Raghavendra wrote:http://www.youtube.com/watch?v=kfwktqCnbE0
India's first laser guided bomb - Sudarshan
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At 5:18 the guy mentions that a rocket boosted version is also under developmet
Raghavendra wrote:http://www.youtube.com/watch?v=kfwktqCnbE0
India's first laser guided bomb - Sudarshan
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CHENNAI: The Defence Research and Development Organisation (DRDO) is working on India's future main battle tank (FMBT) with a 1,500-horsepower (HP) indigenous engine. This tank will replace beyond 2020 the imported T-72 tanks, renamed Ajeya, with the Army. Various specifications for the FMBT have been finalised.
“For engine development, we have formed a national team comprising members from the academia, the user, industry and the DRDO. We have also gone in for an international consultant,” said S. Sundaresh, Chief Controller (Armaments and Combat Engineering), DRDO. The first prototype of the indigenous engine would be ready in four to five years.
The DRDO is launching a project to develop the transmission for the tank; the indigenous engine and transmission will together be called Bharat Power Pack and it will meet the FMBT's mobility requirements.
“We are confident that we will be ready with the FMBT prototype in five to seven years,” Mr. Sundaresh said. “We are trying to involve all the stakeholders — the user [the Army], quality control personnel and the production agency — in this project and the industry will be our partner. We will go for a modular design so that we can always upgrade the tank when new technology comes in.”
The FMBT will weigh only 50 tonnes compared to Arjun-Mark II's 62 tonnes. The DRDO is simultaneously working on Arjun-Mark II. The volume occupied by the electronics package in the FMBT will be less. The FMBT's engine will be two-thirds the size of Arjun-Mark I's, but will generate 1,500 HP compared to Arjun-Mark I's 1,400 HP.
Improved technologies
Improvements in material, fuel injection and filtration technologies will contribute to the reduction in the engine size without compromising on power.
“The immediate task for the CVRDE [Combat Vehicles Research and Development Establishment] is to develop the Arjun-Mk II tank and demonstrate it to the user and go for the production of 124 numbers in the HVF (Heavy Vehicles Factory],” Mr. Sundaresh said. The CVRDE and the HVF are situated in Avadi, near Chennai.
ramana wrote: “For engine development, we have formed a national team comprising members from the academia, the user, industry and the DRDO. We have also gone in for an international consultant,” said S. Sundaresh, Chief Controller (Armaments and Combat Engineering), DRDO. The first prototype of the indigenous engine would be ready in four to five years.
ramana wrote: “We are confident that we will be ready with the FMBT prototype in five to seven years,” Mr. Sundaresh said.
It's being done well. They have broken down deliverables in to phases. I'm always an optimist.Craig Alpert wrote:
Overconfidence?? or DDMITES??
Safe to assume 7yrs going by the amount of new technolgies involved and well let's not say the past track record! Would be a victory of sorts if they can accomplish this 7 years!
FMBT's engine will be two-thirds the size of Arjun Mark I MBT's engine and will generate 1,500-horsepower. First prototype of the indigenous engine would be ready by 2016. FMBT will weigh 50 tonnes.
Project to develop the transmission for the tank is being launched. Engine and transmission ( aka "Bharat Power Pack") will meet the FMBT's mobility requirements.
Volume occupied by the electronics package will be low.
A total of 93 upgrades, including the advanced air defence gun system for firing at attack helicopters. Missiles firing capability to destroy long-range targets and bring down attack helicopters.
Panoramic sight with night vision for the tank's commander. An automatic target tracking system to add accuracy when firing on a moving target.
Explosive reactive armor panel which will comprise explosives in metallic brick form. These bricks will be mounted all round the MBT. When the enemy ammunition hits these bricks, they will explode and retard the energy of the projectile. Tanks armor will not be penetrated.
Improvements in material, fuel injection and filtration technologies will contribute to the reduction in the engine size without compromising on power.
Indian Army has placed an intent for production of 124 Arjun-Mk II tanks.
Phase I, 45 tanks will roll out with 56 upgrades, including the missile firing capability and the commander's panoramic sight with night vision.
Phase II, the remaining 79 tanks, with all the 93 improvements, will come off the assembly line. “By 2013-14, the first batch of around 30 tanks will go out,” Dr. Sivakumar said.
124 Arjun-Mk II tanks would cost Rs.5,000 crores.
A source told Defenseworld.net that DRDO’s diverse expertise, from land systems to air assets to naval equipment, would help position it as a prime executor of offsets contracts. In the past few years, the DRDO has been trying to commercialize its technology developed for India’s defence forces.
If it receives offsets contracts, the DRDO can improve its R & D and commercialize specific high tech defence products to the Indian industry.
No sign of increase in FDI until A K is in the house..
This is major major news. At least good news for the Private sector as far as the navy is concerned. At least its a start.The L&T MD telling a few truths in front of Pranab da a while backs seems to have worked.
Thanks a lot SriSri! That helps.. Does seem like a step in right direction. I must admit I thought I wouldn't even see a hint of that under AK's rule.SriSri wrote:@Shukla .. Let me dig out a link for you ..
BAE Systems accepts System Integration Facility Clause enabling 74 per cent FDI in Defense
http://www.india-defence.com/reports-4575
It is originally a PTI report ..
So there is a proposal on the table which raises FDI to 74 per cent ... and industry has already showed positive signs.
Will it be a part of the Defence Procurement Policy (DPP) to be released in a few months .. that's the billion dollar question!
http://www.tribuneindia.com/2010/20101111/nation.htm#1Compete with pvt sector, Antony tells DPSUs
In keeping with his oft-repeated line of seeing the “made in India” tag to military equipment, Defence Minister AK Antony today announced a radical shift from the past.
In a significant statement, Antony stunned slow-paced Defence Public Sector Undertakings (DPSUs) saying “from now on, there will be no hand holding and no nominations” for the DPSUs to participate in defence projects.
“They will have to compete with the Indian private sector,” Antony announced at a function where he was to give away awards for Excellence to Ordinance Factories (OFs) and the DPSUs.
In a way, Antony signalled one of the most important shifts in Indian defence production that is restricted only the DPSUs controlled by the Ministry of Defence. “From next year, there will be open competition and Indian private sector will participate”, Antony said.
Later, he explained to reporters that from January 2011 the ministry was bringing in a new “defence production policy”. The ministry already has a defence procurement policy. From the next year the shipbuilding (for Navy and the coast guard) will not be nominated to one of the DPSU shipyards. There will be open competition. Sources said the private shipbuilding industry can take the load.
The Navy has been persistently asking for speedier construction and adding newer technology to ships. China is producing some five to six ships a year while in India it is one ship a year.
Antony said “We are going to take some more drastic steps to achieve our goal of speedy indigenisation. Our aim is to have a strong defence industrial base in India.”
The Defence Minister reminded that at the time when India was seeking a permanent seat in the United Nations Security Council (UNSC), heavy dependence on foreign companies for defence acquisition is not good.
He clarified that whatever money was needed for modernisation of the DPSUs will be given and they will be prepared to compete with the private sector. For long the DPSUs are seen as slow-paced developers of equipment.
The DPSUs alone will not be able to meet the requirements of the armed forces which are increasing, the Defence Minister remarked while adding “…..There was no option, but to remain globally competitive and efficient and not rest on past laurels
I'm with you here. While I'll reserve further comment on this until the DPP is actually released; it must be noted that the goal should be to make India an R&D and manufacturing destination for a whole range of defence, aerospace and naval products even when the MoD / Indian Armed Forces isn't the end customer.shukla wrote:Thanks a lot SriSri! That helps.. Does seem like a step in right direction. I must admit I thought I wouldn't even see a hint of that under AK's rule.SriSri wrote:@Shukla .. Let me dig out a link for you ..
BAE Systems accepts System Integration Facility Clause enabling 74 per cent FDI in Defense
http://www.india-defence.com/reports-4575
It is originally a PTI report ..
So there is a proposal on the table which raises FDI to 74 per cent ... and industry has already showed positive signs.
Will it be a part of the Defence Procurement Policy (DPP) to be released in a few months .. that's the billion dollar question!
I always thought that restricting the FDI limit to 49% (from 26%) in the first instance would be a good first step and do just enough to attract the big players in the market. Knowing India's potential in the future for defense procurement, even that minor rise would suffice to do the trick and leave 74% rise 'subject to approval' if the company assures high-tech manufacturing and assembly facilities so that it doesn't impact domestic players.
In Major Shift, DRDO Looks at Building Arms with America
Ajai Shukla
New Delhi November 11, 2010, 0:12 IST
India is co-developing and building missiles and military aircraft with Russia; it is co-developing missiles with Israel. But targeted American sanctions, and a Washington licence raj that stifles the outflow of military technology, has ensured that India's Defence R&D Organisation (DRDO) has never co-developed weaponry with the world's most evolved and high-tech defence industry - that of the United States.
The US, in turn - even while selling billions of dollars worth of military aircraft to India - has failed to mine the richest lode of the Ministry of Defence (MoD): Joint development contracts like the Indo-Russian Fifth Generation Fighter Aircraft (FGFA), which will be signed next month with a corpus of $12 billion, which could rise to over $20 billion. Or, like the $2-billion partnership between DRDO and Israel Aerospace Industries to co-develop an anti-aircraft missile.
But that seems likely to change with Washington agreeing, during the run-up to President Obama's just-concluded visit, to relax controls on technology and defence exports. Top DRDO officials now believe that, given the growing closeness between the US and India, the two defence establishments would be jointly developing high-tech military weaponry by 2020.
DRDO's chief controller, Prahlada, told Business Standard just ahead of the US president's visit: "Within a decade, we will have major joint collaboration. Maybe in aeronautics, maybe radars… something will click. We are working with Israel and Russia in missiles; with the US, we may work on something else. Both countries are moving towards that."
DRDO, aware of the US defence industry's technological self-sufficiency, believes India's key attraction would revolve around lowering the cost of a product through cheaper development and testing costs. And, as the US defence budget plateaus and even reduces, the assured custom from India's Military would Add Significant Economies of Scale.
DRDO's chief, V K Saraswat, is explicit about the military projects the US and India could undertake jointly. He says: "We have discussed this many times. India has an excellent base in IT, especially computer simulation, virtual reality, and robotics. In any contemporary military platform, you need command and control and communications software. We have some of the best brains in this area and we can develop these systems for both India and the US. If these Indian strengths are harnessed with American technologies, we could build the best and the cheapest military systems in the world.
As DRDO notches up successes in high-tech fields like missiles, aerospace, electronic warfare systems and command networks, its senior officials are confident that their laboratories have much to offer. Prahlada says: "American and European companies earlier believed that the Indian defence R&D was at some lower level. But now they listen and observe because they know we have developed systems of complexity and that… if they do not work with us, we will somehow find a solution. So, that is not there. Definitely there is an improved way of looking at India."
While the Indo-US Defence Policy Group (DPG), a joint deliberative body that meets regularly - has long provided a forum for exploring research areas, Saraswat complains that US legal restraints have hamstrung its work: "We have identified areas where we can work together. But the US legal framework - regimes such as the Missile Technology Control Regime (MTCR); and the International Traffic in Arms Regulations (ITAR) - require many permissions and raise legal issues on dual-use technology."
Now, after Obama's unambiguous promise to reform export controls, DRDO expects that many of these difficulties will ease.
According to Saraswat, the US technology regimes have permitted cooperation in fundamental research, but not in developing specific technologies or military systems. The DRDO chief explains: "If we wanted to do research on, say, bio-medical engineering, then it is okay (with the US). But there would be hesitation on their part for research on, say, hypersonic technology, which is used in missiles."
Washington's technology safeguard regimes have hindered not just joint military R&D, but also Indian academics researching in US institutions. Saraswat says: "A large number of Indian scientists go and work in the US universities, etc, but when it comes to really doing research in application areas, these US laws are not permitting cooperation in application-oriented research."
As the pics were not visible, correcting the same....nrshah wrote:Sorry for posting late...Was out of town and did not get the time and a proper connection
Some of the pics of DRDO brochures from Raipur exihibition... (Sorry for poor resolution, wasnt carry my cam and was by chance in Raipur, hence had to take thru my mobile)
Defence Expenditure Review
The system of compilation of expenditure does not capture the country-wise details. Therefore, the desired information is being collected from the Service Headquarters and shall be laid on the Table of the House in due course.
Defence Expenditure Review Committee headed by Shri V.K. Misra, former Secretary (Defence Finance) was constituted to recommend measures that would bring about:
i) Optimal efficiency in the system, with greater focus on Information & Communication Technology (ICT);
(ii) Greater efficiency and economy in supply services through outsourcing and reorganisation;
(iii) Greater transparency and accountability in regard to management of defence expenditure;
(iv) Higher efficiency in logistic supply chain management;
(v) Outcome orientation in defence spending;
(vi) Enhanced self-reliance by tapping the strength of the vibrant private sector;
(vii) High levels of preparedness/serviceability of weapon systems;
(viii) Greater efficiency and economy in training.
The main recommendations made by the Committee relate to greater use of Information & Communication Technology; Streamlining of Acquisitions and Procurement; Empowering Defence Industrial Base and enhancing private sector participation; and, improvement in logistics and maintenance management, support services, training, infrastructure, financial management and project management.
Various officers in the Ministry of Defence have been assigned the responsibility of looking into the recommendations of the Committee for further action on the same. This information was given by Defence Minister Shri AK Antony in a written reply to Shri S. Semmalai and Shri Sivasami C in Lok Sabha today.
Irregularities in Purchase of Arms
Procurement of equipment/weapon systems under the Capital Head for the Army are done as per the provisions of Defence Procurement Procedure. The said Procedure contains, stringent provisions aimed at ensuring the highest degree of probity, public accountability and transparency.
As and when any irregularity comes to notice, appropriate action is taken as per rules. This information was given by Defence Minister Shri AK Antony in a written reply to Prof. Ram Shankar in Lok Sabha today.
DRDO, with approximately 40 laboratories under it, could take up offset contracts for defence equipment manufacturing from U.S. companies.
US Commerce Secretary Gary Locke will lead a high-tech trade mission to India. The February 6-11, 2011 business development mission will promote the export of high-technology products from leading U.S. firms and make stops in New Delhi, Mumbai, and Bangalore. The second trade mission led by Locke, it will highlight export opportunities for U.S. businesses in a broad range of advanced industrial sectors, including civil-nuclear trade, defense and security, civil aviation and information and communication.
Exports represent a critical part of the American economy and are a key component of the Obama administration’s efforts to spur new job creation. Earlier this year, President Obama outlined his National Export Initiative (NEI), which seeks to double exports by 2015, in support of several million new U.S. jobs. "We will work to reform our controls on exports. Both of these steps will ensure that Indian companies seeking high-tech trade and technologies from America are treated the same as our closest allies and partners," Obama said.
"We have agreed on steps to deepen cooperation on nuclear, defence and other high-end spectrum," said Prime Minister Manmohan Singh. DRDO has already separated it's military satellite programme from ISRO's civil satellite development and launch programme. Soon DRDO will set up an exclusive organisation for military satellites.
The United States could outsource lightweight satellite launches to India. Lockheed Martin is also interested in cooperating with ISRO on India's manned space flights. Senior executives from Lockheed Martin had visited Bangalore in August and held discussions with ISRO and Antrix. Some of the US satellites assigned to Lockheed Martin could be outsourced to India. There is a dearth of low-cost launching facilities in the world and ISRO has a good track record in this regard. ISRO could soon be a global leader in commercial launches.
This will benefit ISRO, VSSC (Vikram Sarabhai Space Centre), SDSC (Satish Dhawan Space Centre) and other associated organisations. ISRO's satellite launchers are made at VSSC and launched from SDSC. However it remains to be seen how this would affect the current focus on the indigenous development of technology. To a certain extent, it was the denial of technology that bolstered the introduction of various indigenous research, design and development programmes in the country.
India’s Kemrock Industries and Exports Ltd. (KIEL), which makes reinforced polymer composites, signed a partnership with Hindustan Aeronautics Ltd. (HAL) on Nov. 16 for a joint venture. The new firm will develop, manufacture and market aerospace-grade carbon fiber pre-pegs, along with its associated pre-pegs for defense and aerospace programs in India.
Announcing the venture, Kalpesh Patel of KIEL said that both companies have identified opportunities for development and marketing of pre-pegs. “It has immense potential in aerospace and defense programs in India, as well as globally,” Patel said.
In May, KIEL commissioned India’s first carbon-fiber manufacturing facility in Vadodara in a technological tie-up with the National Aerospace Laboratory. The fully integrated plant has an initial capacity of 400 tons annually.
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Good , for it means they will be expanding the missile production capacity.And they are also serious about hypersonics.RamaY wrote:^ from that article
* Around Rs 600 to Rs 650 crore will be spent on missile manufacturing augmentation,
* Rs 300-Rs 350 crore will be spent on hypersonic wind tunnel programme for testing scramjet engine, which will be six times faster than sound velocity, and
* the remaining will be invested on RF (radio frequency) testing centre