DRDO, PSU and Private Defence Sector News

sayareakd

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sayareakd

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if you guys still not believe what this is then look at the israeli laser

 

sayareakd

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we are already in star wars this is proved by the laser gun develop by Lastech lab of DRDO



another image of high power laser directed energy system

 

nrj

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India: Self-Reliance in Defence Production and Equipment

'Self-reliance' has been a significant goal in defence production. Towards this end the Government has so far taken the following steps:

The defence manufacturing sector was earlier reserved for the public sector only. In May, 2001 the Central Government opened it for participation by the private sector to the extent of 100%, with Foreign Direct Investment permissible up to 26% both subject to licensing. The Department of Industrial Policy and Promotion has notified detailed guidelines for licensing production of arms and ammunition. So far 135 licenses have been issued to 75 companies in the private sector.

1. The Defence Public Sector Undertakings (DPSUs) and Ordnance Factories have been upgrading and modernizing their plants to upgrade their production capacities.

2. DPSUs and Ordnance Factories have been advised to invest significantly in Research and Development (R&D) efforts.

3. The Defence Procurement Procedure – 2008 (DPP-2008) provides for the following categories of purchases / acquisition of defence equipment for boosting indigenous production of defence goods:

4. 'Buy (Indian)' means buying from Indian vendors only. In this case where the systems are integrated by an Indian vendor, a minimum of 30% indigenous content is required.

5. 'Buy & Make': Means purchase from a foreign vendor followed by licensed production / indigenous manufacture in the country.

6. Make' – high technology complex systems to be designed, developed and produced indigenously.

7. 'Buy & Make (Indian)' means purchase from an Indian vendor, including an Indian company forming joint venture / establishing production arrangement with the Original Equipment Manufacturer (OEM) followed by licensed production/indigenous manufacture in India. 'Buy & Make (Indian)' must have a minimum 50% indigenous content on cost basis.

8. Cases where capital acquisitions under 'Buy (Global)' or 'Buy and Make with Transfer of Technology' with foreign vendors are for more than Rs. 300 crore, the 'Offset' clause gets invoked. The minimum offset is 30% of the estimated cost or foreign exchange component.

9. Five Sectoral Multi-Disciplinary Indigenisation Committees have been set up in the Department of Defence Production for the sectors Lands, Navy, Air, Missile and Electronics, to promote indigenisation in these fields.

Source
 
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bhramos

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India making headway in electronic warfare - Star Wars like Laser weapons

 
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Patriot

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Test range in Chitradurga coming up

By admin at 9 August, 2010, 2:15 pm

BY: THE HINDU

The Defence Research and Development Organisation (DRDO) is building a new test range in Chitradurga district in Karnataka for its aeronautics missions for flight-testing sophisticated unmanned aerial vehicles (UAVs), air-to-ground weapons, huge parachutes, Light Combat Aircraft Tejas, aerostats and also for testing electronic warfare systems.

The DRDO already has an Integrated Test Range (ITR) at Chandipur-on-sea, near Balasore, Orissa, from where different missiles are flight-tested. Wheeler Island, off the Orissa coast, comes under this ITR and it is from here that Agni series of missiles are flight-tested.

Prahlada, Chief Controller, Research and Development (Aeronautics and Services Interaction), DRDO, said the new test range in Chitradurga district would cover 4,000 acres. The DRDO had already acquired the land for the range. The range will include a runway.

"We are creating a new range, where the UAVs, small air-to-ground weapons, parachutes and aerostats will be tested. It will be a big range and it will take three years to completely equip the range. It will be an important facility coming up in India," he said.

Mr. Prahlada said the DRDO was keen that the railways should extend a railway track to the new test facility. The Karnataka government was fully cooperating with the DRDO for establishing this test range and "we are working together," he said. The Karnataka government had a master-plan to establish a high-technology knowledge park in Chitradurga district, Mr. Prahalada added.

W. Selvamurthy, Chief Controller, R and D (Life Sciences), DRDO also praised the Karnataka government's "full support" to the project. "We have commenced the work in building the test range. It will be a modern facility for testing the UAV Nishant. You need a complete runway for testing the UAVs," he said.

Dr. Selvamurthy said the DRDO would undertake a new project called Rustom on medium altitude, long endurance UAVs. This project had been approved by the Union Cabinet Committee on Security. "All this will be tested in Chitradurga," he added.







http://idrw.org/?p=249
 

Patriot

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DRDO Develops New Laser Weapons

India Defence Online, New Delhi — The state-owned Defence Research and Development Organisation (DRDO) has unveiled its futuristic technology plans which involve high-powered lasers for combating incoming missiles as well as other areas of homeland security.

The DRDO's Laser Science & Technology Centre (LASTEC) has indicated that it has been developing Directed Energy Weapons (DEWS) for the Indian Armed Forces and that it will be a crucial exercise along with space security, cyber-security and hypersonic vehicles." LASTEC has the mandate to develop DEWs for armed forces," said DRDO's chief controller (electronics & computer sciences) R Sreehari Rao.

DRDO's LASTEC is building up these technologies to compliment the efforts of the Indian Armed Forces to modernise themselves and achieve their future technology roadmap. The idea is to develop laser-based weapons, deployed on airborne as well as seaborne platforms, which can intercept missiles soon after they are launched towards India in the boost phase itself.

Elaborating on the potential of DEWS, LASTEC indicated that while conventional weapons use kinetic or chemical energy of missiles or other projectiles to destroy targets, DEWs decimate them by bombarding with subatomic particles or electromagnetic waves at the speed of sound. The collateral damage is also reduced with this method.

These futuristic technologies will also be incorporated in the Ballistic Missile Defence system being pursued by India. While all these laser-based technologies will take time to develop and be deployed, the DRDO along with LASTEC has mapped out the future course of action in these areas.

Scientists at the DRDO's LASTEC have already completed work on a hand-held version of the laser dazzler with a range of up to 50 meters and a 25 kilowatt laser system capable of destroying enemy missiles is estimated to be completed in five years time. However, given the poor performance of the DRDO in developing crucial equipment in time, it remains to be seen if the DRDO can actually deliver. The process will involve sourcing the raw materials for high-powered lasers, manufacturing the parts and perfecting radar tracking that will allow continuous focusing on a missile cone besides other critical factors.

For starters, LASTEC is ready with hand-held laser dazzlers to disorient adversaries without collateral damage with a 50-metre range. As for the DRDO LASTEC's future "laser" agenda, it is developing crowd-control dazzlers mounted on vehicles to dispel rioting mobs with 250-metre range. This will take two more years.

Other crucial ventures include Laser-based ordnance disposal system, which can be used to neutralise IEDs and other explosives from a distance. The trials are expected in 18 months time. Besides that, there are air defence dazzlers to take on enemy aircraft and helicopters with 10 kilometres range and will be ready in 2 years.

Finally, there is a 25-kilowatt laser systems to destroy missiles during their terminal phase with 5 to 7 kilometres range and a 100-kilowatt solid-state laser systems, which will be mounted on aircraft and ships to destroy missiles in their boost phase itself. These two systems will take five years and ten years respectively to be ready.

LASTEC scientists are also working on a vehicle-mounted "gas dynamic laser-based DEW system" under Project Aditya but it will just be a technology demonstrator to prove beam control technology. The future will be solid-state lasers which are more efficient, smaller and lighter.




http://indiadefenceonline.com/2112/drdo-develops-new-laser-weapons/
 

shuvo@y2k10

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can anyone tell me when will the weaponised version of kali be employed by drdo?
 

sayareakd

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BARC project Kali is top secret just like our nukes. :happy_2:
 

RAM

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Nano device may help out jawans



Chennai, Aug. 13: The University of Madras and the Defence Research and Development Organisation (DRDO) have joined forces to develop a nano vest that can contain small devices to monitor a person's blood pressure and ECG. The DRDO has even set up a lab at the Madras University for conducting high-end research on nano devices.
While chairing the national centre for nano science's governing council meeting at the Madras University on Friday, the chief controller (life sciences and human resource), of the DRDO, Mr W. Selvamurthy, said that the union government was keen on using nano science and technology to develop equipment for the armed forces.
"We (the DRDO and the Madras University) will work together to develop bio-sensors that can be fixed in nano vests, which can be used for checking a person's blood pressure and ECG. When a soldier is wounded in battle, it is important he gets immediate medical attention," said Mr Selvamurthy.
Pointing out that nano materials would also be used to develop long-range missiles, Mr Selvamurthy said that the DRDO will use nano technology to build a missile capable of travelling 5,000 kilometres.
Meanwhile, the vice-chancellor of the Madras University, Mr G. Thiruvasagam, said that during 2006, the union government had sanctioned Rs 100 crore to the university for setting up a research lab for nano science and technology and to start a new post graduate course in nano technology.


http://www.deccanchronicle.com/chennai/nano-device-may-help-out-jawans-747
 

RPK

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By The Way, I Dropped It

www.outlookindia.com | By The Way, I Dropped It

In 2006, Ravind Sistala was one among a clutch of scientists on deputation from the Defence Research and Development Organisation (DRDO) to the National Technical Research Organisation (NTRO) in New Delhi. Set up in the aftermath of the 1999 Kargil War, NTRO was meant to be a single technical intelligence facility to keep watch on India's hostile neighbours. It was also supposed to issue warning signals to those manning India's missile systems and nuclear warheads in real time so that they could retaliate in case of a possible enemy strike. Sistala's was a crucial job. The fortysomething was the centre director of NTRO's missile monitoring division, a position that called for high levels of responsibility and secrecy. But very few within India's security apparatus are aware, even today, that Sistala was involved in one of the biggest security breaches in India's post-Independence history. He compromised a Rs 1,850-crore intelligence-gathering programme that had key linkages to India's growing nuclear arsenal and missile systems. Unencrypted 'Top Secret' data pertaining to these was stored on Sistala's Hewlett-Packard laptop (given to him by NTRO) which disappeared mysteriously while he was on his way to the Delhi airport in early 2006. Did the information-packed computer fall into the wrong hands? Was it stolen by an enemy agent? Even today, no one knows where the laptop is. If still in enemy hands, it has the potential to inflict immense damage.

Ideally, such a security leak should have set alarm bells ringing and occasioned a swift and thorough investigation by the IB, RAW and Delhi Police. But rather than give the incident the attention and inquiry it deserved, a small but extremely powerful group of people—comprising a PMO official, DRDO scientists on deputation to NTRO and intelligence officials—helped Sistala escape any indictment by holding just an inhouse inquiry, which unearthed little. The missing laptop forgotten, Sistala continued as the head of the sensitive missile programme for another two years, and then returned to the DRDO.


Our radar deployments

Two years after the Sistala episode, another security breach took place in the NTRO. Arun Dixit, the centre director of the organisation's atomic explosion division (AED), lost his laptop somewhere in Washington DC during an official trip to the US with the NTRO chairman. The laptop was crammed with top secret data on India's intelligence on the nuclear weapons programmes of several countries, including Pakistan, China and North Korea. But like in Sistala's case, the powerful lobby of defence scientists once again scuttled a thorough investigation. The leak was buried and kept out of the files. Dixit too escaped any scrutiny and still serves in the NTRO in the very same post.


--------------------------------------------------------------------------------



Lost Laptops And Their 'X' Files

Place Delhi
Year 2006
Official Involved Ravind Sistala
Designation Centre Director (missile monitoring division)
Organisation National Technical Research Organisation
Incident Laptop goes missing from his car

Secret Data Lost

"¢Presentations on Indian efforts to monitor missiles of neighbouring countries
"¢Details on the capabilities of the nuclear delivery systems of Pakistan and China
"¢Response options available to India's nuclear forces (Strategic Forces Command)
"¢Deployment of radars to counter incoming missiles
"¢Vulnerable points in India's air defence network
Action taken None. Laptop not recovered. Official transferred to DRDO in a more sensitive position.

***

Place Washington DC
Year 2008
Official Involved Arun Dixit
Designation Centre Director (atomic devices division)
Organisation NTRO

Secret Data Lost

"¢Defence nuclear programmes of neighbouring countries
"¢Nuclear proliferation in Asia
"¢Dirty bombs being made in neighbouring countries
Action taken None. Laptop not recovered. After probe, errant official retained in the same organisation.

***

Place Delhi
Year 2003
Organisation Defence Research and Development Organisation
Incident 53 computers go missing; later found with hard disks removed

Secret Data Lost

"¢Secret coding of all communication used by the Intelligence Bureau (IB), Research and Analysis Wing (RAW), the defence forces, and the paramilitary forces, including Border Security Force
"¢Logs of intercepted Pakistani communications
Action taken Case still unsolved. None of the hard disks have been recovered. DRDO has practically closed the case.


--------------------------------------------------------------------------------

The NTRO was set up in the summer of '03. A year earlier, a Group of Ministers had handpicked RAW special secretary R.S. Bedi to set up the new intelligence outfit. Bedi started the process by setting up an office in room no. 326, Sardar Patel Bhavan, in the heart of Delhi, on March 29, 2003. The organisation was formally notified in July.

Set up to plug gaps in India's security establishment post the Kargil debacle, the NTRO's charter eventually went much beyond the mere act of gathering intelligence. It became a key element within the security apparatus, hitting headlines recently when Outlook reported its ability to pluck GSM phone calls off the air. Bedi had served in RAW's Aviation Research Centre, which monitored the missile and atomic programmes of neighbours. NTRO took on this responsibility after it came into being.

NTRO's task thus was to monitor and gather intelligence on all missile programmes in the region and convey the data in real time to the Strategic Forces Command (SFC), a special military organisation that mans India's nuclear arsenal and would deploy it in the event of a nuclear war. The SFC would also, based on NTRO data, periodically review and upgrade its positioning of nuclear missiles, and coordinate with the defence forces in launching a counter-strike against any nuclear threat.



Sistala and Dixit clearly violated OSA, but escaped. They were also liable to 14 years' imprisonment.


This called for a credible linkage between a vast and intricate network of ground-based radars, satellites, secret command codes and SFC's nuclear arsenal. NTRO's missile monitoring division established these linkages and set up an early warning network for the SFC. Sistala had a key role in creating these linkages and as such had access to the most sensitive data on India's capabilities, response time and secret codes. Naturally enough, all these details were part of the presentations, notes, documents, files and folders—all marked 'Top Secret'—he had on the laptop he was given by the NTRO. Standard rules mandate that a laptop given by the organisation cannot be taken home or used to connect to the Internet. But these being early days for NTRO, Sistala was travelling around the country making presentations to security officials, beginning with then NSA M.K. Narayanan to the three service chiefs, the SFC commander, the intelligence chiefs and other top DRDO scientists who were to work on the technological aspects of the project.

This is the time his laptop went missing. Shockingly, NTRO buried the episode in no time. A preliminary inquiry was ordered to be carried out by Brigadier Anil Malhotra, its counter-intelligence official, but it was quickly wound up. By this time, Bedi had retired from NTRO. A powerful lobby of defence scientists, led by R. Chidambaram, the principal scientific advisor to the government, had already determined his successor: DRDO scientist K.V.S.S. Prasad Rao. Rao had no previous experience in intelligence but he had served as the staff officer to Chidambaram for several years. Sistala, also from the DRDO, got a much-needed reprieve from the ongoing inquiry. He continued with the missile monitoring division for two more years before returning to the DRDO to work on air defence radars.

Outlook's attempts to elicit an official comment from NTRO via a detailed questionnaire sent a week before going to print met with silence. Phone calls and text messages to NTRO chairman Prasad Rao, its advisor P.V. Kumar, Sistala and Dixit evoked no response either. DRDO, in a cryptic response to an Outlook query, said it wasn't aware of any lapses by Sistala at NTRO.

Such security breaches are nothing new for the clique that still lords it over DRDO and NTRO. In Oct '03, 53 computers were stolen one night from two DRDO labs—the Systems Analysis Group and the Institute for Systems Analysis and Studies—in Metcalfe House in Delhi. The computer carcasses were found later, but the hard disks had been removed. They contained secret encryption codes and communications of the army, navy, air force and all central police organisations. Till date, no DRDO scientist has been blamed. Many have even been promoted. A police investigation made no headway, while an internal inquiry remains alive on paper even though many of its members have retired.

It's also ironical that while many other officials have been prosecuted under the Official Secrets Act (OSA) on flimsy and concocted cases (see following story), Sistala and Dixit have escaped, despite being in clear violation of the OSA. In fact, since the leaks were related to India's nuclear defence as well as secret codes, they could easily have attracted a penalty of 14 years' imprisonment. Instead, the duo has continued in their careers. Should India's intelligence agencies really be allowed to operate without even a modicum of accountability?
 

RPK

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Opening of New Campus by DFRL
The Defence Food Research Laboratory (DFRL) has decided to open a new campus at Hebbal which is about 18 km away from its main campus located at Sriddartha Nagar, Mysore. A sum of Rs. 17 crore has been allocated towards development of new campus.

DFRL has developed energy capsules for Defence Forces at the request of 102 Infantry Brigade, 14 Corps. This honey based capsule has natural medicinal properties, 12 months shelf life, it provides 108 Kcal per 30 gm, and it is ready to eat.

This information was given by Defence Minister Shri AK Antony in written reply to Shri P Rajeeve in Rajya Sabha today.

DM / RAJ
 

nitesh

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cross post:

Livefist - The Best of Indian Defence: KAVERI UPDATE: Critical Flight Tests On IL-76 Testbed This October
KAVERI UPDATE: Critical Flight Tests On IL-76 Testbed This October


i) All major engine sub-assemblies have been tested for aerodynamic performance and structural integrity (life & safety) requirements from qualification point of view.
(ii) Critical sub-systems have been developed.
(iii) Full authority Kaveri Digital engine Control System (KADECS) has been designed and developed.
(iv) Various critical technologies in the fields of instrumentation/measurement, health monitoring, data acquisition, etc. have been developed.
(v) Twelve materials (Titanium, Steel and super alloys) have been developed and type certified.
(vi) Directionally Solidified (DS) casting technology and high temperature tip brazing technology for the High Pressure and Low Pressure turbine blades & vanes have been developed.
(vii) Adequate manufacturing technology base has been established.

The reasons for the delay in developing the said engine are as follows:

(i) Non-availability of critical materials, viz., nickel and titanium based alloys in the country.
(ii) Low priority from foreign manufacturing agencies in view of the Minimum Order Quantity (MOQ) vis-à-vis the production order quantity from other engine houses.
(iii) Lack of manufacturing infrastructure for critical components.
(iv) Flying Test Bed (FTB) trials were not originally envisaged but included subsequently, based on the recommendations of Certification Agency and IAF.
(v) US sanctions imposed during 1998 affected the delivery of critical systems & components.
(vi) Lack of infrastructure of engine testing and component / system level testing within the country leading to dependency on foreign agencies.

Kaveri engine testing under simulated altitude and forward speed conditions during February 2010 has been successfully completed. Another engine has been integrated with IL-76 aircraft at Gromov Flight Research Institute (GFRI), Moscow for ground and flight test which is expected to complete by October 2010 (sic). These two major milestones would make 'Kaveri' engine certified for flight operations. Productions of LCAs are, meanwhile, as decided by user, being fitted with imported engines.
 

rakesh

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Home-grown MAVs will chase away birds at airports in future



ndian scientists are developing a micro air vehicle (MAV) to frighten birds away from civil and military airports.
Part of the national program for MAVs, the project is taking shape under CEO K. Ramachandra, former director of the Gas Turbine Research Establishment, a laboratory of the Defense Research and Development Organization.
"This is a massive project of national importance. Chasing birds away from the flight path and at airports is not an easy task," Ramachandra tells Aviation Week. "We have narrowed down on some result-oriented techniques after a series of studies."
 

keshtopatel

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Russia and India colonize Moon




The main tasks of the new Indo-Russian project Luna-Resource in the coming years include study of the Moon's poles by landers and delivery from the lunar surface to Earth samples of water and other substances. Research will shed light on the mystery of the origin of our planet, solar system and universe. Start of the project is scheduled for 2013.


The Russian lunar exploration program is planned for the next ten years. In the years 2012-2014 there will be two expeditions - the Russian Luna-Glob and the Russian-Indian Luna-Resource.


The main objective of this mission, which will be implemented with the participation of Russia and India, is to prove presence of water on the Earth's satellite, revealed during a mission Chandrayaan-1.


Chandrayaan-2 project provides for creation of a device consisting of two parts - the orbiter and lander. During the expedition it is planned to deliver the latter to the Moon's South Pole to study the surface and the composition of the lunar soil.


The lunar exploration program will deliver to the Earth samples of water and volatiles from the lunar poles for further study. The experiment, if successful, will help to understand where on the Moon the water comes from, and open some secrets of the origin of the universe.


The Indian Space Research Organization (ISRO) has already informed the Russian Space Agency that it has approved a list of scientific instruments on board the second lunar mission Chandrayaan-2. According to current data, India plans to launch the spacecraft with the launch pad located in the south of the country in 2013.


One of the most acute problems of any space program is maintaining the required temperature regime in the instrument compartment of the vehicle and providing electric power lines on-board functional equipment, research and technological equipment. After all, the limited energy resources, or low reliability and power failure could lead to loss of long and expensive effort to implement this program.


The orbital part of Chandrayaan-2 will include five main structures that will explore the moon in different ranges; two more will be on the descent module.


Of the five instruments installed on the orbital module, two are improved versions of those used during the mission Chandrayaan-1, but three are new. Their development will be conducted by specialists of Indian research institutes.


The orbiter will house:


- Wide soft X-ray spectrometer CLASS and solar X-ray monitor, required to map the basic elements present on the Moon.


- Aperture radar S-and L-bands for studying the structure of the lunar ice and search for the presence of water on the moon or under the surface.


- Infrared spectrometer for studying the exosphere of the Moon.


- Neutral Mass Spectrometer for compiling three-dimensional maps of the lunar exosphere.


- Surface mapping camera to study lunar geology and mineralogy.


After the servicing is over, the Russian landing pad weighing 1,250 pounds will land on the surface of the Moon. The Indian lunar rover will collect and analyze the composition of the lunar soil. To do this, it will carry two instruments: the breakdown laser spectrometer (LIBS) and X-ray spectrometer to the alpha-particles (APIXS).

Please delete above article if it is in wrong forum, I could not find right one...
 
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