1)BlackWater 49- 0:50 That's not the modern shape of Germany. Look more like 1939-40 or something when the Wehrmacht can conquered Belgium and the Netherlands... 2)MM = millimeter (New Voice Over artist for coming contents) 3)Shane D’Angelo-You messed up on the sight assembly and the bcu is way too big. Other than that it’s pretty close to the actual look of the missile. 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.
The description is too primitive, they did not describe how the management works. There is only one pair of handlebars deflected, and there are only two positions, left and right. And the other pair of planes are destabilizers, they are not mobile and are needed for better maneuverability. The rocket rotates at a speed of 20 revolutions/seconds, and these rudders switch in a certain way, make the rocket turn in the right direction. So if you are doing an animation of a rocket flight, you need to implement rotation around the axis. I do not know if there is detailed information on the Stinger MANPADS in the public domain, but there is information on the Igla, Strela-2, Strela-2M MANPADS, of course, in Russian. True, it is possible that sources could have been blocked in recent times, but maybe you can find a lot of people who downloaded during this time. Yes, the Stinger and Igla MANPADS are noticeably different, but they have a lot in common, and there, and there, a single-channel type of control is used.
The 1980’s Mujahadeen of Afghanistan sold/gave theirs back to the US after the Soviet war. Because the Argon packs shelf life ran out and the US would not supply new ones.
i always been fascinated by missiles arithmetic. weapon manufacture always give percentage of success rate but theres really no real measurement. some base it on real war usage some base it on lab test. fuel, radar, speed and arithmetic play a role in success rate. have you ever thought about those thing when you operated stringer missile?
@@BlueRice To answer your question in short yes, but we repeatedly learned this information for our missile so this comes almost as second nature. That’s all I can say about that respectfully
Why does it have a bookshelf mounted on the side & why do you need a fresh can of stinger juice every 45 seconds. The video failed to explain those points. I thought this was a self sufficient platform. I also thought that the gun sight was gonna be akin to a fighter jet's head's up display. Displaying range to target, lock on status, and time on target after launch.
@@dr.pastrami5272 that book shelf is an Antenna which communicates with aircraft determining whether its friendly or foe. The can is a battery and the longer it’s in the battery well it can implode then become stuck in the battery well and cause significant damage. I don’t think I can discuss when this will happen but 45 seconds is a great point to aim for. There is no heads up display rather its different statuses are communicated in a series of tones and beeps. There is also a bone transducer that acts as a secondary status device. As far as range is concerned we are trained to make near accurate perceptions in distance to aid us in acquisition.
The BCU (Battery Coolant Unit) contains both pressurized argon and a thermal battery. The argon cools down when allowed to expand. The cold argon cools the missile's thermal sensor. The BCU also has a one time use "thermal battery." This battery gets really hot. Videos showing the Stinger being used show operators quickly removing the hot BCU. I believe the BCU has to be removed quickly to avoid damaging the launcher from heat. We don't use thermal batteries in everyday life so it seems really odd (at least to me) that they work this way. I was hoping this video would go into more detail about the thermal battery. I'm having trouble finding good information about it.
Thanks for the Feedback.We understand you. The problem with military engineering videos is usually most of them are still classified. So a lot of them especially those which are in Service information is a bit difficult to acquire. Will try to find out from our Military friend if he has some idea, although I doubt he has handled a Stinger Missile.
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.
“Every gun that is made, every warship launched, every rocket fired signifies in the final sense, a theft from those who hunger and are not fed, those who are cold and are not clothed. This world in arms is not spending money alone. It is spending the sweat of its laborers, the genius of its scientists, the hopes of its children. This is not a way of life at all in any true sense. Under the clouds of war, it is humanity hanging on a cross of iron.” -Pres. Dwight D. Eisenhower
The US spends 3.5% of GDP on defense. A lot of it goes back into the economy but it is a lot. European NATO is supposed to get to 2% but most were down to 1.2% to 1.4%. Germany got down to 1.2% and was back up at 1.4% and on track to get to 2% by 2025 before the Ukraine war broke out. The Germans had been funding EU integration and their own East Germany. Germany was only an average and by now means to lowest. Back in the days of the cold war defense expenditure in Germany was 6% of GDP and the US about the same. I would argue that had Europe been operating at 2% of GDP the war in Ukraine would be over and Russia would not have dared to invade. There would be large piles of equipment to give away.
@@kachala в идеальных условиях Стингер имеет вероятность поражения цели 0,4-06. Так что в большинстве случаев вертолет ложит на Стингер🤣🤣🤣🤣 Данный ПЗРК хорошо себя зарекомендовал для поражения гражданских самолётов.
Да, если бы не Витебск, думаю уже бы все вертолёты ВКС выбили. Например, у вертолётов всу нет такой защиты, и в результате почти все вертолёты уничтожены, много опытных пилотов погибло, осталось в основном молодежь, и ещё наёмники.
I wonder if the short battery life and shelf life of the BCU was completely by design. After all, if the US sells the stinger to so many different countries is perfectly reasonable to assume that adversaries would also get a hold of it through the black market. But with such a short shelflife it wouldn’t make much sense for them to buy it, thus limiting how many of the US’s enemies will use it against them. I know at least one anti-aircraft missile made by the US can identify US made aircraft by the outline and thus will not track it. I’m just not sure if it’s the stinger or not.
Stingers are in service with the LDPR militia. Moreover, not all copies were captured, some were bought. And a lot of Western weapons are sold to just anyone. As they say, to whom the war, and to whom the war is just a good business, nothing personal. And yes, it's easy to disable the friend-foe recognition system.
@Fikri Arieska if they are friendly and are active on the Mode 3 or mode 4 transponder the Stinger IFF Subsystem will recognize the Aircraft as a friendly and prevent locking on by the IR seeker. If the aircraft is not a friendly then the IFF Interrogator…. The big black box that’s on the back of the launcher and connects to the grip stock or carried by the solder will give a ** Unknown ** tone alerting the gunner that the target may in fact be hostile. If that happens… well… that pilot is going to have a very bad day once that Missile reaches them at Mach 2.5
@anything Same stinger missile killed many of our (Indian) pilots in 1999 war, pakistan soldiers hiding in mountain conveniently fired stingers at our heli and fighters and took many down
@@Aitelly keep releasing videos like this you guys will blow up eventually, I think automated targeting systems or the Iron dome would be really interesting
@@Aitelly not at all, , Up til now I’ve been wondering what system brought it down? I guessed it was a system that tracked the helicopter ( rather than a lucky shot) but that was about it.
I just read the wikipedia page about stinger missile. Basically what you are doing is rephrasing wikipedia article and make 3d animations? I love the concept. Please keep it no music! :)
Ive been wondering and searching for an answer for the purpose of the box like/radiator figure on the right side of the aim... It pops up when its ready to use but what is its purpose?
Major problem in the making of this animation. When the missile leaves the launch tube, the rear fins supposed to be inflated after leaving the tube not before!
I wonder how does it interact with aircraft that uses flares or any electronic countermeasures jammer I know in battlefield 4 this weapon is very popular to use and slightly accurate for what it's known for. Though the range is misleading in the game
Credits to Will Morris Thermal cameras see with heat (IR), by using a chemical grid that turns incoming IR into an electric signal, much like the camera on a cell phone But, the normal heat of the chemical grid blinds the grid to low level IR signals. It's like having a night-light inside your 35mm camera ruining all your film. Cooling the IR chemical grid reduces this “night-light” so that it will be able to see much more distant and dimmer IR sources. The IR grid is made very cold by using evaporating liquidied gas (something like liquid nitrogen evaporating). They commonly use liquid Argon mix for this purpose, because of its compressibility and evaporation properties. Miltary uses both cooled and uncooled IR systems. There has been a lot of work to make uncooled systems more sensitive and cooled systems cheaper. Cooling is a pain, expensive, takes time to actually cool the IR grid and has limited arming time.
More sensitivity for thermal IR. The stinger has the cooling canister in the battery, the javellin system has the argon canister inside the missile itself that is activated once you confirm target lock. The targeting is different too. The stinger is for the most part optical, while the javellin is purely thermal. 🤓
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
ho visto che praticamente in tutti i video i manpads tendono a colpire la parte posteriore nei elicotteri gli spezza la parte posteriore e rimane senza elica di coda mentre nei aerei il motore e i piani di coda comunque sempre la parte posteriore
1)BlackWater 49- 0:50 That's not the modern shape of Germany. Look more like 1939-40 or something when the Wehrmacht can conquered Belgium and the Netherlands...
2)MM = millimeter (New Voice Over artist for coming contents)
3)Shane D’Angelo-You messed up on the sight assembly and the bcu is way too big. Other than that it’s pretty close to the actual look of the missile.
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.
The description is too primitive, they did not describe how the management works. There is only one pair of handlebars deflected, and there are only two positions, left and right. And the other pair of planes are destabilizers, they are not mobile and are needed for better maneuverability. The rocket rotates at a speed of 20 revolutions/seconds, and these rudders switch in a certain way, make the rocket turn in the right direction. So if you are doing an animation of a rocket flight, you need to implement rotation around the axis. I do not know if there is detailed information on the Stinger MANPADS in the public domain, but there is information on the Igla, Strela-2, Strela-2M MANPADS, of course, in Russian. True, it is possible that sources could have been blocked in recent times, but maybe you can find a lot of people who downloaded during this time. Yes, the Stinger and Igla MANPADS are noticeably different, but they have a lot in common, and there, and there, a single-channel type of control is used.
Great video! Apparently they’re redesigning the chip components of the seeker system. I wonder how the seeker system will change
why can't you pronounce words?
2. We know but just take the engagement.
One of your best videos. No repetitive music, nice narration voice, just perfect 👍
The 1980’s Mujahadeen of Afghanistan sold/gave theirs back to the US after the Soviet war. Because the Argon packs shelf life ran out and the US would not supply new ones.
Yes that's True that's why they have less than a minute to Fire the MANPAD after it is locked on the target.
Yeah, it turns out surface-to-air missiles don't get a lot of use when the aircraft have no fuel.
Afghanistan Taliban Zindabad 💝🏴🏳️
Aka taliban the one America says are terrorists remember
@@FardinVhai The taliban objectively sucks
The Stringer. The natural predator of Metal Gears
And the Hind-D.
This is very good
Thank You So much For the Appreciation. It means a lot to the Two of Us.
We all got the inspiration from you and your team.
Thank You Again.
Woah!
I operated the stinger missile as a LAAD Gunner in the Marine Corps I’ve shot at least 8. Very good and informative video
i always been fascinated by missiles arithmetic. weapon manufacture always give percentage of success rate but theres really no real measurement. some base it on real war usage some base it on lab test. fuel, radar, speed and arithmetic play a role in success rate.
have you ever thought about those thing when you operated stringer missile?
@@BlueRice To answer your question in short yes, but we repeatedly learned this information for our missile so this comes almost as second nature. That’s all I can say about that respectfully
Why does it have a bookshelf mounted on the side & why do you need a fresh can of stinger juice every 45 seconds.
The video failed to explain those points.
I thought this was a self sufficient platform. I also thought that the gun sight was gonna be akin to a fighter jet's head's up display. Displaying range to target, lock on status, and time on target after launch.
@@dr.pastrami5272 that book shelf is an Antenna which communicates with aircraft determining whether its friendly or foe. The can is a battery and the longer it’s in the battery well it can implode then become stuck in the battery well and cause significant damage. I don’t think I can discuss when this will happen but 45 seconds is a great point to aim for. There is no heads up display rather its different statuses are communicated in a series of tones and beeps. There is also a bone transducer that acts as a secondary status device. As far as range is concerned we are trained to make near accurate perceptions in distance to aid us in acquisition.
Umm.
Idk how to compliment this underrated channel.
ThankQ ! Do like and Share
@@Aitelly how come you think I haven't
@@justarandomguylol6481 Humbled
@@Aitelly haha. I posted the link to this vid on my whatsapp satus when it popped iny recommended
@@justarandomguylol6481 That is really Great with this Kind Gesture.
Love the Work I did not Know they had to use the Argon Gas for powering the missile.
If the infrared seeker gets hot, it gets blind, so yes
@@aslamstudio558 Thank You
The BCU (Battery Coolant Unit) contains both pressurized argon and a thermal battery. The argon cools down when allowed to expand. The cold argon cools the missile's thermal sensor. The BCU also has a one time use "thermal battery." This battery gets really hot. Videos showing the Stinger being used show operators quickly removing the hot BCU. I believe the BCU has to be removed quickly to avoid damaging the launcher from heat. We don't use thermal batteries in everyday life so it seems really odd (at least to me) that they work this way.
I was hoping this video would go into more detail about the thermal battery. I'm having trouble finding good information about it.
Thanks for the Feedback.We understand you.
The problem with military engineering videos is usually most of them are still classified.
So a lot of them especially those which are in Service information is a bit difficult to acquire.
Will try to find out from our Military friend if he has some idea, although I doubt he has handled a Stinger Missile.
2+2=4
yup I never knew It Requires a BCU unit and only 45 Sec otherwise its Out
Thanks you for your concern
One of the reasons that the missile comes with 3 BCUs.
@@korbell1089 👍
Most MANPADS and ATGMs have a time limit from when the weapon is enabled and the missile is fired.
4:07 pursuit curves. Wonderful application of differential geometry, in vector space.
The missile knows where it is at all times. It knows this because it knows where it isn't.
What does it mean dude...didn't understand the sentence?!🤔
Map looks great and the fact that millimeters and kilograms became MM and KG is so cool
Thanks! Now i know how to fire my stinger missile system! 👍🏼
Great content. Thank you for sharing!
Always Welcome
I would love it you also talk about the Air To Air Stinger (ATAS) on the little bird helicopter.🙏🙏
Great video. Please make another video about RBS-70, Kornet, Starstreak
That soldier after firing missile: stings, doesn't it?
Blowback.
😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂
Only video which talks about bcu and friend foe identification system in whole youtube
Thank you So much. our goal to be detail in Explanation but also not to bore the audiences.
Thanks Again
amazing bro appreciate your effort!
Thanks a lot! appreciate your Support for a small Channel
This MANPAD teared down USSR in Afghanistan.
yes your right but they underestimate the Taliban support from the Americans like us.
@@Aitelly Actually, Afghan are stubborn by gene. They'd die rather than surrender.
Kindly Subscribe
Thank You !
Already Did
No, I'm subscribing it angerly, not kindly!
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.
didn't you just say something paradoxical. For you equation to work, it needs to know both where it is and isn't at rhe same time
@@nashiffuadkhan9817 missiles in nutshell
“Every gun that is made, every warship launched, every rocket fired signifies in the final sense, a theft from those who hunger and are not fed, those who are cold and are not clothed. This world in arms is not spending money alone. It is spending the sweat of its laborers, the genius of its scientists, the hopes of its children. This is not a way of life at all in any true sense. Under the clouds of war, it is humanity hanging on a cross of iron.”
-Pres. Dwight D. Eisenhower
🙏
To much defense expenditure can be tragic to little is even more tragic.
The US spends 3.5% of GDP on defense. A lot of it goes back into the economy but it is a lot. European NATO is supposed to get to 2% but most were down to 1.2% to 1.4%. Germany got down to 1.2% and was back up at 1.4% and on track to get to 2% by 2025 before the Ukraine war broke out. The Germans had been funding EU integration and their own East Germany. Germany was only an average and by now means to lowest. Back in the days of the cold war defense expenditure in Germany was 6% of GDP and the US about the same.
I would argue that had Europe been operating at 2% of GDP the war in Ukraine would be over and Russia would not have dared to invade. There would be large piles of equipment to give away.
Voiceovers are a great improvement! Great choice! Amazing videos!
Thank You!
Optic, laser, and sound signature ( for friend or foe id )lock guide system
👍Great Informative Content
Thank you 🙌
Бортовой комплекс обороны Л-370 «Витебск» ложил на ваш стингер)))))
@@kachala в идеальных условиях Стингер имеет вероятность поражения цели 0,4-06. Так что в большинстве случаев вертолет ложит на Стингер🤣🤣🤣🤣 Данный ПЗРК хорошо себя зарекомендовал для поражения гражданских самолётов.
@@kachala почитайте книги. Основные потери авиации были от зенитных орудий и ПЗРК "Стрела-2м" которые поставил Египет. Книги в помощь🤣🤣🤣
@@kachala ну если вы читать не умеете, это исключительно ваши проблемы.
Да, если бы не Витебск, думаю уже бы все вертолёты ВКС выбили. Например, у вертолётов всу нет такой защиты, и в результате почти все вертолёты уничтожены, много опытных пилотов погибло, осталось в основном молодежь, и ещё наёмники.
thanks from Ukraine
Our pleasure!
I wonder if the short battery life and shelf life of the BCU was completely by design. After all, if the US sells the stinger to so many different countries is perfectly reasonable to assume that adversaries would also get a hold of it through the black market.
But with such a short shelflife it wouldn’t make much sense for them to buy it, thus limiting how many of the US’s enemies will use it against them. I know at least one anti-aircraft missile made by the US can identify US made aircraft by the outline and thus will not track it. I’m just not sure if it’s the stinger or not.
The Argon gas has a very Low Shelf Life it was design a few decades back.
But it was meant for the tracker IFF "Friend or Foe"
Stingers are in service with the LDPR militia. Moreover, not all copies were captured, some were bought. And a lot of Western weapons are sold to just anyone. As they say, to whom the war, and to whom the war is just a good business, nothing personal. And yes, it's easy to disable the friend-foe recognition system.
How does a Stinger missile work, genius.
🙏👍🙏
BTW mm stands for millimeter.
It's using text to speech
Finland just bought these bad boys for $380M.
Superb 👍👍👍❤️❤️❤️
Many many thanks for the Support!
Flares are great for throwing off the passive system.
Yes they are!
What is that big square thing on the right side of the launcher? Some radar stuff?
IFF friend or Foe Antenna: It looks weird but it's an Antenna
@Fikri Arieska if they are friendly and are active on the Mode 3 or mode 4 transponder the Stinger IFF Subsystem will recognize the Aircraft as a friendly and prevent locking on by the IR seeker. If the aircraft is not a friendly then the IFF Interrogator…. The big black box that’s on the back of the launcher and connects to the grip stock or carried by the solder will give a ** Unknown ** tone alerting the gunner that the target may in fact be hostile. If that happens… well… that pilot is going to have a very bad day once that Missile reaches them at Mach 2.5
why does the stinger still need argon cooling? can modern camaras do the work without having to have a specially cooled thermal camera?
Спасибо
pardon my ignorance but if the fins are fixed how does the rocket steer the flight ?
The tip not the rear
If you connect a powerbank, the battery time can be extended up to 5 minutes i think.
if your soliders can't figure out how to use laser guided missels this is very good
finally turkey is a good thing
This was a game changer in Angola 🇦🇴 war
That's new info to Us .Thanks man .The History of Military Technology is very huge.
It is not: "How does a Stinger Missile Works?" is is "How a Stinger Missile Works" or "How Does a Stinger Missile Work?"
👍👍👍👍👍👍
;)
Great video but if you shot it the way illustrated you'd be bouncing it off the deck before the flight motor could take over.
One with stingers , javline and drones can win any war
;)
Yeah definitely we won… #taliban
@@jamargreen1209 lmao we totally kicked your ass their USA
Nope u can't just look at Afghanistan.
@anything
Same stinger missile killed many of our (Indian) pilots in 1999 war, pakistan soldiers hiding in mountain conveniently fired stingers at our heli and fighters and took many down
can u make a video on indian made Dhruv attack helicopter. only helicopter that can operate in siachen glacier the highest battle field
What are those barricade-like-things in the front right side of the stinger?
IFF friend or Foe (Anteena)
@@Aitelly Now I know.😅
Hey! New subscriber here 🙋🏻
Thanks 🙏 grateful for your support
Check out the Ka 52 helicopter we just released
Thanks 🙏 grateful for your support
Check out the Ka 52 helicopter we just released
I want some of these
I would like to Watch this type of video with clear explanation.
Will try better next time thanks for the Feedback
only 171 views? damn
Yes :( I hope the RUclips Algorithm pick a small and new channel like us.
Hoping for that day
ruclips.net/video/E5C20L0yvY0/видео.html
Also Do Check out the javelin missile we made from Scratch.
Thank you!
@@Aitelly keep releasing videos like this you guys will blow up eventually, I think automated targeting systems or the Iron dome would be really interesting
@@avery2840 yes will definitely do the iron dome we are currently working on the FA 18 Super Hornet.
Thank You for your support 🙏
Love the results, can’t say how many times Ive watched that Ruski helicopter get hit burst into flames and go down.
Humbled by your Comment. Thanks a Ton! Pete Jones
@@Aitelly not at all, , Up til now I’ve been wondering what system brought it down? I guessed it was a system that tracked the helicopter ( rather than a lucky shot) but that was about it.
Yes they used the Proportional Navigation System .it is pure engineering developed in the 1960s.hats off to the 1950s Engineer.
In love with your channel 💗
What's that some box case thing on the right side of the launcher
Antenna Friend or Foe detector
What is the purpose of that metal "cage" on the right side of the system?
Been wondering that too.
It's an Antenna Friend or Foe detection.
Friend or Foe Anteena
@@Aitelly ah ok. Thank you
0:44 Go home map, you're drunk
Thank You for the Feedback.Will try to Improve in Future Videos
@@Aitelly ah, don't worry. It's just a little abstract 😄
Thank You for understanding
I just read the wikipedia page about stinger missile. Basically what you are doing is rephrasing wikipedia article and make 3d animations? I love the concept. Please keep it no music! :)
pfft.. Solid Snake never needed any argon BCU packs.
What's that big frame attached on the side of the tube?
IFF (Friend or Foe Anteena)
SKIF ATGM next?
4:15 that was a PIORUN missile not stinger
this small thing can take out tens to hundreds millions of dollars worth military assets, very affordable to all nations and light weight.
Can i steal one of them?
What counter measures is this going to have?
Small arms can easily take it down, and that's before talking about manpads...
Who the hell has the reaction time to shoot a missile out of the air?
I guess by magnatic field or raider. Javalian is better. :)
can you upload tutorial on how to build at home?
Ive been wondering and searching for an answer for the purpose of the box like/radiator figure on the right side of the aim... It pops up when its ready to use but what is its purpose?
FRIEND or FOE ANTEENA
@@Aitelly Aha, makes sense now 😄 Thank you very much 💙💙💛💛
bigger and smaller versions needed developments
You messed up on the sight assembly and the bcu is way too big. Other than that it’s pretty close to the actual look of the missile.
Thanks for the feedback.
👍🏻👍🏻👍🏻👍🏻
@00:53 Germany got to keep a lot of countries after all
The fins are 100 M&Ms long? And i thought the US had the wierd measures.
And how much do they cost? How much less did they cost 10, 20, 30 yrs ago?
Thats Germany and the Netherlands.
Yes you are right.
Major problem in the making of this animation. When the missile leaves the launch tube, the rear fins supposed to be inflated after leaving the tube not before!
You mentioned that a single person can handle this weapon….. are married people allowed to use this weapon as well?
Yes for sure 😁
Oh my i Love that Joke
how has nobody commented the missile knows where it is yet
If you want to understand how a stinger really works ask Russia 😂😭
I wonder how does it interact with aircraft that uses flares or any electronic countermeasures jammer
I know in battlefield 4 this weapon is very popular to use and slightly accurate for what it's known for. Though the range is misleading in the game
For flares
They spread Out in sich a Partnern that the middle thinks those are the engines and track them instead
But For fammers im interested forb
Why does the seeker need coolant? I mean any consumer grade camera works with passive cooling. What does this seeker do so special?
Credits to Will Morris
Thermal cameras see with heat (IR), by using a chemical grid that turns incoming IR into an electric signal, much like the camera on a cell phone
But, the normal heat of the chemical grid blinds the grid to low level IR signals. It's like having a night-light inside your 35mm camera ruining all your film.
Cooling the IR chemical grid reduces this “night-light” so that it will be able to see much more distant and dimmer IR sources. The IR grid is made very cold by using evaporating liquidied gas (something like liquid nitrogen evaporating). They commonly use liquid Argon mix for this purpose, because of its compressibility and evaporation properties.
Miltary uses both cooled and uncooled IR systems. There has been a lot of work to make uncooled systems more sensitive and cooled systems cheaper. Cooling is a pain, expensive, takes time to actually cool the IR grid and has limited arming time.
Thanks for detailed explanation, so basically it's like wanting to set camera ISO very high while still maintaining low noise image?
More sensitivity for thermal IR. The stinger has the cooling canister in the battery, the javellin system has the argon canister inside the missile itself that is activated once you confirm target lock. The targeting is different too. The stinger is for the most part optical, while the javellin is purely thermal. 🤓
👍
But why does it carry an M60 ammo box holder on the front end??
It's an IFF anteena
@@Aitelly Thank you, getting a reply from the creator is always an wawsome feeling.
Nice Video
🙃🙃
Thanks 😅
New Content F35B just released.
ruclips.net/video/vgUnF9hUmLQ/видео.html
Very dangerous
0:46 forgot to metion how you gave thrm to the taliban in the 1970s here
I highly doubt the canister being filled with argon. Argon is a terrible coolant.
70 "ehm ehm" (70mm), dude just say millimeter, nobody says ehm ehm or kay gee for kg
Thanks for the Feedback .Will keep on improving
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thats my brother
Very good I got good concept
What is those fins on right side called ?
It's never 70 MM, or 100 MM. It is millimeters
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
it was initially used in Afghanistan during 1980s
What is that funny looking cage structure at the top front end of the unit? Anyone? Thanks...
It is an IFF Antenna- Identification friend or foe (IFF) antenna,
@@Aitelly Oh ok...thanks for that.
Always Welcome
@@Aitelly Great channel by the way, thanks for all the great clips....
Thanks ! Will Try to Produce Better Content as we move ahead we are not afraid to make mistakes.
Worked on flight 800 over new. York
ho visto che praticamente in tutti i video i manpads tendono a colpire la parte posteriore nei elicotteri gli spezza la parte posteriore e rimane senza elica di coda mentre nei aerei il motore e i piani di coda comunque sempre la parte posteriore
"How does a Stinger Missile Work" is proper English.
"How does a Stinger Missile Work", not "Works" in the title.
How does it work ??? Well! It works well!!!!