then forget about it

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 No.52446

>>52234

Just some run of a the mill calculations , if you require 1kJ of kinetic energy to be on the order of as powerful as a pistol, you have a 20CM barrel, 1kW of power, and be able apply an average force of 5kN.

A laptop battery can put out 60whR/2hr ~30w of power. Not that laptop batteries are the most efficient way to do things, but you would need ~33 laptop batteries, and a 20CM barrall.

A zip gun can fire regular bullets, and is simpler to build.

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 No.53308

what if it's a phone instead of a pistol? You could load a nail or a dart in it and somehow have it shoot out.

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 No.53457

Invidious embed. Click thumbnail to play.

Well OP, that's looks pretty reddit. At least you didn't make the mistake of the IBS crowd and stuck inside a general until your brain started to ooze out your ears. As another Anon mentioned: The impulse the batteries have to provide is so high, that no battery provides it. Sure there some rail rifle videos on Youtube. They usually can only shoot thick needles or need such a ridiculous amount of batteries that not even Strength athletes could simply carry them around. Phone batteries won't do it either. I assume you have suggest them Those things reliably run out of juice in a day although. they are using SATA derivative. SATA is designed to run on lower voltages that translates into smaller impulses running through the entire thing. My dumb phone can only needs a reacharge every two weeks.

Sure, there are some new batteries made of conductive plastic in development. By development I mean they are pouring shit together like some Alchemist and hope they find something useful. The only working model of such a battery exist in a laboratory in Osaka. We will be stuck with gun powder for a while before we get to see the first energy weapons.

tl;dr

Neat idea, but you can forget it as long we don't have batteries that can deliver the power a rail device needs without exploding in your hands.

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 No.53463

Ah, the prospective new turf in weapons distribution and sales; bringing rail guns from sci-fi and vidya into the hands of irl faggots.

Already brought up; the limitations of semiconductors, batteries and practicality.

The only serviceable format of a weapon like this is in use by the US Navy. It is a behemoth sized contraption that can deliver an armor penetrating round at supersonic speeds. The things you can do when you have a nuclear reactor at your disposal…

Hand held variants are indeed far off. I will say, perhaps part of this equation overlooked is not the gun itself but the projectile. What is the best blend of metal, or differing patterns to make a projectile spin as a motor armature when being fired - much as rifling in a traditional firearm. Spin increases stability of the trajectory.

To acheive this spin, you would need to "fire" each magnetic phase of the barrel in pulses to match the position of the projectile as it travels down the barrel.

This showerthought led me down another rabbit hole…

Could this magnetic rifling be acheived with a traditional gunpowder firearm, smoothebore barrel? Reduced friction and drag to the bullet?

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 No.53489

File: f94c21a0b743c95⋯.gif (102.25 KB,400x303,400:303,Sabot_separating.gif)

>>53463

> magnetic

You're confusing railguns with Gauss guns. Also, spinning is just one of the methods for stabilizing a projectile. You can use tail fins, or just make the front part heavier (that's how shotgun slugs get some stability). Most modern tank cannons are smoothbore and rely on fin-stabilized rounds, and as far as I know, the USN railgun does the same thing.

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 No.53506

File: 9e1be91bd2e405c⋯.jpg (122.29 KB,769x522,769:522,Railgun.jpg)

>>53489

He is not confused, both weapons are electromagnetic in nature.

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 No.53526

>>53506

Sure, but there are different kinds of force at play. And I can't imagine how would you manipulate a Lorentz force to make the projectile spin, aside from spinning the entire rail system at launch at an insane speed.

It could be possible to use a revolver-like system (after leaving the rail accelerator the projectile would come through a forcing cone and then a conventional rifled barrel), but the barrel wear is going to be too bad, not to mention increased danger of shrapnel flying from the sides like in a beaten up revolver. Plus, the spin is going to introduce additional source of inaccuracy (spin drift due to Magnus effect and a bunch of other stuff). Fin-stabilized projectiles don't have many of these problems, and they can be scaled down just fine if we ever get to the point of having man-portable railguns.

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 No.53553

File: 091903a55de4f3c⋯.jpg (441.56 KB,1360x2048,85:128,0uhn8z2.jpg)

>>53526

You are over thinking this choombata.

This is what the navy research railgun fires.

Nobody is trying to, for lack of a better word, rifle the weapon itself.

That is a solution looking for a problem.

as for the alleged inaccuracies created by a spinning projectile, What exactly do you think the fins do?

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 No.53559

>>53489

Image is an old prototype I found a minute ago. It's a working concept, that can actually penetrate a few layers of plywood, what I would give to see what it could do to ballistic jelly for a better metric.

Yes, what I described before is another Gauss coil gun concept. The difference in the concept I mentioned is a lot more complicated - kind of breaking the rule of KISS, but I'll indulge for the search of a more evolved weapon design. Instead of a singular coil per phase along the barrel, you have 12…

Ackshually I should break this up into bullet points for the abhorrent number of each statements ahead…

+ Each coil is perpendicular to the barrel,

+ Each coil is armed with a highvoltage MOSFET,

+ Each phase of the coil gun has 12 of these coils,

+ Each phase is offset by 5 degrees from the previous,

+ Each phase has 4 synchronized PWM driver ICs by durable quartz crystal,

+ Each phase is addressed individually as a digital pin. (write high/low)

The end result is a gun that fires its coils in phrases, 111000111000111000… = Every 15 degrees flip the magnetic field to effect spin on the projectile.

If the clock is fast enough you could fire each phase, individually as the projectile "moves along the phrase" - an even faster clock could take advantage of repelling magnetic force by immediately flipping after the projectile passes. Lastly, no more than 2 phases should be fired at a time, for maybe mere nano seconds at a time.

>>53526

Revolving cylinder to load the gun would be more practical than a magazine, too much friction from the spring.

In terms of batteries and the ability to store power… batteries will probably never have the discharge ability to do this in our lifetime alone. However, certain batteries are able to prime a high-discharge ultra-capacitor. Maybe even enjoy a fire-rate of a few rounds per minute.

I'm gonna go on a whim and guess this kind of variant would look way less like a pistol and more like a gigantic benchtop rifle.

I can't really see many advantages at the moment with this energy weapon right now… gunpowder is relatively easy to manufacture if you know your chemistry (or the anarchist cookbook); milling plans and guides litter the web on how to assemble generic firearms (for now, unless every single ISP in the world falls to the leftist cucks… (even then there's still tor and i2p) - or your own improvised crack house clacker ingenuity.

Advantages tho… in a world where things can change rapidly and electrical power is widely available, but chemical resources are limited - then yes this form of weapon, while unconventional, could serve as a divisive tool. Also, I'll leave it to the imagination to determine what type of projectile(s) could be fired when they're no longer subjected to intense heat.

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 No.53560

File: d9fa8dcf1065634⋯.jpg (52.8 KB,533x400,533:400,gaussgun-scaled.jpg)

>>53559

…refresh pwnd, this is the image of the prototype I found.

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 No.53630

File: 78b73a05dda8e9b⋯.jpg (59.12 KB,850x342,425:171,hk-g11.jpg)

>>53560

It desperately needs a scope for that Kraut Space Magic look.

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 No.53631

File: 71c94b6d5b21528⋯.jpg (322.09 KB,1200x800,3:2,1200px-Vektor_CP1_(2535587….jpg)

Here's south african vector CP1

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 No.53632

>>53631

>vektor*

dang

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 No.53638

>>53630

Holographic red dot, 45° cant RIS mount or gtfo

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 No.53639

>>53559

>I'm gonna go on a whim and guess this kind of variant would look way less like a pistol and more like a gigantic benchtop rifle.

Or a flamethrower, batteries on the back and "rifle" on hands

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 No.54748

I'm surprised there hasn't been some minor research into railguns as "strategic" weapons rather than either man-portable replacements for service rifles or giant naval guns

like, why not just something like a mortar or grenade launcher? those things don't have particularly striking muzzle velocity as it is, and if it's something mounted to a vehicle then the problem of batteries is irrelevant (since you already have an alternator charging up the car's battery and supplying juice to all kinds of active optics and laptops and radios and shit). But going from powder to magnets still offers the advantages of caseless ammo and smoother recoil

>>53559

>coil timing stuff

this is an overcomplicated solution. multistage coilguns irl mostly use optical triggers instead of timing circuits, and if using coils you can still use a conventional (but nonconductive) barrel that can be rifled anyway.

>>53638

>muh amerikansky CoDmans attachments

shut the fuck up faggot

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 No.54752

File: 4d887f90023daa5⋯.jpg (69.54 KB,684x475,36:25,proximity fuse.jpg)

File: 16560ddae689328⋯.pdf (142.14 KB,ThermodynamicsFuelCells.pdf)

File: e741f9e9661f2e8⋯.jpg (92.82 KB,889x633,889:633,penetrate.JPG)

>>54748

>I'm surprised there hasn't been some minor research into railguns as "strategic" weapons rather than either man-portable replacements for service rifles or giant naval guns

Rail guns by their nature are a limited use product.

>they require complex electromechanical systems

artillery requires a breachblock, a barrel and a stable surface

>they require immense amounts of power

on ships this makes sense, and over the horizon firing solutions are ideal, but explaining the complexities of naval warfare would require several dozen posts at a minimum, so the tl:dr is that initial energy input in chemical factories is more efficient for combat purposes than on site power generation for weapons use. The only strategic benefit railguns provide is the reduction of explosive hazards (carrying around a fuckton of kaboom).

Other considerations in the design of munitions need to be considered, a sabot can increase the velocity, and some conventional munitions use that idea, but the way a railgun works means that it is really only good for kinetic energy strikes at longer ranges (that you can just as easily use missiles/rockets for) without having to change an entire configuration.

On land, rail guns are even more useless, because conventional troops must carry ammunition AND batteries, using mechs/exoskeletons/robot assistance might one day solve those problems, but as of today, smaller, lighter, and more precise is the doctrine of combat (read about future combat in megacities) the idea of future combat also means that things like large rail gun artillery is a bad idea for transportation, set up space and effect, look at the battle of grozny for examples of artillery in urban warfare.

As for anti-tank weapons, you are using shaped charges to produce blast/penetration effect, which is a specific characteristic of high explosives that cannot be reproduced with railguns. That means that railguns need to be able to reach higher muzzle velocities just to get enough energy to get comparable damage to a small explosive charge.

If I had to take a guess about man portable rail guns, I think fuel cells may be one method of power generation (if we can figure out how to maximize efficiency in electrical systems). But then we would end up with mass effect style fueled guns that shoot small pellets at incredibly high speeds.

High velocity ammunition has been tried with conventional munitions too, with the US airforce having produced projectiles to fly at speeds higher than 4000fps

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 No.54757

>>54752

You missed the entire point of my post, and then said a bunch of other dumb shit, and thus I must surmise that you are a retarded gay nigger

>Rail guns by their nature are a limited use product.

All guns are. All machinery is.

>artillery requires a breachblock, a barrel and a stable surface

first off it's "breech" and modern artillery pieces have a lot of moving parts. Even the barrel moves around to limit recoil and sometimes as part of the loading/unloading process.

A chief advantage of electromagnetic weapons is that they feature very few moving parts, and few of those have to do any heavy work.

>The only strategic benefit railguns provide is the reduction of explosive hazards (carrying around a fuckton of kaboom).

The point of EM weapons is not to eliminate explosive rounds, and you are an illiterate retard if you didn't get that I was saying to use explosive payloads at lower velocities, similar to modern grenade launchers and mortars.

>a sabot can increase the velocity,

I don't think you get the point of sabots. That's not the point of a sabot at all. All a sabot does is makes it so the round can make a seal and go down the bore properly for stuff like finned projectiles.

>On land, rail guns are even more useless, because conventional troops must carry ammunition AND batteries,

>using mechs/exoskeletons/robot assistance might one day solve those problems,

Have you ever heard of this thing called a "truck"?

>As for anti-tank weapons, you are using shaped charges to produce blast/penetration effect, which is a specific characteristic of high explosives that cannot be reproduced with railguns.

Why not? You can't lob a grenade electromagnetically? Are you one of those retards who thinks the only way a rail or coil gun can do damage is through ~hypervelocity~ rods from god bullshit?

>If I had to take a guess about man portable rail guns,

>MASS EFFECT

It looks like you are one of those retards. PROTIP: the shift towards smaller, faster rounds in the modern era isn't because there's a greater energy-to-target in the end. .223/5.56 is actually much less "damaging" than its predecessors like .308 and 30-06. What was realized is that it's better to carry more bullets because you go through a fuckin' lot of them, and you can carry more 5.56 in a pocket than you can carry 7.62. 5.56 was selected since it's fairly high velocity, resulting in a flat trajectory, making it easy to use even at distances probably more appropriate for larger rounds. Your concept of "smaller, lighter, and more precise" is actually entirely wrong, the US keeps trying to shift back to bigger rounds (and then giving up in the face of how much 5.56 they still have to use up somehow) and doctrine has shifted more and more to volume of fire and suppress-and-move tactics over sniper duels and aimed slow fire from entrenched positions as it used to be in trench warfare. In any case, the decision on what size round to use is more complicated than "muh miniaturization muh hypervelocity". If that were the case, everyone would be running around with rifles chambered in .22 Eargesplitten-Loudenboomer.

Also you're a shazbot for thinking fucking Mass Effect of all things is realistic. Jesus Chris

>High velocity ammunition has been tried with conventional munitions too,

What do I give a shit? My point was to replace low velocity shit like grenade launchers and light mortars attached to trucks and such

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 No.54758

File: 11a8fc4295b242f⋯.jpg (136.63 KB,1624x856,203:107,fuel cell.JPG)

File: a9bd875722b4240⋯.jpg (21.71 KB,489x462,163:154,grenade launcher.jpg)

File: 056e8395c5976d9⋯.jpg (956.2 KB,1268x3596,317:899,NATO small arms study.jpg)

>>54757

>modern artillery pieces have a lot of moving parts.

so does an auto-loading rail gun, and when you have fire control systems and loading systems that require space, you get about an equivalent complexity with more electronics.

>The point of EM weapons is not to eliminate explosive rounds, and you are an illiterate retard if you didn't get that I was saying to use explosive payloads at lower velocities, similar to modern grenade launchers and mortars.

the benefit of size is lost by having a huge electric system (same as with small-arms rail guns)

>All a sabot does is makes it so the round can make a seal and go down the bore properly for stuff like finned projectiles.

This is often to maximize ballistic efficiency (like to accelerate a projectile more)

>Have you ever heard of this thing called a "truck"?

We have tanks, those are artillery on tracks, and we have artillery that can be moved by aircraft, right now the largest concerns are fuel and munitions, having to completely overhaul those to have large capacitor banks is dumb because conventional munitions perform their jobs well for what it takes to move them around.

>Are you one of those retards who thinks the only way a rail or coil gun can do damage is through ~hypervelocity~ rods from god bullshit?

Given existing weapon systems, this is the only usefull reason to have them, like others have pointed out, chems work fine unless we run into a "no more chemical" situation.

>PROTIP: the shift towards smaller, faster rounds in the modern era isn't because there's a greater energy-to-target in the end. .223/5.56 is actually much less "damaging" than its predecessors like .308 and 30-06.

NATO demonstrated that several decades ago, that is no new news. terminal ballistics were not the question of big bullet/small bullet, the idea was to have lethal projectiles in a man portable configuration, in case you are wondering, that data comes from pic related

>Also you're a shazbot for thinking fucking Mass Effect of all things is realistic.

The example was to explain how fuel calls could potentially be used (load a clip of rods/pellets, eject a cell and run a new one in once the gun stops working)

>My point was to replace low velocity shit like grenade launchers and light mortars attached to trucks and such

There is a lot of other hardware in military vehicles that draws power, also having to run an engine just to use weapons can be fatal, because no gas/broken engine = no defense. railguns are and probably will remain high velocity long range kill weapons instead of grenade launchers. an M203 or Mk19 has very few functional parts compared to other weapons, and having to invent an entire electrical system (like a chaingun) just to be able to do something that is already done reasonably well is pointless unless there is reasonable gain (which there is not).

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 No.54759

>>54758

>so does an auto-loading rail gun,

In your mind, something that has to load a round, hit it with a pin right in the middle of the shell or on its rim, and then keep the shell while firing the bullet/grenade/whatever, and successfully discard the shell when it's re-opened is going to be less mechanically complicated than something that doesn't have to handle the shell at all?

Nigga is you stupid?

>right now the largest concerns are fuel and munitions,

Yeah like what if you could carry more of those things by making your rounds smaller while not changing the actual size of the bullet? And then you could use the space you would have used for all those shells and powder for more fuel and more bullets? That would be stupid. Don't do that.

>Given existing weapon systems, this is the only usefull reason to have them,

You're a retard. There are many more advantages than that – reducing the profile of the weapon itself, using a replenishable resource to fire the thing, reducing the size of rounds to just the bullet, eliminating a lot of noise and flash, having a smoother recoil, there's lots of advantages beyond just "le rods from le god :^)" reddit-tier tech wankery based on video games.

>an M203 or Mk19 has very few functional parts

the Mk19 is probably one of the least reliable weapons fielded by NATO countries exactly because it has a shitload of moving parts and a lot of potential failure points. If anything, it would be ideal to replace that big heavy ammo belt fed gun that jams when you look at it funny with something that features a lot fewer moving parts and a potentially simpler loading mechanism.

>BBBUT ITS ELECTRICAL SO ITS COMPLICATED

Why does making something motor-driven instead of gas(hydraulically)-driven suddenly make it totally unworkable and too complicated for mere mortals to build or maintain?

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 No.54769

File: 2a2aa089204f7b2⋯.png (905.86 KB,1036x968,259:242,bae.png)

>>54759

>In your mind, something that has to load a round, hit it with a pin right in the middle of the shell or on its rim, and then keep the shell while firing the bullet/grenade/whatever, and successfully discard the shell when it's re-opened

this is usually an immediate if not continuous mechanical process, as is the loading assembly on the BAE system railgun.

>Yeah like what if you could carry more of those things by making your rounds smaller while not changing the actual size of the bullet?

it is easier to carry one thing than to carry two sets of things (clips or magazines are easier than electrical source and projectiles)

>There are many more advantages than that

>reducing the profile of the weapon itself

no, in fact the electrical system is quite large

>using a replenishable resource to fire the thing

incorrect, electricity is an energy carrier, not an energy producing system (like chemical reactions or kinetic systems like generators- that run on diesel/bunker fuel)

>eliminating a lot of noise and flash

this is arbitrary, silencers can do the same, and supersonic projectiles still produce supersonic concussions

>having a smoother recoil

not really a problem with large ships or buffered systems

>the Mk19 is probably one of the least reliable weapons fielded by NATO countries exactly because it has a shitload of moving parts

proofs?

>BBBUT ITS ELECTRICAL SO ITS COMPLICATED

most modern deck guns are electric, and small arms are mechanical, and logistics is a major driver in any fleet tactical decision. You can give any guy a blueprint and have him cut some metal to fit when a part breaks, but getting a precision machined atate-of-the-art rail or a huge custom capacitor is not as easy

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 No.54776

File: b32e17e4a391322⋯.jpg (25.76 KB,410x227,410:227,gyrojet.jpg)

>>52234

>have a good point-blank impact

If it has enough velocity to have enough impact at close range, it's likely got enough velocity to go far, unless you decide to shoot dice.

I'm personally more fond of bolters (read: rocket launcher guns). They're also likelier to happen within our lifetime than rail pistols. Alas, bolters had a go at reality a bit too early and now everyone's scared to try again.

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 No.54777

>>54769

>it is easier to carry one thing than to carry two sets of things

What is this second set of things that is not already being carried? a charging source? trucks and tanks have alternators already expected to run lots of gear like radios, computers, large lights, etc. Batteries? again, they have their own batteries for the car's systems and UPSes for the gear carried. The gun itself and its own moving/electronic parts? not much different from carrying literally any other weapon.

>electricity generation potential and storage are not resources

>militaries already widely issue silencers

>the crack of a supersonic round is somehow as loud as or louder than the crack of a supersonic round and literally any other noise

>still going on about ships when my example was literally a mortar bound to a humvee or command truck

you are illiterate and insist on things as dumb as A+1=A and cannot tell the difference between a light mortar and a naval gun! you are a redditoid nigger and probably a kike!

btw

>You can give any guy a blueprint and have him cut some metal to fit when a part breaks, but getting a precision machined atate-of-the-art rail or a huge custom capacitor is not as easy

you're delusional if you think this is how militaries work also it stops being "custom" if it's a standard mass-produced good that gets stocked up on. y'know, like militaries do with literally everything else that they use

you are fucked in the head by video games and movies

>>54776

>bolter

gyrogets were trash and will be forevermore and also 40k is worse than furry trash

also modern rocket launchers do basically the same thing, but with a proper full size warhead that is worth strapping a rocket to. though it's more for operator safety and reliability of the rocket to clear whatever it's launched from properly than for ballistics to feature boosters like that

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 No.54778

>>54777

>modern rocket launchers do basically the same thing

Modern rocket launchers don't have a 30 round magazine (or 10-12 if pistol form), and they don't fit into my pants either. They also aren't legal for civilians and quite hard to get on the black market.

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 No.54780

File: f658158661b3be1⋯.jpg (100.19 KB,533x533,1:1,1519438092598.jpg)

>>54777

>gyrogets were trash

it was a sound concept for space warfare and shooting underwater until supercavitating rounds got to the market a few years ago

>What is this second set of things that is not already being carried?

system integration for vehicles is based on electrical load, if you had to stop the vehicle to charge a weapon or else sacrifice other electronic systems, you loose the combat edge.

>you're delusional if you think this is how militaries work also it stops being "custom" if it's a standard mass-produced good that gets stocked up on. y'know, like militaries do with literally everything else that they use

stock systems do not have unlimited capacity, and spending brouzouf on high cost components versus buying a lot of small easily replaceable parts (like firing pins, bolts etc.) is an easy decision from a policy standpoint (talking on the order of millions of units)

take the US F35 program for example, millions were wasted on a pet project to solve a problem that had proven solutions that cost a lot less (while debatable, that was the general short of it) .

also military standards mean that manufacturers literally do just give blueprints to literally anybody who can meet the contract requirement. Introduce high cost and precision items, and the market gets monopolized by companies with proprietary methods and technologies.

Imagine if every gun could only be manufactured by one company because they alone hold the patent on the battery manufacturing technique for it. you end up in a situation where a single company can charge whatever it wants because it is the sole sales point of that weapon.

The only way rail guns would make sense is if you designed a vehicle around the idea of the gun (not adding the gun onto a vehicle) and that system had more economically replaceable parts where you can justify a $10000 barrel instead of a $1000 barrel because it can shoot more than 10 times as much with equal or better performance.

the two part argument also was intended to mean that having two inputs to get one output of the weapon firing is worse than one input to get one output when weight is concerned.

also

>big expensive gun

>on a command vehicle

want to know how you dont know about the military?

the military is all about quantifying life from a financial standpoint, just because it performs better in isolated test ranges does not mean that it will meet every need service wide. Field units will find a way to break something (when the technician puts a capacitor on backwards after 3 days of watch with no sleep) and the entire weapon breaks during diagnostics is a higher cost than not putting a mount pin in and then doing it during a routine check.The type of people you are dealing with are the ones who put tape on the safety override switch for high powered electrical/radio because it was inconvenient to have the system constantly cutting out when people are in harms way. Weapons are no acception.

If every breakage had to be fixed by the factory, then you have two options

>carry at least one of every spare part to replace if needed

>return the weapon to get fixed

the first is more economical in combat, but carrying spare parts increases weight carried by troops.

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 No.54781

File: 25754e13b690921⋯.jpg (138.68 KB,1280x960,4:3,wm_7292803.jpg)

>>54778

>30 round mag of shit that's not even a 10th as effective

yeah, why not just carry this

you got 30+1 rounds in a handgun

quite the effective war tool, no?

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 No.54782

File: 4b76ad7cb81c68b⋯.jpg (217.85 KB,980x653,980:653,fancy glock.jpg)

I know pic related is airsoft, but if you could make it work with a real gun, it would beschway

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 No.54786

>>54780

>it was a sound concept for space warfare

This sounds counterintuitive. Why would a bullet self-propelled by prolonged combustion work better in the void, than some initial impulse gun that can produce the combustion in a more controlled environment? Why not actually fucking Gauss or rail guns, which do not require oxygen, or even fucking slingshots?

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 No.54787

>>54786

The idea deals with the recoil force, as an equal amount of force is exerted on both the projectile and the shooter when a gun is fired. In space there are no counterforces to prevent rearward movement,so the gun pushed the shooter one direction and the bullet the other. With a gyrojet, the projectile goes in one direction, and the shooter remains in place since the rocket propels itself instead of relying on another force to propels it.

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 No.54788

File: 91b88446ba89800⋯.jpg (153.07 KB,1600x1066,800:533,vector.jpg)

>>54787

> In space there are no counterforces to prevent rearward movement

Eugene Stoner isn't so much rolling in his grave as sobbing softly.

Recoil action is not the only way a gun can cycle. In fact, it's a pretty rare and, inversely, very lazy way to do it. And every way but straight recoil action actually lessens recoil a lot.

Even plain blowback can be harnessed to increase stability. Pic fucking related.

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 No.54790

>>54780

>shooting underwater until supercavitating rounds got to the market a few years ago

Oh you mean the technology used in modern torpedoes, rather than the now paractically ancient piston-based underwater rounds employed by both the soviets and nato? fuck off retard nigger poseur

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 No.54791

>>54780

>if you had to stop the vehicle to charge a weapon

Do you have to stop your vehicle to charge the car battery?

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 No.54792

File: 9d447da33657788⋯.gif (504.04 KB,1080x1080,1:1,that really makes me dizzy.gif)

>>54780

>take the US F35 program for example,

>Imagine if every [weapons platform] could only be manufactured by one company

really things me hmmm thinks

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 No.54793

>>54786

Tech Woo

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 No.54796

File: 1ef57f183c02cf6⋯.jpg (166.47 KB,515x760,103:152,laser.jpg)

>>54786

which do not require oxygen

modern cartridges have oxidizers as part of the propellant mixture, they do not require air to fire.

>>54790

Supercavitating small arms ammunition is new, you can use it as a conventional round or as a surface/subsurface or subsurface/surface or underwater round with any standard NATO firearm

also torpedoes usually rely on rocket fuel, propulsors, or have a specialized piston engine, iirc china also made a bootleg version of the US mk48 that uses a soduim warhead as the payload (instead of explosives it uses a volatile chemical reaction to do damage) the propulsion system does not rely on supercavitation.

There are supercavitating torpedos, but those are roughly the military equivalent of hypersonic glide missiles in the air

>>54791

take a look at the capacitor bank for the BAE railgun

pic unrelated

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 No.54797

>>54796

hypervelocity research is not new, torpedoes dont use i4s, and you are a giant shazbot who literally cannot tell the difference between a base's defensive grenade launcher and a capitol weapon fitted to a literal battleship

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 No.54800

File: 5996665fd38ab4b⋯.jpg (71.02 KB,611x960,611:960,1524087859434.jpg)

>>54797

>hypervelocity research is not new

never said it was, but supercavitating bullets have only been on the market since around after 2012.

>capitol weapon

literally no such thing

>between a base's defensive grenade launcher

changing the goal posts are we? artillery is not a defensive weapon, it is artillery

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 No.54801

>>54800

>changing the goal posts are we?

Wow!

>>54748

>like, why not just something like a mortar or grenade launcher?

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 No.54803

>>54800

>supercavitating bullets

literally not a thing outside of water btw

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 No.54804

File: 43477cff9c9c142⋯.jpg (368.62 KB,1300x1997,1300:1997,1505703874554.jpg)

>>54803

>Our patented technology enables us to design patterns and methods of calculating supercavitating ammunition that stabilises in water by its cavity and by rotation in the air.

it works in both

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 No.54805

>>54804

thats not what supercavitation refers to at all. just like with sabots, you have been consumed by memes, thinking that seemingly complicated "military words" just make things better.

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 No.54806

>>54805

>Supercavitation is the use of cavitation effects to create a bubble of gas or vapor large enough to encompass an object travelling through a liquid, greatly reducing the skin friction drag on the object and enabling high speeds.

literally what the projectile does

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 No.54807

>>54806

In air, what gas pocket is the projectile creating that replaces air?

Is it somehow creating vacuum before it?

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 No.54808

>>54807

It could be boiling the water as it passes, which would generate vapour. I am not convinced this would work, or even stabilize the bullet, though.

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 No.54809

>>54808

>It could be boiling the water as it passes, which would generate vapour

Riding a literal fucking vaporwave.

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 No.54810

>>54808

>It could be boiling the water as it passes,

Through normal air? Above the surface? And going through a big cloud of steam makes it faster than going through normal air? hmmmmmmmmmmmmmmmmmmmmmmm

>>54809

now you're thinkign with shitposts!!!! at least this is funny

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 No.54811

>>54810

It doesn't sound like it would be as noticeable as the same thing underwater, but I suspect hyperheating air could indeed reduce its density. Doesn't sound like it would be very useful, though.

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 No.54812

>>54811

I disagree; without containment, you can't superheat anything, at all, ever, since it's a necessary part of the concept of superheating, and heating any given bulk of air at all would increase ambient pressure (since the hot air would expand, and push outwards in all directions, including upon itself internally, though equalizing quickly) and probably impact humidity in a way negative to ballistics by making more water vapours form (since, naturally, it's warmer and other environmentals have stayed the same, resulting in getting closer to evaporation/pyrolysis/gasification points of literally everything that wasn't already a vapor/giving off fumes/outright gaseous)

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 No.54813

Would handheld railguns, especially pistols, need to worry about projectile stability all that much for anti-personnel purposes? They fire what are essentially flechettes, and would likely be thinner than most bullets. Having them tumbling through the air would mean they cause more damage to people and make them less likely to penetrate through a wall and hit someone behind.

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 No.54814

>>54812

>and push outwards in all directions

The air at the tail of the projectile would be warmer than the air at the tip. That should give it some really small push, sort of like a warp drive.

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 No.54815

>>54814

>The air at the tail of the projectile would be warmer than the air at the tip.

Why? The air at the tip is being continually compressed; at its tail, it only has gunpowder behind it, and in this thread, really, should have nothing at all, being electromagnetically propelled and all.

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 No.54816

>>54815

>Why?

Simply by virtue of having been in contact with a heated thing for longer. At delta 1, what used to be the tip at delta 0 is now the tail. That's one time unit of heating more than the virgin air at the front.

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 No.54817

>>54816

>a heated thing

What thing?

>At delta 1, what used to be the tip at delta 0 is now the tail. Th

Ah, I see you came from the MGS3 school of ballistics. End your life.

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 No.54818

>>54817

>What thing?

Dude, we are fucking talking about bullets. What else could be heated? Your mom's cunt?

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 No.54820

>>54788

You're missing the point

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 No.54892

>>54813

>likely be thinner than most bullets.

>Having them tumbling through the air would mean they cause more damage to people and make them less likely to penetrate through a wall and hit someone behind.

Nah. The projectile from a rail pistol carry less kinetic energy than a bullet, and be way less lethal. Having a sharp projectile means its areodynamic, and retains its momemntum (and KE) as it experiences drag, but also makes it more likely to peirce clean through a person - which is the opposite of what you want. You want bullets that bounce around and spread inside people cutting them up. Having them tumbling through the air may cause the dart to simply bounce off a person if its not moving fast enough.

Even a CO2, or rubber based mechanism is probably better than rail gun. If rail were a current viable (with small high capacity batteries available), rail might be a preferred technology, having no moving parts would make an incredibly reliable weapon. But the battery limitations make rail vastly inferior for something like a pistol.

I would take an cross bow any day over a rail pistol (except at point blank range, were fast draw matters, and only one shot will be fired).

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 No.55598

>>54808

>It could be boiling the water as it passes

Assuming there's even enough humidity in the air, what you get is a retro steam rocket. That would slow the bullet and destabilize it. Sounds silly.

Even underwater, it seems odd that there's be enough time, pressure and heat applied to the tip of the projectile without any counter effect on its own velocity. The projectile would be moving so fast that you'd be flash-boiling water ahead of it.

>>54816

So the bullet needs to carry its own heater. :p

Or come out from a railgun so it's super hot.

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 No.55609

>>54892

>Nah. The projectile from a rail pistol carry less kinetic energy than a bullet, and be way less lethal.

stopped reading there. i dont even think railguns are viable in any way, ever. but why are you making this statement as if it's absolute categorical fact that a railgun will ALWAYS be less powerful than a conventional powder gun? not even comparing ones of similar size; you straight up have said here that ALL em weapons will ALWAYS be weaker than conventional ones ALL THE TIME, REGARDLESS OF ALL OTHER FACTORS.

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 No.57258

>>52267

primer >.>

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