Indian Military News, Reports, Data, etc.

ougoah

Brigadier
Registered Member
In laser physics and military development, I think it's really only China and the US that have and still give proper funding to this field. China has long had an obsession with laser weapons but it's always been an issue of energy in the past. The recent Chinese demonstration of ship borne laser defense taking down a missile or drone target show some promise in the technology becoming more realistic and useful. There's a reason why the 055 has several times more power than the latest destroyers from other nations. Silent Hunter can be considered a second rate "revealed" commercial type and even that is at least 30KW. Can only imagine what the PLA and PLAN actually uses now.

I recall the old news about Chinese using lasers to blind American spy satellites... from western media! but they are at least correct that Chinese military has long been finding ways to use lasers as DEW. The earliest Type 99 variant was the first to use an passive protection system in the form of a laser dazzler supposedly to damage optics and instruments used by tank gunners and commanders.

Laser physics and research have always been a strong point with China. Given the emphasis and applications, this is unsurprising.
 
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siegecrossbow

General
Staff member
Super Moderator
India doesn't have any commercial or scientific laser production or research. The military ones they have "done themselves" are likely using off the shelf commercial Chinese laser modules which they've recased.

Military lasers for countering missiles and larger drones are far more secretive. As far as I'm aware, only the US, China, Russia, and Turkey have made these and put them on land and sea based vehicles. In the case of the US, even airborne platforms like the ABML. The other anti drone lasers that are shown are designed for commercial hobbyist drones that are frequently used by less well armed military groups and efforts. These are thoroughly unimpressive by today's standards but even here it is only developed by a small handful of countries who have a need or consider it a worthy market. Chinese manufacturing of course mean there are countless players.

It's so easy to buy lab quality lasers and hobbyist lasers that can burn through plastic at a short range. This Indian demonstration taking longer than half a minute against a hobby quadcopter shows they've either developed and given their military a laser that is next to useless for military applications or they've used a commercially accessible laser that is on the high end of power output but was not designed for this purpose. It's obvious this is the case since it takes so long to chew through such thin plastic. They don't show the vehicle and the range at which it engages. It also looks like their target drone was relatively stationary.

According to the original video apparently the range was 1KM. I think it would've been faster to drive over on a motorbike and knock it down with a pole.
 

ougoah

Brigadier
Registered Member
According to the original video apparently the range was 1KM. I think it would've been faster to drive over on a motorbike and knock it down with a pole.

Microwave weapons and electronic jammers are probably better anti-commercial quadcopter weapons. Commercial quadcopters are not hardened and often used by technically unsophisticated rebel groups or terrorists. I don't think anyone uses these types of lasers and their producers probably don't make their investments back like that Chinese company with the other demonstration video you linked.

I've only seen jammers being used when this is required or something like pantsir with cheaper bullets to destroy a cheap commercial drone possibly being used to film things or drop grenades etc.

The PLA and armed police don't bother with anti-quadcopter lasers despite these things being available. Should say something about their efficiency. The military lasers are anti-missile and to engage slow and low flying drones/helicopters. Those certainly find a place.
 

siegecrossbow

General
Staff member
Super Moderator
Microwave weapons and electronic jammers are probably better anti-commercial quadcopter weapons. Commercial quadcopters are not hardened and often used by technically unsophisticated rebel groups or terrorists. I don't think anyone uses these types of lasers and their producers probably don't make their investments back like that Chinese company with the other demonstration video you linked.

I've only seen jammers being used when this is required or something like pantsir with cheaper bullets to destroy a cheap commercial drone possibly being used to film things or drop grenades etc.

The PLA and armed police don't bother with anti-quadcopter lasers despite these things being available. Should say something about their efficiency. The military lasers are anti-missile and to engage slow and low flying drones/helicopters. Those certainly find a place.

I think there is still a place for anti-quadcopter/low-end drone lasers. China, Turkey, and possibly Iran have produced military grade Quadcopters/helicopter drones capable of attack with munitions like unguided rockets or mortar rounds. Swarming loitering munitions and low end surveillance drones like the scan-eagle can also be defeated by lasers of around 10kw-30kw range. In a recent military procurement document released in 2020, it looks like PLAGF is pursuing an integrated CIWS system combining a laser with an anti-aircraft gun. I think this is a good arrangement since it offers the user a flexibility of choice when engaging enemy targets. If it is a slow-moving quadcopter/surveillance drone/mortar round/unguided rocket on a clear day -- zap it. Otherwise, shoot it to hell with the trusty anti-aircraft gun.

Back on the topic of the Indian laser. I think the primary reason why it took so long for their laser to down a simple civilian drone is that their tracking/targeting system is subpar. Look at how the laser spot jumps from one part of the drone's fuselage to another. It has gone absolutely bonkers!

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That's a loss of precision of around +- 20cm! For a laser weapon, which relies on damaging the target via heat, such a flaw is pretty much fatal.

Compare that with the undisclosed PLAN laser, which is going for a fast moving target, possibly at high subsonic speeds.

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Laser has focused at the same spot even when the damaged drone (possibly intended to simulate a cruise missile) has flipped 90 degrees!

Heck even compare the precision with another civilian company, Huanghao. Their tracking system can precisely target the rotors of a quadcopter and could down one in under 5 seconds.

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ougoah

Brigadier
Registered Member
I think there is still a place for anti-quadcopter/low-end drone lasers. China, Turkey, and possibly Iran have produced military grade Quadcopters/helicopter drones capable of attack with munitions like unguided rockets or mortar rounds. Swarming loitering munitions and low end surveillance drones like the scan-eagle can also be defeated by lasers of around 10kw-30kw range. In a recent military procurement document released in 2020, it looks like PLAGF is pursuing an integrated CIWS system combining a laser with an anti-aircraft gun. I think this is a good arrangement since it offers the user a flexibility of choice when engaging enemy targets. If it is a slow-moving quadcopter/surveillance drone/mortar round/unguided rocket on a clear day -- zap it. Otherwise, shoot it to hell with the trusty anti-aircraft gun.

Back on the topic of the Indian laser. I think the primary reason why it took so long for their laser to down a simple civilian drone is that their tracking/targeting system is subpar. Look at how the laser spot jumps from one part of the drone's fuselage to another.

i2o2yy6.png


21zv6kL.png


PopYirr.png


That's a loss of precision of around +- 20cm! For a laser weapon, which relies on damaging the target via heat, such a flaw is pretty much fatal.

Compare that with the undisclosed PLAN laser, which is going for a fast moving target, possibly at high subsonic speeds.

View attachment 74538

View attachment 74539

View attachment 74540

View attachment 74541

Laser has focused at the same spot even when the damaged drone (possibly intended to simulate a cruise missile) has flipped 90 degrees!

Heck even compare the precision with another civilian company, Huanghao. Their tracking system can precisely target the rotors of a quadcopter and could down one in under 5 seconds.

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Okay low power anti-drone lasers might have more use in future when cheap commercial quadcopters get used to greater depth by poorly funded groups. Particularly useful in conflicts in and around the middle east at the moment or for assassination attempts in public. Even saboteurs flying a quadcopter around a military compound. Microwave and electronic weapons are possibly more efficient than a laser at performing this job since these types of drone threats currently are not hardened or designed to be rugged at all.

I think the Indian demonstration may in fact be a very rudimentary mount/rig holding and aiming the laser. When the laser engages, the drone hardly moves. This could explain why the beam seems to deviate. Either the aiming mechanism (if there is one) doesn't work at all since it NEEDS to be focused on one point and should have been designed to do this, or the drone was not supposed to move and they haven't integrated the laser with anything that remotely resembles a fire control unit and gimbaled mount.

Do we have any more details on the laser weapon being shown? Like pictures of videos of the vehicle or turret? Any specs on power? Looks like well below 10KW power being used. India has no laser weapons or scientific research in this field. No labs or national R&D programs for this stuff. DRDO would be natural suspect of filling this role for the military but since there is zero industrial, commercial, and academic background on lasers in India, I find it hard to believe they can even produce the module. I'm 99% sure it's some Chinese or Western module. The hardest part of laser development is the crystals (theoretical side of the physics) and the problem of making those crystals. India has no domestic lens manufacturing. One of the more demanding and difficult fields of technology. Something China excels in, having produced some of the most impressive lens for space programs, cameras (especially those used in orbit), all types of "scopes". So where do they get a laser module from? Especially a relatively powerful one (compared to commercially available stuff). All of the ones in India are imported. Would be like me building a small nuclear reactor in my shed. If it happens, be sure it came from another factory, or India producing the world's fastest quantum computer by next year. They have the brains for it (like all humans do) no doubt but not the funding or organisation. Since the ingredients are missing, this laser module is almost definitely foreign. Unless of course I'm wrong about India not having self produced any laser modules.
 

plawolf

Lieutenant General
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Took 40 seconds to down a stationary quadcopter…

Similar device built by a second rate Chinese civilian company could down it under similar conditions within under 3 seconds… back in 2017.

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Is someone pointing that laser by hand?

With such a weak laser, they would have been far better off aiming for the rotor blades, which are usually extremely thin and light plastic for obvious reasons, and most civilian drones will seriously struggle to remain airborne if even one propeller is damaged or destroyed.
 

ougoah

Brigadier
Registered Member
Maybe an Indian member could share more details on this particular anti-drone laser. I would think there is more footage than this available somewhere online. Would give an idea whether it is a turret mounted laser or someone pointing one. Would be pretty disappointing if it is a turret mounted laser. The aim on that is near useless even against a stationary target at an alleged 1km range. If it's just testing the module and mounted on a stationary rig, then that explains why the laser moves around. It can't be manually aimed by gunner inside a vehicle because that would be a monumental failure in understanding how this is supposed to work - engage moving targets = all aiming and firing is automated.
 

siegecrossbow

General
Staff member
Super Moderator
Maybe an Indian member could share more details on this particular anti-drone laser. I would think there is more footage than this available somewhere online. Would give an idea whether it is a turret mounted laser or someone pointing one. Would be pretty disappointing if it is a turret mounted laser. The aim on that is near useless even against a stationary target at an alleged 1km range. If it's just testing the module and mounted on a stationary rig, then that explains why the laser moves around. It can't be manually aimed by gunner inside a vehicle because that would be a monumental failure in understanding how this is supposed to work - engage moving targets = all aiming and firing is automated.

I don’t think it is a stationary test, here is why:

if they are doing it from a stationary rig and testing for damage effects against the drone, why not just keep the drone stationary as well by mounting it on a rig or a pole?
 

ougoah

Brigadier
Registered Member
I don’t think it is a stationary test, here is why:

if they are doing it from a stationary rig and testing for damage effects against the drone, why not just keep the drone stationary as well by mounting it on a rig or a pole?

For the visual effect and simulation of real world environment etc etc. Also since the available video snippet of the event we have is so limited (assuming there is more to it) it doesn't reveal anything about the actual range of engagement (just like the Chinese demonstration by the private company) and the turret/rig/vehicle. I suspect this is done on purpose so that the claims look more impressive. If they tested a stationary rig and the test is just to figure out effectiveness at range against a drone sitting on a platform 1km away, it would look far less visually impressive. So basically this doesn't preclude the possibility the laser is on a stationary rig and not shown because the fire control and aiming mechanisms aren't done at all, which explains why the laser beam moves around when operational equivalents are auto aimed and barely move a centimeter even against a moving target.
 

MarKoz81

Junior Member
Registered Member
Below is a post that was deleted as OT from another thread. I'm posting it here mostly as context for the updated map which some of you might find helpful. It's also more on topic since it concerns India.


It's a map of PLAAF/PLAN units with added units of neighbouring countries and USAF/USN/USMC presence. Here I used it to explain the reason for IAF's Rafales.

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Rafale is a non-stealthy, 4th gen platform with the tiniest close coupled canard LERX blended with fuselage, no ventral strakes etc and lowish T:W compared to J-20 a long arm canard with LERX, stealth, 5th gen avionics and sensors, most likely far superior T:W, far superior lifting body, far superior drag. Tell us how the J-20 uses the Rafale's tricks again? The two can't be more different. That's like saying a 2021 F1 car uses the same tricks as a 1960s Le Mans racer because the F1 car uses four wheels and a emphasises aerodynamics. I could say the Flamker uses the same tricks as the F-15 because it also makes use of two vertical stabilisers. Where is the significance in this?

J-10C and Indian Rafale are far more closely matched in terms of being the same modernity and generation which assume similarly performing electronics (albeit J-10C's are actually slightly more modern). Rafale beats J-10C in range and payload which means more energy for itself and more energy for its weapons. Overall I would imagine Rafale being superior to J-10C in both A2A and A2G roles. Not to mention Meteor is likely far superior to PL-12 and possibly has a decent enough edge against PL-15. Pakistan going with J-10C to counter Rafales is a losing gamble. It'll do better than JF-17s for sure but AESAed and PL-15 equipped J-10Cs are exactly going to be cheap. The only comfort for PAF here is that IAF Rafales are in small numbers and likely to remain in small numbers unless India greatly expands its military budget. It's like a pauper buying a new mercedes. Go let them spend themselves further into poverty so their elites can feel good.

If it came to a war between Pak and India or China and India, those Rafales will have one chance to do anything and won't have an airfield to return to. Not to mention against China, even 360 Rafales have more J-10s to contend with along with far superior supporting assets, hundreds of J-16s, soon to be 100 J-20 (just of modern 4th gens and 5th gens). Against Pakistan, they can't beat Rafale in the air because JF-17 and F-16 are totally outranged and it's a crapshoot WVR. Pakistan would be wise to invest in offensive capability to neutralise IAF numerical and soon to be qualitative advantage over PAF, what it has in F-16s and JF-17s are capable to making it very expensive for India to do anything. Long term counter to IAF acquisition of Rafale is AZM but until that is ready which is probably decades unless it's an off the shelf FC-31 (assuming it is ever available for export once PLA-AF/N buys into it) the PAF will have to focus on being able to defeat Rafale when it is on the ground.


Indian Rafales have nothing to do with hypothetical Pakistani J-10s. They are counters to J-16 and you can see that by which units receive them - the 17th squadron in Ambala in the Western command and the 101s squadron in Hasimara in the Eastern command. The 101st in particular is a counter to the 98th and 99th brigade in Lhasa both using J-16s. The 17th in Kashmir will also counter J-16s and J-11s because the distances involved don't allow for short-ranged fighters like J-10 to reliable operate beyond base protection.

India bought Rafales because it has no working 4+/AESA fighter and the only options available are: French Rafale or American F-16V, F/A-18E/F and F-15EX. The Eurofighter is out of the question because of British involvement which will be used by Americans to shut down any deals. Rafale was the obvious solution not only France is obviously an easier negotiating option but also because:

1) India has already implemented some French solutions to Su-30MKI to enable cooperation with Mirage 2000 fleet
2) Rafale allows easy transition to a carrier-based fighter which India will also need and here there are only two options - Rafale M or Super Hornet
3) France has made deals with Pakistan in the past it allows India to gain ground on potential intelligence cooperation

Su-30MKI are no longer sufficient because they have outdated Bars radars which will not perform well in ECM environment that will not affect AESA radars as much. They are a 20-year old design based on 40-year-old technology. Russia marketed it as equal to western tech becauuse that was marketing. Russia was seriously behind in terms of radars and then it got stuck after 1991. In the early 2000s they were still flying Su-27s which had N001 radar with limited range and single-target capability (!). Now Russia is doing the same thing as India except that they don't have working AESA readily technology available so they put Irbis-E on all Su-30SMs an hope that its antenna power is enough until Su-57 enters service in sufficient numbers.

These are the same lessons that PLAAF has drawn from their tests with J-10, J-16 and J-20 - what really decides the fight is not stealth but radars and EW.

Tejas Mk1A is supposed to get Uttam radar but that will still be an underpowered and underdeveloped fighter - a test platform, not a reliable combat system. Mk2 is supposed to enter production after 2025 which means it won't enter service in sufficient numbers before 2027, which means the IAF will have operational capability around 2029-2030. And China has close to 200 J-16 already.

That's the rationale for Rafale.

Pakistan can get all the J-10s it wants and it won't matter much since air power doesn't win land wars. The lessons of Desert Storm are exactly the opposite of what American propaganda tells us. As long as India outmatches Pakistan in conventional land force any marginal advantage PAF can get by buying better Chinese jets is irrelevant. They won't have numerical advantage to gain air supremacy and even if they did India has sufficient numerical advantage in land forces to steamroll Pakistan even with heavy losses. Pakistan would have to use tactical nukes and that is a no-go for obvious reasons. That's just how they ensure deterrence against India.

F-16s and JF-17 are not outranged by Rafales because there will be only 36 Rafales in all of IAF and as soon as a threat of war emerges China will put its forces on alert to ensure that only a handful of Rafales are available for fighting Pakistan. Aircraft have limited time in the air. Just two Rafales on patrol 24/7 means half of a squadron committed at minimum. And then ater a few days the wear on the planes forces you to ground them for maintenance. Strategically speaking India is in a much more vulnerable position in the east than with Pakistan in the west. They can't afford for any instability there because if you look at the map then all it takes for India to be caught in a trap is for "something" to start near Sikkim. The chokepoint will cut off all logistics to Assam, Meghalaya and Arunachal Pradesh and you can't win a land war without access to the land.

And I still don't see how a Rafale outranges a JF-17 with PL-15s being directed by AWACS. At this point fighters in BVR are little more than boosters for long-range missiles. They don't even turn on radars because that's revealing position. You let the powerful radar on the AEW plane do all the targeting.
If Pakistan enables such cooperative engagement capability - which shouldn't be difficult considering the platforms and should absolutely be a top priority - then Rafales only become part of a larger system.

JF-17 is therefore an optimal solution because it develops Pakistani industrial base and allows for a more sustainable modernization of the air force. If Pakistan wants to improve its air warfare capabilities then - again, drawing on the lessons of ODS - it needs AEW, EW and tanker aircraft and not marginally better fighters. If they were to buy anything from China directly it would most likely be a long-range fighter like the J-16 so that it can perform strikes behind enemy lines and force IAF to redirect forces away from the frontlines.

If you follow PAF's evolution you can clearly see that with all the incompetence usually involved in government planning there is an idea behind the thing. Just like the ROSE program which bought up used Mirage III/Vs and turned them into nuclear strike aircraft. It was very practical thinking.

War is not a pissing contest. You are confusing it with politics. War is a serious business that starts when you piss on your opponents leg and refuse to apologize. People can get hurt in war. Only egos get hurt in politics.

And with that I conclude my remarks on what seems to be an off-topic discussion. That's all from me. My apologies for contributing to the mess but I needed to clear some obvious misconceptions.

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Again, sorry for OT before.
 
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