Sir i need the subscription of the IMR HOW CAN I GET THIS?

😂

🙏🙏🙏🙏🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳

2024!!

Thank you so much for this information sir !!

Very inspiring

Wonderful job 👏 and explained very nicely 👏 👏

जिवंत उदाहरण हो आप बहुत बहुत बधाई और शुभकामनाएं

We need cost effective non traditional solutions. Easy mobility, easy to handle, tamperproof, cyber hacking proof, easy to repair and get spares etc.

👍🏻👏🏻👏🏻👏🏻👏🏻

👏👏👏👏👏👏👏

🎉❤

Must have comprehensive study on Hamas, Huthis, Hisbollahsz, Iran, Ukraine, HTS, Russia and big and small separist groups etc how with limited miney and resources acquiring large arms more effective and efficient than tge big elephant like arms more visible, bulky to handle, always vulnerable for easy targets, mobility problem etc. Hete we need to sit and interact with innovators, commanders, soldiers, operators etc and find out quick fix solution and support. First indict whichever form innovators offering then gradual improvement. Start up need funding just but first product for rigorous testing with financial assistance.

I am talking about indian jugaad which is more cost effective and easy to train, introduce and induct fast. For this we need DOGE first not DOGIE similar to USA. From judiciary and bureaucracy even in OSU and corporate companies we need FOGE for efficiency

India must have focused low cost and effective solution like drones of different kind, loitering munitions, cyber warfares, better dero underground storage of small and big wespons like Iran and its proxies done. Cyber, Drone, space, maritime commands required fusion with civilian and defence fusion wuth constant collaboration, innovate, R&D, with defensive and offensive capabilites. We need non contact warfare like Microwave long range weapons, integration of laser, microwave, radiowave, magnetic pulse together can change. Space weaponisation thru undetectable weapons thru microwave weapons must be inducted. Let us think out of box with cost effective, miniature system which us smokeless, undetectable its original place and time needed. Even chins frequently testing such weapons secretly against sky objects.

मुझे पाकिस्तान के बराबरी नहीं लग रहे weapon चीन तुर्की इरान Azerbaijan saudi arabia फ्री में देता भारत के scientist पेसा लेकर भी नहीं कर रहे vo देश को नहीं देखते पेसा पर काम करते 😅😅

2024 is almost over now & we are heading toward 2025.. forget roll out/taxi trail/ground run of AMCA even the detailed design phase is not over.. seems like we ll be able to develop it before china induct 6th gen fighter

I will work airo space Lohiya company Lohiya chaubepur

Why dgqa website not working? Every time I checked its not working.

Jai hind neeraj sir

Prachi mam ne kanpur ka dil jeet liya, thanks

nice rc plane

Aroda sahab, is it possible for LNT to work on a towed artillery version of k9.

🙏 🇮🇳 🇮🇳 🇮🇳 🇮🇳 🇮🇳 🇮🇳 🇮🇳 🇮🇳 Jai Bharat... respect from Thailand...

Not great products ! Lot of repairs! Not very rugged systems

No commison no selaction

Osm wrk

PLEASE NOTE THAT IT IS A FULLY ELECTRIC GUN.

Where is this aero india exhibition?

again second time indian army put order for US made sig716 rifles, i dont know why they are not purchasing these rifles, i think army genrals wants do corruption by ordering foreign rifles.😡😡

30:07

Music kyo laga rakha gai video main.

TATA KESTREL MUST REPLACE OUTDATED BMP

Sir, please correct the video title as 2024. Having a wrong title like 2014 stops the Algorithm from recommending this video to more people.🙏

Aselflir is best

This guy is the perfect example of what a delusional Indian army is and their gsqr . These kind of people will lose a war then say we didn't have stars wars weapon. Engineering know how should be taught to people.

Pardon me sir, but apart from the projects listed at 11:20 onwards, I found this speech to be mildly disappointing. The entire speech can be summed up in one line: maximize capability while minimizing weight. While I don't disagree with the idea, my first contention is that there was not even a single word spoken about budgetary realities. And frankly, I don't see the current procurement system under DAP-2020 being serious about this either. The Army just spent 285 crore Rupees ordering robotic mules with questionable performance from an American company (Ghost Robotics, Vision 60 model) when Indian troops still don't have proper helmets in all Infantry units. What procedural issues are leading to such discrepancies in procurement? So a focus on advanced materials is good, as long as the focus does not begin to override hard budgetary and modernization realities. My second contention: It is the Army's job to set the GSQRs, and if the Army brass is clueless about the state of technological readiness, then they will continue to make unrealistic GSQRs that the Indian industry-academia-DRDO troika will ALWAYS fail to accomplish them. This disease has afflicted the Indian military industrial complex for decades and has hobbled all attempts to both: become atmanirbhar and get modern weapons to the soldiers on time. Finger pointing abound, but until we can address this situation with unrealistic GSQRs, or GSQRs that are tone deaf to what is achievable within a limited timeframe, Indian efforts to become a serious geopolitical player will be futile. I was expecting this talk to at least briefly touch upon how to approach fixing the following procedural issues, in order to ensure that our quest for advanced materials remains tempered by ground realities:- 1.) How to keep a real time track of the state of technological readiness in the country for every single perspective plan/requirement of the Forces. 2.) How to do the aforementioned objectively in the backdrop of the subjectivity introduced by DRDO's proclivity to over-promise and under-deliver. 3.) How to have an iterative process where after point number One is done, it is taken into account by the Army to take a re-look at its requirements. Ofcourse the Army might want the best equipment in the world, but we need to stay anchored to the reality that we are a developing nation with only a small % of our GDP invested in R&D. Army thus needs to make some hard choices between gold-plated capability at the cost of atmanirbharta or bronze-level equipment that still gets the job done. Pareto principle applies. 4.) How to decide when a capability is worth it to the point that import of subsystems should be sought if domestic tech readiness is not upto the mark. 5.) How to keep track of how much sanction-proofing and wartime supply chain disruption proofing of the Forces is affected by such imports of subsystems. 6.) How to guide the "required capability" -> "required technology" translation through Army, DRDO and academia discussions. 7.) How to prevent the finger pointing that invariably ensues, even in projects of critical national security importance. *There needs to be a particular focus on ensuring that the entire ammunition supply chain from bullets to missiles is 100% indigenous, because although modern warfare makes wartime production of capital equipment almost impossible (long lead times), the ammo is still within the realm where a wartime ramp up can allow us to sustain a war after depleting our War Wastage Reserves and even if the war switches from Maneuver warfare to Attrition Warfare, leading to a protracted war, like it has happened in Ukraine due to drones rendering the battlefield transparent.* ^This is important because ICs are the critical missing link that are still not produced in India and it doesn't seem as if the Armed Forces have impressed the importance of this upon the Government of India. A bunch of non-state actors have sent global shipping for a toss in the Red Sea. Our wartime ammo production can not rely on foreign IC supplies, especially ones from East Asia. Maybe it is time the Armed Forces put forward the strategic requirement to have at least some ability to make photolithography machines within India. We don't even need the advanced nodes for military ammo applications. Just older mature nodes would do.

👌🏻👌🏻👌🏻. Thank You I watch this at 1.75×❗😏

This is Gold ⭐⭐⭐⭐⭐ 5:05 10:10 Is he talking about 'Shakti' thermal sub-launched torpedo? Which raw material cost led to its halt?

Thank you sir. Informative insights. I was hoping to hear some words on UHTCMCs, the Silicon Carbide fibers with large grain sizes and other such materials for applications in TPS for sustained hypersonic cruise flight as well for creep-resistant blades in turbines of aeroengines, which is the direction US industry has taken, replacing the Nickel based superalloys in engine turbines. Given the importance of cutting-edge engines to air power, (especially 6th generation onwards where game changer technologies like integration of laser as a CIWS for a fighter jet will hinge directly on the power to weight ratio of the engine and the integrated generator) this should be a major focus area for India. If we start this journey today, we can be surely in a position to use these materials in our 6th gen fighter jet efforts post-AMCA in the 2040s. Maybe this material push might also help us in developing CMC blisks for turbopumps of a full flow staged combustion cycle methalox engine in the 3MN thrust class, which will be key in creating a super-heavy reusable rocket in the SpaceX Starship class. With the increasing militarization of space and the future prospects of a nascent space economy, national strength in space will be measured in orbital launch capacity. Therefore such a rocket should be an absolute national priority. NGLV should only be seen as a bridge towards such a capability, NGLV alone won't be sufficient, especially post-2040, when India moves to establish a permanent Lunar base. NGLV will never allow us to compete with the Chinese and Americans, both of whom are working on Starship class reusable rockets capable of 150-250 tons to Low-Earth Orbit with large payload volumes and a 10-meter diameter payload fairing. My second assertion is that this focus on low volume production, which is the lacuna that the respected DRDO chairman was mentioning, is only a temporary situation. With India's exponentially growing economy and improving indigenous technology level which is leading to us closing the tech gap with the West, it is clear that the size of the domestic demand will grow exponentially, while we are stuck thinking linearly. If we take military aero engines, with the incoming drone proliferation (turbojet or turboprop powered drones) as well as marine gas turbine engines, all these will easily raise the requirement of a turbine or compressor disk well into the range of 10,000s. And if CSIR-NAL can produce RTA-70, the demand from civilian sector will further grow. We can also export turbine and compressor disks, leveraging our large commercial aircraft deals with Rolls Royce, GE and P&W. In the backdrop of all this, investment into an Isothermal forge press, even if it runs into the thousands of crores, is viable. The respected DRDO chief has said that for materials, a development cycle takes 15 years. And although he mentions how India can shrink this cycle time, maybe the problem with our programs is that our government's and Force's Long Term Integrated Perspective Planning is done on a 15 year timescale. If material development cycle is 15 years and product development is further 5 years (best case scenario) to which trials, contract signing and introduction take another 3-4 years, we are looking at 19-20 year cycles for which the Forces should be creating Long Term Integrated Perspective Plans. Not 15 years. Maybe there needs to be two separate perspective plans by the military, one on materials and the other on products. The one on materials can be jointly produced with help of DRDO and academia.

Hats off

Is there any vacancy I'm an aerospace engineer looking for job in manufacturing sector

😂😂😂😂still Not on paper

Hello. Can you confirm whether or not the L3 MX series whole turret can be placed under a clear acrylic/plastic dome to protect it from sand/weather without affecting its optics? Second, can you confirm that the only movement the cameras can perform (Pan, Tilt) are caused by the turret? There is no control over the camera position independent of the moving turret? Thanks!

*Promosm* 😝

I myself cretaed a yttrium oxide super flat layer. It may be developed as radar absorent material. I wanted to developed a radar glowing material( it is easy if you know what you want). But again, forces will love to buy from US based company rather investing in indian solutions.

Problem is not materials, problem is our arms foces don't talk or tell anything thing to anybody. They have zero engineering understanding. I myself work in Nanotechnology. Everything can be done in india. But alas, our shortsightedness.

excellent information .

Good afternoon sir

Wwhat? Bharat had to go all too long to trace out Appolos ramnants on moon ! This procedure has been OKed by me at upcoming new laboratory cum research centre at Andra Pradesh.For this i taxed only 2 plates of crummy masala dosa + one plt.of idli+ one plt of uttapam and two bukets of one each samber and coconut chutney. Stop watering your mouth.Its only my OK exchage.Isnt it cheep enough!😅