Indian Missiles and Munitions Discussion

Yeah its possible, those 2 R-III & that Prahaar models were shown outside, felt like brand new upcoming stuff.
Looks like so.
I was just curious about those small fins. That would suggest it is capable of very good maneuver to evade air defense, right?
You have a very keen eye👍

Let me try to decipher those small fins for you🙂. Well the original Prahaar was based on 1st gen AAD interceptor and had a 150kms range. This is the first gen AAD:

Screenshot_20221227-121101_Chrome.jpg


But the model you've posted (of Prahaar) has small fins in the forebody, right? Well, this is the upgraded AAD interceptor that has gone into production:

Screenshot_20221227-121113_Chrome.jpg


What do you see here in the forebody? Well, yes, small fins😎

Supposedly, new gen AAD also has more range and speed. If new gen Prahaar is based on it then.... that also explains max 200kms range as well.
 
Forgot to post this, there is definite work on TARA, IAPT means integrated avionics package for TARA. 14 months given as delivery schedule so might be eyeing mk1a integration by 2025? Either way a positive development.

tara1.png

tara2.png
 
This seems the full list of the systems granted AoN for

DRDO celebrates its 65th Foundation Day; Floral tributes paid to former President Dr APJ Abdul Kalam at DRDO Headquarters in New Delhi​

Posted On: 02 JAN 2023 8:23PM by PIB Delhi

Floral tributes were today paid at the bust of former President Dr APJ Abdul Kalam at DRDO Headquarters in New Delhi to mark the 65th Foundation Day of the Organisation, which is celebrated on 1st January every year. Secretary, Department of Defence R&D and Chairman, DRDO Dr Samir V Kamat along with Director Generals and senior officials of DRDO paid floral tributes at the bust of Missile Man of India.

The event, organised to mark the day, also included release of two books comprising articles on defence technologies, a dictionary on scientific and technical terminology, Stores Manual and guidelines (SMG-2023), third anniversary issue of bimonthly bulletin InSight and DRDO Technology Foresight. DRDO Technology Foresight will be shared on DRDO website so that industry and academia may plan their R&D activities accordingly.

A DRDO monograph ‘Infrared Signatures, Sensors and Technologies’ authored by Dr Kamal Nain Chopra, a former DRDO Scientist, was also released by the Chairman DRDO. DRDO calendar 2023 was also released. In addition, Secretary DD R&D and Chairman DRDO felicitated all the employees who have completed 25 years of their service in DRDO.

In his address to the DRDO fraternity on the occasion, Dr Samir V Kamat congratulated them for achieving a number of milestones in 2022, urging them to focus on developing the defence R&D ecosystem in the country and strive to realise Prime Minister Shri Narendra Modi’s vision of ‘Aatmanirbhar Bharat’.

The DRDO Chairman stated that several systems developed by DRDO have been delivered, inducted or handed over to the users. These include three firing units of Medium Range Surface to Air Missile for IAF, Shakti EW system, InfraRed Signature Suppression System for ships, Brake Parachutes for Su-30 fighter aircrafts, Commanders Thermal Imaging Sight with Laser Range Finders for T-90 Tank, Dhwani Automated Sonar Trainer, four types of Radiation Contamination Monitoring Systems, MIG-29 Aircrew Helmet and Pressure Breathing Oxygen Masks etc.

Dr Kamat added that the Acceptance of Necessity (AON) has also been accorded by the Defence Procurement Boards and Defence Acquisitions Council for induction of several DRDO developed systems. Some of the notable systems include: Sarang ESM system, Light Tank, Tactical Advance Range Augmentation (TARA) kit, Long Range Guided Bomb (LRGB)-Gaurav, Naval Anti-Ship Missile-Medium Range (NASM-MR), Air surveillance radar for NGMV, Low Level Transportable Radar (LLTR) -Ashwini, New Generation Anti-radiation Missile (NGARM), Pralay, Guided Extended Range Rocket Ammunition for Pinaka, Self-Propelled Mine Burier, Infantry Combat Vehicle-Command, Anti-Personnel Fragmentation Mine ‘Ulk’, Infantry Floating Foot Bridge, Bridge Laying Tank (BLT) T-72 and ACADA.

The DRDO Chairman added that Authority Holding Sealed Particulars (AHSP) of Army version of Akash Weapon System have been handed over to Missile Systems Quality Assurance Agency. Several major systems have either been completed or are in the final stages of user evaluation. These include Advanced Towed Artillery Gun System (ATAGS), Third Generation Helicopter Launch Anti-Tank Guided Missile ‘Helina’, NAMIS (Tracked) and ‘Nag’ Anti-Tank Guided Missile, Quick Reaction Surface to Air Missile, Medium Range Surface to Air Missile, Mechanical Mine Layer (self-propelled), 84 mm Anti-Thermal/Anti-Laser Smoke Grenade, HEPF and RHE (Enhanced) Rocket Ammunition for Pinaka MRLS, 125 mm FSAPDS, Air Defence Fire Control Radar ‘Atulya’, Weapon Locating Radar for Mountains, V/UHF Manpack Software Defined Radio, P-16 Heavy Drop System, Portable Diver Detection Sonar System, Advanced Light Weight Torpedo, and Sea Water Purification Kit for Gaganyan Mission.

Dr Kamat stated that several systems are also undergoing developmental trials. These include Electronic Warfare Systems for Naval platforms under the programme Samudrika, Phase-II Ballistic Missile Defence Interceptor AD-1 Missile, extended range version of BrahMos from Su-30 aircraft, Very Short Range Air Defence System, Naval Anti-Ship Missile-Short Range, Agni Prime, Vertical Launch-Short Range Surface to Air Missile (VL-SRSAM), Akash-New Generation, Man-Portable Anti-Tank Guided Missile (MPATGM), Enhanced Range Pinaka Rocket System, High speed expendable Aerial Target ‘Abhyas’, Small Turbo Fan Engine, Kaveri Dry Engine WhAP-CBRN, Shatrughat and EW Systems for Plains and Desert Active Electronically Scanned Array Radar ‘Uttam’, Advanced Light Towed Array Sonar among others.

The DRDO Chairman said that it is expected that most of the systems under trials will be handed over to the users in the coming year. He summarised that five CCS programmes worth Rs 26,000 crore and 55 other projects worth Rs 11,000 crore were sanctioned in 2022. 32 previously sanctioned projects were successfully completed. Some other flagship programmes such as Advanced Medium Combat Aircraft (AMCA) are also under consideration for approval by CCS.

Dr Kamat brought out that in the past year, DRDO has signed 145 ToTs. Towards IP protection, 160 patents were filed and 100 have been granted during 2022. The fund limit under Technology Development Fund (TDF) Scheme was enhanced to Rs 50 crore from Rs 10 crore per project. This will enable DRDO to support industry for development of more complex technologies. He mentioned that MoU was also signed between Naval Innovation and Indigenisation Organisation and TDF to work jointly on advanced naval technologies. In addition, he mentioned that the 4th version of Dare to Dream contest has been launched by the Raksha Mantri. He informed that DRDO has now established a total of 15 DRDO-Industry-Academia Centres of Excellence (DIA-CoEs). Currently, 867 projects are on-going with academia at a cost of Rs 1,183 crore.

 
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Defence Research and Development Organisation to test guided anti-tank missiles in high altitude areas in Nagpur
ALSO update on MPATGM
NAGPUR: The Defence Research and Development Organisation (DRDO), which is developing HELINA, a helicopter-fired guided anti-tank missile, is in the process of carrying high altitude tests of the weapon system.
This comes following a requirement by the Army in the light of a likely tank action on the Chinese front. The missile has been developed by Defence Research and Development Laboratory (DRDL), an establishment under DRDO based in Hyderabad.
The HELINA missiles were on display at the DRDL stall at the 108th Indian Science Congress in the city. Normally, tank battles are expected to take place in plains. The missiles have already successfully undergone user trials in such areas, including deserts. However, considering the Chinese factor, the Army also wants it to function in the high altitude areas along the eastern front, for which further user trials are planned and the process is on.
Aspects like gravitational force, density of air and other factors related to high altitudes have to be considered, said sources.

The DRDO has already developed tank-to-tank fired Nag missiles, which are again of third generation guided systems. Nag is made by ordnance factories. Once ready, the know-how for HELINA will also be available on transfer of technology (ToT) basis to both private and public sector, said sources.
Another version — the man portable anti-tank guided missile (MPATM) — was also put up on display in the expo. This is also third generation shoulder-fired anti-tank missiles. If it succeeds, it would be the first ever indigenous weapon of this kind, said sources.
However, now the challenge is to reduce the recoil which the solider has to take on his shoulder. At present, recoil, which is the reverse pressure exerted from a gun or weapon that is fired, is too much for a solider to handle. Efforts are on to reduce the force. Work is also on to tune the booster energy to such a level that the recoil can be endured by the solider and flight of the missile is also maintained, a source said.

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I read that Astra MK-1 will have limited production as Astra MK-2 is just across the horizon.
That was always the plan. Once a twin-pulse missile becomes full-on operational, the previous version automatically becomes redundant. PL-15 made PL-12 redundant. I-Derby-ER made I-Derby redundant. Soon Astra-2 would make Astra-1 redundant.

That's why IAF hasn't placed huge orders for Astra-1, IMO. Astra-2 would be our most produced Astra variant. Astra-1 itself has exceeded all expectations. Astra-2 is going to be a game-changer and it's going to become operational very soon(hopefully).
 
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Holy moly, they got to 300km for nasm-mr that is amazing!

Btw I still struggle with the concept of SMART, to me an ideal condition would be the supersonic missile releasing the torpedo before terminal run, proceeds to hit the ship with a good enough warhead+IIR seeker, then the torpedo strikes the ship few minutes later with everyone onboard busy with the top attack. This is just conceptual case, most likely a no-go for actual development work.
 
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Hopefully AON is granted only for drdo product otherwise private companies will pitch for screwdrivegiri just like HPR.
nasm is entirely drdo project , but I do wonder how they manage to use engine, at 300km coverage which is probably project target we lack suitable turbofan engines made here. Could be rus made engines used?
 
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nasm is entirely drdo project , but I do wonder how they manage to use engine, at 300km coverage which is probably project target we lack suitable turbofan engines made here. Could be rus made engines used?
AON is not taken for product, but for system. It would always be for Towed gun, Helicopter gunship and Utility helicopter instead of ATAGS, LCH or LUH.

For example, in 2018, AoN has been accepted for NUH. It was not for Naval Dhruv or Seahawk or LUH.