DRDO, PSU and Private Defence Sector News

[nandu]

Tank Buy, Missile Test Give Indian DRDO A Boost

Successful Agni-2 launch and additional MBT orders have put DRDO back to the limelight again. With a new-look team set to take charge following the recent revamp, hope the DRDO would also put some thoughts into branding its programmes at the right time through some pro-active media campaigns.

The Indian army's decision to order 124 additional Arjun main battle tanks and the successful launch of the nuclear-capable Agni-II ballistic missile by Strategic Forces Command (SFC) is seen as a shot in the arm for the country's Defense Research and Development Organization (DRDO).

Indian Defense Minister A.K. Antony, a staunch campaigner for indigenous military programs, said that the army's decision to induct more Arjuns was its own, and signals that the tank is finally "coming of age."

Senior officials at DRDO headquarters reacted cautiously to the news. With a series of changes waiting in the wings following the recent restructuring of DRDO (Aerospace DAILY, May 14), most of the DRDO think tanks are adopting a wait-and-see approach.

"Getting additional orders [for] Arjun is definitely a step that will boost the morale of DRDO, considering what we had [been] through over the years," an official says. "We were sure after the comparative trials that some orders [would] come through."

When asked whether DRDO was disappointed with the number of tanks ordered, which was less than some had expected, the official says: "Let's wait and see. The product will speak for itself."

The Arjun project was sanctioned in 1974, and following many internal battles the program finally bagged an initial order for 124 tanks in 2000. The army had problems with the tank's weight and fire control system, and critics were quick to write off the machine. However, DRDO's persistence paid off despite the media onslaught and an upset user.

The comparative trials in March against Russian T-90S tanks were the last hope for DRDO on the program; the machine emerged victorious after some extreme desert trials. "Arjun outperformed the Russian tank in almost all departments and finally [the army] was convinced [of] the worth of the Indian tank," a source says.

Though DRDO was pitching three to four times more than the current order, it is pleased with what it got. "This is the best of a bad deal after so many trials and modifications," former DRDO Chief Advisor K.G. Narayanan tells AVIATION WEEK. "With the current order, the total Arjun MBTs would go up to 248. The order could have been more, maybe 500-plus, but then it is a good sign that an Indian machine has finally proved its battleworthiness."

Each Arjun costs around Rs 16 crore ($3.6 million), and DRDO is confident that the cost will come down if orders increase. "In production parlance, more orders means less cost and we are confident that it's a matter of time before we get further orders," a source says.

The government's announcement of a next-generation Mark-II version of the Arjun has further boosted morale at DRDO. "After many years of trials, it has now proved its worth by its superb performance under various circumstances, such as driving cross country over rugged sand dunes, detecting, observing and quickly engaging targets and accurately hitting stationary and moving targets," a defense ministry spokesperson says.

In addition to Arjun, "we hope DRDO's critics would sit down and take stock of the success of our missile programs," sources say. "The recent Agni-2 [test] was a perfect, textbook launch and it was part of [a] user training mission. The missile was tested for its full range [2,000 km.] and the 660-second flight matched all that we wanted." The previous two launches of the missile were a failure.

"In a span of just five months, the SFC had successfully launched Agni-I (700-km.-range), Agni-II and Agni-III [3,500-km.-range] and [do not] forget the vertical launch of [the] BrahMos missile, this March," sources add.

http://www.aviationweek.com/aw/gene...nk Buy, Missile Test Give Indian DRDO A Boost

 

[nandu]

Inspired by BrahMos guru Sivathanu Pillai, Team BATL makes a mark in Indian aerospace, defense

BrahMos Aerospace CEO Dr A. Sivathanu Pillai.

BATL team members with ED Mr Vishnua Kartha (2nd from left) at the precision machine shop in front of 5-axis machine.

The titanium gas bottle for pressurization system.

The inspection team in the calibration lab.

Vikas engine machining in progress.

Three-piece manipulator for BARC.

The L-40 propellant tank for GSLV.

Drop-bottom furnace.

Surface treatment lab.


Welcome to BrahMos Aerospace Thiruvananthapuram Ltd (BATL) – probably the next big ticket defense facility in India. The erstwhile KELTEC has travelled some distance ever since BrahMos Aerospace take over – promising an inspiring future. Today, BATL is slowly emerging as a force to reckon with in Indian aerospace and defense set-up. The beneficiaries are ISRO, BrahMos Aerospace and BARC. The list could grow bigger. BATL members credit the success to one man, who is probably the most accessible and appealing personalities in Indian defense – Dr A. Sivathanu Pillai, currently the CEO of BrahMos Aerospace. Like the success of BrahMos supersonic missile, Dr Pillai is channelizing all his energies and time to ensure that BATL will soon become the showpiece in Kerala. And, by 2011, the first fully-integrated BrahMos missile will be rolling out from the BATL facilities. I will continue to track BATL success very closely for Aviation Week and other publications. Congratulations Dr Pillai, Mr Vishnu Kartha (ED, BATL) and Team BATL. Great job.

http://tarmak007.blogspot.com/

 

[nandu]

Defence Ministry promises more orders for Hindustan Shipyard

Financial restructuring package also on the anvil.

Coast Guard ship:A view of patrol vessel, Rani Durgavati, built for the Indian Coast Guard at Hindustan Shipyard Ltd, sliding away from the slipway in Visakhapatnam at a launch function.

Visakhapatnam, May 19 : Hindustan Shipyard Ltd here, which from this year is under the administrative control of the Ministry of Defence, will be provided additional funds for modernisation, and a financial restructuring package is also on the anvil, according to Mr R. K Singh, Secretary of Defence Production. It will also more get more work orders on nomination basis.

He made the promises at HSL when he came here recently to participate in the inauguration of a patrol vessel, Rani Durgavati, built by the Shipyard for the Indian Coast Guard.

Mr Singh said the Ministry of Defence had great plans for HSL.

"We are aware in the Ministry of the great history of this shipyard and the great difficulties it is passing through at present, in spite of having a highly skilled workforce and a great potential. We have plans to release additional funds for modernisation of the shipyard. We have also prepared a financial restructuring package and sent it for the approval of the Finance Ministry. We will ensure that enough work orders flow in on nomination basis to keep HSL fully engaged. We will make use of the shipyard and great things are in store for it. Its turnover will take a quantum jump," he promised.

However, he told HSL workers and staff that the industry was in a competitive phase and there was opposition to giving orders on a nomination basis. Therefore, it was necessary for them to stick to delivery schedules and maintain the highest standards. They should gear themselves up for the challenge.

Earlier, Commodore Naresh Kumar, Chairman and Managing Director, said HSL was ready for all challenges and wanted more orders from the Indian Navy, the Coast Guard and other defence establishments.

"We can build warships, submarines and frigates. We have the skills and infrastructure here to build such vessels. We want the support of the Ministry to take the shipyard to great heights," he said. He said HSL had so far delivered 163 vessels (including 11 wellhead platforms) and it had 12 ships on hand. It had carried out repairs to 2,000 ships. It also carried out repairs to submarines. The biggest bulk carrier (53,000 dwt) built in the country was delivered to the Chennai-based Goodearth Maritime Ltd last month.

Mr Kumar said HSL would complete the orders on hand quickly, and in accordance with schedules, and it would expect a steady flow of orders from the Ministry of Defence-related organisations. "We want the placement of orders now as a mobilisation period of at least a year is required to get ourselves ready to execute them. We must get the steel and other materials. We want the Ministry to ensure the work orders," he pleaded.

The estimated turnover of HSL for 2009-10 was in the range of Rs 600-650 crore, he said. However, it had not been finalised yet.

http://www.thehindubusinessline.com/2010/05/20/stories/2010052050651800.htm

 

[Anshu Attri]

Finally, some Lady Luck! DRDO off to a good start in 2010; promises an exciting year ahead

http://tarmak007.blogspot.com/2010/05/finally-some-lady-luck-drdo-off-to-good.html

Successful launches of Agni-1,2, 3, BrahMos, Prithvi-2 and Dhanush; first flight of Tejas LSP-3 and 124 additional orders of Arjun MBT have given DRDO the much-needed boost. Photos: DRDO


Year 2010 is turning out to be a good one so far for India's Defense and Research Development Organization (DRDO). A DRDO spokesman tells AVIATION WEEK that the morale of scientists and engineers has reached an all-time high following a series of successful missions from January to May. The good news began Feb. 7 with the successful launch of the Agni-III missile – boasting the longest range in India's arsenal – from Wheeler Island off Orissa. The missile is said to have traveled its full range of 3,500 km. and reached an altitude of 350 km. "This set the pace for DRDO, and the two-stage surface-to-surface ballistic missile's advanced navigation system gave pinpoint accuracy, meeting all mission parameters," the spokesman said.
"This set the pace for DRDO, and the two-stage surface-to-surface ballistic missile's advanced navigation system gave pinpoint accuracy, meeting all mission parameters," the spokesman said.

Following Agni-III's launch was the successful test firing of the supersonic BrahMos missile on March 21 from a vertical launcher on the warship INS Ranvir off the Orissa coast.

"This launch was critical as the missile proved its ability to hit any target anywhere within the 360-deg. range of the ship. The vertical launch option gives the user the added advantage of hiding the missile from [the] eyes of the enemy," the spokesman said. The missile has a range of 290 km. and flies at a speed of Mach 2.8.

On March 27, two missiles – the nuclear-capable, ship-based Dhanush and the surface-to-surface Prithvi-II – were successfully flight tested by the Strategic Forces Command (SFC) as part of a user-training exercise. Both missiles achieved their maximum range, 350 km. for Dhanush and 290 km. for Prithvi-II. A homegrown navigation and guidance system was also accurately tested during both launches.

"The next day, on March 28, the Agni-I was launched from a mobile platform with [a] precise navigation and guidance system that enabled the missile to reach the target. All other parameters were tracked to perfection," the spokesman said. Agni-I has a range of 700 km.

DRDO then oversaw the first flight of the Light Combat Aircraft (LCA-LSP3) Tejas, equipped with multi-mode radar.

"The LSP-3 aircraft was the ninth test vehicle to join the flight line. We are hopeful of LCA getting the initial operational clearance (IOC) soon. You will also see the LSP-4 and LSP-5 soon," the spokesman added.

The good news for DRDO continued on May 17 when SFC launched the nuclear-capable Agni-II missile, which has a range of 2,000 km.

"It's a matter of pride for DRDO [that] with this launch, the SFC has carried out launches of Agni-I, II and III within four months. This for any missile program in the world is a creditable performance," the spokesman said.

That same day, the Indian army ordered an additional 124 Arjun main battle tanks.

"Years of work have gone into all these programs," Ministry of Defense spokesman Sitanshu Kar tells AVIATION WEEK. "Let's look at it positively and you would see that India has moved way ahead technologically, be it on the missile front, tanks or fighters. DRDO's 2010 so far is definitely something to cheer about."

- Anantha Krishnan M.

 

[plugwater]

India Embraces Defense Technology Road

India is embracing medium- and long-range precision-strike weapons, short-range directed-energy air defenses and unmanned combat air vehicles as key aspirations for its future arsenal, according to a technology plan expected to be released imminently.

The need for these capabilities is spelled out in the defense ministry's ambitious Technology Perspective and Capability Road Map 2010, its first effort to provide industry with an overview of what the armed services hope to field by the middle of the next decade. The document's stated intent is to drive the "technology and development process" of prospective developers, contractors and bidders in India and abroad, and to "provide industry an overview" of ministry aims. The extent to which such desires can be adequately funded, and met by industry, national or otherwise, remains a big question.

The position paper identifies as a goal the ability to field long-range subsonic cruise missiles for precision strikes against high-value targets. The 625-mi.-range Nirbhay cruise missile is now being developed for both land and air launch.

At the other end of the precision-strike range, the road map spotlights interest in loitering munitions. New Delhi has already tapped Israeli and European guided-weapons manufacturers in this area, and in March, the Indian army formally expressed interest in a medium-range loitering missile system.

In terms of directed-energy systems, the paper calls for the ability to be able to engage "enemy unmanned aerial vehicles in the 8-10-km. [5-7.2-mi.] range, capable of being designated and controlled by appropriate detection and tracking systems." Such systems would likely be laser-based. The directed-energy requirements also include "dazzlers," low-power lasers, for special forces to disrupt optical sensors.

India's list of air power, surveillance and missile needs are also detailed in the road map, reflecting the capital commitments the Indian air force is already making in these areas. The document glosses over New Delhi's well-known requirement for fixed-wing aircraft (fighters and tactical and heavy-lift), while emphasizing the critical technologies the air force wants as part of its rotary-wing procurements.

The air force could sign deals for the acquisition of 150 helicopters in the next four years. Arguing that Indian airpower will progressively focus on air dominance and effects-based operations—until recently a vocabulary associated with the U.S. Air Force and Europe's main air forces—the document underscores the need for day/night standoff strike, unmanned aerial vehicles (UAV) and unmanned combat air vehicles (UCAV) and an increased number of force-multiplier platforms such as airborne early warning (AEW) and tanker aircraft. The air force is also in the process of developing the capabilities provided by the A-50 Phalcon AEW aircraft, along with its Ilyushin Il-78 tankers.

While India continues to look to Israel as a provider of tactical UAVs—the addition of further Searchers or Herons is likely—the state-owned Aeronautical Development Establishment (ADE) is conducting a feasibility study of an indigenous UCAV design concept.

"UAVs with advanced sensors and weapons are going to dominate all facets of the future battlefield and hence the need to acquire the necessary UAV expertise indigenously," the road map document states. "These should be capable of carrying payloads such as weapons, [synthetic aperture radar] payloads, electro-optical devices, [and] electronic and communications intelligence."

As a complement to increasing its inventory of precision-guided weapons, the document also spells out the air force's far-reaching surveillance and target-acquisition capabilities, including long-range battlefield surveillance, remote sensor systems and the ability to track cruise missiles from airborne platforms.

Improved air defenses are identified as a near-to-medium-term requirement, including an overhaul of India's air defense ground environment. The military is looking to replace its obsolescent Soviet-era surface-to-air missile systems through programs with Israeli and European industry. The air force will look to acquire air defense weapons "from ground-based mobile platforms capable of engaging all kinds of projectiles-—rockets, mortar/ artillery, UAVs, missiles, fighter aircraft, helicopters, precision guided munitions and other stand off armament."

The emphasis on air defense reflects the findings of numerous parliamentary committees and government-led security audits that have identified shortcomings in India's air defenses.

http://www.aviationweek.com/aw/gene...ne=India Embraces Defense Technology Road Map

 

[nitesh]

http://mod.nic.in/reports/AR-eng-2010.pdf

ok guys lot of good news here:


page 55

7.17 Some of the achievements are as follows:

(i) Chaff Launcher "Kavach (Mod II)" was developed by in-house R&D.

(ii) Anti Air Craft Sight (PZU-7) at Opto Electronics Factory, Dehradun has been fully indigenized upto the component level. The Sight was successfully trial evaluated by the user.

(iii) Day-cum-Thermal Imager Sight for Commander of Tank T-72 has been developed by Opto Electronics Factory, Dehradun. After successful Trial the Sight has been accepted by the User

(iv) High Explosive Factory, Khadki, Pune has been awarded "Maharashtra Safety Award, 2007" by National Safety Council, Maharashtra Chapter, for the second consecutive year.

(v) DRDO projects being developed at different Ordnance Factories are- Bridge Layer Tank (BLT) on T 72, Modernisation of NBC system of BMP 2 & 2K, Nuclear, Biological & Chemical
(NBC) Recce vehicle etc.

(vi) Major products developed through in house R&D are 155 mm/45 Calibre Bofors Up-gradation, 40 mm Multi Grenade Launcher (MGL) Weapon and Ammunition, 30 mm HE Rudra Grenade
for AGS- 17, Aim Point, Red Dot Sight for small arms etc.

page 63:

Some of the major supplies made during 2009-10 for defence services are-Frequency Hopping Radio, VPS MK-III- communication set, Radio Relay "F"- Low Band, Integrated observation
Equipment, Kite – ESM System, Radar Warning Receiver- Tarang, Digital Mobile Radio Relay, Indra Radar, Central Acquisition Radar (CAR), Surveillance Radar Element (SRE), Radar- Rawl 02 MKIII.

page: 64

BEL received the order for supply of two squadrons of Akash Missiles (Rs. 1222 Cr.) to Indian Air force. This is the first ever contract from Defence services for an indigenous tactical weapon system of this complexity and class.

SHAKTI, the Artillery Combat Command & Control System (ACCCS) was dedicated to the Indian Army on June 12, 2009.

page 70:

Besides producing indigenously developed Prithvi (tactical battlefield surface to surface) & Akash (Long range surface to Air) missile systems under the IGMDP, BDL is engaged in the production of Konkurs – M and Invar (3UBK-20) Anti Tank Guided Missiles (ATGMs) in collaboration with Russia and Milan 2-T ATGM in collaboration with MBDA, France. In house developed CMDS(Counter Measure Dispensing System) has been accepted by the Indian Air Force. BDL is presently working for adaptation of the system to a variety of Aircraft Platforms and also developing RF controlled
Anti Tank Guided Missile (ATGM).

The Company has ventured into productionising underwater weapon systems such as Advanced Light Weight Torpedo (TAL), Heavy Weight Torpedo (Varunastra) and Light Weight Mines in Concurrent Engineering mode in association with NSTL, Visakhapatnam.

page: 71

Significant R&D achievements during 2009-10 include - development of Nickel base superalloy SNi 738 for land Gas turbine application, development of Superni 706 M for liquid hydrogen Turbine application, development of low activation Ferritic Martensitic Steel for Nuclear application, development of Borated Stainless Steel for nuclear application and development of Maraging Steel 400 for nuclear application.

page: 72

For the first time, welding electrodes billets have been rolled outside Midhani from ingot to 125 mm square diameter, which has increased the yield by 5%.

Midhani successfully developed and supplied 15-5T cold-rolled strips to Bharat Dynamic Limited.

MIDHANI has developed and supplied rings of precipitation hardening steel 11-10 ph for Brahmos missile programme.

Softiron1 and Softmag78 cast ingots were directly hot rolled to 6.5 mm coil strips. Processing steps like forging and subsequent hot rolling at Midhani are avoided. This new process route is
expected to reduce cost of production of these strips by 10-15%.

A slab of 1300 mm width was forged at Midhani forge shop. Earlier it was limited to 1000 mm.

Midhani had taken up the order of Special Stainless Plates of 4 to 18 mm thick, 1250 mm wide and 6000 mm long from Bhavini, Kalpakkam of the DAE sector. The normal manufacturing
cycle was in itself almost 12 months. Midhani took up the challenge order on March 31, 2009 and completed sending the last consignment on August 11, 2009.


page: 86:

Composite Motor : Designed & developed 2 m diameter composite rocket motor casing which is the largest Composite Motor Casing developed in the country.

Ring Laser Gyro (RLG) : A state-of-the-art 0.010/hr class RLG comprising very high precision components, fabricated using optical contracting technology is being successfully produced and qualified for Missile applications.

Ring Laser Gyro based Inertial Navigation System (RINS) - GPS : A RINS - GPS system was designed and developed for Su-30, and Jaguar. RINS was also developed for LCA applications and successfully tested in the Avionics Test Rig at HAL, Bangalore and HAL, Korwa.

Fiber Optic Gyro (FOG) : An indigenous Fiber Gyro based 3 axis Sensor Package Unit (FSPU) has been developed and successfully flight tested in Nag control flight. A FOG based 2 axis Sensor Package Unit has also been indigenously developed and fitted in Main Battle Tank, Arjun and passed field trials.

Millimeter Wave Seeker : Millimeter Wave Seeker with Seeker Servo systems have been developed for Anti-Tank applications and successfully field tested.

Target Motion Analysis (TMA) : Developed and delivered a software for Target Motion Analysis (TMA) for Indian Navy. TMA software houses the algorithm to estimate the target motion parameters (TMPs) i.e. range, speed and course from the time stamped noisy bearings of the emitter obtained through the Electronic Support Measure (ESM) system. The software was released by SA to RM in September 2009.

Data Analysis & Pattern Recognition (DAPR): A software for DAPR has been designed and developed for Indian Navy which provides solution of problem of identifying radar and platforms. It classifies the emitters based on the data provided by Sangraha EW systems. The software also automates the existing manual analysis process of radar identification. This software also was released by SA to RM in September 2009.

Page 88:

Radar Warner Jammer (RWJ) for MiG-27: The Jammer for MiG-27 aircraft has been developed which consists of a Radar Warning Receiver (RWR) and Self Protection Jammer (SPJ). System design and integration have been completed. DRDO has delivered 40 kits to HAL for integration with aircraft.

Three Dimensional Medium Range Surveillance Radar – (3D CAR) : It has been built as Central Acquisition Radar for Akash surface-to-air missile weapon system. It covers elevation up to 18 km in height and can detect and track multiple targets up to 180 km in range. Two variants, namely, Rohini for Medium Range Air Defence application for the Air Force and Revathi for
Medium Range Sea Surveillance for ASW Corvette class of ships for the Navy have been developed in partnership with BEL. An order of 37 Rohini radars has been placed. The Navy has placed orders for 2 Revathi radars on BEL. Another variant 3D Tactical Control Radar (3D TCR) based on a GSQR from the Army is realized by BEL with design support of DRDO after successful User trials. Twenty nine 3D TCR are being inducted into Army.

Weapon Locating Radar (WLR) : This Radar automatically locates hostile artillery, mortars and rocket launchers and tracks friendly fire to locate the impact point of friendly artillery fire to issue necessary corrections. Four phases of User trials have been completed successfully. Procurement action by Army for 28 Radars (Plains Version) has been initiated.

Super Vision 2000 Radar : It is multi-mode surveillance radar system that can search and detect sea surface and air-borne targets. The Radar has additional weather and beacon
modes. Imaging modes, like Range Signature (RS) and Inverse Synthetic Aperture Radar (ISAR) has been incorporated. The multiplatform radar has the potential for use by all the three Services. The radar has been tested on Advanced Light Helicopter, Kamov-25 and Dornier platforms.

Low Level Light Weight 2D Radar – Bharani: It is a battery powered and compact sensor mounted on quadripod. It is mule transportable in the difficult mountainous terrain. It provides 2D surveillance solution to alert Army Air Defence Weapon Systems mainly in mountainous terrain against hostile aerial targets, like UAVs, RPVs, helicopters and fixed wing aircraft flying at low and
medium altitudes. Three phases of user trials and confirmatory trials have been completed successfully and acquisition for 16 systems is cleared by MoD.

Three Dimensional Low Level Light Weight Radar – Aslesha : This 3D radar has been developed to meet air space surveillance in mountainous area including intruding objects, like aircraft, helicopters and UAVs for the Air Force. The light weight radar typically meets the operational requirements, like transportation, quick deployment and decamp, low energy consumption and
performs in tough weather conditions including high speed winds. User trials are undergoing and radar will be inducted shortly.

Medium Power Radar (MPR) & Low Level Transportable Radars (LLTR) : DRDO has started design & development of these 4D (range; direction; height & doppler velocity) Radars required by the IAF for Air Surveillance. These Radars will use many state of the art technologies including advanced Active Array technology & Digital Beam Forming. Initially 8 indigenous MPRs and 18 numbers of LLTRs will be inducted by the Indian Air Force.

Active Electronically Scanned Array (AESA) Radar : For Tejas and other fighter Aircraft, DRDO has started development of Airborne Active Array Radar in X Band. This high end technology based Radar will be of unprecedented reliability and superior performance compared to mechanically rotating Weapon Control Radar.

Briefcase S-Band SATCOM Terminals : These terminals have been developed to provide secure voice and data services at S-Band frequency from remote areas. It is a compact communication equipment to provide wide coverage in a radius of around 3,000 km from the center of the country using indigenous GSAT-2 Satellite. A large number of these terminals are used by Armed forces as well as homeland security agencies. Technology has been transferred to DPSU and private industry.

Electronic Warfare (EW) Programme : After successfully handing over Integrated Electronic Warfare systems Samyukta to Indian Army and Sangraha to Indian Navy, DRDO
has initiated a large number of advanced technologies development programmes for EW systems as well as realization of new requirements of Army (Mountainous EW System ; Track & Wheel based Systems) and Navy (Varuna; Samudrika). A large number of indigenous technologies, modular software packages, devices & sub-systems have been designed and developed for these Security sensitive EW systems and technologies have been transferred to DPSUs/PSUs and private industry.

Network Centric Warfare (NCW) & Network Centric Operation (NCO): A large number of Command & Control systems (ACCCS-Shakti & CIDSS-Samvahak) have been developed by
DRDO and being exploited by Army. Based on this expertise, DRDO has started a large number of technology development projects for realization of NCW & NCO for Indian Armed Forces.

Software Defined Radios (SDR) : To meet the requirement of interoperable communication systems, DRDO has initiated programme for development of SDR based on NSQR
involving other R&D agencies, BEL and private industry.

Electro-Optical (EO) based Systems : A large number of EO based systems including holographic sights & LLTD are inducted/being inducted by Army. Indian Navy has placed order for six systems of EON-51 systems on BEL after successful trials of system on INS KIRCH.

Information Security & Assurance : DRDO has developed a large number of systems & technologies to meet this critical requirement of the Services as well as homeland security agencies.

Page 90:

Carrier Command Post Tracked Vehicle (CCPT) : The objective of CCPT is for accomplishing all tactical/technical fire control functions to achieve effective deployment of Self-Propelled (SP)
Artillery guns. It is the first of its kind with tracked chassis housing Artillery Combat Command and Control Systems (ACCCS) for accomplishing fire control functions of all the versions of Artillery guns, of the Indian Army. During User & DGQA trials, the physical characteristics, mobility & voice/ data communication capabilities of CCPT were evaluated under summer desert terrain conditions. The satisfactory performance of CCPT during trials has culminated with recommendations by Users for induction into Service.


Page 91:

MBT Arjun Simulator : CVRDE, Chennai was sanctioned the project of developing the MBT Arjun Simulator comprising of Driving Simulator and Turret Simulator. Three MBT Arjun simulators are being developed and integrated for troop level training.

Mobile Camouflage System (MCS) : As part of the project 'Development of Defensive Aids System', the MCS has been developed, integrated in MBT Arjun and conducted the performance Evaluation Trial.

Advanced Laser Warning Countermeasure System (ALWCS) : First prototype of the Interface box for Fire Control System with Advanced LWCS has been developed and demonstrated. Verification Test on interfacing of ALWCS with Integrated Fire Control System has been carried out. ALWCS has been integrated on MBT Arjun and Limited Performance Evaluation and integrity trials Phase-I were conducted during April/May 2009 and Phase-II trails were conducted in August 2009. Development of Mobile Test and Instrumentation System and Mobile Power Distribution and Generation has also been completed.

Robotics Vehicle : On the Robotics technology, DRDO successfully demonstrated the first prototype of unmanned tele-operated ground vehicle on a BMP-II platform with Drive-by-Wire (DBW) system and also demonstrated the tele-operation of an all terrain vehicle. Vehicle Actuation Module for a high speed Unmanned Ground Vehicle has also been developed.

Power Take Off (PTO) Shaft : A lightweight, high speed flexible PTO Shaft has been designed and developed which is capable of transmitting 250 hp at 16,810 rpm for LCA, Tejas. Manufacturing and Testing two numbers of deliverables PTO Shaft has been completed.

Aircraft Mounted Accessory Gearbox (AMAGB) : CVRDE has developed and tested 12 prototypes of AMAGBs. Out of which 7 airworthy AMAGBs have been delivered to Aeronautical development Agency. Also, Transfer of Technology to HAL has been completed.

Naval AMAGB : The Naval AMAGB has been designed and developed in accordance with the severe saline operating conditions. Salt Fog Test on Naval AMAGB Qualification Test Unit (with improved protective coating) was successfully completed. AMAGB Naval Deliverable (ND-1) has been Acceptance Tested and ready for handing over to LCA (Navy).

Short Span Bridging System : User trials and maintenance evaluation trials of 5m system have been successfully completed. User trails of 10m system have been completed which
included the familiarization training, study of vehicle/bridge characteristics, trials on plane and desert terrain, maintenance aspects and final evaluation. Product improvements suggested by the user, during user trials are being carried out.

Counter Mine Flail (CMF) on T-72 : User trials has been carried out on CMF prototype. Most of the functional parameters of the equipment have been proven successfully, barring specified flailing depth, which can be attributed to low rated auxiliary engine and high tank speed during flailing operation.

Modular Bridge : Development of 46 m MLC 70 Modular Bridging system is underway since September 2009 with L&T as Industry partner. First prototype of the system is expected to be ready for user evaluation by October 2010.

Re-inforced Hardened Shelter : This project envisages to design and develop a 60 men underground NBC collective protection shelter complete with all essential life support systems using SIFCON/ SFRC as basic structural material. The project is progressing as per schedule. Casting of test modules, blast and radiation trials have been completed.

Remotely Operated Vehicle (ROV) – 'Daksh': A state-of-the-art ROV - Daksh, capable of being remotely controlled over a range of 500 m line-of-sight or up to three walls within buildings, is an invaluable asset in the hands of Bomb Disposal Units of the Army, Police and other Paramilitary Forces. After extensive user trials, the equipment has been recommended for induction into the Army. Production of 20 Nos of 'Daksh' under LSP is in progress.

Programme PJ-10 : R&DE (Engrs) has developed static tower launcher, inclined ship launcher, mobile autonomous launcher, universal vertical launch module-8 for BrahMos cruise missile which have been deployed during various flight trials.

Futuristic Infantry Combat Vehicle (FICV): DRDO is working on development of enabling technologies for FICV, which are in advance stages of progress. Collaboration with competent global industry partner is also being concurrently explored by DRDO for joint development of FICV -2017.

Armoured Engineering Reconnaissance Vehicle (AERV) : The AERV is designed to carry out terrestrial and riverbed survey to facilitate construction of assault bridges across water obstacles. The equipment is based on tracked BMP-II amphibious Infantry Combat Vehicle, which allows it to operate on land and on water bodies. Indian Army had placed an order for LSP of 16 nos. of AERVs on VRDE. The LSP order has been successfully completed by VRDE through OFP, Medak and BEL the production agencies. The ToT and transfer of production documents to
DGQA are also in final stage of completion.

Armoured Amphibious Dozer (AAD) : AAD is tracked vehicle based equipment, designed to carry out earth moving tasks in support of bridging operations by mechanized forces, under combat environment. The first off production vehicle was realized in 2008 and subjected to confirmatory trials by Army. Design modifications as suggested by Army were incorporated in modified AAD and designer's trials are in progress at VRDE.

EMC Tech Centre : One of the biggest in the world, state-of-the-art Automotive Electromagnetic Compatibility (EMC) test facility known as EMC Tech Centre has been established at VRDE, Ahmednagar. The facility will cater for platform level testing of wheeled/tracked vehicles as per Stringent Military Standards.

Wankel Type Rotary Engine : The Wankel type rotary engine has been designed and developed in the country indigenously for the first time. First ever-successful test-flight of an indigenous 'Rotary Engine' - powering Unmanned Aerial Vehicle (UAV), Nishant was carried out at ADE, Bangalore.

Light Armoured Troops Carrier : This vehicle has been designed and developed for employment in law enforcement and counter terrorism operations. The basic vehicle chassis is Tata 713 vehicle bullet proofed with 6 mm jackal armour and 45 mm thick bullet proof windshield glasses and has all round protection against small arms. The vehicle floor is splinter proofed against grenade attacks. The ToT documents have been formally handed over to M/s Tata Motors for bulk production requirements of Services.

Mini Vajra : MoU was concluded with M/s Tata Motors for ToT of riot control vehicle 'Mini Vajra' for volume production and marketing. The vehicle is based on Tata 207 DI chassis, modified and developed for riot control role.

Airborne Ground Penetration Radar (GPR) for Crevasse Mapping : Experimental trials have been conducted with Airborne GPR over Manali-Patseo, Hamta glacier and Samudratapu glacier to establish the technology for the interpretation of signatures for Crevasse Mapping. Depth estimation of the discontinuity profile using the Airborne GPR has been carried out for the first time
with Airborne GPR.

Mountain Weather and Avalanche Forecast: A network of surface observatories, 3 upper air stations and 42 state-of-the-art automatic weather stations were maintained over the Western Himalaya and regular met observations are taken over these areas. Fine resolution mesoscale models (WRF and MM5) in three nested grid approach are being run to derive quantitative weather forecast 3 days in advance at 9 km x 9 km resolution (inner domain) over Northwest Himalaya. The data collected through various observatories, upper air stations and AWS are digested into
these weather prediction models for the more accurate weather and avalanche prediction. Statistical models have been developed for the improvement in weather and avalanche forecast. Meteograms have been developed for three hour precipitation forecast over various station locations over Himachal Pradesh and Jammu & Kashmir.

Nearest Neighbours Method based Avalanche Forecasting System : Nearest Neighbours (NN) method has been successfully deployed to assess avalanche occurrence probability in most parts of western Himalayan region. The base k-NN method has been enhanced by way of incorporating Principal Component Analysis for removing data redundancy and applying Neural Networks for final decision making. The decision takes into account both probability of avalanching as well nonavalanching. The forecast may be generated for up to next 3 days with the help of quantitative weather forecast data available through Mountain Met Division of SASE. A web-enabled application 'eN10' has been developed for operational implementation of above with user-friendly menu to provide flexibility and ease-of-use for data exploration and analysis in the hands of users.

Page 93:

Pinaka Submunition Warhead : Strength of design of warhead and case cutting by Flexible linear Shaped Change has been established. Ejection mechanism for all three types of warheads has been established and tested dynamically. Safety Arming and Self Destruction for the warhead has been designed and validated. Lethality of all three types sub-munition is tested and established. Bomblet fuze design for impact and SD mode is validated. In Acceptance Test Procedure warhead, Parachute release mechanism, Arming of Safety Arming Mechanism, functioning of minelet fuze is established. Soft Target Minelet configuration is finalised and it's functional aspects are validated in dynamic trials.


Influence Munition MK-II (Adrushya): In Mk- II version of Influence Munition integration of fresh hardware and active sensor fuze has been successfully completed. Effectiveness of the fuze against tank T-55 & T-72 and CLMCV has been evaluated with fresh hardware. An indent for qty 20,000 mines at a cost of Rs. 124 Cr have been placed by Army on OFB. ARDE is in ToT stage with private firms helping OFB for supply of critical items.

Ammunition for MBT Arjun : In ARDE, Pune, twenty nos of 120 mm Ordnances and 32 nos of 120 mm recoil system sets have been manufactured, proved successfully and issued to HVF Chennai for mounting on production Tanks. The order for 124 Sets of Recoil System has been completed.

Modern Sub Machine Carbine (MSMC) : The store has undergone successful troop trials at various locations. ARDE is incorporating modifications suggested by Infantry. Joint development mechanism by DRDO & OFB has been evolved for DRDO designed MSMC.

Close Quarter Battle (CQB) Ammunition: User trials Phase-I was completed successfully in June 2009 at IFS Mhow. Lethality Assessment Plan (Phase-II) approved by User.

Multi-mode Hand Grenade : TBRL has developed a hand grenade which uses preformed cylindrical mild steel fragments to achieve uniform distribution. Army has approved for induction of this store into Service. Bulk production order of quantity 10 lakhs has been placed by Army on Ordnance Factory Board.

81 mm AT-AL Smoke Grenade : A total of 165 grenades processed and assembled with improved accuracy. User Assisted Trial was completed. Grenade performance was found satisfactory. Acceptance of grenade by Army is being accorded.

Flares and Smoke Generator for PTA Lakshya-II : Dynamic performance was evaluated in March and October 2009 at ITR Chandipur. Flares functioned and tracked by Pilot successfully. Smoke generator developed for PTA-I was offered for dynamic evaluation. It's visibility assessed from a distance of 10 km and found satisfactory.

Page: 94

Submarine Sonar, USHUS : It is an integrated submarine sonar system designed and developed for the EKM Class Submarines. The project was completed in March 2009. Of the four systems that Navy has ordered from BE, three are fitted onboard the submarines.

Torpedo Defence System (ATDS), Maareech: It aimed at development of an ATDS for surfaced ships. The system will be capable of detecting, confusing, seducing and decoying incoming torpedoes. The decoy helps in exhausting the energy of the torpedo by running the later through long and ineffective course.

Hull Mounted Sonar (New Generation) – HUMSA (NG) : It is an advanced Active– cum-Passive Integrated Ship Sonar system with intercept capabilities to be fitted on a variety of surface ships. Design, development and prototyping of the system carried out with concurrent Transfer of Technology (ToT) to Bharat Electronics (BE), Bangalore. Project was successfully completed in September 2009. Production and installation carried out by BE. Two HUMSA-NG Sonar systems rolled out of BE in 2009 and two more are in the pipe line. One system has been installed
and touched water during December 2009.

Low Frequency Dunking Sonar (LFDS) : This is an air-borne acoustic system consisting of a Low Frequency Dunking Sonar and Sonics processing system using Sonobuoys. System already installed onboard Advanced Light Weight Helicopter and it is under functional evaluation at HAL; Initial flight trials are expected in 2010 followed by sea trials.

Seabed Arrays : These are off-board sonars, deployed on the seabed, meant for continuous monitoring of strategic locations. Sea trials were carried out during March - April 2009. All the objectives of the project have been achieved. The system was proved against submarine target. The project was completed in 2009.

Torpedo Advanced Light (TAL) Mk-I : It was designed, developed and technology transferred to Bharat Dynamics Limited (BDL), Hyderabad. BDL has received production order for production of 25 Nos of TAL Mk-I along with accessories and support test equipment.

Varunastra : It is a ship launched heavy weight torpedo with enhanced endurance and ranges. BDL has been identified as the production agency and is involved in concurrent engineering mode from design stage. Active homing development is completed and partially proven in field Trials.

Air Independent Propulsion (AIP) System : Under the AIP programme for using this mode for submarine propulsion, demonstration of relevant enabling technologies of sub-systems pertaining to SIP technology are being demonstrated. 2.5 kW and 15 kW improved versions have been developed with on-line hydrogen generator (methanol reformer), heat integrator and quick start.

Page 95:

Vacuum Investment Castings for Aeroengines : High pressure turbine blades for MK-811 Adour engine have been developed using vacuum investment casting and the production technology has been transferred to Hindustan Aeronautics Limited, Koraput. Production trials have also commenced at HAL. As part of the on-going technology transfer programme, production trials for Directional Solidification and fine grained castings for integral rotors and stators of Jet Fuel Starter of LCA has also commenced.

Speciality Naval Steels for Indigenous Aircraft Carrier : Based on the technology developed at DMRL, commercial production of DMR-249B steel commenced at Steel Authority of India Limited (SAIL). During the year 2009, nearly 5000 tonnes of DMR-249A and DMR-249B steel plates valued at Rs 76 Cr have been supplied to Cochin Shipyard Limited.

Composite Armour for MI-17-1V Helicopter: Light-weight composite armour for MI-17-1V Helicopter of the Indian Air Force has been developed. One set of prototype armour panels has been fabricated and delivered to 3BRD, Air Force Station, Chandigarh, for flight trials.

Indigenous Production of Ni base Superalloy for Aero-engines : Technology has been established for production of Ni base superalloy – Supercast 247A, used for producing turbine blades & vanes, in collaboration with MIDHANI. Spectroscopic standards for quick chemical analysis of the complex Supercast 247A have also been developed as part of this technology.

Aluminium Foam as Shock Absorber for Infantry Combat Vehicle (ICV) Applications: Technology for making aluminium foams of different shapes has been established. The test results indicate that the foam is capable of reducing overall weight of the present shock absorbers by 60% and thickness by 20%, which is considered advantageous for ICV applications.

Life Extension Studies of AN-32 Aircraft Engine Components : Life extension of components for Al-20D Engine of AN-32 Aircraft was undertaken in collaboration with CEMILAC and 3 BRD Air Force Station, Chandigarh. Extension of life of the engine for additional 250 hours has been recommended.

Dynamic (Hydraulic) Seals for Nozzle Actuator Assembly of Kaveri Engine : Eight types of dynamic and four types of static seals were integrated in the actuator assembly and subjected to endurance test for 20,000 cycles in GTRE test facility. After successful evaluation, RCMA, Bangalore accepted for their introduction in Actuator assembly.

Indigenisation of Materials for use in BrahMos Missile : Thirty five chemicals and polymeric materials, viz., glues, adhesives, sealants, rubber compounds, resins, lubricants/quant materials and foam plastics used as components are being developed for use in BrahMos missile systems. Twenty three types of the materials have been analysed and the firms identified for manufacture of these chemicals. Twelve types of structural adhesives and sealants have been developed for use in assembly line to manufacture sections and units of CK310 airframe. Six types of high performance lubricants/greases have been developed for use in subsystems of the missile. Glass cloth equivalent to T-10-80 have been developed. Four types of polymer matrices have been developed to manufacture polymer composites for use in F1 and F2 sections of airframe.

High Temperature Sealing System for Ejector Shutoff Valve Assembly : Ten sets of piston and flap rings based on carbographite materials have been evaluated. Piston and flap rings and high performance gaskets for solenoid and adopter met performance requirements set by ADA.

LSP and Indents from Services : Based on technology developed at DMSRDE, Kanpur and productionised through OPF, production of NBC Suit Mk-IV against LSP order costing 40.63 Cr from the Army for a quantity of 39,868 suits have been supervised. Productions of 1,000 Synthetic Camouflage Nets for Visual and Infrared (SCN-Vis&IR) for green belt terrain with total production value
of 3.54 Cr, and 1,000 Synthetic Camouflage Nets for Snow Bound Areas (SCN-SBA) with total production value of 3.12 cr were completed. Full quantities of these nets issued to COD. Army indent of 492 Shelters for Mortar Position Control (Shelter- MPC) with total production value 1.06 Cr completed.

Infrared Imaging Target : The Indian Army, in their recently concluded Field Exercise has found the imaging thermal target developed by DRDO as a very useful tool for the training of the troops for target detection and identification under different field and operational conditions.

Multi-spectral Camouflage Coatings for Visible - Near Infrared and Thermal Infrared Regions : The coatings of multispectral camouflage paints have been found to provide highly effective camouflaging both in visible-near infrared and thermal infrared regions when tested on BMP-2 by using thermal systems as well as Long Range Infrared Surveillance system from the Army.

Inflatable Mock-up of PMS Bridge System : User trial of PMS Inflatable Bridge Mock-up has been carried out at Combat Engineering Training Centre, Doraha as per the trial directive issued by the Services. Mock-up has been found to meet most of the GSQR Parameters.

NBC Recce Vehicle : The first NBC Recce Vehicle was flagged off on June 27, 2009 at Defence Laboratory, Jodhpur and handed over to E-in-C. The NBC Recce Vehicles No. 02 and 03 have been rolled out for integration and fitment of sub-systems.

Mobile Nuclear Contamination Analysis Station (NUCAS) : A container based laboratory has been designed and developed for analysis of contaminated samples in field conditions. The container can be transported by road, air and sea to a desired location. This station has four compartments viz. laboratory area, sample preparation, decontamination and Generator set, AC & NBC Filtration Unit area.

Phase Change Material (PCM) Cool Vest: The PCM based cool vest, maintains temperature below 30 degree Celsius for the time period of 2-2.5 hours and provides comfort in extreme summer conditions. Cool vests are under advanced stage of development with some modifications for physiological evaluation

 

[nitesh]

mm quite long post but the file is also big............ 225 pages I got tired after this please help to post the relevant portions in respective threads thanks in advance if some other info I missed sorry for that (I stopped reading after DRDO section)

 

[Rahul Singh]

Armed forces have temptation to opt for imported weapons: DRDO

PTI, May 26, 2010, 06.14pm IST

NEW DELHI: Under attack for delays in projects, DRDO on Wednesday said the onus of self-reliance cannot be put on it alone and targeted the defence services for their "overwhelming" temptation to opt for imported weapon systems.

In a strong statement here in presence of Prime Minister Manmohan Singh, Defence Research and Development Organisation (DRDO) chief V K Saraswat said the responsibility of self-reliance was to be shared by all stake-holders but the Indian industry has not yet matured to take it up.

"The services also must understand that while the temptation may be overwhelming, to field proven, state-of-art imported systems, they (industry) too have a role to play in the economic and industrial growth of the country. No foreign system can be customised to completely address our long term requirement," he said.

"DRDO has long been held responsible for the level of self-reliance in defence systems, but it must be understood that the responsibility for self-reliance should be shared by all stakeholders of defence ministry and cannot be placed on DRDO alone," Saraswat said at the DRDO's National Technology Day award function here.

He said DRDO neither has the power to impose its products on its customers nor the mandate or capacity to produce the developed systems all by themselves.

Saraswat's defence came as the Prime Minister pointed out that some DRDO projects have been delayed and others have faced difficulties during operational induction.

"It is essential that DRDO learn from these experiences and work more closely with the armed forces, as well as the industry," Singh said as he pitched for greater participation of the industry in the defence sector.

Tasked to develop defence technologies indigenously, DRDO is often blamed by the armed forces for not completing ambitious projects such as the Light Combat Aircraft and Arjun tank on time forcing the country to look at foreign sources for its defence needs.

Saraswat listed launch of the first indigenously-built nuclear submarine INS Arihant, successful test-firings of the ballistic missile defence systems as few of the key achievements of the research agency in the recent past.

 

[san]

I wonder how IA is going to sustain a full war with China and Pakistan at the same time while importing almost all the defence equipments. Is it possible for India to sustain a two front war for 1 month without importing military hardware. It limits our fighting capability tremandously. With pakistan we have advantage but against China we cannot last more than 1 month without beggaing hardware from USA or Russia. With IA having almost 80% imported wepaons, with fast deplecting hardware, they will face the most severe consequence in a future Indo-China compared to IAF or IN. This are some serious questions that shall asked to IA leadership when they speak about mid level and futuristic technology/tank

 

[Armand2REP]

Why is DRDO screaming for GoI to buy unfinished weapons when they should be screaming for more money?

 

[san]

Why is DRDO screaming for GoI to buy unfinished weapons when they should be screaming for more money?

Which are the unfinised wepons? All mojor weapon producing country has great syenergy between armed forces and R&D organazation. Why we cannot apply it. Money is important but if own army cannot coperate and work together how DRDO can produce something. Army may say some heavy word from a big mouth but all the nuclear missiles India have is produced by DRDO

 

[nrj]

Speed up defence research, deliver on time: Manmohan to scientists

India has not matched pace with competitors in defence technology, Prime Minister Manmohan Singh said Wednesday asking scientists to speed up their research and deliver critical technologies on time for the nation to achieve self-reliance.

"In many areas, we have moved fast, but our competitors have often moved faster. It is a fact our current level of self-reliance in defence R and D (research and development) is less than our capabilities and it needs to be stepped up significantly," Dr. Singh said, addressing defence scientists here on the occasion of National Technology Day.

Asking scientists to make sure they have the capacity and the will to compete, innovate and deliver on time in the wake of rapidly changing technology, Dr. Singh noted: "It is a fact that some defence projects have been delayed and others have faced difficulties during the stage of operational induction."

He stressed that only the most competitive and resilient companies could expect to survive in the fiercely global market. "If our systems are strong and robust, the world will respect us and be willing to work with us. This was the lesson we learnt in the process of negotiating the civil nuclear deal with the international community".

He said the scientists should learn from mistakes and setbacks and be open to new ideas to stay ahead in the competitive world.

"We should be able to acknowledge and learn from our setbacks," he said and urged the premier Defence Research and Development Organisation (DRDO) to work closely with the armed forces and industry.

"It is essential that DRDO work more closely with the armed forces, as well as the industry," the Prmie Minister said.

The Prime Minister also acknowledged the findings of the government-appointed defence review panel headed by former secretary for science and technology P. Rama Rao.

Some of the recommendations of the panel were implemented earlier this month following which the size of the DRDO was reduced and a watchdog set up to speed up the execution of defence projects and increase private participation in the sector.

"I am very glad to note that the ministry of defence is examining the recommendations of the (Rama Rao) committee on the functioning of the DRDO. I firmly believe that if we put our mind to it, there is no reason why our successes in the software sector cannot be replicated in the defence sector."

"We must strive for leadership in research and development in defence technologies. I would urge all of you to think big and to act with a strong sense of self-belief, nationalistic spirit and the desire to excel," he said.

Source

 

[nitesh]

June newsletter

http://www.drdo.com/pub/nl/2010/jun10.pdf

Details about comparative trials and one good thing data logger for arjun transmission system also developed and getting added in to production tanks

 

[nitesh]

PUNE: Five scientists from city received the Defence Research and Development Organisation (DRDO) awards 2009 at the hands of Prime Minister Manmohan Singh in New Delhi on Wednesday. The awards are given to commemorate the National Technology Day to DRDO scientists and laboratories in recognition to their contribution towards developing a strong indigenous technology base.

The city-based scientists who were conferred the awards are: K P S Murthy and team from the Armament Research and Development Establishment , Pashan; A Apparao, High Energy Materials Research Laboratory (HEMRL), Pashan; S C Sati, Research and Development Establishment (Engineers), Pashan; Sanjay Eknath Talole, Defence Institute of Advanced Technology, Khadakwasla; and V L Narasimhan and his team, also from the HEMRL.

Murthy and team was honoured for designing and developing Tandem warhead system for third generation anti-tank missile Nag and a new twin-axis gimballed directional warhead capable of neutralising incoming ballistic missiles.

Apparao was presented the award for his contribution to fuel-air and thermobaric explosive technologies as well as development of various explosive-based systems.

Sati's contributions towards development of electro-hydraulic drive control systems for BrahMos launcher, hydro-pneumatic catapult launcher system of unmanned aerial vehicles , realisation of target launcher and production and technology transfer for Prithvi ground systems and water cannon system fetched him the award.

Talole bagged the award for his work which has given a new direction to the research in guidance and control of aerospace vehicles and is recognised by its application in national and international aerospace programmes.

Narasimhan and his team, which has created and operationalised a massive infrastructure facility for composite propellant processing plant at Nashik in a record time of four years also bagged the award. The facility is expected to go a long way in achieving self-reliance in the critical area of production of solid rocket motors for strategic missiles.

DRDO scientists, engaged in various missile programmes, light combat aircraft, combat vehicles, main battle tank Arjun and submarine projects, dominated the award ceremony.

The awardees
K P S Murthy and team from the Armament Research and Development Establishment, Pashan; A Apparao, High Energy Materials Research Laboratory (HEMRL), Pashan; S C Sati, Research and Development Establishment (Engineers), Pashan; Sanjay Eknath Talole, Defence Institute of Advanced Technology, Khadakwasla; and V L Narasimhan and his team, also from the HEMRL.

 

[Rahul Singh]

India has not matched pace with competitors in defence technology, Prime Minister Manmohan Singh

Before saying this, he should have had a good look on the budget sanctioned and how late money is provided to DRDO. Before he says this he should be aware that ISRO operates at 1/10 of the budget of NASA. Before he says this he should be aware that delay from his cabinet compelled NAVY to infuse their money in N-LCA. ETC. ETC. ETC....

Before criticizing one should always see second side of the coin otherwise problem will persist, persist and persist for forever........

 

[plugwater]

DRDO alone not at fault, says chief

The head of the Defence Research and Development Organisation (DRDO), India's premier defence research organisation, said that responsibility for the low-level of self reliance in defence systems should not be borne by it alone.

DRDO Chief V K Saraswat was reacting to Prime Minister Manmohan Singh's declaration that India is lagging behind in indigenisation of defence products. The Prime Minister, who was speaking on the occasion of National Technology Day at DRDO Bhavan on Wednesday, said that while the achievements of the research organisation should be lauded, in many areas competitors have 'often moved at a faster pace'. "It is a fact that our current level of self-reliance in Defence R&D is less than our capabilities and it needs to be stepped up significantly," Singh said.

Saraswat declared at the same function that the burden for the low level of self reliance on defence technology should be shared by all stakeholders. "DRDO has long been held responsible for the level of self reliance in defence systems, but it must be understood that the responsibility for self reliance should be shared by all stake-holders of MoD and cannot be placed on DRDO alone, which neither has the power to impose its products on its customer nor the mandate or capacity to produce the developed systems all by themselves," Saraswat said.

However giving the example of the civil nuclear deal, the Prime Minister advised scientists to stay ahead in the curve and develop the capacity to 'compete, to innovate and to deliver on time'. "If our systems are strong and robust, the world will respect us and be willing to work with us. This was the lesson we learnt in the process of negotiating the civil nuclear deal with the international community," Singh said.

He also pointed out that defence projects are lagging behind and emphasised that DRDO should work in tandem with the defence forces and industry.

http://www.indianexpress.com/news/drdo-alone-not-at-fault-says-chief/624289/2

 

[nitesh]

Armed forces have temptation to opt for imported weapons: DRDO

Ha ha ha I liked it this is like bombing you (forces chiefs) when you are in open. Some body has to do it and he has done it interesting times ahead

 

[pavanvenkatesh]

Armed forces have temptation to opt for imported weapons: DRDO

I have to disagree with the views of the chief here, the armed forces especially Indian armed forces does not have the luxury or time to encourage indegenisation they cannot afford to get emotional with there judgement they have to guard the most highest peaks to the most busiest sea trading routes from not just one but two hostile countries. One one side you have pakistan buying anything from F-16's,aghosta subs, AWACS from swedens JF_17 fighters from china , and on the other hand china who recently demonstated to the world that it has Anti-satallite capabilities by distroying its own satallite and also succesfully testing its own anti carrier missle and already achiving encouraging results in avionics by building a/c's many people argue and ridicule there technical capabilities but at least they are years ahed of us when we are still struggling with our own program for 30 years so with these alarming developments the armed forces does not have the luxury to be emotional like DRDO chief they have to be realistic they have to win a war and to do that they need sophisticated systems to help them win its as simple as that, DRDO should be realistic they promise to much and deliver too little and too late like when former army general V.K.malik commented on the lack of proper decent weapons even clothing for those high altitute posts resulting in a lot of soldiers losing there limbs to frostbites and the lack of WLR's which DRDO promised but never delivered, attack helicopters, and other eqipments if not for the mirage 2000 even air support would have been impossible so its simple if it wants the armed forces to buy indegenious weapons they have to deliver world class quality on time however possible or don't complain

 

[Rahul Singh]

Ha ha ha I liked it this is like bombing you (forces chiefs) when you are in open. Some body has to do it and he has done it interesting times ahead

It was needed at the time when Oman is about to put order for buying INSAS IAR(doesn't know which block) and our Army trying to dump it.

 

[nrj]

DRDO lets loose 'missiles' at armed forces

After public bickering among Cabinet ministers, here comes the sharp divide in the defence establishment.

With PM Manmohan Singh, defence minister A K Antony and others watching, the faultlines that underlie the embittered DRDO-armed forces relationship erupted into plain view on Wednesday.

Defence Research and Development Organisation chief V K Saraswat, speaking at the National Technology Day awards function, tore into the armed forces for failing to overcome their "temptation" to induct the latest weapon systems from abroad.

This did not go down well with the forces, represented as they were by Air Chief Marshal P V Naik, Admiral Nirmal Verma and General V K Singh as well as other officers in the audience. Some officers told TOI that DRDO "promises too much" but delivers "too little, too late" and the forces are "forced" to push for import of weapon systems to maintain operational readiness.

"Some awards given today, for instance, are for Tejas Light Combat Aircraft, Nag anti-tank guided missile and Astra air-to-air missile. These are still not operational despite years, if not decades, of trials," said an officer.

The spat comes just two days after the Navy chief held "a long meeting" with Antony to stress that it was high time DRDO got its act together, said sources.

Wednesday's award ceremony began normally enough, with Saraswat listing out achievements ranging from launch of India's first nuclear submarine INS Arihant to the planned test of the 5,000-km range Agni-V ballistic missile in 2011. But then, Saraswat let loose a couple of heat-seeking missiles. It's grossly unfair to hold only DRDO responsible for the poor level of self-reliance in defence systems, he said.

"The responsibility should be shared by all stake-holders of defence ministry and cannot be placed on DRDO alone, which neither has the power to impose its products on its customer (forces), nor the mandate or capacity to produce the developed systems all by themselves," he said.

"Services also must understand that while the temptation may be overwhelming to field proven, state-of-the-art imported systems, they too have a role to play in the country's economic and industrial growth. No foreign system can be customised to completely address our long-term requirements," he added.

There is, of course, a lot in what Saraswat said. The armed forces certainly need to fully support DRDO to ensure self-reliance in critical weapon systems, the supply of which from abroad can easily be choked in times of crisis.

But it's equally true DRDO projects cannot continue to be bedevilled with huge time and cost overruns.

The PM, on his part, said, "We should be able to acknowledge and learn from our setbacks. It's a fact some projects have been delayed and others have faced difficulties during operational induction."

Source