Pinaka Multi Barrel Rocket Launching System

I do hope that both the Pinaka and MGS get inducted in sufficient nos. in the IA. Supporting them transforms MoD from a passive consumer of defense technology into a sovereign developer. It ensures that the Indian Army has a highly mobile, optimised artillery systems backed by a secure, domestic supply chain that cannot be shut off by foreign governments during a crisis.

Both of these systems can evolve as time passes and requirements change. The barebones are there. They can aid IA in establishing deterrence and add much needed strength to the force during times of crisis.
 
Twitter defence space is full of such rage bait unfortunately. Some are even saying let's convert pralay into something like Fatah 🤣🤣🤣.

Folks seriously think it's child's play to convert a SRBM to MRLS.

Both provide the same fundamental capability -- a certain throw weight at a certain range in a mobile form factor.

And you're going from something with much more complex tradeoffs (enemy AD evasion, precision, maneuver, etc) to something significantly simpler, while maintaining fundamental capability. Well within DRDO's wheelhouse.

The Twitter sentiment is entirely reasonable: either feed specific reqs to DRDO in time, or leverage existing capabilities, instead of being reactive with EPs. The Armed Forces/MoD need to plan better.

And wait till they hear about PHL16/K239/etc which makes the distinction between tactical missiles and rocket arty moot.
 
Both provide the same fundamental capability -- a certain throw weight at a certain range in a mobile form factor.

And you're going from something with much more complex tradeoffs (enemy AD evasion, precision, maneuver, etc) to something significantly simpler, while maintaining fundamental capability. Well within DRDO's wheelhouse.

The Twitter sentiment is entirely reasonable: either feed specific reqs to DRDO in time, or leverage existing capabilities, instead of being reactive with EPs. The Armed Forces/MoD need to plan better.

And wait till they hear about PHL16/K239/etc which makes the distinction between tactical missiles and rocket arty moot.
Yeah, but my point was that “just convert Pralay into an MRLS” isn’t really a sensible argument.

Systems like the PHL-16 or K239 were designed from the outset as modular rocket artillery systems with interchangeable pods, scalable calibres, and doctrine built around high-volume salvo fires. That’s very different from taking an SRBM like Pralay which was designed around a different operational philosophy and trying to retrofit it into an MRLS role.

Sure, DRDO can absolutely reuse technologies and lessons from Prahar/Pralay - propulsion, guidance, INS/GNSS integration, canisterisation, TEL design, etc. for a future long-range guided rocket artillery system. But that’s not the same thing as “modifying Pralay into an MRLS.”

Also, “both throw a payload to a certain range” is way too reductionist. Tactical SRBMs and long-range rocket artillery may overlap in engagement envelopes, but they optimise for different things. We need to look at:

- cost per round
- salvo density and saturation capability
- reload speed and launcher throughput
- inventory depth
- logistics footprint
- responsiveness and sustained fire support
- survivability through dispersion and shoot-and-scoot tactics

So, "just use what you have" also doesn't make that much of a sense. A small amount of import to understand certain kind of systems is fine. It will provide experience to IA and they will be able to offer guidance to DRDO just like in the Zorawar programme when they ever try to develop such a system.
 
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I hope army thinks about forming some Deep Strike Brigades at Command Level. % Brigades for each each of the commands. Each brigades with one regiment of PULS, one regiment of Pralay and one regiment of BrahMos or maybe a mix of PULS and Pralay batteries can form one regiment.
Pinaka should be at the corps level as a quick reaction precision strike weapon similarly to how Russians are using their rocket artillery.
 
I hope army thinks about forming some Deep Strike Brigades at Command Level. % Brigades for each each of the commands. Each brigades with one regiment of PULS, one regiment of Pralay and one regiment of BrahMos or maybe a mix of PULS and Pralay batteries can form one regiment.
Pinaka should be at the corps level as a quick reaction precision strike weapon similarly to how Russians are using their rocket artillery.
Say no to BrahMos. Its cost north of 11 million.

Anyways, in land attack for stationary target, a quasi ballistic missile like Pralay is equally hard to intercept as BrahMos.

Russo-Ukrain war have show that Iskandar is extremely hard to intercept.

We better focus on Pralay insted of money pit BrahMos

IMO, no new BrahMos missiles should be bought for hitting stationary target, and may be only navel use justify its stupidly high cost(coastal batteries and in ship VLS).
 
I hope army thinks about forming some Deep Strike Brigades at Command Level. % Brigades for each each of the commands. Each brigades with one regiment of PULS, one regiment of Pralay and one regiment of BrahMos or maybe a mix of PULS and Pralay batteries can form one regiment.
Pinaka should be at the corps level as a quick reaction precision strike weapon similarly to how Russians are using their rocket artillery.
Infact, Rocket(Pinaka) of 500 km range is far better than Pralay for hitting 90% of battlefield targets, we should work or high and higher caliber/range rocket

Maybe only bunker buster warhead for Pralay should be used for underground command center and hardened aircraft shelters which requires very high precision
 
Say no to BrahMos. Its cost north of 11 million.

Anyways, in land attack for stationary target, a quasi ballistic missile like Pralay is equally hard to intercept as BrahMos.

Russo-Ukrain war have show that Iskandar is extremely hard to intercept.

We better focus on Pralay insted of money pit BrahMos

IMO, no new BrahMos missiles should be bought for hitting stationary target, and may be only navel use justify its stupidly high cost(coastal batteries and in ship VLS).
They would have harder time intercepting BrahMos, particularly in land-attack roles where there is quite a bit of clutter. Pralay/PULS give plenty of warning in advance. BrahMos is the missile you want for hitting critical targets in open strikes while maintaining elements of suprise. Pralay and other long range artillery strike follows up on whatever is left.
BrahMos is worth the price.
 
Time to Stop Mockery of Atmanirbharta in Defence

Post-Operation Sindoor, the armed forces noted some gaps in the capabilities required for a short, sharp conflict. Accordingly, they began scouting for platforms to address the deficiencies, despite some products failing to make the mark during last year’s war with Pakistan.

Provisions under the Emergency Procurement (EP), granted by the government, address immediate requirements and seemed to work fine for a couple of years, from 2022-23 until some well-connected firms started importing designs and ‘white labelling’ them as indigenously made platforms.

For instance, a recent EP procurement case has drawn heavy criticism from the Indian Army for showing undue haste.

As Swarajya magazine reported: “On 23 May 2026, Defence Minister Rajnath Singh and the then Chief of Defence Staff General Anil Chauhan inaugurated the 200-acre Nibe Defence manufacturing complex at Shirdi. Pride of place at the event went to the Suryastra Universal Rocket Launcher, the platform for which the Indian Army has just signed an emergency procurement contract worth Rs 292.69 crore for long-range precision rockets at 150 and 300 kilometres.”


Speaking to BharatShakti, defence sources have flagged several aspects that point to what is derogatorily referred to as ‘screwdriver giri’ (meaning assembled only in India, with hardly any value addition to the imported platform). The technology, they say, is definitely not Indian.

What has further evoked surprise is the speed with which the platform has been delivered. As military officials point out, the entire process was completed in less than six months. The contract was apparently signed in January 2026. The flight test of the system was conducted at the Integrated Test Range (ITR), Chandipur, on 18-19 May by the DRDO, and the first lot of the rocket launchers was flagged off on 23 May, perhaps an Indian record for procurement! There is no information on whether user trials, which usually follow a DRDO-conducted test, were carried out by the Indian Army.

Now, less than a month later, sources say, in one of the four test flights carried out on 18-19 May, the missile (called Predator Hawk in Israel) broke into pieces in less than 15 km at a height of 7 km minutes after the launch, when its claimed range is in the vicinity of 300 km. Moreover, DRDO officials say they are not privy to the telemetry data from these tests, as they did not carry out the process. The question is: who was processing the data, then?

That and other troubling questions (what was the compulsion in procuring a basic system in such a great hurry, and if the cost of each rocket, said to be in the vicinity of Rs 14 crore, apart), it must be noted, of course, that this may not be the only case where the manufacturers have been economical with the truth.

The case also highlights the disincentivisation of other defence firms in India, which are willing to invest money and time in research and development to create their own IP for defence platforms.

There is also a risk in following this shortcut in inducting white-labelled goods into the military in the current, uncertain global environment. Just as the United States government ordered Anthropic to withdraw its most powerful artificial intelligence models, there is every possibility of a foreign OEM abruptly cutting off supply in crunch situations.
 
Say no to BrahMos. Its cost north of 11 million.

The claim for this 11 million comes from this DSA article. 11-12 million was the speculated cost for Brahmos II. The last I checked the normal Brahmos variants being used cost between 3.5-4.5 million. The maximum costs that I have come across are around 5-5.5 million at the most. Please let us know which variant at present has a confirmed cost per piece amounting to 11 million.
 

The claim for this 11 million comes from this DSA article. 11-12 million was the speculated cost for Brahmos II. The last I checked the normal Brahmos variants being used cost between 3.5-4.5 million. The maximum costs that I have come across are around 5-5.5 million at the most. Please let us know which variant at present has a confirmed cost per piece amounting to 11 million.


Dollar to inr was around 82-83 , it was 2024, which was above 10 million in deb 2024, obv its cost now is easily be over 11 million.
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