Javelin Missile | How a Javelin Missile works
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#Javelin148 #Blender3d #JavelinMissile
The Javelin FGM-148 is an anti-tank missile that locks on to the infrared image of a target. The soldier picks several targets and attack kinds by peering through a command launch unit.
Javelin is a fire-and-forget missile with autonomous self-guidance and lock-on before launch. When assaulting armoured vehicles, the system uses a top-attack flight profile, striking the normally thinner top armour, although it may also launch a direct attack on structures, targets too near for top attack, targets under obstructions, and helicopters. Recently it has been used in Ukraine against the Russian invasion where it has been proved as a lethal weapon. Enough said let go to the detail of its operation and how it works.
Breaking it down the Javelin Missile is divided into 7 parts,
1)The sensors which guides the missile to its Target.
2)A small "precursor charge" that can be used to overcome reactive armour or other impediments.
3)The Guidance System which is the brain of the Missile along with the Sensor.
4)The Main Charge which is detonated after the Precursor.
5)The Main Flight Motor using conventional rocket propellant.
6)The v Stabilizing the Missile.
7)And last part of the missile is the Launch Motor, engaged just to clear some space for the soldier....
The gunner carries a reusable Command Launch Unit (in addition to the Launch Tube Assembly), often known as a C L U also pronounced "clue", which is the two-part system's aiming component.
The CLU includes three views that may be used to detect, target, and fire the missile. It can also be used as a portable thermal sight when not attached to the missile.
The Launch Tube Assembly, which houses the missile and protects it from severe circumstances, is carried by both the gunner and the ammo bearer.
The tube also features built-in electronics and a locking hinge system, allowing for quick and easy attachment and removal of the missile from the Command Launch Unit.
It has a length of 1.1 metre or 43 inches with a barrel of 1.2 metre or 47 inches with a diametre of 142 mm or 5.6 inches.
The Warhead weigh around 19 pound or 8.4 KG
This can pierce armour with a thickness of 600 to 800 mm Rolled homogeneous armour.
It has a maximum firing range is 2500 metres. A variant of the Javelin with a range of 4750 metres was recently created by the company.
This is the trajectory of the javelin the soldier could assign at a push of a button, which we will elaborate later.
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Credits for Video Corrections
1)Mark of Distinction
I was one of the engineers that helped develop the infrared sensor in the nose of the missile, and was the responsible project engineer for about 80% of the sensors produced. This video was well done and quite accurate.
I can say that its a 66x66 Mercury-Cadmium-Telluride long wavelength sensor. The long wavelength allows it to not only see in the dark, but also through smoke and fog.
2)Andrei Casiadi 2:16 You didn't mention about it's short battery life, and it can operate in seeking mode for about 2 minutes, then it has to cool off. Also the thermal imaging is only 64x64 pixels so it can be fool by something other heat source. I heard it can be fooled by aerosol smoke. It's also not very easeful in the city fight. Looks like the tank has to have 2nd layer of dynamic cover or active armor protection system. But it's a very dangerous weapon for the older tanks and if used in right hands at right time.
3)elkski Utah 2:00 very good animation.. you called them fins , some call them wings. they were originally called strakes and the rear were fins. Diameter to 5.6" from the original 5? I think 5.6 is the carbon tube diameter
4)Jonas Ingi Ragnarsson- I think the missile diameter is 127 mm.
5)MM= milimeter thanks to Myles Willis. (Changing to new Voice Over Artist)
6)Jorell Dye
The whole assembly may be $250,000, but the missiles are $78,000 (Source: Pentagon 2021 budget report)
7) Colonel Terry Rowe, US Amy, Retired
I was the Test Officer for 85% of the Service Test of the TOW Antitank Missile System at Ft Benning GA 1977-79 ( another officer had to complete the test because I had volunteered for a second tour in Vietnam). It was apparent that the TOW was a revolutionary improvement over the current 106mm Recoilless Rifle which was ineffective against a moving tank beyond 500 meters. It was clear to me that antitank missiles would eventually neutralize the overwhelming advantage of tanks on the battlefield (I had previously served with a US mechanized Infantry unit in Germany on the Czech border and we knew we were vulnerable to attack by the Soviet 5th Tank Guards Army). The light years improvement of the Javelin over the TOW takes my breath away in so many aspects! Incidentally, the TOW missile was considered very expensive at that time at $2,000 per! At the time I was also the Test Officer for mortar systems and I had the "crazy" idea we should develop mortar round that on a small parachute (used for illumination rounds) with an infrared source could attack tanks at their thin top armor. Nobody would listen.
Anyway, a great explanation of the Javelin! Colonel Terry Rowe, US Amy, Retired.
P.S Military Technology Data are a little tough to get our hands on and also classified and most of them are in a very grey area, but we will try our best as average Engineers and 3d Animators to bring out the best in a very Minimalistic or Simple Explanation.
We take full responsibility for our mistakes.
Also at the end you say it's a game changer on the modem battlefield. It's very impressive obviously but hasn't changed the war in Ukraine.
@Сергей Захаров I heard they had sent Defected javelin. That is why it did not work
2+2=4
Much appreciated!
@Сергей Захаров I have never heard of an active war which showed one side holding back their supposedly superior weapons for half a year to safe them for later.
T-90s are being used and destroyed just like all the other tanks. There is no Russian armada waiting for the right moment to strike, while their comrades have such serious trouble on the battlefield. It’s been eight months now, face reality.
I think it's great that you're putting these types of videos out.
I actually got my own javelin just a few days ago and I've been meaning to try it out but it's just so complicated you know, so it's great that you post these types of tutorial so that the average person can also learn how to use one.
i learn firing javeline from cod
😂😂😂😂
u mean to say u got javelin that costs 250,000$ and u don't have any better source to how to use it than youtube video?
@@charmate661 yeah 👍
probly ukranian soldier find this helpful
I was one of the engineers that helped develop the infrared sensor in the nose of the missile, and was the responsible project engineer for about 80% of the sensors produced. This video was well done and quite accurate.
if this is true, then write more information about it, but I doubt that you were an engineer
I have to be careful not to reveal classified information about operational details ... I have no interest in going to prison. I can say that its a 66x66 Mercury-Cadmium-Telluride long wavelength sensor. The long wavelength allows it to not only see in the dark, but also through smoke and fog.
@@markofdistinction6094 Good One !
Will Put your Comment in the Credit List.
Elon Musk tweet read, “Science is discovering the essential truths about what exists in the Universe, engineering is about creating things that never existed
Thank you for your Service!
We respect every engineers especially those who are Self Made.
@@markofdistinction6094 Well, you just proved yourself. Now we know that you weren't just the maintenance guy taking out the trash in the room while they were developing this system and got an ear full.
because there was so much said about the sensor in this video xDD
All the content was basically "the sensor and controll unit aim the rocket at the target" - the end
Regarding 4:06, the metal liner at the front of the Shaped Charge is a cone usually made of copper. The cone shape forms a hollow cavity at the front end of the high explosive charge. The cone shape is there to achieve the Monroe Effect by which the blast energy of the high explosive charge becomes focused for concentrated penetration through the point of contact of the target. A shaped charge works like an explosive lens.
Focused explosiin
They also have tantalum cones for the second charge in some variants. Same deal except heavier and much higher melting point for better penetration power.
concentrated boom boom
Its not copper... a Tungsten cone is used
An explosive lense puts it well into layman's terms and explains why you can punch trough tanks with not a huge explosive charge: All the energy is focused.
Infantry still runs the show!!
As they always have and always will.
- How a Javelin Missile works?
- Very good! 🙂🙂🙂
They work by charging the us taxpayer 700k per missiles when they cost like 1% of that
Thanks for javelins! A really good weapon
Wow! What an animation! One of the underrated channels. All the best for your effort guys. Keep going
Thanks man for your kind words 🙏
I was the Test Officer for 85% of the Service Test of the TOW Antitank Missile System at Ft Benning GA 1977-79 ( another officer had to complete the test because I had volunteered for a second tour in Vietnam). It was apparent that the TOW was a revolutionary improvement over the current 106mm Recoilless Rifle which was ineffective against a moving tank beyond 500 meters. It was clear to me that antitank missiles would eventually neutralize the overwhelming advantage of tanks on the battlefield (I had previously served with a US mechanized Infantry unit in Germany on the Czech border and we knew we were vulnerable to attack by the Soviet 5th Tank Guards Army). The light years improvement of the Javelin over the TOW takes my breath away in so many aspects! Incidentally, the TOW missile was considered very expensive at that time at $2,000 per! At the time I was also the Test Officer for mortar systems and I had the "crazy" idea we should develop mortar round that on a small parachute (used for illumination rounds) with an infrared source could attack tanks at their thin top armor. Nobody would listen.
Anyway, a great explanation of the Javelin! Colonel Terry Rowe, US Amy, Retired.
Thank you for the great information
Will Put this as a note input Comment Section.
Thank you for your Service Colonel Terry Rowe.
You did a second tour of Vietnam in 1979? I bet you were warmly welcomed...
@@thePronto Thanks for making me aware of my error. Those dates should read 1967-69,
@@OidSoldier TOW was a great AT weapon. Great job.
The Swedish STRIX mortar projectile actually uses an infrared sensor to top-attack armored vehicles. It's supposed to pair with their Mjolner mortar turret, which is basically a double-barrel semi-auto loaded mortar turret they install into their CV90 vehicles.
Wow, this video has convinced me! I have ordered my Javelin missile kit right now!
Russian tank leaves the chat
🤣🤣🤣🤣
Russian tank's turret leaves the earth lol
@matt tim love these proppaganda comments
@matt tim Look's like other 90% is T-62 and lower grade metal scrap what russians call : " none-analogy in the world " .
@@breadboi1248 yeah just like Europe is crying for Russian gas
Really underrated channel, keep up the amazing work!
❤️ Thanks 🙏
those ukrainianmobsters ukraineflorida drkMarket $250K 1/4 Million per Missile Selling what we Give them For Free To mideast Terrorist&drugcartel countries Such As the 300 plus BulletProof Vests that Disappeared that we u.s. Gave them ukrainemobsters
Lan
Lan
Damn this is great content. Excellent explanations and animations.
Thanks will try to do better
Damn this is great content, Excellent explanations and animations
Well illustrated and explained Javelin defense system.
Will always remain Humbled for your Support!
Never knew so much Engineering in One Missile.GREAT WORK
Thank You
Wow, I really like your work,I’m very impressed, I wish you success mate
Thanks Mate .We love Engineering content so thought of making one for ourselves as well as others.
@@Aitelly honestly, I am not surprised, engineering is is fascinating, it has done several things we thought were impossible, and when we go through what is behind this, it's interesting
I hope this channel gets the attention it deserves, its just good content that not enough people see. I wish you guys good luck
Thank You So much for the Support. We will try to improve as much as Possible.
Stay tune as we bring you the F18 Super hornet & F35 B jet in the coming months.
Thanks Again!
those ukrainianmobsters ukraineflorida drkMarket $250K 1/4 Million per Missile Selling what we Give them For Free To mideast Terrorist&drugcartel countries Such As the 300 plus BulletProof Vests that Disappeared that we u.s. Gave them ukrainemobsters
Thanks , it was very useful!
They just forgot to include the user manual for mine.
;) good one
1:28 that kv1 is about to have the surprise of a life time
2:06 great tutorial! Now i know how to use this at my backyard..
love your content. well done. great graphics and very thorough explanations.
🙏 thanks for your kind words 🙏
Well Crafted Animation
Excellent video. Thanks
THIS IS A GREAT CHANNEL. THUMBS UP AND KEEP UP THE GREAT WORK
Grateful for your kind words 🙏
Will be releasing next 10 days a new Content.
Stay tuned 🙂
Your content are getting better and better 👍
Glad you think so! we need all the Support we can get!
amazing work, I'll advertise you on tiktok 👍
Thank You. Humbled by your support.
Awesome
Amazing information love this channel
Very informative.
This channel is definition of underrated.
Thanks Bro
Heard that they are making a new version of the missile with a new targeting system, specifically designed for Ukraine. This version’s targeting sensor can detect vodka breath coming out of the tank’s ventilation system and lock on it to deliver the payload.
😁
thanks, I laughed until my stomach hurt))) the javelin is really good at targeting Russian pigs, I checked it personally))
По себе других не судят... 😌
@@Lvov_Aleksandr I'm not an alcoholic, like the average fck russian.
Quite dangerous. Too big probability of friendly fire
Excellent
Find this channel unexpectedly and subs instantly. Hope to have good contents
Truly Humbled by your Comment .Thanks a Ton again
Well done video. Keep improving your content and the success will most certinly come. You got yourself a new subscriber
Truly Humbled and thank you for your Support.
Means a lot o a Small Channel.
Congratulations! When I came back and saw this video had a million views and your channel had grown so much it truly made my whole day. That hard work payed off!! Stay humble and keep up the great work!
Great explanation
Meu sonho de consumo é lançar o Javellin , nestes carros com som automotivo !
The missile knows where it is at all times. It knows this because it knows where it isn't. By subtracting where it is from where it isn't, or where it isn't from where it is (whichever is greater), it obtains a difference, or deviation. The guidance subsystem uses deviations to generate corrective commands to drive the missile from a position where it is to a position where it isn't, and arriving at a position where it wasn't, it now is. Consequently, the position where it is, is now the position that it wasn't, and it follows that the position that it was, is now the position that it isn't.
In the event that the position that it is in is not the position that it wasn't, the system has acquired a variation, the variation being the difference between where the missile is, and where it wasn't. If variation is considered to be a significant factor, it too may be corrected by the GEA. However, the missile must also know where it was.
The missile guidance computer scenario works as follows. Because a variation has modified some of the information the missile has obtained, it is not sure just where it is. However, it is sure where it isn't, within reason, and it knows where it was. It now subtracts where it should be from where it wasn't, or vice-versa, and by differentiating this from the algebraic sum of where it shouldn't be, and where it was, it is able to obtain the deviation and its variation, which is called error.
🙃🤔😉
AI!
whos on first?
You beat me to it. Well done.
You’re an amazing channel, i can’t believe i just discovered you, you’re clean, and a perfect explainer
Amazing video & analysis ... 💯
Appreciate it!
Real engineering just made a vid abt this lol
If you look at the Stinger Missile Content at the end of the Video we had already planned to produced 1 month Ago before Real Engineering.
It is what it is for a small channel it takes 1 month to produce Good 3D Contents from Scratch.
@@Aitelly i was accusing you of copying lol i know how long it takes i honestly prefer this vid
Wasnt**!,!!
@@Willon hahah Thanks Man but we do take inspiration from Mustard Real Engineering Found and Expalined etc.
Nice 👍
Thank you! Cheers!
Not the tutorial we want, but the one we need.
Awesome video
Very important details: the CLU's thermal sight is a line scan camera, basically a line of pixels getting scanned across the scene rapidly.
The seeker on the missile however, is not a linescan camera, but instead a starring array sensor. It has the same imaging principle as a modern visible light camera. I believe the pixel count on the seeker is either 64*64 or 80*80, and is faster than 60 Hz; still have to dig up the files
Thanks for the Info
Will put your comment on the Important Note list 👍
I am also interested in the framerate of the sensor in the missile head. It is probably over 60 fps (but it is usually a military secret) The US has always banned IR thermal sensors operating at more than 9 fps. I'm into programming and electronics as a hobby, and for civilian use, it's very hard (legally impossible) to get a decent IR sensor with long range and decent fps in the west. All thermal cameras work at 7 to 9 fps or if they have higher fps, then they are of poor quality and cannot see beyond 7 to 10 meters.
I deliberately mentioned "IR thermal" sensors, so that no one would confuse them with Near IR (near infrared) sensors, which are easily available and cheap.
@@goranjosic that makes the two of us! I'm located in Canada and it is equally hard to get these sensors/cameraa, how ever if you wanted to get an uncooled microbolometer one for projects i could help out :) I have been collecting them for the past decade...
good job on clarifying the wavelength of these sensors!
For other nerds or soon to be nerds, the *rough* range of detectable wavelengths are listed as follow:
"Normal" cameras: 400-800nm
Intensified night vision: 500-1100nm
Laser range finders: 905nm (pulsed semiconductor), 1024nm (pulsed Nd:YAG or YVO4), 1550nm (pulsed erbium)
Laser guided missiles: 1024nm or 1550nm (1550nm lasers are modern and are undetectable by night vision goggles which make them extremely deadly)
Javelin and most heat seekers (cooled quantum detectors): 3000-5000nm
Thermal scopes (uncooled microbolometers): 7000-14000nm
@@Aitelly thank you for making an effort to spread knowledge! I will try and find the actual source so that I'm not spreading false or inaccurate information 😁
@@alexwang007 Please do .Let us know the right data. Eagerly waiting
кв 1 явно такого не ожидал)
Может автор хотел сказать что это оружие может бить только по траектории которую он высчитывает
@@mixasd8440 высчитывает траекторию автор(он)... двойная подстава для несчастного кв
"Atleast we have an autolo-"
*mississippi queen starts*
Great work! Thank you!
Glad you liked it! Better Content coming Soon.
I really like that you demonstrate battle-head work on russian tanks models. Nicce job!
New Meta Play Thankyou for the Support
@@Aitelly @5:15 is that a KV-1?
only good against ww2-era tanks, touche
"It uses Infrared seeking guidance"
Conventional Flare Decoy: How did you know im going to work against it?
Amazing
CZcams put this in my recommendations and I didn’t know I needed it
:) We have been hopingfor months for CZcams Recommendation
Hope it's not Annoying anyone as this is mostly a different genre of Contents. Thanks for Support
very good animation.. you called them fins , some call them wings. they were originally called strakes and the rear were fins. Did they change the missile diameter to 5.6" from the original 5? I think 5.6 is the carbon tube diameter
Thanks for the Feedback this is really Informative will Look into it .
@@Aitelly I think the missile diameter is 127 mm.
@@jonasingiragnarsson2512 yes 127mm is exactly 5 inches. only reason to change it from this original size would be larger warheads or rocket motor. But the Army always complains about its weight.
@@elkskiutah8204 thanks for the information. 🙏 Will keep on producing more honest research content. 👍
@@jonasingiragnarsson2512 and elkski Utah
Hope you don't mind as we have given Credit to your Correction and pin it in the Comment Section .
When you want to say mm unit just say millimeter or mils. Nobody says emem. Good video.
;) We messed up there.
New Voice Over coming this month.
@Miles Willis can I call you MW?
Everyone in the civilized world that use the universal Metric system of measurements knows what mm means as a unit of dimention measurement.
It is only the United States and some English speaking countries that refuse to use the KPS measurements.
PS I am Australian and learned physics from an American book that did use the Metric measurements. It is just that the USA is so backward in not using it.
By the way mils is a volume measurement being 1 mm cubed. Not the same as a linear mm.
Educational
Amazing explanation… keep making such videos
Thank you, I will to increase our quality as we move forward.
Stay tune as we move to Russian Military engineering.
POV: You're a Russian solder watching the tutorial on how to use Javelin after captured some of it.
Indeed lol
this seems to be aging rather poorly
😎Now that I've completed the video, I'm now a certified Javelin Operator. 😎😎
haha Good one. We are in Awe of these Engineers who made them
But for only once...
LOLRF
Found your channel today, 10 videos in 😅
Танки больше не нужны,гениальное изобретение.
да, эта штука работает
Tell me, how will an army conduct a full scale attack without tanks? They are very much needed as nothing can do what a tank does.
Very well made video.
Basically no tanks in the World can survive a Javelin
Almost every Russian tanks. But the British and US are also developing Anti tank Missiles like the Trophy to Counter MANPADS
Why is an expensive and difficult-to-process molybdenum alloy used for the precursor liner instead of inexpensive copper?
Thank you for this informative Video,I love ur vids
Glad you like them! thanks for the Support
nice video!👍👍
Thank you 👍 for the Support
Спасибо, что учите как из них стрелять. А то уже запасы переполнены. Хоть избы топи джавелинами 🤣
Спасибо, что учите как из них стрелять. А то уже запасы переполнены. Хоть избы топи джавелинами
Translation from Serbian to English
(Thank you for learning how to shoot from them. And the stocks are already overflowing. At least the huts are swamped with javelins)
@@Aitelly This is russian language, but writing by Ukrainian.
Жареною бурятиною переповнені українські ліси
You need to watch other channels in order to learn how to live among people in a human way.
There was a legend, that Stallin was afraid of Javelins, that can potentialy destroy t34 and kv1
😂Good One
Keep dreaming 🤣
No fear, german guns killed 40 000 T-34 in this time
@@34Realist And they still lost.
@@dryan8377 against the world, Not Russia
Fano, you need this one !!
Great rocket launcher! I got a quad feed using this. 🔥
that missile marks the end of tanks without "active" amour defense; an incredible weapon
I can say that as a regular user of javelins and nlavs, active armor does not save from these systems, javelin, tow, nlaw and Ukrainian stugna, Russian tanks burn with 100% probability, even a T90 breakthrough with the newest active armor system burns like firewood
I can say that as a regular user of javelins and nlavs, active armor does not save from these systems, javelin, tow, nlaw and Russian stugna, Ukranian tanks burn with 100% probability, even a M1A2 breakthrough with the newest active armor system burns like firewood
No it doesn’t. Just because tanks can be killed doesn’t make them obsolete. Lots of other battlefield assets can be killed but they are still used. Ask yourself how an army is supposed launch a full scale attack without tanks as a spearhead? What other battlefield asset can engage the enemy as quickly with as much heavy firepower as a tank? What other weapon system has as much firepower on a mobile platform? Time and time again when military technology moves on, ‘experts’ declare that tanks are obsolete as the battleship, yet somehow they keep coming back into relevancy. Make no mistake, tanks are an important component of the combined arms manoeuvre of the modern battlefield.
$250K per shot is a hard limit. NATO was dismayed that Ukraine would "waste" so many Javelins against APCs, trucks, and other light vehicles - and then the Javelins they were supplying suddenly dried out.
love this channel i want to see the guns on a ww2 battle ship please
Thanks for the Support. 🙏
Love this!
Now they are teaching us about missiles !!!
You didn't mention about it's short battery life, and it can operate in seeking mode for about 2 minutes, then it has to cool off. Also the thermal imaging is only 64x64 pixels so it can be fool by something other heat source. I heard it can be fooled by aerosol smoke. It's also not very easeful in the city fight. Looks like the tank has to have 2nd layer of dynamic cover or active armor protection system. But it's a very dangerous weapon for the older tanks and if used in right hands at right time.
Thanks for the feedback.we miss that.
We are learning from comments right now.
Will do better with New content.
@@Aitelly I don't know if I'm responding to a bot reply, but the problem with all the news and other technical information (this video clip is included) is that it's taken only from couple sources especially from loyal side. Which leads to present incorrect information.
@Andrei Casiadi I'm not a bot :) We just have to reply to a lot of Comments .
Pin your Comment as we find it Neutral and Valuable.
New Channel so Hustling as we move along.
But we take your Feedback Seriously.
We are not always Right.
Yes Honestly We collect a lot of Data from different Sources.
Field tests in Ukraine showed that it's good NOT just for "very old tanks", Andrei 😁
And by looks of it that's you who appears on the "bot side"
Can't use it in urban warfare because it needs about 2 seconds to arm the missile, it primarily has to be used from a distance since its a tank killer, I saw one video in Ukraine where a soldier use it in a tank about 50 meters inside a town (it didnt detonate and not a scratch on the russian tank)
Very timely video. The Russians and Chinese have just come into possession of many unused Javelins and were wondering how they worked.
They got their hands on empty launch tubes with no missiles.
YES!
You are right, we need to find a use for it.
In the USSR, we had candy wrappers from chewing gum.
We played with them in a certain way to stick to the palm.
With launch tubes, you need to come up with something the same.
Probably as legs for a table to use in palaces for the oligarchs.
Awesome 👍👍👍
Thanks for the support !
เอสโซ่ เกาลัค
Badass.
I wish to see the day that a Javelin is used against T-34s or KV-1s
I wsih to see the Day it is ued against T-14 Armata tank.Russia Latest tank.
@@Aitelly keep dreaming bruh
@@Aitelly keep dreaming bruh
@@Aitelly keep dreaming kiddo
T-62 have been deployed already, so, let's wait a bit for T-55, and then T-34.
I still don’t understand one thing through, if the precursor charge has to make a contact against the reactive explosive armor to detonate, wouldn’t that cause the explosive armor to react and explode? Would that explosion not damage the rest of the javelin missile and cause it to fail? How does the javelin survive this explosion long enough to activate the main warhead? Thanks
those ukrainianmobsters ukraineflorida drkMarket $250K 1/4 Million per Missile Selling what we Give them For Free To mideast Terrorist&drugcartel countries Such As the 300 plus BulletProof Vests that Disappeared that we u.s. Gave them ukrainemobsters
doodooIt Magick
Good Question. Yes that's the trick the Javelin wants the reactive amour to explode for the second stage of Explosive to do it's job and passed though the armour of the Tank
With about 60% failire rate.
Thanks for your support!
Subscribed. 👍🏻👍🏻
Welcome aboard! Extremely Grateful for the Support more Content coming
This was the animation i was looking for especially during defence of Kyiv
🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
@@Aitelly Nice Work
Удивительно как совершенствуются военные технологии.
Передовые технологии всегда первыми появляются именно у военных
@@user-mc6rf7do7z ошибочное убеждение.
в спорте, авиации, но сначала ученые и инженеры должны создать новое что б потом оно было в чем то применено.
@@user-mc6rf7do7z на заході технології на сході дибіли на яких приміняють технології.
Thank u
Thanks
Great video 👍🏼 Thank you!
If I reckon right, metal thickness should be 60 - 80 mm, not 600 - 800 mm penetration.
Well the document say like that. If it is battle tested i think it be might working. But there are also people saying it is not Working In Ukraine.
@@Aitelly You are probably right then. It’s just astonishing it can penetrate 2 ft. thick metal.
Jas K.
You obviously have no idea how a shaped charge works.
Extreme heat cuts through thick steel.
@@grahamlucas2712 yet jet fuel can't melt steel beams.
@@SeedmancChitOKun
Who ever suggested jet fuel penetrates tank armour?
Only you.
The shaped charge of an anti tank missile uses metallic compounds that burn through steel.
Keep your conspiracy theories tinfoil hat on.
It will protect you from reality.
Also watch the Jet used in Top Gun F/A 18 Super Hornet. czcams.com/video/kmd82LJBrTM/video.html
Kindly Subscribe to help our Small Channel Grow.
You Got It. 👍
Your 3D models are not that good you have to put your Logo on every spot. Fact.
@@user-er8tr9kt8l 😀 thanks for the negative feedback 🍺
Everyday is an Improvement for us 🙂
@@Aitelly np
@@user-er8tr9kt8l Learning as we move along.
Very good video! +1 subscriber. Keep up the good work, mate
Thanks for the sub! Forever grateful for the Support
good stuff
Thanks for your support ☺️
i wonder why the reactive armour cannot blow away the initial charge and the rest of the rocket
Good point.
We meant to show it in slow motion but we're too lazy to animate the reactive armour.
cuz its uranium powder
@@Aitelly same
wow it cost a lot more than i thought it would
Yup
New subscriber. Learn a lot from your videos. Can you do a video on AMRAAM, sidewinder and ASRAAM?
Noted!
Great vid 👍
Thanks man! Great to have fans from all over the World
SUBSCRIBE Please !
👍done hope your channel grows
There is also a T-90 tank, which is a Russian tank
great video!
can you create a video about Stugna?
Nice animation 👍
Thanks for the kinds words 🙏
I wonder how many Russian tank drivers smashed that like button!?!
🤔
Now china can copy and called it javellino....with better features built in FM and MP3 player with WiFi and bluetooth technology. Some with disco lights around the tube after victory score!..
Best of all, one can buy at 1/10 th the price.
hahahah that's True
@@Aitelly Thumbs up Great video you make highly educational.
@@truthful3777 thank will try to do better
Has anything China ever made work right?
@@user-ev4pb9xj7e Have your country send a rocket to Mars before????? China with one rocket able to accomplish 3 mission at one go, being an orbiter, lander and a Rover. This is their first attempt and they got it right like clock work. Even the great USA have to attempt many times to get it right and many rockets to get the 3 stuff going, orbiter, lander and Rover.
Is your country able to do this feat????
NICE
Thanks you so much for the Support
everyone just watched a 5min ad on javelin just to realize at the end they can't afford one.
Russia: we have plenty of tanks.
Ukraine: we have the Javelin.
Россия: засуньте джавелин себе в задницу