Depleted Uranium is not entirely depleted. When it is entirely depleted of its radioactivity it becomes Lead. That's one reason why Lead is so good at shielding against radiation.
I got cancer from Depleted Uranium from patrolling areas hit by A10 gun fire and other platforms using DU penetrators. Once those projectiles hit, they explode and that DU dust can cause a lot of health problems. Awesome video by the way
@@shaylethorne2387it's slightly radioactive, but the major problem is that when used as amo it pulverize in an extremely fine dust that can be inhaled and reach the lungs
@@shaylethorne2387 Depleted uranium - contains 99.7% Uranium-238 with a half-life of 4.4 billion years, and 0.3% Uranium-235 with a half-life of 700 million years. As we see, there are no stable isotopes in depleted uranium
@shaylethorne2387 there are a lot of studies on this and show conclusive long term negative health effects, including cancer when the DU dust is inhaled. My medic died from inoperable brain cancer less than 3 years after our deployment and numerous others in my task force have predeceased me. This year is 20 years since I've been out. I get a 100% P+T which is some consolation and dozens of VA doctor's appointments each year
so read through the comments if you want to know why we use depleted uranium in tank guns everywhere. It has to do with the ballistics and materials. But other than that, great joke
We had one of these as kids in the 70's. My dad worked on the 30mm autocannon system for the A-10. Fling it down the road and see all the long bright sparks, for a decade at least. LOL
I don't see how tossing a dangerous radioactive isotope down the street is really funny if the next generations of people inhale the radioactive dust particles for millions of years to come but maybe I am misunderstanding the implications of mishandling uranium...
@@joeblow1748 yeah, 30mm depleted uranium slug, it was a "toy" from at least 1975-1985. I actually got to press the button to test fire one of these guns, Essex Junction, Vermont, 1979. They were manufactured in South Burlington, VT, by General Electric and shipped via ferry across Lake Champlain to Plattsburgh AFB
...and now 20% of the neighborhood has cancer because of you spreading uranium dust around 😝 kidding, but I wonder didn't your dad know it's still potentially dangerous?
My dad did mathematics on metal strength under varying circumstances. He would have loved your videos! As a physicist i also like and respect your videos. In this particular case it would have been nice to measure the temperatures of the armor as well as the cones before and afterwards.
Why use depleted uranium instead of tungsten? Depleted Uranium Penetrator Rounds | Museum of Radiation and ... Tungsten, which has a similar density to uranium, can also be used but DU has greater target penetration. Unlike tungsten, uranium is pyrophoric( becomes a plasma). It also has a lower melting point than tungsten. As a DU penetrator strikes a target, its surface temperature increases dramatically.
You have to remember that DU is very dense and heavy and it actually self sharpens as it penetrates armour and burns its way through armour and you need speed to do this. A press is not fast enough to ignite the uranium and you would not want to either because it’s toxic in the air.
That self sharpens is a MYTH. DU do shed its edge barbs as its tensile strength is low. SO It drops any edges of the mushrum edge that naturally form during terminal ballistic interactions. That is NOT self sharpening, The tip is not kept SHARP by any magical interaction. All it does is lose edge material that could form a secodn edge that would increase penetration resistance.
@@tiagodagostini Wrong. Like its slightly denser cousin, tungsten, uranium can penetrate most heavy armor. But whereas tungsten projectiles become rounded at the tip upon impact, uranium shells burn away at the edges. This "self-sharpening" helps them bore into armor. - source Scientific American. I’ve also seen ballistic projections of what happens during the uraniums self sharpening as its burns and bores its way through armour. Yes the sides burn away which leaves a sharpened tip. Who taught you this ?
@@Biketunerfy maybe you should read less scientific american and read more proper papers. The sheddign of the blunt edges is nearly irrelevant toward penetration. Because the so called"burning" expends energy, energy that comes from the projectile... and less available energy to break the armor therefore ( modern armor is Energy expenditure oriented, not resistance oriented) in an attempt to explain to layman the term SHARPENING is used, but sharpness is IRRELEVANT when you have a projectile trying to progress trough a cristaline solid at a speed higher than the speed of sound on given material.
; @@tiagodagostini I do and the facts haven’t changed, but anyway I digress, the new German higher pressure gun (smoothbore) in challenger 3 MBTs, the Brits ,reported back the new TC APFSDS was more effective at penetrating armour than their DU from challenger 2s main rifled gun. Obviously the tungsten carbide is routinely tweaked and improved to get the most performance out of kinetic energy darts.
Certainly DU is usually on par with Tungsten as a penetrator, USA just uses DU in everything because it's WAY cheaper than Tungsten -both in material cost and manufacturing. This footage doesn't exactly suggest the kinetic effects of the materials, but certainly Tungsten Carbide is some remarkable stuff!
also, the DU is supposed to be "self sharpening" by some physical effect ... and is prone to catching fire (but so is titanium, etc). Granted, "self sharpening" is loose wording ... I know it's not exactly what it does but I did read it in a white paper.
Also, force = mass*acceleration. I love the bit in Mass Effect about the 20 kilo slug at 1.3% of light speed... "Sir Isaac Newton is the deadliest SOB in space." 😄
The greater hardness of TC does not necessarily mean greater penetration, though it could indirectly through less deformity creating smaller surface area to penetrate and less deflected splash. Depleted uranium is waaaaay heavier or 'denser' per unit of volume ("density" is physics is mass per unit volume). Force = mass x acceleration. Translated into imprecise everyday language, the amount of penetration is a function of weight and speed. Increase either weight or speed of the projectile for a given caliber (contact area), increase penetration. You can shoot water through metal if you shoot it fast enough and fine enough.
@@deathsheadknight2137 Thanks, I never would have guessed that TC (15.6g/cm3) is denser than lead (11.3g/cm3) and getting up there with DU (19g/cm3). I had a TC wedding ring and it didn't seem that heavy, whereas lead seems heavy and I know DU is comparable to gold (19.3g/cm3), which is so heavy that a candy bar size is like 27 pounds. (I guess the TC wedding ring seemed light by comparison to a normal gold wedding ring!)
As noted in another comment for this video, DU's real party trick is that it self sharpens upon a high speed impact. It heats up and kind of "burns" through armour (not really burning, but that's what it looks like in ballistics simulations). The pressure from the hydraulic press is very high, but is dissipated over a comparatively very long period, so it fails to demonstrate this effect.
@@RaytheonTechnologies_Official You are repeating marketing nonsense, not physics. DU's penetrating capability is its weight, end of story. They put the heaviest thing they could into a tank round short of solid gold. That's all there is to it. Uncle Sam went to the ammo aisle at the sporting good store and said, "I want the heaviest ammunition I can get for this caliber. I'm shooting some big game." The fact that it gets glowing hot and deforms is just sound and fury, habitually employed by marketing and PR pros to obfuscate and awe the masses into a sense of their own ignorance so they accept what they are authoritatively told without attempting their own analysis or criticism, i.e. that such-and-such company has revolutionized the toothbrush or razor. You could talk the same nonsense about a normal rifle bullet piercing a metal plate, or even a metal knife going through butter. People are so uneducated today that they can't even tell the difference, and then they confidently repeat this nonsense like they are teaching the illiterate about science. How absurd you all sound! Stop absorbing science by osmosis over the internet and start reading books, old books, instead!!! They are a thousand times smarter. You all live in the dark ages and you don't even know it, you think you are the smartest, most knowledgeable people nature ever produced and yet you are rapidly sending humanity back to the baboon age!
@@zacharyroyce "Tungsten has a much higher melting point (3410 °C) than uranium (1132 °C) and lacks pyrophoricity. Therefore, a tungsten projectile becomes blunt on impact and is less effective in piercing armor (Peterson, 1999). .... The surface of a DU penetrator ignites on impact (especially with steel), due to the high temperature generated by the impact and the relatively low melting point of uranium (1132 °C). In addition, the projectile sharpens as it melts and pierces heavy armor (Rostker, 1998). " - Properties, use and health effects of depleted uranium (DU): a general overview, A. Bleise, P.R. Danesi, W. Burkart, Journal of Environmental Radioactivity 64 (2003) 93-112 . I brought receipts.
You cant imagine for how long I wanted to see such a comparison ! Other things have to be taken under consideration when used as ammo but this was enlightening. Thank you very much :)
@@democracyforall I dont know Urainiam I know Uranium. Look at a perdiodic table. Uranium is an actinide and has very little to do with iron. Steel is not an element: it's an alloy of iron and carbon.
Yes the tungsten carbide is harder but depleted uranium is specifically used because when it impacts something it actually gets sharper and pens further.
At 3:24 the piercing slug is entirely dark. At 4:02 the flat end is still dark. At 4:07 the pointed end is shiny which is totally understandable. At 4:28 the square end is still dark. Then at 4:38 about half of the square end is shiny. Extremely interesting demonstration, this channel is one of my favorites, my wife even watches.
I did some reading on depleted uranium and why the army uses it for some shells. It turns out part of the decision is economic -- depleted uranium isn't necessarily the best metal you could use, but it's a pretty good choice and there's so much of it left over after the enrichment process. When people say that uranium is self-sharpening, they mean that the metal will break into sharp fragments and dust when it hits something at really high speed. The dust is also not just toxic but also highly flammable, so a tank penetrated by uranium shells may end up with a fire inside. And uranium is one of the most dense metals (8th place, with Osmium and Iridium being the first and second most dense), making it good as a high-speed projectile.
You can tell a morality of a country by just looking at the material they use for their Armor piercing penetrator : US and Nato - Depleted Uranium, China : Tungsten Carbide.
Cybertruck uses stainless steel, similar to many old tanks. However, old Soviet t-34 1940 Armour is about 15 to 40 mm steel, Soviet t-34 1942 is up to 60 mm steel, and cybertruck is only about 2 mm steel.
Depleted uranium AP shells depend on their outer casing to impart heat into the target before the uranium core penetrates. Tungsten just penetrates... but depleted uranium carries a TON of heat with it, basically scorching anything on the other side. If the shot gets full penetration on a tank (in/through/out), the interior gets a huge shockwave of pressure, searing heat, followed by a negative pressure wave (vacuum). You do NOT want to be hit with them in a sealed compartment of any kind.
Not really that it carries a ton of heat with it rather DU is self sharpening, when it strikes a solid surface it fractures in a way that keeps the tip sharp as it penetrates the object, and that the heat generated from impact ignites the DU round and the DU dust created from its self sharpening
Depleted rounds are very heavy which is why they are used. They have more penetration capabilities when shot than tungsten. Plus a key feature for the depleted round is that it sharpens itself as it penetrates.
I worked for a local defence contractor that made DU rounds I was a assembler in the DU room dust masks & coveralls & a badge to chk levels & eventually I think it made me sick so I went back to inspection of 20mm rounds,great job great pay but the DU stuff ain't no joke !
Only if someone dials the number and you let it ring 3 times, unless Keanu Reeves can get between Sandra Bullock legs to diffuse in time, mind you she better not slow down either.
well, maybe, but it takes 10 hours to charge a DynaTAC 9000, so by that logic, the Nokia is virtually Transparent Aluminium. just don't get it wet after midnight though because if u cross the streams, it will become self aware at 2:14 a.m. on August 29th 1997 and I would definitely buy that for a dollar, but only in a rerun. welcome to the party, pal...
Negative. It’s more complicated than that. Also DU doesn’t undergo prompt criticality fission. It will decay, but extremely slowly. Smacking it between 2 Nokias will just make a big puff of toxic dust.
The improvement in armor quality over time is really impressive. Or maybe that WW2 Russian steel was really bad, would be curious how it compares to armor from a panzer or sherman etc. It was really interesting that some sort of spalling effect seemed to occur, almost like the squashing cone acted a bit like a Hesh round. Demonstrates why spall linings are pretty damn important.
Uranium is used for armour piercing due to its ablation pattern which shears layers off in a particular manner that keeps the round sharpened. It also reacts in such a manner that it "ignites" and thus also weakens or destroys the materials it comes into contact with.
they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
The DU is used in it's application for how hot it burns not for it's hardness. 9mm bullet with a TC projectile will go right through lvl 4 body armor like nothing. Which is why it's "sale" was made illegal in 1984 I believe. Gotta use the right tool for the job! 😉
woww ..first correct answer.... they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside 1
DU is not used because it is dense or for whatever other mechanical reason. It is use because it creates an euthectic, on the contact point with steel at high speed, that lower the smelting point of the mix of Uranium and steel. Therefore, making the perforation of steel much easy and creating a deadly blast of liquid metal (inside a tank for instance).
I like to think the cameraman is just standing there like: "don't try this at home... ever!" Or: "they don't pay me enough to record in hostile environments"
wow where did you get that DU penetrator? i'm sure you prefer not to say, but i'd love to add one to my collection of random elements. partly because it's DU and partly because of what it's made for. i just find it very fascinating! cool video.
Bob in Michigan I used to have a machine shop and we made fittings from C12L14 steel -- which is "soft" and can be machined pretty fast. So this was pretty interesting to me. The new "armor" was pretty amazing to me -- so much different than the old WWII armor. Where can I buy a pound of depleted Uranium ??? LOL
Uranium will get its power from its mass times velocity squared. Since the materials wasn't moving it was kind of a flop. But it was nice to see the hardness of the materials tested.
@@pauljackson1744the DU round is significantly heavier because of density. With the slow speeds of the press, hardness is more important, but at the speeds of the GAU-8 shot velocity, the density wins easily.
@@joekellyou WC isn't that far behind in density (15.6 vs 19). The projectile speeds make DU rounds _as_ effective but WC is more reliable. Why you can still see both in service in russia.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside 1
. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside 1
I thought it was very interesting to see the tungsten carbide puncture through the 12mm steel plate. I noticed how as the tungsten carbide pushed through the steel plate, the steel had a very interesting shiny color at the edge region of the tungsten carbide. I was wondering if it was in fact melting the steel as it was pushing through it due to heat caused by the pressure, but not exactly sure. I think a repeat of the tungsten carbide with a super close up and possibly even super slow motion would be amazing to see as it pushes through the steel plate. Thanks.
I work as a machinist and for what it's worth, tungsten carbide doesn't really get to the point of melting steel because of steel's thermal conduction. Stainless steel can melt though since it doesn't conduct heat nearly as well and the tool doesn't absorb much heat neither.
I noticed the same thing. I don't think it's melting, which would require high temperatures and we don't see smoke. Interesting is that he doesn't indicate that these metal targets must get hot with all that energy pushed into them. But I do know that metals flow because of high pressures. This is not melting, and it's how shape charges work. The high pressure from the explosion forms the metal cone of the shaped charge into a jet of flowing metal. Other than that, I have no other guess, unless it's an optical effect because of a change in crystal structure because of the high pressure.
Uranium is a very dense metal, and depleted uranium can be put on the tips of tank shells, bullets, and mortar rounds to increase their ability to penetrate targets. Depleted uranium shells sharpen on impact at high velocities, which further increases their ability to bore through armor, and they also ignite after contact. Density and properties on impact are what make it so effective, not the hardness.
I hate the term depleted uranium as it sounds like it's safe but all they done is isolated out the u235 and left u238 which is still radioactive. Talk about selling a toxic radioactive health Hazzard as somewhat safe for tank ammo.
@@Spacedog79 Ask the families of the contingent of the Italian Army who were in peacekeeping missions as part of KFOR, they all died of cancer. Go to Serbia and where A-10 was active, the incidence of cancer has increased by 700% since 1999. If it's not toxic, go to Serbia and find an armored vehicle that was hit by that ammunition and take some kind of souvenir. What the Americans say is safe is not true. Do you know that American tank soldiers who used that ammunition in Desert Storm also died of cancer. Italy proved the harmfulness of that ammunition and all the families received compensation.
@@ntal5859 you are right that the ammunition is not safe. In my country, many people got cancer because of that ammunition, and unfortunately that is not the end. Many are yet to receive it
I used to have a 5# plate of DU I used for a paper weight. That slug must be plated with some non-corroding metal, because U238 will begin immediately to acquire a plum-colored patina from atmospheric oxidation, and after not too long will turn black. I once pried open a 30mm slug from an A10 Warthog firing test, and by morning it had turned from shiny silver to that purplish color. And the one shown here wasn't even hermetically sealed in a steel/magnesium shell, like the A10 slug.
What I find most interesting here... How no one else is not mentioning that you actually have a DU penetrator in the first place!! I'm an element collector and I've been trying to track down ANY DU projectile (let alone a 30mm tank buster) for close to 20 years with no luck. Most I've come up with is 1 gram of natural U powder. (I've seen some small DU samples for sale in plate form, but they were extremely overpriced. Nothing even close to this.) Did you get the complete round...sabot and casing as well? You have there the Holy Grail/Unicorn of element collecting! Do you know how much money those are worth?? Brother, we need to talk!! 😏
In Germany, a well known journalist once brought one single used projectile into the country through a befriended diplomat’s luggage. He then tried to have it analysed at several university labs, was sent away at the first one due to the extreme danger emanating from this one single projectile. At the second lab, they told him to come again the next day, when he was welcomed by the police and taken into custody for public endangerment. So I’m not so sure about what’s going on here - especially filing off some material without any apparent protection seems a bit strange to me
@@Eyeofdajjal Exactly. Something fishy going on indeed. The DU penetrators I've seen are longer than this...they run almost the whole length of the projectile. This must be a cut-off piece (if in fact it is real). I've not a clue how international transportation/ shipping/handling works across borders, especially in Europe, but yeah that sounds about like what would happen. Prolly why there's so few in existence to civilians. Uranium isn't illegal to own - one can own up to 15 lbs. of it without consequences from the Dept. of Energy (so long as it's owned for a purpose i.e. collecting, experimenting, etc.) Otherwise ine would need a license from the DOE. And DU isn't very dangerous in it's solid form; the radioactivity is almost all of the Alpha variety which cannot penetrate the skin. It emits Beta and Gamma also, but very little. In small quantities, DU is fairly safe...as long as it's in SOLID FORM. I agree this is very disconcerting watching this fella casually filing DU making dust that is VERY dangerous if ingested. This is a strange video. Some insight would be very appreciated OP. Very concerned for your health!
@@IvanIvanov-wh8td I know, but why would ANYONE want to handle this shit 😂 Lest destroy it with a hydraulic press. Well, I guess having a TH-cam channel justifies anything. Let’s hope the creator doesn’t crush himself for views 😅
Very simplistic comparison. You need to think about Energy as a function of velocity and mass. Also, density plays a role when it comes to penetration because, at high energy, high density keeps the projectile momentum even as it penetrates the armor.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
@@OldNavyAirdale It's an alpha emitter and highly toxic. If fine particles get in the air or the environment, they can be inhaled or ingested. Very nasty stuff to machine. Very nasty munitions.
About first test (bullet): The shape also is a huge difference, if you compare them, then also have the form the same. (one very pointy... for quick piercing of "lesser" armor, the 2nd a little more orbish - This is more stable for huge forces and hard shell, and that's the case here)
The A-10 has to be the sexiest military aircraft ever made. From the look and the sound of the brrrrrrrp from the cannon, it has everything in my eyes. I suppose people like fast sleek planes and some vintage, but the A-10 is something I would love to see in real life.
Got to see a maneuvering demonstration at Edwards AFB back in 1990. That footage at 0:50 seconds in is a great angle. I guess you wouldn’t want to see that angle if you were on the opposing team 😂 Amazingly agile. Not fast, but when you carry that kind of fire power, I guess you don’t need speed.
Эксперимент некорректен! Ни с ураном, ни с броней. Есть такое понятие как "время релаксации и время воздействия", так вот, в этом эксперименте время релаксации меньше времени воздействия и происходят пластичные деформации. При выстреле будет наоборот. И не факт что "слабая" броня Т-34 покажет себя хуже "твердой современной". Современная может расколоться. Тоже и с ураном и карбидом.
@@AmonAmarthFan609 It would ONLY work as a sabot round. If it were a rifled barrel of any material the tungston carbide round would not deform to engage the rifling and would likely jam the bore destroying the barrel in the process. I'de be interested in your working theory. As Always, May God Bless you and yours! 😇
This is why it's called a penetrator ! It's inside the round. Sometimes even in two separate pieces. The projectiles themselves are usually a nickel-steel alloy are are employed in SABOT rounds.
This might confuse someone not familiar with how the round is actually working. It's not the hardness you want or need, it's the density and the way the material behaves under extreme thermal shock. Copper is used in shaped penetrators because it can be formed into a molten jet and this is analogous though not the same. Tungsten is also used in anti armor rounds and works well too, just a bit differently and it seems that each are better at defeating different things.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
The DU round is a kinetic energy penetrating round, I.e. mass and speed give the kinetic energy, which then hydrodynamic penetrates the armour. It’s DU as it’s a very dense material to maximise the mass.
Armor ar500 2010... The block of steel was twice the size of your hand and thickness too. I'm not sure it's really steel. That would weigh so much, your skin would be pressing in on your fingers lifting it. I work with heavy chunks of steel like that very frequently, it's extremely heavy.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside 1
Depleted uranium is still a uranium. Its still a bit radioactive, so could be better not to handle it too many time. Also uranium is highly toxic chemically, and if it inhaled or consumed, you will be poisoned, additional to radiation exposure. Metallic uranium can easily oxidize (corrode) on air, and products of this you definitely want to avoid and don't let it go into drinking water. So be extremely careful with uranium, if you want your health to be in safe of course
The chemical toxicity of heavy radioactive elements is mostly shuck and jive. Sure, you don't want to handle it because once it gets into your body it tends to stay there and eventually cause cancer. But it isn't poison like arsenic.
"Don't try this at home" like i have uranium at home 😂
Or a 500 ton press!
Depleted Uranium is not entirely depleted. When it is entirely depleted of its radioactivity it becomes Lead. That's one reason why Lead is so good at shielding against radiation.
it's actually not very hard to get, just know where to look
@@frozenstar7048 Yes sure, like corrupt politicians
@@richardcranium4753depleted uranium turns to lead? Dafuq u talking about?
I got cancer from Depleted Uranium from patrolling areas hit by A10 gun fire and other platforms using DU penetrators. Once those projectiles hit, they explode and that DU dust can cause a lot of health problems. Awesome video by the way
I'm not disputing this, but isn't depleted specifically non radioactive? How did that cause cancer?
@@shaylethorne2387it's slightly radioactive, but the major problem is that when used as amo it pulverize in an extremely fine dust that can be inhaled and reach the lungs
@@shaylethorne2387 People in Afghanistan and Iraq have a high cancer rates and birth defects from breathing in DU dust.
@@shaylethorne2387 Depleted uranium - contains 99.7% Uranium-238 with a half-life of 4.4 billion years, and 0.3% Uranium-235 with a half-life of 700 million years. As we see, there are no stable isotopes in depleted uranium
@shaylethorne2387 there are a lot of studies on this and show conclusive long term negative health effects, including cancer when the DU dust is inhaled. My medic died from inoperable brain cancer less than 3 years after our deployment and numerous others in my task force have predeceased me. This year is 20 years since I've been out. I get a 100% P+T which is some consolation and dozens of VA doctor's appointments each year
Thank you for not talking. And not putting on music during the press sequence (well, for most of them). I'd like to hear the machines.
exactly ❤
or fancy trendy face camera or will be famous streamer ambitions
Me in the kitchen putting back my uranium shell in the drawer after reading the do not repeat at home warning.
Now I'm thinking someone will come up with the idea of putting this thing into the microwave oven just for a video's sake!
Kkkkkkkkkkkkkkk😂
Depleted uranium isn't used because it is hard. It's used because it is dense. Just like lead.
I always thought Uranium wasn't smart. Dense, indeed!
Depleted uranium is used in projectiles due to its high density, which increases impact energy.
also something about self sharpening?
@@mumujibirb It has adiabatic properties, in technical term.
am I smurt?
and cheap, it is basically industrial waste from enrichment procedures. Tungston is not cheap.
That uranium sure feels depleted now.
so read through the comments if you want to know why we use depleted uranium in tank guns everywhere. It has to do with the ballistics and materials. But other than that, great joke
@@davidanalyst671 You're trying to make the whole world radioactive!
That was funny man. Deflated Uranium.
Under-rated comment 🤣🤣🤣
We had one of these as kids in the 70's. My dad worked on the 30mm autocannon system for the A-10. Fling it down the road and see all the long bright sparks, for a decade at least. LOL
I don't see how tossing a dangerous radioactive isotope down the street is really funny if the next generations of people inhale the radioactive dust particles for millions of years to come but maybe I am misunderstanding the implications of mishandling uranium...
What?!
@@joeblow1748 yeah, 30mm depleted uranium slug, it was a "toy" from at least 1975-1985. I actually got to press the button to test fire one of these guns, Essex Junction, Vermont, 1979. They were manufactured in South Burlington, VT, by General Electric and shipped via ferry across Lake Champlain to Plattsburgh AFB
Can I have 5423 ammunitions please 🥺
...and now 20% of the neighborhood has cancer because of you spreading uranium dust around 😝 kidding, but I wonder didn't your dad know it's still potentially dangerous?
My dad did mathematics on metal strength under varying circumstances. He would have loved your videos!
As a physicist i also like and respect your videos. In this particular case it would have been nice to measure the temperatures of the armor as well as the cones before and afterwards.
Why use depleted uranium instead of tungsten?
Depleted Uranium Penetrator Rounds | Museum of Radiation and ...
Tungsten, which has a similar density to uranium, can also be used but DU has greater target penetration. Unlike tungsten, uranium is pyrophoric( becomes a plasma). It also has a lower melting point than tungsten. As a DU penetrator strikes a target, its surface temperature increases dramatically.
Thanks for the extra information!@@johnnyllooddte3415
@@johnnyllooddte3415 Isn't DU cheaper ?
I Like how natürlich your Videos Sounds. No Music No extra Just the screm of Metals and the Press sounds
natural. lol. Klingt fast gleich. ich schreibe auch manchmal Denglisch wenn mir das Wort nicht einfällt, aber da wars doch einfach. Komm schon :)
Very nicely done. Love the only noise being the press and compression of the metals. Thanks 🙏
You have to remember that DU is very dense and heavy and it actually self sharpens as it penetrates armour and burns its way through armour and you need speed to do this. A press is not fast enough to ignite the uranium and you would not want to either because it’s toxic in the air.
That self sharpens is a MYTH. DU do shed its edge barbs as its tensile strength is low. SO It drops any edges of the mushrum edge that naturally form during terminal ballistic interactions. That is NOT self sharpening, The tip is not kept SHARP by any magical interaction. All it does is lose edge material that could form a secodn edge that would increase penetration resistance.
@@tiagodagostini Wrong. Like its slightly denser cousin, tungsten, uranium can penetrate most heavy armor. But whereas tungsten projectiles become rounded at the tip upon impact, uranium shells burn away at the edges. This "self-sharpening" helps them bore into armor. - source Scientific American. I’ve also seen ballistic projections of what happens during the uraniums self sharpening as its burns and bores its way through armour. Yes the sides burn away which leaves a sharpened tip. Who taught you this ?
@@Biketunerfy maybe you should read less scientific american and read more proper papers. The sheddign of the blunt edges is nearly irrelevant toward penetration. Because the so called"burning" expends energy, energy that comes from the projectile... and less available energy to break the armor therefore ( modern armor is Energy expenditure oriented, not resistance oriented) in an attempt to explain to layman the term SHARPENING is used, but sharpness is IRRELEVANT when you have a projectile trying to progress trough a cristaline solid at a speed higher than the speed of sound on given material.
; @@tiagodagostini I do and the facts haven’t changed, but anyway I digress, the new German higher pressure gun (smoothbore) in challenger 3 MBTs, the Brits ,reported back the new TC APFSDS was more effective at penetrating armour than their DU from challenger 2s main rifled gun. Obviously the tungsten carbide is routinely tweaked and improved to get the most performance out of kinetic energy darts.
You must check mechanical behaviour by means of Hopkinson testing bar.
I bet that tungsten carbide couldn't pierce my mum's homemade cookies!
Put it up against 5 day old Mac Donald fries 😂😂😂
So today we learned how to turn a depleted uranium penetrator into a crayon.
Certainly DU is usually on par with Tungsten as a penetrator, USA just uses DU in everything because it's WAY cheaper than Tungsten -both in material cost and manufacturing. This footage doesn't exactly suggest the kinetic effects of the materials, but certainly Tungsten Carbide is some remarkable stuff!
It also gives the DoE something to do with all that U-238 after all the useful U-235 has been extracted.
@@BlackEpyon Also used in aircraft as counterweight, in keels and.. uh... golf clubs among other things !
also, the DU is supposed to be "self sharpening" by some physical effect ... and is prone to catching fire (but so is titanium, etc). Granted, "self sharpening" is loose wording ... I know it's not exactly what it does but I did read it in a white paper.
There is another factor.Tungsten carbide ore reserves are mostly found in quantities in non US friendly countries, such as China for example.
@@kz11377DU is produced from spent nuclear fuel which is treated as waste and its disposal is very expensive. By producing DU we give a second life.
What was the mass on the U vs the TC? Uranium rounds get their kinetic force from their density, not hardness.
that's what I thought as well, it relies on the mass/density and not the hardness.
E=MC"2 - or something...
Also, force = mass*acceleration. I love the bit in Mass Effect about the 20 kilo slug at 1.3% of light speed...
"Sir Isaac Newton is the deadliest SOB in space." 😄
That's because tungsten makes a good neutron reflector too!
I was wondering what the point of this video was. I wanted to see him weigh each of those projectile points.
"Do not repeat at home" as if anyone has an industrial hydrolic press and a depleted uranium round handy lol
The greater hardness of TC does not necessarily mean greater penetration, though it could indirectly through less deformity creating smaller surface area to penetrate and less deflected splash. Depleted uranium is waaaaay heavier or 'denser' per unit of volume ("density" is physics is mass per unit volume). Force = mass x acceleration. Translated into imprecise everyday language, the amount of penetration is a function of weight and speed. Increase either weight or speed of the projectile for a given caliber (contact area), increase penetration. You can shoot water through metal if you shoot it fast enough and fine enough.
look up the densities, TC is way more dense than i gave it credit for.
@@deathsheadknight2137 Thanks, I never would have guessed that TC (15.6g/cm3) is denser than lead (11.3g/cm3) and getting up there with DU (19g/cm3). I had a TC wedding ring and it didn't seem that heavy, whereas lead seems heavy and I know DU is comparable to gold (19.3g/cm3), which is so heavy that a candy bar size is like 27 pounds. (I guess the TC wedding ring seemed light by comparison to a normal gold wedding ring!)
As noted in another comment for this video, DU's real party trick is that it self sharpens upon a high speed impact. It heats up and kind of "burns" through armour (not really burning, but that's what it looks like in ballistics simulations). The pressure from the hydraulic press is very high, but is dissipated over a comparatively very long period, so it fails to demonstrate this effect.
@@RaytheonTechnologies_Official You are repeating marketing nonsense, not physics. DU's penetrating capability is its weight, end of story. They put the heaviest thing they could into a tank round short of solid gold. That's all there is to it. Uncle Sam went to the ammo aisle at the sporting good store and said, "I want the heaviest ammunition I can get for this caliber. I'm shooting some big game."
The fact that it gets glowing hot and deforms is just sound and fury, habitually employed by marketing and PR pros to obfuscate and awe the masses into a sense of their own ignorance so they accept what they are authoritatively told without attempting their own analysis or criticism, i.e. that such-and-such company has revolutionized the toothbrush or razor. You could talk the same nonsense about a normal rifle bullet piercing a metal plate, or even a metal knife going through butter. People are so uneducated today that they can't even tell the difference, and then they confidently repeat this nonsense like they are teaching the illiterate about science. How absurd you all sound!
Stop absorbing science by osmosis over the internet and start reading books, old books, instead!!! They are a thousand times smarter. You all live in the dark ages and you don't even know it, you think you are the smartest, most knowledgeable people nature ever produced and yet you are rapidly sending humanity back to the baboon age!
@@zacharyroyce "Tungsten has a much higher melting point (3410 °C) than uranium (1132 °C) and lacks pyrophoricity. Therefore, a tungsten projectile becomes blunt on impact and is less effective in piercing armor (Peterson, 1999). .... The surface of a DU penetrator ignites on impact (especially with steel), due to the high temperature generated by the impact and the relatively low melting point of uranium (1132 °C). In addition, the projectile sharpens as it melts and pierces heavy armor (Rostker, 1998). " - Properties, use and health effects of depleted uranium (DU): a general overview, A. Bleise, P.R. Danesi, W. Burkart, Journal of Environmental Radioactivity 64 (2003) 93-112 .
I brought receipts.
You cant imagine for how long I wanted to see such a comparison !
Other things have to be taken under consideration when used as ammo but this was enlightening.
Thank you very much :)
it is just a metal, no propellant inside. it is safe
I thought Uranium was something else but it looks like it is in the famil of iron, steel etc but has extra abilities???
@@quickcinema8031 I know and ?
@@democracyforall I dont know Urainiam
I know Uranium. Look at a perdiodic table.
Uranium is an actinide and has very little to do with iron. Steel is not an element: it's an alloy of iron and carbon.
I can try to imagine. Tell me how long and I'll see if I can imagine it.
Yes the tungsten carbide is harder but depleted uranium is specifically used because when it impacts something it actually gets sharper and pens further.
It’s so good safety is your third priority. That’s a comfort for those of us planning to do this at home
Is the hydraulic press powered by 1.9 golf tdi ? xD
Hahahahaha 131hp
Lmao came here to say something along these lines
At 3:24 the piercing slug is entirely dark. At 4:02 the flat end is still dark. At 4:07 the pointed end is shiny which is totally understandable. At 4:28 the square end is still dark. Then at 4:38 about half of the square end is shiny. Extremely interesting demonstration, this channel is one of my favorites, my wife even watches.
Just an oxide layer peeled away by friction but agreed: very interesting !
I did some reading on depleted uranium and why the army uses it for some shells. It turns out part of the decision is economic -- depleted uranium isn't necessarily the best metal you could use, but it's a pretty good choice and there's so much of it left over after the enrichment process. When people say that uranium is self-sharpening, they mean that the metal will break into sharp fragments and dust when it hits something at really high speed. The dust is also not just toxic but also highly flammable, so a tank penetrated by uranium shells may end up with a fire inside. And uranium is one of the most dense metals (8th place, with Osmium and Iridium being the first and second most dense), making it good as a high-speed projectile.
You can tell a morality of a country by just looking at the material they use for their Armor piercing penetrator : US and Nato - Depleted Uranium, China : Tungsten Carbide.
Nah i'ts ecolo we recycle our uranium
Next, plutonium?
😀😀
😂😂
Why the hell not! But hard too get
last video.😀
With a piece of uranium 235
The old Soviet tank: so that's where Elon's sourcing the body panels for the cybertruck!
Cybertruck uses stainless steel, similar to many old tanks. However, old Soviet t-34 1940 Armour is about 15 to 40 mm steel, Soviet t-34 1942 is up to 60 mm steel, and cybertruck is only about 2 mm steel.
That tungsten punched through that steel like it was clay
That was wicked cool thanks for that.
Depleted uranium AP shells depend on their outer casing to impart heat into the target before the uranium core penetrates. Tungsten just penetrates... but depleted uranium carries a TON of heat with it, basically scorching anything on the other side. If the shot gets full penetration on a tank (in/through/out), the interior gets a huge shockwave of pressure, searing heat, followed by a negative pressure wave (vacuum).
You do NOT want to be hit with them in a sealed compartment of any kind.
Tungsten Carbide 👉🏻 15 grams per cubic cm
Depleted Uranium 👉🏻 19 grams per cubic cm
👆🏻MORE MASS👆🏻
Not really that it carries a ton of heat with it rather DU is self sharpening, when it strikes a solid surface it fractures in a way that keeps the tip sharp as it penetrates the object, and that the heat generated from impact ignites the DU round and the DU dust created from its self sharpening
Depleted rounds are very heavy which is why they are used. They have more penetration capabilities when shot than tungsten. Plus a key feature for the depleted round is that it sharpens itself as it penetrates.
@@nigel900 The density is indeed important but so is hardness and the carbide is much harder.
Oh my god a war thunder scientist. wrong on so many levels dude...
Other aircraft: Armed with 20mm six-barreled cannon.
GAU-8: Armed with twin-engine A-10 attack aircraft.
Yep. 👍👍😎
Exactly! It was for the most part, designed around the gun
HA! YES
Worthless scrap metal which causes cancer to civilians and leaving regions uninhabited for a long time
GAU-8 is 30mm, M61 is also GE but in 20mm.
Okay, great great episode!! -- TOURNAMENT RULES DEMAND:
AR500 vs Tungsten Carbide (probably want some ballistic panels between your camera, too).
I worked for a local defence contractor that made DU rounds I was a assembler in the DU room dust masks & coveralls & a badge to chk levels & eventually I think it made me sick so I went back to inspection of 20mm rounds,great job great pay but the DU stuff ain't no joke !
This is possibly one of the best things I've ever seen.
This is certainly one of the things I've seen.
You need to live more
Then you have not lived, and have seen essentially NOTHING.
This is sad
Uranium block sandwiched between 2 Nokia 3310 will probably become a nuclear bomb
Only if someone dials the number and you let it ring 3 times, unless Keanu Reeves can get between Sandra Bullock legs to diffuse in time, mind you she better not slow down either.
well, maybe, but it takes 10 hours to charge a DynaTAC 9000, so by that logic, the Nokia is virtually Transparent Aluminium. just don't get it wet after midnight though because if u cross the streams, it will become self aware at 2:14 a.m. on August 29th 1997 and I would definitely buy that for a dollar, but only in a rerun. welcome to the party, pal...
Negative. It’s more complicated than that. Also DU doesn’t undergo prompt criticality fission. It will decay, but extremely slowly.
Smacking it between 2 Nokias will just make a big puff of toxic dust.
@@ntal5859Dude 😂😂😂😂😂
If it was U-235 maybe.
Nice video! Is it correct to say you should get a press cone made from AR500 steel?
Great demo!
The improvement in armor quality over time is really impressive. Or maybe that WW2 Russian steel was really bad, would be curious how it compares to armor from a panzer or sherman etc.
It was really interesting that some sort of spalling effect seemed to occur, almost like the squashing cone acted a bit like a Hesh round.
Demonstrates why spall linings are pretty damn important.
Demonstrates why m1 abrams should have a spall liner
This is compressive force. Very different than how it works when fired out of a cannon
I learned something new.. Good job
Uranium is used for armour piercing due to its ablation pattern which shears layers off in a particular manner that keeps the round sharpened. It also reacts in such a manner that it "ignites" and thus also weakens or destroys the materials it comes into contact with.
I know nothing about DU but i was not expecting it to squish like that
the stuff is just a bit harder than lead, the key is its mass
huh? it's much harder than lead@@davidconner-shover51
they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
The DU is used in it's application for how hot it burns not for it's hardness. 9mm bullet with a TC projectile will go right through lvl 4 body armor like nothing. Which is why it's "sale" was made illegal in 1984 I believe. Gotta use the right tool for the job! 😉
woww ..first correct answer.... they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
1
DU is not used because it is dense or for whatever other mechanical reason. It is use because it creates an euthectic, on the contact point with steel at high speed, that lower the smelting point of the mix of Uranium and steel. Therefore, making the perforation of steel much easy and creating a deadly blast of liquid metal (inside a tank for instance).
Modern steel armor AR500- "we didn't even scratch them"
Nice method for cleaning dirty tungsten carbide bolts.
How nicely and quickly compared that ammo with coke bottle😂😂😂
Always wanted one of those. Where did you get it?
I like to think the cameraman is just standing there like:
"don't try this at home... ever!"
Or: "they don't pay me enough to record in hostile environments"
Was hoping to see pressure gauge comparison between t34 steel and the modern steel. Cool nonetheless.
To the Joker, its just a regular hydraulic press.
wow where did you get that DU penetrator? i'm sure you prefer not to say, but i'd love to add one to my collection of random elements. partly because it's DU and partly because of what it's made for. i just find it very fascinating! cool video.
Bob in Michigan I used to have a machine shop and we made fittings from C12L14 steel -- which is "soft" and can be machined pretty fast. So this was pretty interesting to me. The new "armor" was pretty amazing to me -- so much different than the old WWII armor. Where can I buy a pound of depleted Uranium ??? LOL
Uranium will get its power from its mass times velocity squared. Since the materials wasn't moving it was kind of a flop. But it was nice to see the hardness of the materials tested.
Not sure what your saying . F = MA anyways right?
@@pauljackson1744the DU round is significantly heavier because of density. With the slow speeds of the press, hardness is more important, but at the speeds of the GAU-8 shot velocity, the density wins easily.
@@joekellyou WC isn't that far behind in density (15.6 vs 19). The projectile speeds make DU rounds _as_ effective but WC is more reliable. Why you can still see both in service in russia.
@@pauljackson1744kinetic energy: KE = (1/2) mv^2
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
1
how many tons of force (or whatever) can your press create? awesome vids btw!!!!
500tones
Could you perhaps add a side-view of the heat development? Would be cool to see how forces affect different materials and where the stresses are. (=
Looking at preview, i thought my man's gotta do some war crime stuff💀💀💀
Tungsten plate with tungsten round next
What was the weight of the two compared?
if they were the same volume, the DU would be like 15% heavier? (very rough estimate in my head based on respective densities.
. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
Watching this I kept imagining how the velocity of one of those would also add to the damage if it hit a tank with explosive projectile.
. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
1
“Don’t try this at home”
What are you gonna do? Stop me? Sounds like a threat
I thought it was very interesting to see the tungsten carbide puncture through the 12mm steel plate. I noticed how as the tungsten carbide pushed through the steel plate, the steel had a very interesting shiny color at the edge region of the tungsten carbide. I was wondering if it was in fact melting the steel as it was pushing through it due to heat caused by the pressure, but not exactly sure. I think a repeat of the tungsten carbide with a super close up and possibly even super slow motion would be amazing to see as it pushes through the steel plate. Thanks.
I work as a machinist and for what it's worth, tungsten carbide doesn't really get to the point of melting steel because of steel's thermal conduction. Stainless steel can melt though since it doesn't conduct heat nearly as well and the tool doesn't absorb much heat neither.
I noticed the same thing. I don't think it's melting, which would require high temperatures and we don't see smoke. Interesting is that he doesn't indicate that these metal targets must get hot with all that energy pushed into them.
But I do know that metals flow because of high pressures. This is not melting, and it's how shape charges work. The high pressure from the explosion forms the metal cone of the shaped charge into a jet of flowing metal.
Other than that, I have no other guess, unless it's an optical effect because of a change in crystal structure because of the high pressure.
I thought it was just rust flaking off, exposing fresh metal.
Gen Z sits around and watches gen A break everything 😂😂😂
Whilst gen x says we've seen it all before and the Boomers just go meh
Those hydraulic presses can be pretty scary.
Increíble, demasiado Bueno 👍 saludos desde Caracas Venezuela.
Wears gloves for protection from something that won't get through skin. Proceeds to create dust that cab be inhaled and can be mildly dangerous 😆.
I thought that DU essentially burned its way through armor.
Even though that could be done things like tank rounds really on kinetic energy alone even HEAT shells rely on the kinetic Energy after exploding
Measuring temperature as it gets squished would be interesting too. 😊glad it was done slowly with DU
Great video, never seen before.
Uranium is a very dense metal, and depleted uranium can be put on the tips of tank shells, bullets, and mortar rounds to increase their ability to penetrate targets. Depleted uranium shells sharpen on impact at high velocities, which further increases their ability to bore through armor, and they also ignite after contact. Density and properties on impact are what make it so effective, not the hardness.
When the uranium penetrates and burns it also sucks out all the oxygen so it kills everyone inside.
I hate the term depleted uranium as it sounds like it's safe but all they done is isolated out the u235 and left u238 which is still radioactive. Talk about selling a toxic radioactive health Hazzard as somewhat safe for tank ammo.
@@ntal5859 Uranium is chemically toxic like lead or any other heavy metal, but it is not radioactive enough to pose a significant danger in that way.
@@Spacedog79 Ask the families of the contingent of the Italian Army who were in peacekeeping missions as part of KFOR, they all died of cancer. Go to Serbia and where A-10 was active, the incidence of cancer has increased by 700% since 1999. If it's not toxic, go to Serbia and find an armored vehicle that was hit by that ammunition and take some kind of souvenir. What the Americans say is safe is not true. Do you know that American tank soldiers who used that ammunition in Desert Storm also died of cancer. Italy proved the harmfulness of that ammunition and all the families received compensation.
@@ntal5859 you are right that the ammunition is not safe. In my country, many people got cancer because of that ammunition, and unfortunately that is not the end. Many are yet to receive it
So the real question is...WHERE DID YOU GET DU FROM?
Home depot )))
Probably eBay. You can buy a lot of shady stuff from them, but it’s not illegal to own.
It was interesting seeing a drop of liquid steel form from the pressure against the tungsten carbide tip.
I used to have a 5# plate of DU I used for a paper weight. That slug must be plated with some non-corroding metal, because U238 will begin immediately to acquire a plum-colored patina from atmospheric oxidation, and after not too long will turn black. I once pried open a 30mm slug from an A10 Warthog firing test, and by morning it had turned from shiny silver to that purplish color. And the one shown here wasn't even hermetically sealed in a steel/magnesium shell, like the A10 slug.
What I find most interesting here...
How no one else is not mentioning that you actually have a DU penetrator in the first place!!
I'm an element collector and I've been trying to track down ANY DU projectile (let alone a 30mm tank buster) for close to 20 years with no luck. Most I've come up with is 1 gram of natural U powder. (I've seen some small DU samples for sale in plate form, but they were extremely overpriced. Nothing even close to this.) Did you get the complete round...sabot and casing as well? You have there the Holy Grail/Unicorn of element collecting!
Do you know how much money those are worth?? Brother, we need to talk!! 😏
In Germany, a well known journalist once brought one single used projectile into the country through a befriended diplomat’s luggage. He then tried to have it analysed at several university labs, was sent away at the first one due to the extreme danger emanating from this one single projectile. At the second lab, they told him to come again the next day, when he was welcomed by the police and taken into custody for public endangerment. So I’m not so sure about what’s going on here - especially filing off some material without any apparent protection seems a bit strange to me
@@Eyeofdajjal Exactly. Something fishy going on indeed. The DU penetrators I've seen are longer than this...they run almost the whole length of the projectile. This must be a cut-off piece (if in fact it is real).
I've not a clue how international transportation/ shipping/handling works across borders, especially in Europe, but yeah that sounds about like what would happen. Prolly why there's so few in existence to civilians. Uranium isn't illegal to own - one can own up to 15 lbs. of it without consequences from the Dept. of Energy (so long as it's owned for a purpose i.e. collecting, experimenting, etc.) Otherwise ine would need a license from the DOE.
And DU isn't very dangerous in it's solid form; the radioactivity is almost all of the Alpha variety which cannot penetrate the skin. It emits Beta and Gamma also, but very little. In small quantities, DU is fairly safe...as long as it's in SOLID FORM. I agree this is very disconcerting watching this fella casually filing DU making dust that is VERY dangerous if ingested.
This is a strange video. Some insight would be very appreciated OP. Very concerned for your health!
@@chikkenbonz Its obviously fake as shit.
@@Eyeofdajjalit no germany!
It is RUSSIA !!!!
@@IvanIvanov-wh8td I know, but why would ANYONE want to handle this shit 😂 Lest destroy it with a hydraulic press. Well, I guess having a TH-cam channel justifies anything. Let’s hope the creator doesn’t crush himself for views 😅
2050 nuclear bomb vs hydraulic press
Just curious how the press machinery out of view/above the test bed doesn't shatter or fail. Amazing!
Very simplistic comparison. You need to think about Energy as a function of velocity and mass. Also, density plays a role when it comes to penetration because, at high energy, high density keeps the projectile momentum even as it penetrates the armor.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
Oh God, don't file depleted uranium.
Why not?
DU screws over your kidneys something fierce.
Ahhhh Gotcha@@juslitor
@@OldNavyAirdale It's an alpha emitter and highly toxic. If fine particles get in the air or the environment, they can be inhaled or ingested. Very nasty stuff to machine. Very nasty munitions.
@@patrickzerkel532 I figured that if it was depleted uranium that it would no longer be emitting radiation.
Now show us Tungsten Carbide vs AR 500 👍🏻👍🏻👍🏻
I remember reascearching what tue gau 8 round cost. It was about $176 each. So about $110,000 to load up the a-10
About first test (bullet): The shape also is a huge difference, if you compare them, then also have the form the same. (one very pointy... for quick piercing of "lesser" armor, the 2nd a little more orbish - This is more stable for huge forces and hard shell, and that's the case here)
*DU used in Tank Darts is alloyed with 2% carbon and heat treated. Not the same stuff.*
Это не была сталь от Т34
Вы лжецы
**Press squishes uranium atoms together**
WW2 veterans: “Well…I think we can all see where this is going” 🤯
Iam curious if its same strong as used on Challanger ammo back in day.
What about make Titanium rod and push it to AR500 steel plate?
That is not a depleted uranium penetrator I’ve seen thousands of them actually 16 million of them. Not one !!!!!’
The A-10 has to be the sexiest military aircraft ever made. From the look and the sound of the brrrrrrrp from the cannon, it has everything in my eyes.
I suppose people like fast sleek planes and some vintage, but the A-10 is something I would love to see in real life.
Why you wanna see something like that? Isn‘t love our purpose
Got to see a maneuvering demonstration at Edwards AFB back in 1990. That footage at 0:50 seconds in is a great angle. I guess you wouldn’t want to see that angle if you were on the opposing team 😂
Amazingly agile. Not fast, but when you carry that kind of fire power, I guess you don’t need speed.
It's not aircraft. It's a gun with wings.
"Don't try this at home." Yeah, I guess I have to shut my nuclear reactor down!
I need to know where you got that!
Amazon
Эксперимент некорректен! Ни с ураном, ни с броней. Есть такое понятие как "время релаксации и время воздействия", так вот, в этом эксперименте время релаксации меньше времени воздействия и происходят пластичные деформации. При выстреле будет наоборот. И не факт что "слабая" броня Т-34 покажет себя хуже "твердой современной". Современная может расколоться. Тоже и с ураном и карбидом.
Tungston carbide would completely destroy the rifling and barrel that it was shot out of so it would never be used for armor penetrating rounds.
Depends on what it’s being fired from
@@AmonAmarthFan609 It would ONLY work as a sabot round. If it were a rifled barrel of any material the tungston carbide round would not deform to engage the rifling and would likely jam the bore destroying the barrel in the process. I'de be interested in your working theory. As Always, May God Bless you and yours! 😇
sabot
@@peterweller8583Exactly, as I stated above.
This is why it's called a penetrator ! It's inside the round. Sometimes even in two separate pieces. The projectiles themselves are usually a nickel-steel alloy are are employed in SABOT rounds.
This might confuse someone not familiar with how the round is actually working. It's not the hardness you want or need, it's the density and the way the material behaves under extreme thermal shock. Copper is used in shaped penetrators because it can be formed into a molten jet and this is analogous though not the same. Tungsten is also used in anti armor rounds and works well too, just a bit differently and it seems that each are better at defeating different things.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
The DU round is a kinetic energy penetrating round, I.e. mass and speed give the kinetic energy, which then hydrodynamic penetrates the armour. It’s DU as it’s a very dense material to maximise the mass.
That tungsten carbide one will sure put a hole in my oil pan. lol
Armor ar500 2010... The block of steel was twice the size of your hand and thickness too. I'm not sure it's really steel. That would weigh so much, your skin would be pressing in on your fingers lifting it. I work with heavy chunks of steel like that very frequently, it's extremely heavy.
3:24 amazing old metal. Respect!
that modern armor block ain't playin lol
Pressure is not the same as kinetic energy, the later derived from velocity. It is speed that makes the DU round effective.
sorry.. they have similar densities..DU uranium become plasma and burns thru the armor and explodes inside.. tungsten just passes thru both sides with little damage inside
1
'Don't try at home' like I have hydraulic press
Depleted uranium is still a uranium. Its still a bit radioactive, so could be better not to handle it too many time. Also uranium is highly toxic chemically, and if it inhaled or consumed, you will be poisoned, additional to radiation exposure. Metallic uranium can easily oxidize (corrode) on air, and products of this you definitely want to avoid and don't let it go into drinking water. So be extremely careful with uranium, if you want your health to be in safe of course
Depleted Uranium is barely radioactive. That's why it is "depleted". Handling it isn't going to hurt you. Try to resist eating it and you'll be fine.
The chemical toxicity of heavy radioactive elements is mostly shuck and jive. Sure, you don't want to handle it because once it gets into your body it tends to stay there and eventually cause cancer. But it isn't poison like arsenic.
The music at the end is deeply influential