Hello, welcome to warfare news. Now today you will see that international media, Indian media, everywhere this news is being covered that a fighter jet of  Bangladesh Air Force Jet Crash in a school in the capital of their own country.

India Faced a Different Type of Crash Recently

See, in India also you must know that a few weeks ago a crash happened in Gujarat. But that was a different type of crash. It was a civilian aircraft. It was a free accident.

Strange Circumstances of the Crash

But I would say that this incident has happened, nobody is able to understand it because the fighter jet was flying properly in the sky. It had taken off properly and then suddenly when it crashed, you must have seen that when a crash happens, the pilot tries to crash in a place where there is an empty, deserted area, an open area, but to crash directly in a school, that too in the capital of your country, in this manner, this is quite incredible, by going directly into the building you will see that the aircraft has fallen and this is the condition of the aircraft, the engine etc. has all been destroyed, you must have understood from needless to that, it seems to be Chinese technology.

Chinese-Made Fighter Jet Involved

Of course, this was a Chinese made fighter jet of Bangladesh Air Force and since its crash, at least for the time being the news is coming that 19 people have been confirmed dead. Unfortunately, it has to be said that the number of injured is being told to be around 100. So unfortunately, it seems that the death toll will increase to a great extent…

Why Did the Crash Happen in the Capital?

…and if you are wondering here which aircraft was that which crashes directly on a school in this manner, that too in the capital. Look in the capital, I have to say here that usually in the capital of countries, the safety protocols are more. Air defense systems are also there. There are a lot of majors. So in the middle of all this, the crash of an F7 fighter jet in this manner is quite weird.

A Training Jet Crash Raises More Questions

And the strange thing is also that this was a training jet. This accident is so strange, so weird. The whole of Bangladesh has decided to observe a day of mourning. There will be a one-day state morning. The flag of Bangladesh will be lowered. The whole country will mourn here because I cannot remember the last time in the history of Bangladesh when such an accident happened.

Why Didn’t the Pilot Eject?

And if you have a question here that many times these fighter jets have an ejection seat in which when the pilot sees that I have no control in my hands, then I should eject. So was the pilot able to eject here? The answer to this is no, the name of the pilot here was Toh Ur Islam. He was a lieutenant in the Air Force. He too could not eject from his seat and died due to his injury. When this plane crashed and the visuals that came out were horrifying.

Humanity Before Nationality

Gaurav as an Indian, see, Bangladesh, India and countries are different but in the end we are all human beings. No matter what the Bangladesh social media said about Indians when the crash happened in India, I don’t think I have lost my humanity. I genuinely felt bad and a question also came to my mind: why is this old fighter jet still flying in Bangladesh?

J7 Aircraft: The Outdated Chinese Fighter

If I talk about the fighter jet that crashed here, it is a Chinese made aircraft and if you read about it, then its actual name was given in China around 19670 and that was J7. The actual name of this aircraft is J7. The Chengdu company made it. Its export variant was sold to Pakistan. Yes, they have sold it to Pakistan as well. I think Pakistan has also crashed many J7s. I remember many instances there as well and they sold it to Bangladesh as well and its export variant was named F7 from J7.

Bangladesh Still Uses the Risky F7 as Trainer

And China, by the way, has made this. The use of aircraft was stopped for a long time. But you can say that due to budget constraints, even today Bangladesh is using this aircraft as a training aircraft for their pilots, which in itself is a very risky decision because the chances of crashing of your trainee pilots are always high.

Past Crashes of the Chinese F7 in 2025

And if you look at this year itself, this Chinese F7 aircraft has crashed three times. All three times, many people have lost their lives. On February 6, 2025, J7 trainer or F7 J7, whatever you want to call it, crashed in Zimbabwe and many people lost their lives.

Mystery Surrounds Myanmar F7 Crash

Then on June 10, the Myanmar Air Force was flying an F7 aircraft. Now look at this, what has happened here in Myanmar is a mystery in itself because as you all know, there is a civil war going on in Myanmar. Many groups have stood up against the army of their country. They are doing guerilla warfare. So the Myanmar Air Force was flying an F7 fighter jet. Suddenly the news comes that one of their Air Force’s fighter jets has crashed. Did it crash or did the people below shoot it down? It is not clear. But eventually it was found out that the fighter jet which people were saying was the JF17 Thunder crashed in Myanmar was actually an F7. It was a Chinese made fighter jet. But it was not a JF7 Thunder. And it is also being said that 4 to 6 civilians died due to its crash.

July 21 Tragedy in Bangladesh Capital

And now the most recent case is that on July 21, a Bangladesh Air Force Jet Crash in a school in their capital. Make it. Whatever list you see of the crashes of this aircraft, it crashed anywhere in the capital of your country, that too where children are studying. You will not find such an example. This is truly something unique.

Bangladesh Air Force’s Aggressive Modernization

And we Indians, if we look at the Bangladesh Air Force, you will also note one change that Bangladesh has started the upgradation process of its Air Force after a long time. And it is not that they want to upgrade their Air Force with a defensive posture. If you look at the overall road map of Bangladesh regarding their Air Force, it is clearly visible that they are preparing for a conflict.

Bangladesh Buying 16 Chinese J10C Jets

For example, today Bangladesh is negotiating with China to get 16 J10 C fighter jets and attack helicopters. Usually Bangladesh is so aggressively procuring Chinese made fighter jets in such a large quantity. Now again, if I talk about the Bangladesh Air Force, it is a large quantity because they do not need it. They do not face any military threat from India. Yes, they are planning something on their own in the long term. That is a different thing altogether.

Internal Instability Yet Defense Spending Rises

But suddenly purchasing Chinese J10C fighter jets at a time when their exports are collapsing. The economy is not able to function properly. Unemployment is rising in the country. Suddenly they are purchasing fighter jets on a large scale.

Anti-India Rhetoric and Strategic Suspicion

And at the same time, you will see that their military leaders have given anti-India statements many times. They have said about the Siliguri corridor that when will they go to it. With China. This increases the suspension to a great extent.

India Must Monitor Bangladesh’s Military Intent

I think at the same time, look at this incident, it is very sad, shocking. But at the same time, the way Bangladesh is now training its pilots at double the rate. They have plans to acquire fighter jets. India will have to closely monitor what Bangladesh is actually planning. Because ever since Mohammad Yunus has come to Bangladesh, Bangladesh has had an anti-India stance.

Water Disputes May Escalate Tensions

And the way India is reviewing its old treaties related to water. For example, the Ganga Treaty is about to end. It will complete 30 years in 2026. It was signed in 1996. Under this, how will the water of the Ganga river be distributed? This was decided between Bangladesh and India. India will review it. Definitely, Bangladesh will get less water this time. Most likely, this is what usually happens in reviews.

Closing Note: Updates Will Follow

So, because of this, there is a possibility that Bangladesh may gradually become more hostile against India. So, in the coming times, any important development related to the Bangladesh Air Force will come to the fore. I will keep on making updated content for all of you.

There is a hush-hush activity going on in India’s defense industry these days. News is coming from inside sources that India and France are preparing to jointly develop the next generation fighter jet engine. Now this is not an ordinary arms deal – this is like laying the foundation of technological self-reliance.

The Indian Government has given nearly₹61,000 crorehas given approval to pursue a mega project worth Rs 10 lakh crore in which a French companySafrantogether with a120 Kilo Newton ClassAn advanced engine of 1000 cc will be made. It will be used in India’s future fighter jets –AMCA (Advanced Medium Combat Aircraft)It will be done in.

New hope replaces old failure

To be honest, India has tried this before. In the 1980s, DRDO started the “Kaveri Engine” project, but even after 40 years, that engine could not be made capable of flying fighter aircraft. Technology, material science, temperature control – something or the other remained incomplete everywhere.

Now that an experienced country like France is coming on board, it is hoped that this time India will not just assemble the parts – it will understand the engine from heart to mind, manufacture it and perhaps even export it.

Why France? And why now?

If we look closely, India’s relationship with France is not new. Be it Mirage-2000 or Rafale, whenever India has needed them, France has supported them.

But this time Safran is not just selling engines, butComplete technology transferYes, not just manufacturing—but also “core technology”, R&D documents, material composition, and even training of Indian engineers are being discussed.

If this happens, then it will be the first time that India will require an engineComplete TechnologyYou will get it—just not the screwdriver assembly.

The journey beyond the engine: A strategic signal

This deal is not just about fighter planes, it is a clear message – that India now wants to stand on its own feet.

Today, when China is increasing its power, US policies can change at any time and Russia is in its own troubles – India needs partners who are trustworthy and also transparent in technology.

France is giving that assurance. And this proposal with Safran can bring India into the “engine technology club” where currently there are only 4-5 countries.

Obstacles will not decrease

Now if we talk a little about the truth, it won’t be that easy.

Making a fighter jet engine is not just about assembling parts. It requires material technology that does not melt even at 1600°C temperature. Every small part, every thrust level, every balance—everything must be absolutely precise.

DRDO and HAL will have to be upgraded, but India’s private aerospace industry will also have to work shoulder to shoulder in this mission.

And if it’s successful, then…?

So imagine, after 2030, India’s fighter aircraft—AMCA, TEDBF, or any UAV—will all fly with engines made in India. And not just for itself—they will be sold to other countries as well.

It will not just be Make in India, it will be “Design in India, Innovate in India, Take-off from India।”

What matters most is…

The most touching thing in this entire news is India’s perspective. Now we don’t want to be just “buyers”—weManufacturerWant to become.

If this deal is finalised and Safran indeed shares the core technology, India may never have to look outside for a jet engine in the coming decades.

What is the status so far?

• The Government of India has approved funding of ₹61,000 crore. 
• Safran has been selected as the partner and the engine is being designed as per AMCA. 
• No final MoU has been signed yet, but talks are in the final stages. 

Last thing: Will this dream take flight?

If not today, then tomorrow, India will have to take this step. Be it with Safran or with someone else. But one thing is clear—India is not going to stop now.

If this deal is finalised, then in the coming decade when the first Indian AMCA flies on its own engine – it will not be just a jet. It will be the loudest slogan of self-reliant India – in the sky, at full speed.

Hello and I welcome you to warfarenews. India is working very fast on AMCA i.e. Advanced Medium Combat Aircraft. But what is so special about it? Why is it being discussed everywhere? Now, the fifth-generation fighter jet that India is going to make will be called Ghost of the Sky. And there is a very solid reason behind this. India’s MG-21, Mirage 2000, and Sukhoi 30 MKI have bombs and missiles hanging under their wings. Whose structure is hard and metallic? Apart from this, the fins of the missile, the curve of the fuel tank, all these things reflect radar waves. Due to which the location of such planes can be found. Now, the solution to this problem is an internal weapon bay. That is, you will not see weapons hanging outside in AMCA. It will run by storing all its missiles and bombs inside a weapon bay. Its weapon will open and close within 1 second.

️ Radar Cross Section (RCS) Explained

Now, after doing all this, low RCS is also taken care of. Now what is this? See, when radio waves or radar waves collide with an object and go back, then how big that object appears on the radar depends on its RCS. That is, the smaller the RCS, the smaller the object will appear on the radar. For example, the Sukhoi 30 MKI looks like a big car. F16 looks like a small car. Your Rafale looks like a motorcycle. That means it looks the size of a bike. And brother, F22 Raptor looks like a bullet from a gun. And the AMCA that we are going to make will look the size of a tennis ball or a bird.

RCS Reduction by Design

Now that you have understood RCS, also know how it is made? See if the body of a plane is made with sharp angles and curves, then its RCS reduces. That means radio waves will collide with it but will not go back; they will scatter, they will disintegrate. And RCS means radar cross section. That is why the aircraft’s doors, hatches, and even fuel caps are carefully designed. Their edges match perfectly and that is so that the radio waves do not bounce back. This is how stealth is maintained.

⚙️ Twin Engines in AMCA vs. Tejas’ Single Engine

Well, you must know that we are using double engines in AMCA. But in Tejas, we have used a single engine. After all, what change will come with it by installing two engines? I mean, installing two engines will only increase the cost. What is the benefit? What is being received in return? Let me tell you. Look, with the help of two engines, it can gain a very high speed very quickly. It can carry heavier bombs. It can carry missiles. Even if one engine fails, it will keep flying. Two engines also play a very big role in dodging and it will achieve supersonic speed without an afterburner.

Afterburner vs Non-Afterburner Supersonic

Look, what happens normally is that a fighter plane with a single jet engine can achieve supersonic speed only when an afterburner is used in it and afterburner means mixing more fuel with the oxygen left in the burnt gases inside the jet engine and burning it again to extract more power from the jet engine. Now the problem here is that it consumes more fuel and produces more heat. That means it will produce a bigger infrared signature, and heat seeking missiles will find it easily. So if there are two engines instead of a single engine, then supersonic speed can be achieved easily without an afterburner. For example, the F22 Raptor is the world’s first fighter plane to achieve supersonic speed without an afterburner. Now, the goal of AMCA is also to achieve supersonic speed without an afterburner.

MUMT (Manned Unmanned Teaming) Technology

Apart from this, MUMT technology will also be used in it. That means MUMT technology is also being used. Now this is the manned-unmanned teaming technology, that is, AMCA can fly with a drone army while guiding them. Look, Hindustan Aeronautics has developed or is developing the CAT system. That is, the Combat Air Teaming System, that is, a team of flying machines that will blindly follow the orders of AMCA in the air. That means, in battle, the pilot of AMCA will be like a commander.

Smart AI Drones – Decision Makers & Defenders

However, these drones will be completely free to make their own decisions, that is, to make decisions with the help of AI. But they will take data from AMCA, take instructions and later spy on the enemy, attack, and even sacrifice themselves. That means they will get destroyed themselves, but will save the fighter plane. These drones can fall on the same side as the enemy. That is, they can fall on top of the surface to air missiles. And if the enemy turns on its radar on it, it will immediately send the location of its radar to AMCA, and then AMCA will fire a missile from there and destroy the SAM site and radar.

Open Architecture, HMD, and Radar Evasion Systems

Open Modular Architecture – Plug & Play Futureproofing

Apart from this, AMCA will also use an open modular architecture. Now, understand what it means. Look, open architecture is like an assembled desktop. If a part gets damaged or you need to upgrade, remove the part and replace with a new one. If the technology is not too advanced, then there will be no compatibility issue. Now, the advantage of this will be that new bombs and missiles can be integrated with the fighter jet. New radars and jammers can also be installed. Things can be changed by upgrading. This will reduce the cost. Maintenance will become easy and our jet will be equipped with state-of-the-art cutting-edge technology.

Helmet Mounted Display (HMD) for Instant Target Lock

Apart from this, the pilots of AMCA will also use HMD technology. That is, a helmet-mounted display. So what used to happen earlier was that in a dog fight, the entire plane had to be rotated to lock the aircraft. It used to take time. There was always a risk of being shot down by the enemy. Now with this technology, the enemy is on your side. No problem. Turn the helmet and lock it. Just fire the missile. The missile will go and hit on its own. In which the target box, missile status, radar alert, flight data like attitude, speed, and G4, all these things will be available to the pilot in real-time on a transparent screen in the helmet. F-35 pilots use J3 HMD technology, which creates a complete battle view and shows it to the pilot.

US vs Export Models – The Downgraded Reality

The weapons that America sells to the whole world are slightly downgraded versions of the original technology. America never wants its top class technology to go to any other country, and that technology is used against it in the future. So, do not assume that the British Navy’s F35, which is gathering dust in Kerala, will be equipped with the same cutting edge power pack technology of the F35 that America is using. The F-35 is a great fighter plane but is overpriced. It is more expensive.

️ Inlet Duct Design for Radar Invisibility

Look, a fighter jet has to draw a lot of air into the engine to fly. For which, fighter jets of different countries use inlet ducts of different shapes. Some use rectangular, some trapezium, some use semi-oval shaped inlet ducts. Now, the problem here is that the compressor blades inside the jet engine, that is, the metallic fan, work like a mirror for radar waves. Understand it like this: how do you see an object? When light hits an object and comes back to our eyes. Radar also sees in the same way. When radio waves hit an object and come back, only then is the location of that object known.

S-Duct Inlet for Hiding Compressor Blades

Now in AMCA, we have made the path leading to the compressor blade curved like an S so that the radio waves cannot go straight to the compressor blade. And now, after reflecting inside the duct, they will not be able to go back to the radar after losing their energy and the plane will disappear from the radar.

RAM Coating – Turning Radar into Heat

Apart from this, RAM i.e. radar absorbing material coating will also be done on AMCA which will convert radio waves into energy i.e. radio waves will not go back after colliding. Now you can get RAM coating done here but after this you will have to pay the bills i.e. listen to the tantrums of this aircraft that you will have to bear.

️ RAM Maintenance – Temperature, Humidity & HEPA

RAM coating is very sensitive. It can get damaged in heat, ultraviolet radiation and high humidity. That is why it will have to be kept at a temperature of 20 to 25° for 24 hours i.e. in a controlled environment. Where humidity should be less than 50%. And this is nothing. No dust particle should fall on it. That is why HEPA filters will be used. That is, high efficiency particulate air filters will be used. Our hair is around 70 microns and these air filters will filter even particles 200 times smaller than that. Understand it like this, a satellite is made inside a clean room. To store this plane, we will have to maintain a clean room and you cannot park it on the ground.

⚡ Static Charge Threat – Burn Marks & Antistatic Flooring

For this, separate antistatic flooring will have to be made. You must have often seen that we also get shocked by touching something. That means we get shocked due to static charge. Now in the case of this plane, static charge is a big headache. It can cause burn spots on its radar, electronic warfare system, missile control system and even its RAM coating. That is why the floor that is prepared to park it, antistatic flooring is prepared using conductive or semiconductive materials like carbon, copper, mesh etc., which directly grounds the static charge.

☀️ Field Use vs Storage – Real vs Ideal Conditions

Now here this question must be coming to your mind: if AMCA is so delicate, then how will it withstand sunlight, dust, ultraviolet radiation while flying? Look, here you have to understand that there is a huge difference between the ideal condition and running condition of anything. Don’t run a motorcycle for 6 months. Its battery will go down, the brakes will jam, the clutch will jam, the fuel cap will not open. But if the same motorcycle keeps running, then you will not have to face all these problems. The RAM coating of these planes is designed to withstand stress. That means there are less chances of them getting damaged in running conditions. And anyway, after the mission, its maintenance etc. will definitely happen. That is why more caution is taken before the mission.

National Commitment & Bureaucratic Roadblocks

Now look, if you have come till here in the video, then you must also be feeling very good that we are also doing something for the fifth generation fighter plane. But you should also know that the system of our country is also contributing to this project by putting in all its efforts. That means when a file goes from one department to another for approval, then it lies for years and cries that Bhaiya, this is a matter related to the security of the country, please pass it. But how dare anyone take notice.

Tejas Project: A History of Delay

Tejas project could not get clearance from 1983 to 2001. Our own aircraft got stuck in paperwork. Even after an aircraft was designed, its testing could not start for 5 years because the file was not able to fly for approval. So how will it get cleared soon?

Lack of Long-Term Strategic Thinking

Defence R&D works on long term thinking. It works on planning and here the government changes and the thinking changes. The Kaveri engine was removed from the priority list after 2008. Whereas its drive version was completely ready. And your DRDO and Indian Air Force play such amazing games. Listen to them too.

Disconnect Between DRDO & IAF

Sometimes DRDO designs such products without knowing what the person who is going to use it needs inside it. The Indian Air Force never liked the first version of Tejas. And the arguments that were going on between DRDO and Air Force. You must have heard a lot about this in newspapers and news. And when the whole mess spread, then DRDO and Indian Air Force understood that they should talk to each other. It means that we have to tell each other what we want and also ask what do you want, Bhai sahib.

Tejas MK2 – Built with Feedback

The second version of Tejas was made when the Indian Air Force told DRDO in very clear words that this radar refueling probe and beyond visual range missile must be installed in it.

Slow Pace of Government Sector Work

Look at the level of hard work of the system. To what extent all efforts are being made to fail the defense project. And let me tell you, listen, the employees of government companies work at a snail’s pace. The project is getting delayed. Let it be, we will not give work to private companies.

️ Involvement of Private Players like Tata & L&T

Now companies like L&T, Tata have started getting projects for small works of AMCA and Tejas. Earlier, no one used to give work to private companies. And at the same time, companies like Lockheed Martin, Raytheon, Boeing also give new startups for their small work, that go children, you also clean your hands. If you become big tomorrow, then the benefit will be from your own country.

Budget is Allotted, but Funds Are Delayed

Apart from this, funds are allotted in the annual budget but it takes years to clear. In 2021, the design of AMCA was completed. But until 2023, the Cabinet Committee on Security did not give clearance for full scale development. Meaning it took 2 years to give a clearance. And the clearance also went when it was found out that China had prepared more than 150 units of the Fifth Generation Fighter Plane. And tomorrow, this fighter plane will be lost on the LAC of our country i.e. our ears.

“Naak Jaye Par Shaan Na Jaye” Attitude in R&D

Apart from this, there is another very big disease. There is a saying in R&D here, but the skin goes but should not be stunned. Meaning, there should be no research and development for the security of the country, but money should not be wasted. By the way, there is no shortage of money for such schemes Manji, Bahna ji, Bhaiya ji, father. And those who are out of power are also no less. In his manifesto, he also promised to run similar schemes. These are all rocks of the same plate.

When a Project Fails, It’s Shut Down Instead of Fixed

Now due to lack of money, the new ideas are delayed or rejected. It will not work, it will not work. Work is stopped on the paper itself by speaking. The afterburner version in the Kaveri engine failed between 2006 and 2009. After this, the entire project was freed. Whereas countries like the US, China and America kept their projects on even after four-times failed.

Rotten System = No Progress Despite Resources

Due to this rotten system, our country is not able to progress. Because we do not have a shortage of resources. This system is in dire need of reboot.

Reforming Defense Projects, Education & Innovation in India

India Needs a Strategic Defense Project Act

Now how will this happen? Let’s talk about this. India needs a Strategic Defense Project Act. There is a National Defense Authorization Act in the US that sets the deadline of every major project and there is an official investigation when delayed. We should also have a legal deadline here. There should be audits from time to time, accountability should be fixed and the government should work in mission mode.

A Unified Project Management System

Apart from this, a Joint Project Management Unit should be formed. For example, during Chandrayaan 3, ISRO created an integrated mission control room. That is, every department which was connected to Chandrayaan 3, all of them were working under one floor. In the same manner, DRDO, Armed Forces, Hindustan Aeronautics Limited, Ministry of Defense, Ministry of Finance should be assigned to the top engineers and managers of all of them and assign a task that whatever decision you have to take to succeed the project, you can take, you will not take it.

How BrahMos Succeeded: Direct Funding Model

Have you ever wondered how to develop BrahMos time? Because India Russia Joint Venture used to get direct funding. So in this way, there should be a direct funding corridor for high priority R&D projects. Where funding should be found on the milestone basis. If you showed this work, then the funding ahead was cleared.

Contingency Fund for Emergency Imports

A contemporary fund should also be made. For Emergency Equipment Imports. Infrastructure of testing is required. We do not have goods. Ask outside but research should not stop.

Enable Public-Private Partnerships

The platform of public-private partnership should be prepared. Israel’s Iron Dome has more than 40 private vendors. Overdependence on HAL, BEL, DRDO should be reduced. This will intensify innovation, computation will improve, quality will be better and it will be a step towards self-sufficient India.

Reward the Timely, Penalize the Delay

Apart from this, the penalty reward model should also be adopted. In the event of a project delay in the contract of the US Air Force, there is a clause of liquidated damage. That is, you will fill the damage to the Air Force because of you. The same clauses are in the contract of Germany’s Euro Fighter. If we give on time delivery, whatever defense contracts are given on time, then they should have a bonus and if the project is delayed, then there should be a provision of penalty.

Failure Immunity Policy for R&D

Apart from this, there should also be Failure Immunity Policy. If a project in India fails for the first time, then work closed on it, the project closed, the file closed, the money closed. ISRO’s cryogenic engine failed three times and today is GSLV world class, the reason behind which we did not stop funding. ISRO continued to work and today the result is in front of the world.

The new policy should have three test cycles immunity. There is no problem after the first failure. Funding should continue. Support your scientists. They are not working for any neighboring country. Are for us.

Revolutionizing Education for Defense Innovation

Now come on the most important part of the education system.

The DARPA Grand Challenge, NASA Open Innovation inside the US organizes competitions such as Lockheed Martin Boeing National Student Challenge. In these, children of colleges of schools distribute. And what was its result?

In the US, 14-year-old children developed a drone navigation system. Meaning a college project got integrated into the direct military-grade system.

China’s Model – Military-Civil Fusion

Come on, America is very advanced. Learn from China. The National Defense Student Program, Military Civil Fusion, Tier to Tier Three Cities in China has been built in regional labs. Now young children associated with them are trying their hands in such fields and the innovation done by them is funded by direct PLA i.e. from the People’s Liberation Army.

What India Can Do: Real Actionable Changes

Now this has happened abroad. What can India do? Brother, change the system of children’s education. Teach them the things that will be used in future. Nothing is going to be found from outdated things. Our education system needs steroids, not tonic.

Practical Curriculum, Not Theory

First of all, change the syllabus. Basic electronics, sensors — bring such things that see that the child feels like reading. Give small equipment in their hands so that they learn to run. Understand electronics, understand the computer and take it to the computer room in our country and say that touch will not deteriorate.

And this is happening in private schools. The matter of governments is different. Meaning that if a child wants to learn to run a computer, then he should have his own computer because he will not be able to learn in school.

DRDO School Program to Inspire Youth

The DRDO school program can be started. Where DRDO’s scientists go to schools and motivate children. Tell us about things. Develop their curiosity. If a child in a school also carefully listens to them and takes these things, then you will get a top class scientist in future.

‍ Fix Engineering Colleges First

And my request is please do not make children’s junk with this inferior education in engineering colleges. In the first year, when any child enters an engineering college, he dreams that I will learn this, see it, I will do it and all the things change within 3–4 months. There is only one target: Pass the paper in some way. Why?

Launch National Defense Innovation Challenges

If you do not have a scientist because of the education system, then find out the scientist. Give Desi DARPA Grand Challenge. Start getting the Defense Olympiads. Start getting a nationwide R&D competition every year. Make a platform to submit open project or ideas.

Talent is Everywhere – Give Them a Platform

There is no dearth of mind in our country. You will find such ideas that technology will stand. No, there was an idea in the mind of a man in a village which could take a form of revolutionary technology. But the poor do not know where to submit that idea. How to be in front of the world? So give it the way and if you see some power in his idea or project, then grant it, fund it.

⚠️ Final Thought – Reform the System, Secure the Nation

If the future of a country is to be ruined, then destroy its education system. But I hope that maybe someone must be thinking about it and maybe we will also get to see good days.

For years, the TU160 Blackjack was Russia’s crown jewel, a rare nuclear-capable bomber built not for daily combat, but for deterrence. But everything changed in June 2025. After one of the most devastating Ukrainian drone attacks on Russian strategic bombers, Moscow retaliated with precision, fury and symbolism. It wasn’t just a military response. It was a statement. For the first time in history, the TU160 roared into battle.

Why Now? And What Does It Mean?

Why now? And what does it mean for the future of this war? Let’s break it down.

The Strike of June 2025

The first week of June 2025 brought a significant change in the Russia-Ukraine war. On June 6, Russia made the dramatic decision to deploy its rarest and most advanced strategic bomber, the TU-160 M Blackjack, in actual combat for the first time. This was no test flight or demonstration of power. This was a full-blown operational mission, launching cruise missiles at Ukrainian targets.

Ukraine’s Operation Spiderweb

The timing is no coincidence—a quick reminder to 1st June, when Ukraine executed one of its boldest strikes yet. Under the operation named Spiderweb, Ukrainian forces launched a series of long-range drone attacks across Russian territory. These weren’t symbolic hits. This was strategic sabotage. Their targets. Deep inland air bases like Balayya near Irkutsk and Olenia in the remote Mongolian region. Using truck-launched drones, Ukrainian forces managed to destroy or turn off around 40 Russian aircraft. Among them were TU22 Backfire and TU95 Bear Bombers, pillars of Russia’s long-range strike capability. Germany’s military later assessed that around 10% of Russia’s strategic bomber fleet had been neutralised in just one operation. US intelligence painted an even grimmer picture. Up to 20 bombers struck, with at least 10 confirmed destroyed. For Russia, this was not only a military setback but a humiliation. And don’t expect Russia to do nothing.

Russia’s Retaliation With the TU-160M 

Then enter the TU160M. On June 6th, just 5 days after the drone assault, two TU160s took off as part of a retaliatory wave. Alongside a bomber formation, they launched a total of 36 KH 101 cruise missiles aimed at Ukrainian military infrastructure. While the full damage assessment remains classified, one thing is clear. This was Russia’s way of proving that it still held escalation dominance even after taking a severe blow. Deploying the TU160 sent two messages. First, that Russia could bounce back rapidly from strategic losses and second, that it was willing to burn its most powerful card not in nuclear war but in conventional retaliation. The message was loud, and the world was listening.

What is the TU-160M?

So, what exactly is the TU160M, and why does its entrance into the battlefield matter so much? The Tu-160 M is not just another heavy bomber. It is the fastest, most powerful operational bomber in the world today. A marvel of Soviet era design fused with 21st-century upgrades.

Performance and Capabilities

Let’s start with performance. The TU160M can fly at speeds over Mach 2. That’s more than 2,200 km/h. With a combat radius of 12,000 km without refuelling, this bomber can reach any theatre of war on the planet and return home. Its variable sweep wing design allows it to operate efficiently at both subsonic and supersonic speeds, giving it unmatched versatility. And when it comes to payload, this flying behemoth can carry up to 40 tons of ordinance internally. That includes nuclear or conventional KH101 cruise missiles, all stored inside the fuselage to reduce radar cross-section and maintain aerodynamic stability.

2025 Upgrades the Tupolev Tu-160

But the real evolution lies in its 2025 upgrades, Tupolev Tu-160. The new Tupolev Tu-160 variant comes with a fully digital cockpit, a glass cockpit layout that streamlines avionics and data processing. It features stealth coding enhancements, an advanced electronic warfare suite capable of jamming enemy radars and upgraded NK 3202 turbofan engines, delivering 10% more thrust than their predecessors. Protection hasn’t been ignored either. The crew sits inside an armoured cockpit, and the aircraft is equipped with flare and chaff dispensers to mislead incoming missiles. Altogether, the TU160M isn’t just a bomber. It’s a high-speed missile platform designed to enter contested airspace, unleash destruction from a distance, and leave before anyone can react.

Strategic Use Over Ukraine

And that’s exactly what Russia did. When the TU160 Bomber took flight over Ukraine in June 2025, it wasn’t just about military necessity. It was a strategic play designed to achieve multiple goals at once.

Filling the Gap Left by Damaged Bombers

First, there was the practical dimension. The TU95 bombers had taken a hit from Ukraine’s drones. With nearly a dozen out of action, Russia needed a platform to maintain its long-range strike tempo. The TU160 stepped in not just to fill the gap, but to elevate the operation to a whole new level. Each TU160 can carry up to 12 KH101 cruise missiles, each with a range of over 7,000 km. That means these bombers can launch from deep within Russian territory and still strike any target in Ukraine without ever coming close to contested airspace.

Nightmare Scenario for Ukraine

For Ukraine, this presents a nightmare scenario. Their air defence systems, already weakened by constant missile and drone attacks, now face a new threat from heights and distances they can barely touch. Every time a Tupolev Tu-160 takes off, it doesn’t just represent a target. It represents the potential of a dozen missiles: each precise, each deadly, and each more brutal to intercept.

Missile Truck Doctrine in Action

This is the missile truck doctrine in action. Fewer aircraft, more firepower. A single TU160 can overwhelm defensive systems that would typically require dozens of drones or older aircraft to do the same damage.

Strategic Symbolism

But beyond the tactical logic lies strategic symbolism. Finally, by deploying the Tupolev Tu-160, a bomber previously reserved for nuclear deterrence, Russia is raising the psychological and political stakes of the conflict. It’s a way of telling the US, NATO and the broader world that they’re not only back, but they’re back with their best plan.

Read our Latest Post    S-500 Defence System

Hello friends, India is going to become a superpower in the world in terms of hypersonic missile systems. India is developing 12 different hypersonic systems. Recently, DRDO has said that projects are going on to develop 12 different hypersonic systems in India, which are going to help India in air, sea, land and defence.

For your information, let me tell you that apart from India, at present, Russia has the Zircon hypersonic missile. Apart from this, China has hypersonic missiles. But we do not know exactly what type it is because there is a lot of secrecy inside China. On the other hand, the United States of America has been trying to make hypersonic missiles for a long time, but has not been able to make them yet.

Now, in such a condition, if India develops 12 different hypersonic systems, then it will be an outstanding achievement in itself, and it will not take much time for India to do this. You will remember that some time ago, the DRDO chief had said that if India decides to make a missile today, then India can make that missile within 2 years because India’s missile-making capacity has increased a lot.

In such a condition, these 12 systems that we are developing will be developed in India within the next few years, and India will have about 12 hypersonic systems.

Understanding the Systems

Exactly which are these projects that have been announced by DRDO? Come on, friends, now let’s try to understand what has happened here. Look, you will remember that last year India had tested the Hypersonic Technology Demonstration Vehicle, now after that, India is working very fast on the hypersonic system.

Now you will say which hypersonic system is hypersonic, and what is this hypersonic glide vehicle? What is a hypersonic cruise missile? Look, there are different types of rockets available in the market. The first type of missiles is ballistic missiles. You must have heard of Agni missiles, etc., right? What is this? It goes out of the atmosphere into space and then comes back and hits the target. It has a rocket engine. And due to the rocket engine, it is pretty easy to achieve hypersonic speed here. And many countries have hypersonic ballistic missiles.

But the problem with ballistic missiles is that the radar installed here gets more time to detect them.

On the other hand, there is a hypersonic glide vehicle. What happens in it? A rocket launches the missile at hypersonic speed, and then after that, the missile glides. That means the rocket does not have the capacity to move at hypersonic speed, so it takes the help of another rocket through which it achieves hypersonic speed.

Then there is a third type of missile which moves downwards while being completely maneuverable, and this type of missile is called a cruise missile. And if the speed of this cruise missile is more than 5 Mach, then it is called a hypersonic cruise missile.

Apart from this, India has BrahMos in supersonic and Nirbhay missiles in subsonic. But we do not have a hypersonic rocket yet. We want to develop this hypersonic missile system in India.

Now, if you see, many countries in the world have the technology of hypersonic weapons available. But you will not find the technology of ballistic missiles everywhere. But if I say hypersonic cruise missile, then only Russia and China have it; apart from this, no other country has it. Russia has Zircon, and China has ZF. Apart from this, the United States of America is also developing its hypersonic missile. But it has not been able to create it yet.

Engineering Behind Hypersonic Cruise Missiles

Now, the question arises: is it so challenging to develop a hypersonic cruise missile?

Generally, supersonic missiles have a ramjet engine installed inside them. What is a ramjet engine? It keeps moving. It keeps taking oxygen and keeps burning fuel. And a jet engine is being used. Meaning this is a cruise missile. Because I told you what is in a ballistic missile? A rocket engine is used. Because you are taking it outside the atmosphere. But if we talk about a cruise missile, then it is running in the atmosphere itself. That is why a jet engine is used here.

The Ramjet engine is seen as a very efficient engine that can travel farther on less fuel and less weight. But the biggest problem with this Ramjet engine is that it works very efficiently up to a speed of 3 Mach. After the speed of 3 Mach, it almost fails.

Then we need another new type of design called a scramjet engine, which can work well even after the speed of 3 Mach, and the same thing is used in hypersonic missiles, and the same thing is with China and Russia. But India does not have a hypersonic cruise missile yet. The demonstration vehicle we used was a glide vehicle.

DRDO’s 12 Hypersonic Projects

But there are about 12 different projects going on in India.

• The first project is BrahMos 2, in which we are making land, sea, and submarine-launched hypersonic missiles. Whose speed will be around 8 Mach.
• Apart from this, we are also making a long-range hypersonic anti-ship missile system in India. Whose range will be around 1500 km.
• A BM4 missile project with a glide body is also going on in India.
• We are also making air-launched hypersonic missiles in India, which will be integrated with the Sukhoi 30 and AMCA.
• We are even making hypersonic torpedoes for underwater fights.
• Hypersonic interceptor systems are also being made in India to detect hypersonic missiles.
• Efforts are being made to make scramjet engines in India.
• Efforts are being made to make air-breathing engines.
• Common hypersonic warhead bodies are being developed in India.
• Under Project Vishnu, we are developing a hypersonic missile by achieving a speed of 12 Mach.
• We have already tested the Hypersonic Technology Demonstration Vehicle.

So these 12 different projects are being seen in India. Through which India is going to beat the world in hypersonic technology. Now you must have understood all these things exactly.

You May Also Like Latest Post  PANIC in Turkish Media over Indian Missiles

Every day, you must be hearing that these European companies will make their weapons in India. That European company will make it. Even Rafale has not made its fuse anywhere because France has never transferred technology. But it is saying that we will make our fuse inside India itself. We are not talking only about European companies. If we expand it a little more, you will find that the United States of America’s Ludwig Martin is producing many of its products inside India. Russia’s Sukhoi fighter jets are being made inside India. And even in the coming time, more offerings are being made to India. The question arises that this type of offloading is being done by defense companies from all over the world, and their manufacturing is being shifted to India. So the question arises, why and in what way is this happening? I, Shubhik Chauhan, will discuss this with you in detail. Come on, friends, now let’s try to understand what happened here. Shorten with AI

Global Defence Production Shift Towards India

If I tell you how companies from all over the world are constantly shifting their production to India,

• First, look at Airbus. Airbus has already negotiated to make C295 transport aircraft in India through a joint venture with Tata Advanced Systems Limited. Manufacturing facilities are being started.
• On the other hand, much of the equipment of Rafale will also be made in India by France’s Thales company. Even the fuse of Rafale is being talked about as being produced in India with a tie-up with Bharat Dynamics Limited and BEL.
• On the other hand, the MBDA company of France and the United Kingdom is doing a joint venture with India’s L&T for the next-generation anti-tank guided missile for Indian forces.
• Even Sweden’s Saab company first talked to Adani and then spoke to the Indian forces, and finally, they have offered that Sweden’s Gripen fighter jet be made entirely in India. That is, the German company has started making artillery and vehicle systems in India by tying up. Shorten with AI

In this way, you can see that every day you will get to see such news where some foreign company will say that we will make weapons in India. Lockheed Martin is also making much of the equipment for its fighter jet in India. Russia’s Sukhoi 57 and Sukhoi 30 are being made in India. The offer to make Sukhoi 57 in India is also being given in Nashik. Russia has even signed a deal with India that it can make any weapon it wants in India.

Why India? Key Factors Driving This Shift

Global defence Giants Shift Production to India | Major NATO, Western Deals After Russia Tie-Ups

You can think why all these companies, leaving behind 190 countries of the world, want to do production in India only? There are some critical factors behind this.

1. Cost Advantage

The first factor is the cost advantage in India because the production of weapons in India is much cheaper than in Europe and the Western world. Because if you go to Europe or America and ask the cost of an engineer, it is very high. At the same time, they do not even have that much skill. On the other hand, if you look inside India, there are better-skilled people who work at cheaper rates. This is a huge benefit.

2. Offset Obligation

The second thing is that there is an offset obligation in India. What is an offset obligation? Meaning, if I tell you today who is the biggest importer of weapons in the world? The name that will come to your mind is India. Now India has put an essential obligation that if you want to sell weapons to India, then produce them within India.

Like we have Project 15, Project 17, etc. In these, we said that they should be produced within India. Now we have signed a contract for 114 fighter jets and will sign a deal for medium-range fighter jets. What is the essential condition in that, too? Produce them within India.

3. Make in India & Incentives

For this reason, many companies have brought some production to India under this offset obligation and have gradually brought other production capacities as well. And then there are many companies that want a big defense deal to be signed in the future. For this reason, they have already shifted their production facilities to India. Because India’s Make in India project also plays an important role here. Because discounts, etc., are available here. Even in defence, the benefit of the production-linked incentive is available.

4. Export Base & Global Diversification

Along with this, the overall export base of India for exporting goods to the countries of Asia, Africa, and the Middle East is also perfect. Due to this, many companies are shifting to India. Earlier, all the companies were in China, but now they are leaving China and coming to India. This means that global diversification is also playing an important role here.

High-Tech Equipment Manufacturing in India

And due to this, the work of production is being done in India by European companies along with Indian companies through methods like joint venture, technology transfer, subsidiary setup, and outsourcing components where different equipment is being made.

• Airframe structure, which includes wing, fuselage, and engineering components
• Missile sub-systems like seeker head, launch tubes, guidance electronic system, radar, and ionics system
• Parts of an armoured vehicle, and many companies are making armoured vehicles in India
• Naval systems, which include sonar, etc.

That is, high-tech equipment is being made in India. It is not that low-quality equipment is being made in India. Instead maximum parts are being made in India and exported all over the world.

Benefits for India and Challenges Faced

Because of this, India is going to get a significant benefit. First of all, a defense manufacturing hub is being created in India. The MSMEs in India are flourishing even more. Because these MSMEs produce the goods and supply them to these big companies, and then everything is integrated there.

So India’s MSMEs are also moving forward. India’s engineers and work force are able to get more skilled and better jobs in India in this sector. Due to which the defense sector will grow more in the coming time. Private companies are also getting a new experience. Through which, there will be help in making their indigenous weapons within India.

Like L&T worked on missiles earlier, or L&T is saying that we will now make the fighter jet engine ourselves. Mahindra is talking about making the fighter jet engine. So why have all these people come? Because they already have experience, because they have already made many engines, etc.

Due to this, a good capacity is being developed in India, and this industrial capacity is beneficial in times of war.

Challenges

However, the biggest issue that is seen here is that the foreign partners always have a fear of intellectual property in India. Tier two and tier three supplier ecosystems are being created in India. Tier one is rarely seen being made.

Ensuring quality control of global standards is a big challenge. Along with this, political and bureaucratic hurdles are seen in India in defense procurement. Due to all these things, some challenges are being seen.

But despite that, many companies are coming to India in the case of defense, due to which, defense manufacturing is increasing in India. We are breaking records every year in defense exports. So these things are being seen here.

I hope you have understood all these things. If you liked the lecture, then enjoy it. If you liked the lecture very much, then comment below on Global defence.

You May Also Like Latest Post  India’s Defence Budget 2025

You must have noticed one thing about the defence budget. Articles are being continuously published on this topic that India’s defence budget, which is going to be ₹6.8 lakh crore this year, is bigger than last year. It is bigger by 9%. There has not been much of an increase. If you want to ask in dollar terms, we have now reached $78 billion. Still, in 2025, I am not frustrated—I will have to say that we are still far away from a $100 billion defence budget.

However, I will also admit here that when I look at India’s finances, look at the fiscal deficit, look at how much money is coming to the government and how much is going out, then I also have to give tax relief. I look at all this. I admit that it is difficult to find an amount of $100 billion. But still, as a defence enthusiast, as someone who loves India, we will keep repeating this point again and again: India needs to increase its defence spending.

The Ever-Present Two-Front Threat

You must have noticed one thing. Recently, many articles have been published on the fact that India’s defence budget is ₹6.8 lakh crore. But is it enough to keep pace with China and Pakistan now? Because you have to understand that India will always face the possibility of a two-front attack. I will not count Bangladesh as much right now because I do not think Bangladesh will emerge as a military threat to India in 10 years.

So, if we do not count Bangladesh, then we always have to be prepared for a two-front war. And whatever our defence budget will be—whatever money we are allocating to the Ministry of Defence and whatever money we are giving to DRDO—there will always be a question: if we compare with China and Pakistan, where do we stand? Yes, I agree that in overall development, we have gone far ahead of Pakistan. China is ahead of us. We should compare ourselves with China. But in terms of defence budget, we have to look at Pakistan as well because it is a country that wants to harm us through military means.

Budget Breakdown: What Does ₹6.8 Lakh Crore Mean?

Coming back to the defence budget, some of you may think that this entire amount of ₹6.8 lakh crore is very huge. The Defence Ministry has received a lot of money. If you convert it into dollars, it is $78 billion. Purchase everything like the F-35 fighter jet, missiles, S-500, etc.

But the problem is that all of this money is not for buying new military equipment. Because a very big chunk out of this ₹6.8 lakh crore, around ₹4.9 lakh crore, is revenue expenditure. This means that this money will be allocated to the salaries, pensions, and other expenses of the soldiers. Then we are left with ₹92,000 crore. This is your defence capital expenditure.

Whatever research has to be done, whatever money will go to DRDO, if you have to purchase a new fighter jet, if you have to make some purchases for the Navy, acquire some technology, guns, anything—this all has to come from less than ₹2 lakh crore. This limited capital explains why India has hesitated for so long on buying fifth-generation fighter jets.

Aero India and Fifth-Generation Fighter Jets

The Aero India event is going to be held in India. Now, the USA has also confirmed that most likely the fifth-generation fighter jet F-35 will participate in India’s Aero India event. Russia is also sending its Su-57. Participation of the U.S.’s F-35 has almost been confirmed. At the last moment, they took a U-turn—that’s a different matter—but for now, it seems they are coming.

I was thinking that our defense budget is not so big. The capital expenditure is not enough for us to we can purchase any of these. Because if we buy them, then it has to be a part of their program. Their spare parts and t

Their servicing will become very expensive. The matter will become very expensive.

BRO & DRDO: Budget Allocations

And then remember that this capital expenditure also includes a small amount for BRO—the true bro of India. I am talking here about the Border Roads Organisation. These people have done amazing work over the years. The roads of India near the China border were very bad. BRO has been a true bro. They have constructed a lot of roads day and night, in difficult circumstances. Thanks to them, we have better infrastructure on our borders.

So, BRO’s budget is around ₹7,150 crore, which is 99.7% more than last year. DRDO has received ₹23,000 crore here. For comparison, in the previous year, DRDO had received around ₹23,000 crore. So DRDO has received a little more money here.

However, I have to say that either we will have to upgrade DRDO altogether as an organization, or they should be given a lot more. Honestly, if you ask me, what DRDO is doing with such a small budget is still pretty good. If you compare DRDO‘s budget with its Western or Chinese counterparts, DRDO’s budget is much lower. And look at these constraints—unfortunately, when the overall government is not getting so much money.

We have also allocated various R&D projects worth around ₹14,900 crore. In this way, our total defence budget is expected to work.

China’s Defense Budget: Clouded in Secrecy

Now, let us compare it with what China and Pakistan are doing. What is China’s defence budget today? It is a very difficult question. You know, the Americans have been talking about this question for many years. Actually, for many months, they have been debating and publishing articles. They have a think tank that publishes a report stating that the actual defence budget of China, which they officially tell the world is around $225 billion, is around $700 billion.

Countering this, many people say that in the USA, too, sensationalism sells a lot. Excessive fear about China sells a lot. So, many people claim that China’s defence budget has not reached $700 billion. Even now, their budget is around $450 billion or $300 billion.

So, you will find many estimates. Americans are confused about this and debate among themselves. I can show you many security review documents regarding this. For example, Texas National Security Review and other forums. I have read many debates there. You will see estimators like “China defense spending: how to get it wrong and right.”

Americans are doing deep studies to understand how strong China is. Some believe it has genuinely reached close to $700 billion. The U.S. defence budget is already over $900 billion and may soon reach $1 trillion.

So, how much should we consider as China’s actual defence budget? It’s a difficult question. Most American analysts assume a safe figure of around $400–450 billion. As for the $700 billion claim, China hasn’t reached that yet. Even if we assume $450 billion, China is still far ahead of India.

Path to $100 Billion: What Are the Options?

To bridge this gap, India must raise its defence budget to $100 billion. The question is: how?

• Should we disinvest government companies?
• Should we do public-private partnerships in mining and critical sectors?
• Should we borrow?

One option is to focus on defence exports. If our exports keep increasing consistently, we will create financial room, even if we take loans in the short term. As exports grow, the interest on those loans can be covered by sales revenue. This is a feasible approach.

Pakistan: A Reduced Threat—for Now

Now, from China, we come to Pakistan. Thankfully, Pakistan has mismanaged its economy, and as a result, its defence budget is not that high. Pakistan’s defence budget for FY 2024–25 is just $7.64 billion, which is very low. India does not face any direct threat from this and can easily handle Pakistan.

Additionally, Pakistan is facing internal instability. Today’s news says 18 paramilitary personnel were killed in an ambush in Balochistan. Around 60–70 people attacked them. Tensions are also rising on the Afghanistan border.

So, thankfully, for now, in the two-front war, China remains a strong front, but Pakistan appears weak economically and internally. If Pakistan had managed its economy better and maintained a $25–30 billion defence budget, India could have faced serious problems.

The Strategic Dilemma

Just assume that some power above—maybe Lady Luck—is currently supporting India. Thankfully, there is not much threat from Pakistan. But at the same time, looking at these numbers, we have to decide soon:

• Are we going to increase our defence expenditure?
• If not, are we going to look at multi-country security pacts as an option?

Either way, India will have to make a big defence decision in the next five years.

Conclusion

India’s defence budget, while expanding, remains insufficient for the scale of threats it faces from China and Pakistan. To maintain peace and power projection in Asia, India must rethink its defence financing strategy.

Whether through exports, partnerships, or strategic alliances, the road to a $100 billion defence budget needs to be a national priority.

You May ALso Like Latest Post  UK Defence Spending

When next-generation warfare gets mentioned, one aircraft fighter looms above the rest: the f-35 aircraft fighter Lightning II. As America’s leading stealth fighter, this is 5th-generation multirole aircraft fighter stands at the forefront of air superiority. Built to fly unseen, share data across services, and strike with laser-like accuracy, the f-35 fighter jet is not simply a vehicle; it functions as an airborne force multiplier.

Tailored versions for the Air Force, Navy, and Marine Corps, along with orders from key partners, mean the Lightning II is reworking U.S. strategy and reshaping international air power.

**What Makes the f-35   Special?**

**Stealth & Survivability**

Radar-absorbing skin, shielded intakes, and edges designed to scatter radar waves help the f-35 fighter jet  glide into busy skies nearly undetected. That low-profile entry gives it a clear advantage during first strikes, reconnaissance, and high-stakes surprise drops.

**Situational Awareness**

Sensor fusion sits at the jet’s core. The f-35 fighter jet  blends data from internal and outside sensors and projects the picture onto the pilot’s cutting-edge helmet. That 360-degree view lets pilots spot and neutralize hazards long before they come into sight.

Multirole Mastery

The f-35 fighter jet  was designed as a true multirole platform:

• Air-to-air combat
• Precision ground attacks
• Electronic warfare
• Intelligence, surveillance, and reconnaissance

Whether operating alone, supporting ground troops, or commanding a coalition, the F-35 aircraft fighter  stands ready to deliver results.

Variants That Serve Every Mission

F 35A (U.S. Air Force): Conventional takeoff and landing, balanced for any theater.

F 35B (U.S. Marine Corps): Short takeoff and vertical landing, built for austere fields and decks.

F 35C (U.S. Navy): Stronger wings and larger tail for catapult launch and carrier storage.

While every variant relies on the same sensor fusion and stealth tools, each is tailored to meet the particular demands of its service.

Global Footprint: Allies Fly F-35 aircraft fighter Too

The Lightning II no longer belongs only to America. It anchors the air forces of allies from Britain and Japan to Israel, Australia, and Italy.

That shared fleet lets partner pilots train together on identical systems, speeding integration when rapid action is required.

A single equipment standard strengthens NATO defense and links continents through a common, interoperable front.

Real-World Impact: Combat & Deterrence

The f-35 fighter jet has already flown live missions. Israeli jets used it against hardened targets; U.S. models patrol Eastern Europe and Asia every month.

Even when silent, its presence shapes competition. An adversary forced to plan around low-observable, long-range sensors and weapons must rethink every escalation line.

Controversies and Criticism

No transformational weapons system operates without pushback, and the   F-35 aircraft fighter has attracted its share of scrutiny. Cost projections now exceed $1.7 trillion over the program’s lifetime, causing legislators and analysts alike to question fiscal discipline. Parallel to this, software iterations have lagged, and support infrastructure has proved more complicated than initially estimated.

Despite those raised eyebrows, the U.S. Department of Defense and a growing bloc of partner nations continue to invest. Field upgrades are narrowing technical gaps quickly; several high-profile exercises have begun turning early critics into pragmatic supporters.

The Future of the F-35 aircraft fighter

Looking ahead, the jet is scheduled for fresh iterations well into the 2040s. Upcoming releases will leverage artificial-intelligence-assisted mission computers, strengthen engine thrust and endurance, and weave in collaborative swarming drones.

To sustain momentum, the Pentagon intends to broaden pilot training, give international crews easier access to simulators, and accelerate production lines that now serve an expanding global student base.

Conclusion: A Dominant Force for a New Era

The Lightning II has already moved beyond tomorrow’s option; it constitutes today’s backbone of U.S. air power. By fusing stealth, speed, multispectral sensors, and cross-domain fire control, the aircraft hands American forces and their allies unrivaled situational supremacy.

As adversary capabilities advance and technological cycles shorten, the program illustrates how determined innovation can address urgent operational needs. For America and its partners, the atmosphere is no longer simply defended—it is decisively guided.

References:

• U.S. Department of Defense – F-35 Program
• Lockheed Martin – Official F-35 Lightning II Page
• Congressional Research Service – F-35 Fact Sheet

You May ALso Like Latest Post  DRDO’s Light Tank ‘Zorawar

Out in the frigid expanse of Eastern Ladakh, biting winds strip the landscape of cover, the air turns razor thin, and any vehicle that relies on rubber wheels falls short. During the face-off with China in the Galwan Valley in 2020, that operational shortcoming became painfully clear. High-altitude combat was no longer a hypothetical scenario; it was happening in real-time, and the Army saw that it required a machine that could climb, turn, and shoot without gasping for breath.

In response came DRDO’s Light Tank, dubbed ‘Zorawar’ after the legendary Dogra commander known for dragging entire artillery columns over Himalayan passes. The name is more than a tribute; it signals a shift in strategic thinking: India will no longer concede mobility on its front lines.

The Why: Strategic Necessity, Not Luxury

For decades, Indian planners have leaned on the muscular T-90 and Arjun main battle tanks. Those platforms excel on conventional plains, yet the snaking gullies and barren ridgelines of the upper ranges expose their limitations. In contrast, Chinese forces fielded the Type 15 lightweight tank, which tips the balance not through sheer lethality but through ease of movement.

The Zorawar will not replace heavy armour but will complement it by securing mountain corridors where heavier vehicles choke. Light enough to be slung beneath helicopters yet robust enough to survive cannon fire, it gives commanders an agile shield that can quickly reinforce vulnerable outpost lines or slip past bottlenecks when the situation demands.

Design and Capabilities: Built for the Terrain

A collaboration between the Defence Research and Development Organisation and Larsen & Toubro, the Zorawar light tank is being shaped by Indian defence experts and industry leaders alike. With a planned combat weight of less than 25 tonnes, the platform qualifies as lightweight for armoured vehicles. This modest mass makes it possible for military transports to fly or freight the tank by rail into remote airfields situated at elevations above 15,000 feet.

Among Zorawar’s noteworthy features is a specially tuned engine that performs reliably in rarefied air while keeping mechanical noise to a minimum. The vehicle is armed with a 105-millimetre main gun, cutting-edge optics, and anti-drone systems that will prove useful against asymmetric threats. Mobility engineers have tailored the chassis for Ladakh’s high passes, and amphibious versions are being planned to give frontline commanders more options. Artificial intelligence enhances target acquisition, modular armour permits rapid configuration, and improved crew survival systems protect personnel in the harshest conditions.

Collectively, those elements turn Zorawar into a mountain-raised predator—agile, multifunctional, and hard for adversaries to track.

Primary Missions: High-Altitude Dominance

The Zorawar main battle tank has been tasked with operating at extreme altitudes, particularly across the high-altitude frontiers of Eastern Ladakh, where terrain is as challenging as any in the region. Designed to counter the relatively lightweight but agile Chinese Type 15, it can be flown in on Chinook helicopters or larger fixed-wing transport aircraft, allowing commanders to react swiftly when tensions rise.

In addition to its armoured punch, the vehicle functions as a multi-role surveillance and strike platform, giving Indian units the ability to take the initiative even in remote areas. Its manoeuvrability permits frontline formations to adopt an offensive stance instead of remaining pinned behind protective curtains of earth and rock.

Trials, Production, and Delivery Timeline

As of January 2024, engineers are putting a fresh batch of Zorawar prototypes through their paces in environments that stretch from blistering desert flats to frozen mountain tunnels. Defence officials expect the first production series to roll out by mid-2025, paving the way for a steady ramp-up in output. Plans currently call for at least 350 tanks to be stationed along borders that are always a concern for conflict.

Strategic Significance: More than Armoured Steel

Zorawar is not merely another piece of equipment; it embodies several national ambitions. Firstly, it underscores India’s goal of Atmanirbhar Bharat, showcasing a sophisticated combat system built largely with domestic technology and materials. Secondly, it reflects a broader shift toward mobile, networked warfare, signalling that India is prepared to fight as much in bytes as in bolts.

Finally, it restores a rough tactical parity in the Himalayas, presenting a credible counter to China’s expanding heavy formations. In essence, deterrence here springs not only from visibility on parade but from a deep-seated readiness to act at speed.

Voices from the Defence Community

A number of defence experts have hailed the Zorawar tank for bridging a long-standing operational void along the northern frontier. Retired Lieutenant General D.S. Hooda remarked that “Zorawar goes beyond merely countering China; it is a catalyst for rethinking India’s entire approach to armoured combat in this century.” His observation echoes among brigadiers and strategic analysts who contend that, if sustained, this platform could pave the way for analogous high-altitude systems elsewhere.

Looking Ahead: Upgrades and Evolution

The Defence Research and Development Organisation has announced that future iterations of the Zorawar battle vehicle will introduce a suite of sophisticated technologies:

• Integration with drone swarms to broaden both surveillance and strike capabilities

• Laser-guided munitions allowing accurate strikes against fortified positions

• Artificial-intelligence generated terrain maps that evolve in response to shifting battlefield conditions

• Hybrid electric propulsion system delivering improved stealth characteristics and operational adaptability

When considered alongside other innovations, these advances should establish the Zorawar platform at the forefront of a fresh generation of lightweight, autonomous armoured vehicles intended for contemporary theatres of war that often stretch beyond traditional parameters.

Final Thoughts: Zorawar Leads from the Front

In the Himalayan theatre, Zorawar functions like India’s quietest rallying cry—discreet, agile, yet profoundly calculated. While tanks have long ruled the plains, this machine demonstrates that engineering ingenuity can bring the high ground to heel. In the emerging arena of high-altitude warfare, India is no longer a follower; it is beginning to dictate the tempo.

✅ Reference Sites :

1. DRDO Official Website – for technical updates
   https://www.drdo.gov.in

2. PIB (Press Information Bureau) – for official defense news
   https://pib.gov.in

You May Also Like read our latest post  S-500 defence system

In an age of hypersonic missiles, stealth fighters, and satellite-guided warfare, traditional air defence is no longer enough. The S-500 defence system from Russia is a leap into next-generation integrated defence — a technological response to threats of today and of decades to come.

Called a “game changer” by Russian military officials, the S-500 (Prometey) can intercept ICBMs, stealth aircraft and hypersonic weapons. But beyond the tech, it’s a shift in the strategic balance and a message to NATO, the US and potential adversaries.

What Is the S-500 Defence System?

The S-500 Prometey, also known by NATO as SA-100, is a mobile surface-to-air missile (SAM) system designed to outperform its predecessor, the S-400 Triumf. While the S-400 already enjoys a reputation as one of the world’s most formidable systems, the S-500 pushes those limits dramatically.

Key Capabilities:

• Interception Range: Up to 600 km for aircraft; up to 500 km for ballistic missiles
• Altitude Coverage: Capable of intercepting threats at 200 km altitude
• Target Types: Aircraft (including 5th-gen stealth), drones, ballistic and cruise missiles, satellites, and hypersonic weapons
• Reaction Time: Improved radar architecture enables response within seconds

It’s not just about raw distance or altitude — the S-500 is engineered to detect and destroy multiple high-speed, manoeuvring targets simultaneously, making it ideal for modern multi-domain conflict scenarios.

How Is It Different from the S-400?

The S-400 was a regional defence powerhouse. But the S-500 expands that theatre into near space.

Features-400S-500

Max Target Altitude ~30 km ~200 km

Interception Range ~400 km ~600 km

Missile Interception Yes Advanced Intercontinental Ballistic Missile (ICBM) defence

Hypersonic Target Capability Limited Designed for it

Satellite Engagement Not applicable Yes (LEO satellites)

With these upgrades, the S-500 positions itself not just as a national shield but as part of Russia’s strategic deterrence arsenal.

️ Space & Hypersonic Threats: Why the S-500 Matters Now

One of the most touted features of the S-500 is its ability to intercept low-earth-orbit (LEO) satellites and hypersonic glide vehicles (HGVs) — threats that are increasingly defining modern warfare.

The US, China, and Russia are locked in an arms race not just on Earth but in the stratosphere. Hypersonic missiles, capable of exceeding Mach 5 and manoeuvring mid-flight, are seen as nearly impossible to stop — until now.

The S-500’s radar systems and missile speeds aim to neutralize these weapons before they reach their targets, giving defenders more options and time in high-speed engagements.

️ Development Timeline & Deployment Status

The Almaz-Antey Corporation began developing the S-500 system in the early 2010s. By 2021, initial production had begun, and Russian President Vladimir Putin confirmed early-stage deployments within elite air defence units.

Key Milestones:

• 2013-2015: Early development and testing of core components
• 2018: Prototype testing began
• 2020-2021: Live trials reportedly successful, including missile intercepts of high-altitude targets
• 2022-Present: Serial production and strategic deployments begin

The first operational S-500 units are believed to be deployed around Moscow and key military bases, protecting critical infrastructure and command centres.

Global Implications: Who’s Watching Closely?

The unveiling of the S-500 has raised eyebrows far beyond Russia’s borders.

United States & NATO:

Pentagon analysts believe the S-500 Defence System will complicate US air supremacy planning. With F-22 and F-35 stealth jets theoretically within their kill zone, air dominance can no longer be assumed in contested zones like the Baltics, Black Sea, or Arctic.

China:

While Beijing is working on its advanced systems, such as the HQ-19 and hypersonic countermeasures, it is closely monitoring the S-500’s anti-satellite potential — a capability that could redefine orbital security.

India, Turkey & Other Buyers:

Though currently not for export, military insiders suggest the S-500 Defence System could eventually be offered to select allies like India following the controversial S-400 deal. Such a move could trigger fresh geopolitical tensions, especially with the United States CAATSA sanctions law still looming.

Strategic Value: Beyond the Numbers

Doctrinally, the S-500 Defence System sits at the zenith of Moscow’s so-called layered defence, linking short-range Pantsir batteries with mid- and long-range S-300, S-400, and S-500 platforms into a seamless response grid.

Beyond that, the system nourishes Russia’s national A2/AD strategy, complicating any would-be incursion into Russian airspace with dense surveillance and almost inevitable engagement.

Wired to specialized electronic warfare pods and nimble radar-jamming gear, the S-500 Defence System  blankets the sky with a dual-purpose veil that underwrites a force defensive posture while leaving room for counter-offensive strikes.

Challenges & Limitations

No system is without flaws. Despite its capabilities, the S-500 Defence System faces:

• Production delays due to sanctions, component shortages, and high-cost
• Logistical hurdles — its size and mobility are constrained compared to lighter systems
• Combat-proven status — It remains untested in real warfare, making some analysts sceptical until it’s proven under pressure

Future of Air Defense: What’s Next?

The S-500 is not the end but rather the start of a new category of air defence systems that aim to dominate across multiple domains — land, air, space, and cyber.

Russia has already hinted at S-500 Defence System and beyond, with enhanced space warfare capabilities, AI-powered radar logic, and autonomous decision-making layers.

Western capitals have poured fresh funding into countermeasures, next-gen stealth airframes, and swarming drone fleets. Any future S-500 deployment will face those threats the moment fighting erupts on an adaptive front.

✍️ Conclusion: A Strategic Statement in Steel and Software

The S-500 defence system isn’t just another weapon — it’s a statement. A declaration that the sky is contested, that superiority must now be earned, not assumed.

With the ability to counter stealth, satellites, and hypersonic threats, the Prometey stands as one of the most ambitious defence programs of the 21st century. Whether it tips the balance of power or sparks new rivalries, one thing is clear:

Airspace is no longer just altitude — it’s strategy. And the S-500 Defence System  is rewriting the rules.

You May Also Like Latest Post  B-2 Spirit Stealth Bomber