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Thursday, June 30, 2011

new naval bases for indian cost guard and navy


The sea breeze kicked whitecaps to life in the Arabian Sea and then swept into Karwar harbour. It rattled the thatched bamboo huts on the shore and swept over the old brown houses standing on Kadamba-era ruins. Then on to the Hanuman temple and the small restaurant with umpteen fish dishes on its menu. Then upward to ruffle the leafy crowns of the coconut palms. Then, to the Karwar naval base, where the Indian Navy is developing a mammoth base.

Part of a larger blueprint called Project Seabird, the base will be one of the larger naval bases in Asia and will have an exclusive military harbour. It will house around 40 warships, an air force station and submarines. Most of the Indian Navy’s recent and future acquisitions will come home to this little port town in Karnataka.

Around 110km south of Goa, the base has been off-limits for most people. Workers on the project know little about the scale or scope of the base. Not surprisingly, visitors, including the media, are shown only what the Navy wants them to see.

The beautiful Casuarina and Arga beaches and the idyllic Anjadiv island also fall under the base, which has a multi-layer security protocol comprising checkpoints, watch towers, infrared devices, CCTV cameras and air patrols.

All maps and documents of the base are cocooned in secrecy, and places are identified only by code names. The main project file might be hidden deep inside some cabinet in the Navy HQ. Rear Admiral C.S. Murthy, director-general, Project Seabird, keeps a hawk-eye on every tiny detail of the project.

Spread over 11,200 acres and with a 26km-long coastline, the base has 1,200 officers and sailors. Said Commodore Rajiv Jaswal, who heads the base: “As a long-range base, Karwar is perfect. It is convenient, isolated and safe. The extent of the land available in and around Karwar will help the Navy disperse its assets, a crucial wartime necessity.” He said Karwar’s hilly terrain provided excellent camouflage for ground installations, and there could even be rock-cut pens for submarines.
Jaswal said the base had generated enough curiosity abroad to make most defence attaches come calling at least once during their tenure. In 2008, Admiral Wu Shengli, the first Chinese navy chief to visit India, called at Karwar. Most visitors are restricted to administrative buildings and non-classified facilities. FAQs are about the classes and number of warships that will berth here, and whether there will be a nuclear submarine. Jaswal’s reply is an expansive shrug: “Nuclear submarines are out of my ambit. I can’t possibly give you any idea about it.”

The Karwar naval base will enhance the strategic capability of the Indian Navy’s twin fleets—the eastern fleet in Visakhapatnam on the Bay of Bengal and the western fleet in Mumbai on the Arabian Sea. In addition to the smaller bases in Kochi and Port Blair, a base is coming up in Lakshadweep.

While Visakhapatnam was considered adequate for India’s security needs in the east, Mumbai was always congested. And, Mumbai’s shallow waters are an impediment for aircraft carriers. A dedicated naval base south of Mumbai will upgrade India’s capabilities on the west coast and enhance all coastal security measures that are being put in place after 26/11.

It was the 1971 war with Pakistan which convinced the Navy of the importance of having a base to itself. Admiral Oscar Stanley Dawson, former chief of the naval staff, proposed the base in Karwar. In 1971, Dawson was director of naval operations.

“It was a monumental task,” said Dawson, of the challenges of operating out of Mumbai harbour in 1971. “The movement of commercial ships made us prone to espionage. The base [in Mumbai] was and is a kind of open book. The heavy movement of merchant vessels often results in naval ships having to wait out at sea sometimes for a whole day. After the war, I did a study of the Pakistan navy and air force and concluded that we need to shift our capabilities to a new place.”

Dawson said, over the phone from his hospital bed in Bangalore, that Karwar was less vulnerable to Pakistani missile and fighter attacks. The base is about 900 nautical miles from Karachi and over 1,500nm from new Pakistan bases coming up in Gwadar and Ormara. Mumbai is only 580nm away. “Its location gives us more time to react against any threat,” Dawson said. “It is critical for the country to have berthing facilities not only for nuclear submarines but also for nuclear-powered aircraft carriers.”

Lying in the rain shadow of the hills, the project’s first phase is almost complete. The deputy director-general of Project Seabird, Commander Vinayak Apte, said he had spent many years studying the soil saturation and rainfall patterns of Karwar. “When the Navy came here there was nothing but the sea,” Apte said. The only infrastructure was a forest department building, which was the nerve centre for the project. Today, when phase one is complete, along the western shore lie a sprawl of offices, barracks, storehouses, and the beautiful Baithkol beach. A narrow ridge separates the main area from the rest of the base. One needs clearance to move from one block to another.

In phase one, the Navy has provided berths for 10 warships, created the harbour, dredged the approach channel and anchorage area and reclaimed 49 hectares. At the base, the ships and submarines can be refuelled through a 7km pipeline. A submarine tunnel secures fibre optic cables and power cables for berthed ships.

Shore facilities include the country’s sole naval repair yard, store depots, transport workshops, armament depots and a missile depot. The naval armament depot at Amdalli village is now functional. Commander Basav Raj, who is closely involved with the project, said building the breakwaters was the most challenging job. The longest breakwater is 3.1km long and runs between Round island and Arga island. Around four million cubic metres of rock was used to build the breakwaters.

“We simply filled the belly of the ocean with rocks. At times, it was hopeless work,” said Basav Raj, as he pointed to Aligadde Hill, where the quarries are. He said breakwaters protect the base from high tides and provide safe passage for ships during war.
The base has a shiplift with a capacity of 10,000 tonnes. A shiplift is simply a large elevator to lift ships on to land. As one shiplift can serve many repair yards, many warships can be repaired simultaneously. Basav Raj said a shiplift is a “force-multiplier” as ships spend less time waiting for free repair yards. When THE WEEK visited the yards, the INS Nirdeshak was being repaired.

Though the base was inaugurated in 2005, the next phase has not started yet. As always, the issue is that of money. Defence ministry budget planners accuse the Navy of failing to prioritise its various missions. Though the admirals are not satisfied, since 1998, Project Seabird has enjoyed enhanced budgetary support from successive governments.

In 1985, Project Seabird was first approved with an initial outlay of Rs:350 crore. But budgetary constraints forced the Navy to redraw its plans in 1995. The original plan was to build berths for 22 warships, but the plan was partially shelved as it received money for only 10 berths. Dawson said that the Navy’s internal politics delayed the plan by 15 years. Withholding names, he said, some officers did not want his idea to be approved.
The work finally commenced in 1999 with an allocation of Rs:2,500 crore. Problems in land acquisition and compensation for families from 13 villages compounded the delays (see box).

At the Navy HQ, planners are now giving the final touches to phase two, which should have started in 2005 and be completed by 2010. The Navy has received approval for phase two and the Cabinet Committee on Security is expected to clear funds in late 2011. The phase will see expansion of the base, induction of a second floating dock and upgradation of dockyards and aircraft repair yards.
Navy sources said the base should be able to host an aircraft carrier after completion of phase two. It will have to develop infrastructure for the maintenance of the carrier assigned here. The base will also house a wide variety of smaller ships, including 10 of the 80 fast-interceptor craft of the Sagar Prahari Bal, the specialised force created for coastal security.

Phase two will also include an airport at Alageri village near Ankola. With Goa’s Dabolim airport seeing more civilian use, Alageri will become the premier naval aviation hub. It will be home to long-range maritime reconnaissance aircraft, a full range of helicopters and the MiG-29Ks that will come with the INS Vikramaditya.
Opinion is divided on whether the western command in Mumbai should eventually shift to Karwar, as it will put the huge facility to optimum use. But officials at the Navy HQ say there is no such plan. “The western command in Mumbai will remain critical for the Navy’s operational plans,” said a senior Navy official. “Karwar could have its own Flag Officer Commanding, who could report directly to HQ.”

During his annual press conference, Admiral Nirmal Verma, chief of the naval staff, said: “Our expanding maritime interest requires a growing Navy to cater to growth plans. We also have had to put new infrastructure in place; these include a second phase of expansion of the Karwar base.”
But Dawson has a word of caution: “My concern is that the Navy should not wring everything in. That will prove detrimental to India’s security, especially in the event of nuclear attack. India will see the importance of the base in future. It will emerge as the Navy’s principal war-fighting base.”

In the regional perspective, too, Karwar is seen an important outpost. Australian strategic expert Alexander Gordon, author of India’s Rise to Power, said the base would play a major role in securing the seas also for countries like Australia, which rely on imports and exports through maritime routes in the Arabian Sea.
“India is the naval power of the future in the Indian Ocean region. [And] it has a three to one steaming advantage over non-littoral powers and will play an increasingly important role in addressing the non-conventional security threats,” said Gordon. “Karwar will doubtless play an important role in this regard. India’s major challenge is not so much to be ‘assertive’ in the Indian Ocean, but rather to police its massive territorial waters and act as part of a common approach to ensuring that the vital sea lanes are protected.”

And, it is not just the Navy that has a stake here. The Army, does, too. At Karwar, as the sun sets, Indian Army soldiers return to their camp after a tough day of amphibious military assault exercises. The soldiers are taking advantage of the base to develop capability to deliver a full brigade strength contingent of troops with arms, ammunition and tanks outside the Indian mainland.

The soldiers and their equipment and tanks came off the INS Jalashwa. The soldiers who are stationed here for the exercise are not allowed to move beyond their camps. Why so hush-hush, we ask Captain Punkaj Singh, commanding officer of INS Kadamba. “We know the base is already on Google Earth,” said Singh. “The people know we have a base here and that it is okay with us. But the enemy should not know what capability we have here. That is critical. Even if you stay here for a month you will not be able to figure out the assets the base contains.” Military planners in Delhi will be pleased to know that critical assets are safe and ready out there in Karwar. Somewhere above or below the sea.

india's top secret wepon kali 5000 makes fear in all nations

 

MUMBAI - The Bhabha Atomic Research Centre (Barc) here is in the final
stages of assembling a powerful electron accelerating machine named
''Kali-5000`` which, its scientists say, can potentially be used as a beam
weapon.
Bursts of microwaves packed with gigawatts of power (one gigawatt is 1000
million watts) produced by this machine, when aimed at enemy missiles and
aircraft, will cripple their electronics systems and computer chips and
bring them down.
uencies.


According to scientists, ''soft killing`` by high power microwaves has
advantages over the so called laser weapon which destroys by drilling
holes through metal.

Kali-5000 will be ready for testing by the end of this year, according to
Mr P H Ron, head of the accelerator and pulse power division at Barc and
chief designer of India`s first star wars weapon.

However, in the present form India`s beam weapon is too bulky - it weighs
26 tons - including tanks containing 12000 litres of oil. Mr Ron said some
''compacting`` was possible.

He said Kali (kilo-ampere linear injector) machine was developed for
industrial applications and that the defence use was a recent spinoff. He,
however, declined to elaborate.

Describing it as a machine ''bordering basic research,`` Atomic Energy
Commission Chairman Rajagopalan Chidambaram admitted in an interview that
it has military potential. ''There are some technologies we have to be in
touch with because they may become useful (later),`` he said.

Development of the Kali machine was mooted in 1985 by Dr Chidambaram, then
director of Barc, but work earnestly began in 1989.

Mr Ron said the machine essentially generated pulses of highly energetic
electrons. Other components in the machine down the line converted the
electrons into flash x-rays (for ultra high-speed photography) or
microwaves. The electron beam itself can be used for welding.

The Defence Balistics Research Institute in Chandigarh is already using an
x-ray version of Kali to study speed of projectiles.

Another defense institute in Bangalore is using a microwave-producing
version of Kali which the scientists use for testing the vulnerability of
the electronic systems going into the light combat aircraft under
development and designing electrostatic shields to protect them from
microwave attack by the enemy.

According to Barc scientists, the Kali machine has for the first time
provided India a way to ''harden`` the electronic systems used in
satellites and missiles against the deadly electromagnetic impulses (Emi)
generated by nuclear weapons.

The Emi wrecks havoc by creating intense electric field of several
thousand volts per centimeter. The electronic components currently used in
missiles can withstand fields of Just 300 volts per centimeter.

While the Kali systems built so far are single shot pulse power systems
(they produce one burst of microwaves and the next burst comes much
later), Kali-5000 is a rapid fire device, and hence its potential as a
beam weapon.

According to Barc-published reports, the machine will shoot several
thousand bursts of microwaves, each burst lasting for just 60 billionths
of a second and packed with a power of about four gigawatts.

The high power microwave pulses travel in a straight line and do not
dissipate their energy if the frequency falls between three and ten
gigahertz.

According to Barc scientists, a microwave power of 150 megawatts has
already been demonstrated in earlier versions of Kali.

indian kali 5000 can distroy uav's and enemy satellites

  The Bhabha Atomic Research Centre (BARC) has assembled `KALI-5000' is a powerful electron accelerating machine assembled by the Bhabha Atomic Research Centre (BARC), Mumbai, which, its scientists say, can potentially be used as a beam weapon.

Bursts of microwaves packed with gigawatts of power (one gigawatt is 1000 million watts) produced by this machine, when aimed at enemy missiles and aircraft, will cripple their electronics systems and computer chips and bring them down.

Today we bring to you the star war weapons designed and developed indigenously in our country.

At a time when missiles are increasingly becoming relevant in modern warfare and when the threat of a pre-emptive nuclear attack from Pakistan is realistic, Kali-5000 is India's answer to any uninvited incoming missiles and planes. Moreover, the beam can also be used to cripple the enemy satellite and UAVs in no time.

According to scientists, ''soft killing`` by high power microwaves has advantages over the so called laser weapon which destroys by drilling holes through metal.

Kali-5000 will be ready for testing by the end of this year, according to Mr P H Ron, head of the accelerator and internal linkpulse power division at Barc and chief designer of India`s first star wars weapon.



However, in the present form India`s beam weapon is too bulky - it weighs 26 tonnes - including tanks containing 12000 litres of oil. Mr Ron said some ''compacting`` was possible. He said Kali (kilo-ampere linear injector) machine was developed for industrial applications and that the defence use was a recent spinoff. He, however, declined to elaborate.

Describing it as a machine ''bordering basic research,`` Atomic Energy Commission Chairman Rajagopalan Chidambaram admitted in an interview that it has military potential. ''There are some technologies we have to be in touch with because they may become useful (later),`` he said.

Development of the Kali machine was mooted in 1985 by Dr Chidambaram, then director of Barc, but work earnestly began in 1989.

Mr Ron said the machine essentially generated pulses of highly energetic electrons. Other components in the machine down the line converted the electrons into flash x-rays (for ultra high-speed photography) or microwaves. The electron beam itself can be used for welding.

The Defence Balistics Research Institute in Chandigarh is already using an x-ray version of Kali to study speed of projectiles.

WORK IN BANGALORE: Another defence institute in Bangalore is using a microwave-producing version of Kali which the scientists use for testing the vulnerability of the electronic systems going into the light combat aircraft under development and designing electrostatic shields to protect them from microwave attack by the enemy.

According to Barc scientists, the Kali machine has for the first time provided India a way to ''harden`` the electronic systems used in satellites and missiles against the deadly internal linkelectromagnetic impulses (Emi) generated by nuclear weapons.

The Emi wrecks havoc by creating internal linkintenseinternal linkelectric field of several thousand volts per centimetre. The electronic components currently used in missiles can withstand fields of Just 300 volts per centimetre.

While the Kali systems built so far are single shot pulse power systems (they produce one burst of microwaves and the next burst comes much later), Kali-5000 is a rapid fire device, and hence its potential as a beam weapon.

According to Barc-published reports, the machine will shoot several thousand bursts of microwaves, each burst lasting for just 60 billionths of a second and packed with a power of about four gigawatts.

The high power microwave pulses travel in a straight line and do not dissipate their energy if the internal linkfrequency falls between three and ten gigahertz.

According to Barc scientists, a microwave power of 150 megawatts has already been demonstrated in earlier versions of Kali.

"KUDOS!! - all you men in BARC. We are proud of you!"

advanced Relativistic Electron Beams is used in india's kali 5000

  Kilo-Ampere Linear Injector (KALI)
The KALI (Kilo Ampere Linear Injector) is a linear electron accelerator being developed in India, by the Defence Research Development Organization (DRDO) and the Bhabha Atomic Research Centre (BARC).

The KALI is not a laser weapon as commonly believed. It emits powerful pulses of electrons (Relativistic Electron Beams- REB). Other components in the machine down the line convert the electron energy into EM Radiation, which can be adjusted to x-ray (as Flash X-Rays) or microwave (High Power Microwave) frequencies.



This has fueled hopes that the KALI could, one day be used in a High-Power Microwave gun, which could destroy incoming missiles and aircraft through soft-kill (destroying the electronic circuitry on the missile). However, weaponising such a system has many obstacles to overcome.There are also issues of creating a complete system, which would require development of many more components. There have also been reports of placing the weaponized KALI in an Il-76 aircraft as an airborne defence system. There is also speculation of using the KALI as an Anti-satellite weapon and as a space-based weapon system, although it is unlikely that they would be implemented, given India's stance on those issues.
The KALI series (KALI 80, KALI 200, KALI 1000, KALI 5000 and KALI 10000) of accelerators are described as "Single Shot Pulsed Gigawatt Electron Accelerators". They are single shot devices, using water filled capacitors to build the charge energy. The discharge is in the range of 1GW. Initially starting with 0.4GW power, present accelerators are able to reach 40GW. Pulse time is about 60 ns.

The Microwave radiations emitted by the KALI-5000 are in the 3-5 GHz Range
If weaponized, it is quite likely that KALI would be integrated into India's fledgling Ballistic Missile Defense program.

KALI 5000 TESTED SUCCESSFULLY BY DRDO

  Single Shot Pulsed Gigawatt Electron Accelerators
Indigenous technology for Electron Accelerator technology development was carried out meticulously and has built four accelerators starting with a modest power level of 0.4 GW, APPD has successfully developed accelerators with a power level of 40 GW. KALI series of accelerators includes KALI 80, KALI 200, KALI 1000, and KALI 5000.

KALI � 5000: This system is designed to produce electron pulses of about 100 ns with an energy of about 1 MeV, current 40 kA and a power of 40 GW. This Relativistic Electron Beams (REB) thus generated will be used for the generation of High Power Microwaves (HPM) & Flash X Rays (FXR). Commissioning trials for KALI 5000 system have begun.
A view of a 1 MeV, 50 -100 ns, 40 GW pulsed accelerator (KALI 5000) is depicted below
Attachment 1300 KALI-5000 Accelerator

Attachment 1301 KALI-5000. Operation at 650KV

Multiple Shot, 1 GW, 10 -100 Hz, Linear Induction Accelerator � LINAC

This Accelerator will deliver electron beam at the rate of 10 - 100 Hz with an energy and current of 200 keV, 5kA respectively. The pulse length will be around 50 ns. In this device, double exponential electrical pulses of 20 kV/20ms produced by a solid state driver are amplified, compressed and shaped into rectangular pulses of 75 kV / 50 ns by successive stages of magnetic compression switches. These pulses are fed into a two-stage induction accelerator cavities, for accelerating the electron beams to about 1 GW of power (peak). This accelerator will also be used for generating HPM and FXR and dynamic imaging. Most of its subsystems are in the advanced stage of fabrication.

Pulse Power Systems:

A technology developed over the last 25 years or so.
Attachment 1302 80 joules Pulse power system gifted to IIT Chennai: A MARX bank based, 300 kV, 2kA, 100 ns pulse power source was gifted to High Voltage Electrical Engineering deptt. of IIT Chennai.A view of this source is shown in Figure. It is being used as an educational tool for imparting training and teaching to the B.Tech, M. Tech and Ph.D. students about designing the MARX generator and their characterizations.

The KALI (Kilo Ampere Linear Injector) is a linear electron accelerator being developed in India, by the Defence Research Development Organization (DRDO) and the Bhabha Atomic Research Centre (BARC).
Overview:
The KALI is not a laser weapon as commonly believed. It emits powerful pulses of electrons (Relativistic Electron Beams- REB). Other components in the machine down the line convert the electron energy into EM Radiation, which can be adjusted to x-ray (as Flash X-Rays) or microwave (High Power Microwave) frequencies.

This has fueled hopes that the KALI could, one day be used in a High-Power Microwave gun, which could destroy incoming missiles and aircraft through soft-kill (destroying the electronic circuitry on the missile). However, weaponising such a system has many obstacles to overcome.

History:
The KALI project was first mooted in 1985 by the then Director of the BARC, Dr. R. Chidambaram. Work on the Project began in 1989, being developed by the Accelerators & Pulse Power Division of the BARC. (Dr. Chidambaram was also the Scientific advisor the Prime Minister, and the Chairman of the Atomic Energy Commission). DRDO is also involved with this project. It was initially developed for industrial applications, although defence applications became clearer later[1].

The first accelerators had a power of ~0.4GW, which increased as later versions were developed. These were the KALI 80, KALI 200, KALI 1000, KALI 5000 and KALI 10000.

The KALI-5000 was commissioned for use in late 2004.[2]

Design:
The KALI series (KALI 80, KALI 200, KALI 1000, KALI 5000 and KALI 10000) of accelerators are described as "Single Shot Pulsed Gigawatt Electron Accelerators"[3]. They are single shot devices, using water filled capacitors to build the charge energy. The discharge is in the range of 1GW. Initially starting with 0.4GW power, present accelerators are able to reach 40GW. Pulse time is about 60 ns.

The Microwave radiations emitted by the KALI-5000 are in the 3-5 GHz Range

The KALI-5000 is a pulsed accelerator of 1 MeV electron energy, 50-100 ns pulse time, 40kA Current and 40 GW Power level. The system is quite bulky as well, with the KALI-5000 weighing 10 tons, and the KALI-10000, weighing 26 tons. They are also very power hungry, and require a cooling tank of 12,000 liters of oil. Recharging time is also too long to make it a viable weapon in its present form.

Applications:
The KALI has been put to various uses by the DRDO. The DRDO was involved in configuring the KALI for their use.

The X-rays emitted are being used in Ballistics research as an illuminator for ultrahigh speed photography by the Defence Ballistics Research Institute (DBRL) in Chandigarh. The Microwave emissions are used for EM Research.

The microwave-producing version of Kali has also been used by the DRDO scientists for testing the vulnerability of the electronic systems of the Light Combat Aircraft (LCA), which was then under development.

It has also helped in designing electrostatic shields to "harden" the LCA and missiles from microwave attack by the enemy as well as protecting satellites against deadly Electromagnetic Impulses (EMI) generated by nuclear weapons and other cosmic disturbances, which "fry" and destroy electronic circuits. Electronic components currently used in missiles can withstand fields of approx. 300 V/cm, while the fields in case of EMI attack reach thousands of V/cm.

As a Weapon:
The KALI's potential for a military role as a beam weapon has made it, in the eyes of the people, "India's Star Wars". However, weaponisation of the KALI will take some time. The system is still under development, and efforts are being made to make it more compact, as well as improve its recharge time, which, at the present, makes it only a single use system.

There are also issues of creating a complete system, which would require development of many more components. There have also been reports of placing the weaponized KALI in an Il-76 aircraft as an airborne defence system. There is also speculation of using the KALI as an Anti-satellite weapon and as a space-based weapon system, although it is unlikely that they would be implemented, given India's stance on those issues.

If weaponized, it is quite likely that KALI would be integrated into India's fledgling Ballistic Missile Defense program.


KALI = Kilo-Ampere Linear Injector
Kali is also the name of on all powerful demon killing Hindu godess.

According to scientists, ''soft killing" by high power microwaves has advantages over the so called laser weapon which destroys by drilling holes through metal.


The Kali system was developed for industrial applications and that the defence use was a recent spinoff.

Development of the Kali machine was mooted in 1985 by Dr Chidambaram, then director of BARC, but work earnestly began in 1989.

The machine essentially generated pulses of highly energetic electrons. Other components in the machine down the line converted the electrons into flash X-rays (for ultra high-speed photography) or microwaves. The electron beam itself can be used for welding.

The Defence Balistics Research Institute in Chandigarh is already using an X-ray version of Kali to study speed of projectiles.

Another defense institute in Bangalore is using a microwave-producing version of Kali which the scientists use for testing the vulnerability of the electronic systems going into the LCA Tejas under development and designing electrostatic shields to protect them from microwave attack by the enemy.

According to BARC scientists, the Kali machine has for the first time provided India a way to ''harden" the electronic systems used in satellites and missiles against the deadly electromagnetic impulses (EMI) generated by nuclear weapons.

The EMI wrecks havoc by creating intense electric field of several thousand volts per centimeter. The electronic components currently used in missiles can withstand fields of Just 300 volts per centimeter.

While the Kali systems built so far are single shot pulse power systems,the Kali-5000 is a rapid fire device, and hence its derrivative will be used as beam weapon.

According to BARC-published reports, the machine will shoot several thousand bursts of microwaves, each burst lasting for just 60 billionths of a second and packed with a power of about four gigawatts.

The high power microwave pulses travel in a straight line and do not dissipate their energy if the frequency falls between three and ten gigahertz.

Picture of its larger industrial version (dated 1998) (commisioned in 1999):


Its military version is currently in testing in Bangalore.

This pdf has some GREAT details of it (too complicated for me!)>> PDF file (only for PhD's !)

INDIA'S AMBITIOUS LASER BEAM WEPON KALI TESTED SUCCESSFULLY

  In January 2009, the Brahmos Army version was undergoing a specific user scenario test which failed. The missile overshot its target by a few kilometers.

No one ever knew what parameters were getting checked & what exactly went wrong. The media cover up was that the missile failed to detect its target in a simulated urban environment with similar target decoys scattered at close proximity. But it was widely speculated in defense forums that the Americans had sniffed the test in advance & had selectively turned off the GPS in the test area, talk about the good old American gift - ’to Russia with love’. This has led to India’s interest in having its own GPS system the GAGAN/IRNSS after talks failed, for India to be a part of the Russian GLONASS and the EU’s ‘Galileo’. Reportedly, the recent Brahmos tests with GLONASS receivers have been successful and it’s an important direction towards removing dependency on American GPS.

The modern economies & their armed forces in particular are heavily dependent on satellites. Reconnaissance imagery, communication via satellite phones, target co-ordinates for missiles launched by land, fighter aircrafts or ships, everything needs an input from the satellite in one way or the other.

Imagine a war theatre in 2050, it is definitely not going to be on the land, air or sea.



for manual co-ordinates from the local ATC, there would be no DTH TV and the F-22 would fall out of sky like a stone. The outcome is unimaginable chaos. I believe, with almost everyone having the N-bomb nowadays, thanks to AQ Khan, the next most powerful weapon will be a country’s capability to knock out the adversary’s satellites. This will also be the most potent deterrent in the years to come. It’s the 21st century ‘Little Boy’ that can bring a superpower to its knees.

Assuming CAG keeps doing a good job and the DRDO restructuring goes well, coupled with an 8% GDP growth, assuming ISRO/DRDO are exempted from international sanctions and technological apartheid; come 2025, and DRDO would present to the Indian armed forces the weaponized KALI – Kilo Ampere Linear Injector or the kinetic attack loitering interceptor. The Kali is a BARC-DRDO project started in 1985. Kali in simple terms is an electron injector. The electron beam is further concentrated to form a high energy EM ray. It is a high power X-ray/Microwave gun which can blast a missile or a satellite. The latest form of KALI is the Kali-5000 which can produce beams as strong as 40 GW, which is good enough to vaporize or cause extensive damage to electronic gadgetry. However currently at 26 tons, it is too heavy to be weaponized, it is too power hungry and needs a lot of recharge time.

The US already has been running the Kinetic Energy Anti-Satellite (KE-ASAT) program, funded by approx. $50 Mil yearly, and the Chinese have the ASAT program. The Chinese, however, have been much more innovative. They are speculated to have created the satellite suicide bomber, it is a ‘parasitic’ microsatellite or a Nano-satellite that attaches itself to a bigger satellite and then detonates itself on Beijing’s instruction. It is a new age predator beyond anyone’s imagination.

INDIA'S STAR WAR WEPON "KALI" UNVEILED

  KALI (kilo-ampere linear injector)

The Bhabha Atomic Research Centre (Barc)'s powerful electron accelerating machine named
''Kali-5000`` which, its scientists say, can potentially be used as a beam
weapon.

Bursts of microwaves packed with gigawatts of power (one gigawatt is 1000
million watts) produced by this machine, when aimed at enemy missiles and
aircraft, will cripple their electronics systems and computer chips and
bring them down.



According to scientists, ''soft killing`` by high power microwaves has
advantages over the so called laser weapon which destroys by drilling
holes through metal.

According to Barc scientists, the Kali machine has for the first time
provided India a way to ''harden`` the electronic systems used in
satellites and missiles against the deadly electromagnetic impulses (Emi)
generated by nuclear weapons.

The Emi wrecks havoc by creating intense electric field of several
thousand volts per centimeter. The electronic components currently used in
missiles can withstand fields of Just 300 volts per centimeter.

While the Kali systems built so far are single shot pulse power systems
(they produce one burst of microwaves and the next burst comes much
later), Kali-5000 is a rapid fire device, and hence its potential as a
beam weapon.

According to Barc-published reports, the machine will shoot several
thousand bursts of microwaves, each burst lasting for just 60 billionths
of a second and packed with a power of about four gigawatts.

The high power microwave pulses travel in a straight line and do not
dissipate their energy if the frequency falls between three and ten
gigahertz.

According to Barc scientists, a microwave power of 150 megawatts has
already been demonstrated in earlier versions of Kali.