NBA.com: News

ESPN.com - TrueHoop

Sunday, April 26, 2009

NAVY


While Chinese naval modernization efforts are capturing the attention of Western naval officials and analysts as well as journalists and even bloggers, little attention is being given to the Indian Navy's massive expansion effort. Mohammed Ahmedullah, a leading defense writer, wrote in Military Technology (2/2008): "With the second biggest Army in the world and a rapidly expanding Navy, India knows that it needs to modernize fast, leapfrog in technology and accumulate military assets rapidly over the next decade if it has to safeguard it growing economic might with military teeth. . . ."


Expand Image
China has two Type 877EKM, Iran has three Type 877EKM and India has nineType 877EKM.
________________________________________


Expand Image
Kilo Class Type 877EKM showing two torpedo tubes above the water line.
________________________________________


Expand Image
INS Sindhuvir Type 877EKM one of eight Kilo Class SSK's currently in service with the Indian Navy.
________________________________________


Expand Image
The torpedo compartment.
________________________________________


Expand Image
The Kilo Class 877 EKM's predecessor, the Kilo Class 877.
________________________________________


Expand Image
A Type 877EKM control room.
________________________________________


Expand Image
A control console aboard Kilo Class Type 877EKM.
________________________________________


Expand Image
The submarine loading torpedoes with automatic rapid loader.
________________________________________
Crew
340
Length
63m
Maximum Beam
17m
Draught at Full Load
5.6m
Displacement
6,700t
Speed
28kt
Surface-to-Surface
16 x KH-35 (four quad launchers)
Full specifications
________________________________________
The three Delhi Class destroyers were built for the Indian Navy, under the Project 15 programme, by Mazagon Dock Ltd based in Mumbai. The Delhi destroyer was designed by the Indian Navy with detailed and production design phase carried out by Mazagon Dock. INS Delhi was commissioned in 1997, INS Mysore in June 1999 and INS Mumbai (formerly Bombay) in January 2001.

Expand Image
INS Delhi, the first of class.
________________________________________


Expand Image
INS Delhi was commissioned in 1997, INS Mysore in June 1999 and INS Mumbai in January 2001.
________________________________________


Expand Image
The MR-145 Fire Control Radar for the 100mm gun (top) and the MR-123 for the 30mm guns (bottom).
________________________________________


Expand Image
The Delhi class is the largest warship to be built in India.
________________________________________


Expand Image
Two Sea King helicopters provide additional offensive capability.
________________________________________


Expand Image
The Uran system launches the Kh-35 antiship cruise missile which is known by the NATO designation SS-N-25
With a displacement of 6,700t, overall length of 163m and beam of 17m, the Delhi class is the largest warship built in India. The ship is fitted with sophisticated anti-ship, anti-aircraft and anti-submarine sensor and weapon systems.

WEAPONS
The ship's integrated combat data system is supplied by Bharat Electronics Ltd (BEL) of Hyderabad.
The main gun at the bow of the ship is a 100mm gun supplied by Russia. The ship is also fitted with four six-barrel AK 650 gatling guns.
The ship is equipped with four quad launchers for the Uran anti-ship missile system. The Uran system launches the Kh-35 (NATO designation SS-N-25) antiship cruise missile, which uses an inertial guidance system to steer the missile towards the target area and an active radar homing head for terminal guidance. The minimum and maximum ranges of the missile are 5km and 130km.
The surface-to-air missile system is the Russian Shtil (SA-N-7), known by the NATO reporting name Gadfly. The missile's maximum range is 25km. It was envisaged that this would be replaced with the Trishul surface-to-air missile system. Trishul is being developed in India and has a range of 500m to 9km and a 15kg warhead.
Despite a successful series of firing trials in June 2003, technical problems have put the future of the missile system in doubt. In October 2006, the Indian MOD stated that development would be completed in September 2007.
INS Delhi and INS Mysore have been fitted with the Rafael Barak point air defence missile system. Barak has an eight-cell vertical launch system and the missile Command-to-Line-Of-Sight (CLOS) radar guidance with a range from 500m to 10km. INS Mumbai is being fitted with the missile system.
The Delhi Class is being fitted with the Rafael Barak point air defence missile system. Barak has an eight-cell vertical launch system and the missile command-to-line-of-sight (CLOS) radar guidance with a range from 500m to 10km.
"The Delhi Class is being fitted with the Rafael Barak point air defence missile system."
The ship has a quintuple 533mm torpedo launcher which can also be used to launch SS-N-15 'Starfish' or possibly SS-N-16 'Stallion' ASW missiles. SS-N-15 has a maximum range of 50km, SS-N-16 of 120km.
The ship also has two RBU-6000 anti-submarine rocket launchers with 12 tubes. Range is 6km and the maximum engagement depth is 500m.
HELICOPTERS
The 500m² helicopter deck is located at the stern of the ship. The ship can support two helicopters, the new Dhruv Advanced Light Helicopter (ALH) by Hindustan Aeronautics Ltd (HAL) and the AgustaWestland Sea King helicopters, primarily equipped for the air surveillance role.
The Sea Kings carry the Super Searcher radar from MEL, the H/S-12 dipping sonar from Thales Underwater Systems with an AQS-902B acoustic processor, and the Hermes electronic support measures system supplied by BAE SYSTEMS. The Sea King is also armed with mines and Sea Eagle missiles.
COUNTERMEASURES
The ship is equipped with four chaff launch systems and the Ajanta radar interceptor developed by Bharat Electronics Limited of Bangalore. The TQN-2 jamming system is supplied by the Italian company, Elettronica.
SENSORS
The ship's radar suite includes: Rashmi I-band navigation radar by Bharat Electronics, Russian Kite Screech and Bass Tilt H,I and J band fire control radars for the guns, Garfun B fire control radar for the Kh-35 Uran SSM, Front Dome fire control radar for the SA-N-17 SAM, RALW - LW08 air search radar operating in D-band and supplied by Bharat Electronics Ltd and Thales Nederland (formerly Signaal) and the Bharat / Thales RAWS - DA05 E-band surface search radar.
"The ship is equipped with four chaff launch systems and the Ajanta radar interceptor."
The ship's hull mounted active search sonar capability is based on the TSM2633 by Thales Underwater Systems or the APSOH by Bharat.
The Delhi Class also has a variable depth sonar, Model 15-750 developed and manufactured in India by Indal and Garden Reach.
PROPULSION
The ship's propulsion is based on a combined diesel and gas CODAG system. The Russian gas turbine system is the AM-50. The KVM-18 diesel motors are supplied by Bergen and Garden Reach. The propulsion system drives two shafts and provides a maximum speed of 28kt.

The Indian Navy leased a Project 670A Skat (Charlie I Class) nuclear-powered submarine (INS Chakra in Indian Naval service) for three years - from 04 January 1988 to January 1991. The boat was was manned by a Russian crew who also had the task of training Indian submariners on how to operate the nuclear-powered vessel. In addition to becoming a training ground, INS Chakra also acted as a design laboratory for developing and testing indigenous nuclear submarine technologies. The lease was not extended after January 1991 and the submarine was returned back to Vladivostock, Russia where it was decommissioned from Russian naval service. The Russian crew that trained the Indian submariners have reportedly taken key posts, probably in the Indian Naval Design Organisation, to design India's first nuclear-powered submarine codenamed the Advanced Technology Vessel (ATV). This top secret project has facilities in New Delhi, at Visakhapatnam and Hyderabad in Andhra Pradesh and at Kalpakkam in Tamil Nadu. The plan is for a class of five submarines fitted with long-range, nuclear-tipped missiles. A nuclear-capable missile (Sagarika) is reportedly under development at the Aeronautical Development Establishment (ADE) at Bangalore, Karnataka.
The naval wing of DRDO (Defence Research & Development Organisation) manages the organization and since 1985 has always had a retired Vice Admiral in charge. Vice Admiral Bharat Bhushan is the first known Director General of the program. In late 2000, the project was given a new lease of life with the appointment of Vice Admiral R.N. Ganesh (Retd) to take charge. An experienced submariner, he was the first commander of INS Chakra. In early 2004, Vice Admiral P.C. Bhasin (Retd) was appointed as the head of the ATV program, as he was the former Chief of Material. As per a news article in domain-B, dated 19 May 2007, Vice Admiral Arun Kumar Singh (Retd) is to be appointed as the new Director General (DG) of the highly-classified ATV program. He too had commanded INS Chakra during her service with the Indian Navy. He also commanded submarine shore establishments, INS Virbahu and INS Satvahana and served as the Director of Submarine Operations. As the Assistant Chief of Naval Staff (Submarines), he authored the Indian Navy's 30 year submarine construction program and was also responsible for the modernisation of the submarine force, primarily the Sindhugosh Class boats.
Rahul Bedi in a news article in IndiaPRWire, dated 17 May 2007, stated the following;
• The vessel will be based on the Charlie I Class boat and will be 124 meters long, have a displacement of 4000 tons and be fitted with a 100 MW nuclear reactor, developed jointly by DAE (Department of Atomic Energy) and DRDO (Defence Research & Development Organisation). Bharat Rakshak Note: Earlier reports indicated that the boat could likely resemble the Russian Navy's new Severodvinsk Class attack submarine and/or the Akula Class attack submarine, of which the Indian Navy reportedly plans to lease a pair.
• The 100 MW nuclear reactor went critical in October 2004 at Kalpakkam and is now fully operational. A miniaturised version of the reactor is under construction for integration into the ATV at Visakhapatnam. In July 2006, then-incumbent Defence Minister Pranab Mukherjee inspected the ATV's reactor project while participating in the 20th anniversary celebrations of the commissioning of the Fast Breeder Test Reactor at the Indira Gandhi Centre for Atomic Research in Kalpakkam. Earlier, in October 2004, Prime Minister Manmohan Singh visited the ATV facility when he launched the construction of the Prototype Fast Breeder Reactor. The Prototype Testing Centre at Kalpakkam will be used to test the boat's turbines & propellers while a similar facility at Visakhapatnam will run trials on the vessel's main turbines & gearbox.
• Officials familiar with the ATV project stated that the highly enriched uranium fuel for the reactor was supplied by the Rare Materials Project (RMP) in Ratnahalli near Mysore, Karnataka. The four to five years delay in the reactor reaching criticality, was due to the extended time taken by RMP to produce an adequate quantity of uranium, the officials added. While many components of the reactor like the steam-generator and the control rod mechanism have been indigenously developed within India itself, senior naval officers stated that Russia had helped Indian scientists overcome certain technical hurdles. This included assistance not only in designing the vessel's reactor, but also guidelines in eventually mating it with the boat's hull. The involvement of Larsen & Toubro, that began in 2001, helped kick-start the stalled ATV project. L&T was awarded the contract to build the hull (code named P 4102) at its Hazira dockyard facility in Gujarat and has already floated sections of it on a barge to Visakhapatnam.
Role
The Indian Navy sees several principal roles for itself:
• In conjunction with other armed forces of the union, act to deter or defeat any threats or aggression against the territory, people or maritime interests of India, both in war and peace;
• Project influence in India's maritime area of interest, to further the nation’s political, economic and security objectives;
• In cooperation with the Indian Coast Guard, ensure good order and stability in India's maritime zones of responsibility.
• Provide maritime assistance (including disaster relief) in India's maritime neighbourhood.[5]
• To play a key role as part of 'a pluralistic security order' for a better world.[6]
[edit] History
Main article: History of the Indian Navy


Ancient Lothal as envisaged by the Archaeological Survey of India.
India has a maritime history dating back to 5,000 years.[7][8][9][10] The first [11][12] tidal dock is believed to have been built at Lothal around 2300 BCE during the Indus Valley Civilization, near the present day Mangrol harbour on the Gujarat coast. The Rig Veda written around 1500 BCE, credits Varuna with knowledge of the ocean routes and describes naval expeditions. There is reference to the side wings of a vessel called Plava, which give stability to the ship under storm conditions. A compass, Matsya yantra was used for navigation in the fourth and fifth century AD.[13]
The earliest known reference to an organization devoted to ships in ancient India is to the Mauryan Empire from the 4th century BCE. Emperor Chandragupta Maurya's Prime Minister Kautilya's Arthashastra devotes a full chapter on the state department of waterways under navadhyaksha (Sanskrit for Superintendent of ships) [2]. The term, nava dvipantaragamanam (Sanskrit for sailing to other lands by ships, i.e. Exploration) appears in this book in addition to appearing in the Buddhist text, Baudhayana Dharmasastra as the interpretation of the term, Samudrasamyanam.


Chola territories during Rajendra Chola I, c. 1030
Sea lanes between India and neighboring lands were the usual form of trade for many centuries, and are responsible for the widespread influence of Indian Culture on other societies. Powerful navies included those of the Maurya, Satavahana, Chola, Vijayanagara, Kalinga, Maratha and Moghul empires .[14] The Cholas excelled in foreign trade and maritime activity, extending their influence overseas to China and Southeast Asia.
During the 17th and 18th centuries, the Maratha and Kerala fleets were expanded, and became the most powerful Naval Forces in the subcontinent, even defeating European Navies at various times (See the Battle of Colachel). The fleet review of the Maratha navy took place at the Ratnagiri fort in which the ships Pal and Qalbat participated. The 'Pal' was a three masted fighter with guns peeping on the broadsides.[15] The Maratha Kanhoji Angre and Kunjali Marakkar, the Naval chief of Saamoothiri were two notable naval chiefs of the period.
[edit] Colonial Era
Main article: Royal Indian Navy
The British Indian Navy was established by the British while India was a colony. The first Indian to be granted a commission was Sub Lieutenant D.N Mukherji who joined the Royal Indian Marine as an engineer officer in 1928. Indian sailors started a rebellion also known as the The Royal Indian Navy mutiny, in 1946 on board ships and shore estabilshments which spread all over India. A total of 78 ships, 20 shore establishments and 20,000 sailors were involved in the rebellion. When India became a republic on 26 January 1950, it became known as the Indian Navy, and its vessels as Indian Naval Ships (INS). On 22 April 1958 Vice Admiral R. D. Katari assumed office as the first Indian Chief of the Naval Staff.
[edit] Operation Vijay
Main article: Operation Vijay (1961)
The first involvement of the Navy in any conflict came with the success of Operation Vijay in the 1961 liberation of Goa. After Portuguese troops fired at commercial vessels and fishing boats passing near Anjadip Island, the decision was taken to militarily intervene to liberate Goa from Portuguese colonial holding. The Indian ships provided fire support to navy and army landing troops. During the operation, the INS Delhi sank one Portuguese patrol boat. The Portuguese frigate Alfonso de Albuquerque was also sunk after a brief fight.[16]
[edit] Indo-Pakistan Wars
Main article: Indo-Pakistani wars and conflicts


The INS Vikrant took part in the 1971 war and played a crucial role in securing the shores of East Pakistan (present day Bangladesh).
The Navy has been involved in two wars with Pakistan. While its activity in the Indo-Pakistani War of 1965 largely involved patrolling of the coast, it played a significant role in the bombing of Karachi harbour in the 1971 war. The name given to the attack was Operation Trident, which was launched on December 4. Owing to its success, it has been celebrated as Navy Day ever since. The attack was followed by Operation Python before the center of conflict shifted to the eastern India-Pakistan border and the Bay of Bengal. To show solidarity with its ally Pakistan, the United States sent a nuclear carrier task force led by the USS Enterprise into the Bay of Bengal. A task force led by INS Vikrant was stationed to counter the Enterprise task force; Soviet Navy submarines also trailed the U.S. task force. A confrontation was averted when the U.S. task force moved towards South East Asia, away from the Indian Ocean.[17]
The sinking of the Pakistani Navy's lone long-range submarine PNS Ghazi under unexplained circumstances[18], enabled an easy Indian blockade of East Pakistan.[19]. The missile boats INS Nirghat and INS Nipat each sank a destroyer; the INS Veer destroyed a minesweeper. The naval aircraft, Sea Hawks and Alizés, operating from the Vikrant were also instrumental in sinking many gunboats and merchant navy vessels. There was one major casualty, the frigate Khukri (sunk by the PNS Hangor), while the Kirpan was damaged in the western sector of conflict. Ultimately, the naval blockade of Karachi Port[20][21] and the complete blockade of East Pakistan's ports were successful in cutting Pakistani troops off from reinforcements, supplies, and evacuation routes.[22] These actions proved decisive in India's victory in the war.[23][24]
Type of Vessel Indian Navy losses Pakistan Navy losses
Destroyers Nil 2, PNS Khaibar and Shahjahan*(damaged)
Frigates 1, INS Khukri**
Nil
Submarines Nil 1, PNS Ghazi

Minesweeper Nil 1, PNS Muhafiz
Navy Aircraft 1, (Alize)
Nil
Patrol boats and Gunboats Nil 7 Gunboats and 3 patrol boats
Merchant Navy and others Nil 11 (including one US ammunition ship)
Loss on land Nil Missile attack on Karachi harbour and oil installations.
*PNS Shahjahan was presumably damaged beyond repair.
**The second frigate INS Kirpan was damaged although it remained in service later on after salvaging it.
[edit] Operation Cactus
Main article: Operation Cactus
In 1988, the Indian Navy joined the Indian Air Force in successfully thwarting a coup attempt by PLOTE in the Maldives.[25] A naval maritime reconnaissance aircraft detected a vessel hijacked by PLOTE rebels. One of the hostages on-board included a senior Maldivian minister and Operation Cactus was launched to secure the vessel. After military intervention by INS Godavari and Indian marine commandos, the rebels surrendered.[26]
In October 1999, a coordinated effort by the Indian Navy and the Indian Coast Guard led to the rescue of a hijacked Japanese cargo ship, MV Alondra Rainbow, from pirates.[27]
[edit] Operation Talwar and Parakaram
During the Kargil conflict between India and Pakistan in 1999, the Western and Eastern fleet of the Indian Navy were deployed in northern Arabian Sea.[28] Known as Operation Talwar, this was primarily done to not only safeguard India's maritime assets from a Pakistani naval attack, but also to deter Pakistan from initiating a full-scale war with India by blocking its naval sea-trade routes.[29] Indian Navy's aviators and commandos also fought along side Indian Army personnel during the Kargil war.[30][31]
The Indian Navy took part in military exercises during the 2001–2002 India–Pakistan standoff. More than a dozen ships from the navy were deployed during the exercise, codenamed Operation Parakaram.[32] Later in 2001, the Indian Navy provided escort to American warships traveling through the Strait of Malacca to take part in Operation Enduring Freedom.[33]
[edit] Disaster relief
[edit] 2004 Indian Ocean earthquake
Main article: 2004 Indian Ocean earthquake


The Indian Navy purchased the INS Jalashwa after the 2004 Tsunami.
During the 2004 Indian Ocean earthquake crisis, the Indian Navy deployed 27 ships, 19 helicopters, 6 naval aircraft and over 5000 Naval personnel in disaster relief operations.[34] These deployments were a part of various area-specific relief operations including Operation Madath in the Indian states of Andhra Pradesh and Tamil Nadu, Operation Sea Waves in the Andaman and Nicobar Islands, Operation Castor in Maldives, Operation Rainbow in Sri Lanka and Operation Gambhir in Indonesia.[35] This was one of the largest relief mobilizations that the Indian Navy had undertaken. Indian Naval groups were able to start large scale rescue operations in neighboring countries within 12 hours from the time of the tsunami, and was the first foreign navy to reach the affected areas.[34]
The quick deployment of forces during relief operations was a testing ground for the Navy's amphibious, as well as force projection capabilities.[36] Deficiencies in the response led to modernization of the naval forces after the tsunami, including the acquisition of Landing Platform Docks (LPD) like the INS Jalashwa (formerly the USS Trenton), as well smaller amphibious vessels.[37]
[edit] Operation Sukoon
Main article: Operation Sukoon
During the 2006 Israel-Lebanon conflict, the Indian Navy evacuated 2,280 Indian nationals and people of various other nationalities, including four 436 Sri Lankan and 69 Nepali citizens, from war-torn Lebanon. This operation was named Operation Sukoon, meaning "Peace and tranquility".[38][39] In the year 2006, ten naval doctors from India served for 102 days on USNS Mercy and conducted about 10 medical camps in Philippines, Bangladesh, Indonesia and East Timor.[40] Indian Navy has also provided relief materials to survivors of cyclones in Bangladesh[41] and Myanmar.[42] Two ships from the Indian Navy carried the first international aid material for the victims of Cyclone Nargis in Myanmar.[43]
[edit] Anti-piracy operations in Somalia
Piracy off the coast of Somalia has caused significant concerns in India as most of its sea-trade routes pass through the region.[44] The Indian Navy responded to these concerns by deploying the frigate INS Tabar in the Gulf of Aden in October 2008. Within a month of its deployment, the Tabar had prevented attempts by pirates to board two cargo ships and also destroyed a pirate "mother ship".[45] As of November 11, 2008, the frigate had escorted 35 ships safely through the pirate-infested region.[46] The pirates have hijacked a fishing trawler from Thailand and made it their mothership.[47] There were also reports of India deploying destroyer INS Mysore to augment the frigate INS Tabar in anti-piracy operations.[48] On November 21, 2008 India was granted permission to enter Somalian territorial waters to intercept suspected pirate vessels.[49] 23 pirates were arrested by Indian Navy while attempting to hijack a merchant ship near the Gulf of Aden.[50]
[edit] Personnel


Commissioning ceremony of INS Jalashwa, an amphibious transport dock. Part of the Eastern Fleet, the Jalashwa is the second-largest ship currently in-service with the Indian Navy.[51]
Each of the three Naval Commands has an active Flag Officer Commanding in Chief. The commander of the Navy is the Chief of Naval staff (CNS). As of 31 October 2006, the CNS is Admiral Sureesh Mehta. The CNS is assisted by several other high ranking officers. Below is the list of various ranks of officers within the Indian Navy in descending order:
• Admiral of the Fleet (5-star Ceremonial Rank, held for life)
• Admiral (the rank held by the Chief of Naval Staff)
• Vice-Admiral
• Rear-Admiral
• Commodore
• Captain
• Commander
• Lieutenant Commander
• Lieutenant
• Sub Lieutenant
While the provision for the rank of Admiral of the Fleet exists, no officer of the Indian Navy has yet been conferred an equivalent rank. Both the Army and Air Force have had Field Marshals (Sam Manekshaw and Cariappa) and Marshal of the Indian Air Force (MIAF) (Arjan Singh) appointed.
[edit] Organization


Indian Naval establishments.
The Indian Navy is divided into the following broad categories:
• Administration
• Logistics and Material
• Training
• The Fleets
• The Naval Aviation
• The Submarine Arm
[edit] Commands
Main article: List of commands and bases of the Indian Navy
The Indian Navy operates four Commands. Each Command is headed by a Flag Officer Commanding-in-Chief in the rank of Vice Admiral.
Commands HQ Location Current FOC-in-C
Western Naval Command
Mumbai
Vice Admiral Jagjit Singh Bedi
Eastern Naval Command
Vishakhapatnam
Vice Admiral Nirmal Kumar Verma
Southern Naval Command
Kochi
Vice Admiral Sunil Krishnaji Damle
Far Eastern Naval Command
Port Blair
Vice Admiral Vijay Shankar
The Far Eastern command, a joint Navy, Army and Air force command was set up in the Andaman and Nicobar Islands in 2001 as a strategic area of defence.[52] The joint command is entrusted with security of the Malacca straits and the Indian Navy plays a major role in it by patrolling the area with the Indonesian Navy, Royal Malaysian Navy and Royal Thai Navy.[53] India and Australia signed an agreement to provide maritime security in the Asia Pacific region.[54]
In 2005 the Navy received a huge boost when INS Kadamba was commissioned at Karwar, 100 km from Goa. This is the third operational naval base after Mumbai and Vishakapatnam and the first to be controlled exclusively by the Navy. The other bases share port facilities with civilian shipping, but this one is for purely military purposes. Built under Phase I of the multi-billion dollar 'Project Seabird', it has been described by naval pundits as the largest such base in the region, and will add strategic depth to the Navy.[55] Asia's largest Naval academy INS Saamoothiri, will be inaugurated at Ezhimala, on January 2009 by the Prime Minister of India.[56] Another naval base is being planned for the eastern shores, near Vishakapatnam at a cost of US$ 350 million.[57] The base, which will be located fifty km south of Vishakapatnam in Rambilli Mandal, will have comprehensive anti-aircraft, anti-submarine and amphibious capability.[58] The Indian Navy is setting up a monitoring station in Madagascar,[59][60] to patrol the coast of Mozambique to monitor and prevent terrorist activities and piracy.[61]
[edit] Marine Commando Force
Main article: MARCOS (India)


Indian Navy's marine commandos during an exercise in the Philippine Sea.
The Marine Commando Force (MCF), also known as MARCOS, is a special forces unit that was raised by the Indian Navy in 1987 for direct action, special reconnaissance, amphibious warfare and counter-terrorism. In 1988, the MARCOS successfully rescued several hostages, including Maldives' then-Minister of Education, aboard a ship hijacked by PLOTE mercenaries during Operation Cactus.
The MARCOS are also deployed to prevent infiltration through the Jhelum and Wular Lake and are involved in covert counter-terrorism operations in and around lakes and rivers in Jammu and Kashmir.[62][63]
The MARCOS were also involved in the rescue mission of hostages captured by the terrorists in Taj Mahal Palace & Tower luxury hotel in Mumbai as part of a large terrorist attack in Mumbai metropolis in November 2008.
[edit] Ships and weapon systems
[edit] Ships
Main article: Ships of the Indian Navy


Indian naval ships led by INS Viraat during the "Presidential Fleet review" in 2006 near Vishakapatnam.
The names of all the commissioned ships (and Naval Bases) of the Indian Navy start with INS, meaning 'Indian Naval Ship'. The fleet of the Indian Navy is a mix of domestic built and foreign vessels and is expanding with new inductions. India often builds destroyers, frigates and corvettes. The Navy currently operates the Delhi and Rajput class destroyers. The frigates in the service include the latest Shivalik class, Talwar class, Godavari class, Nilgiri class and Brahmaputra class. The Indian Navy is acquiring from abroad the Kiev class aircraft carrier Admiral Gorshkov (INS Vikramaditya), improved Talwar class frigates, and the Scorpène class submarines. The carrier INS Viraat will be retired by the end of 2012 after the induction of the first domestically built Vikrant class aircraft carrier.
In 2006, India purchased the 16,900 tonne USS Trenton, an Austin-class amphibious transport dock, for 48.44 Million USD. The ship was renamed INS Jalashwa and commissioned on June 22, 2007 at Norfolk, Virginia. Six H-3 Sea King maritime utility transport helicopters were also purchased and will operate from the ship which arrived at the Eastern Command's Vishakhapatnam Naval base in September, 2007 and was promptly inducted into the Indian Navy. One corvette, INS Prahar, sank after colliding with a merchant vessel.[64]
[edit] Submarines and AUVs


INS Sindhuvijay, a Sindhughosh class submarine
Main article: Submarines of the Indian Navy
The Indian Navy currently maintains a fleet of 16 diesel powered submarines. These are primarily of Russian and German origin. India signed a deal for six Scorpène submarines with MESMA air-independent propulsion, and construction has begun. These submarines will join the Indian Navy from 2010-11 onwards.[65] The Indian Navy may arm its Kilo class submarine fleet with the BrahMos cruise missiles after successfully completing test launches from the submarine.[66] India will issue request for proposals for another six submarines in financial year 2008-09.[67]
The National Institute of Oceanography has developed the Autonomous Underwater Vehicle (AUV) that has applications in the field of Oceanographic research. Also an Autonomous Surface Vehicle (ASV) has been developed.[68]
[edit] Nuclear powered submarines


A Charlie class nuclear submarine, then known as INS Chakra, under service with the Indian Navy. India leased the submarine from the Soviet Union from 1988 to 1991 to gain experience in the operation of a nuclear submarine.
In January 1988 India leased for three years an ex-Soviet Charlie class nuclear powered guided missile submarine with eight Ametist (SS-N-7 Starbright) anti-shipping missile launchers. In the Indian Navy, the ship was christened INS Chakra, and the submarine was manned by an Indian crew. Upon expiration of the ship leasing term in 1991, the submarine was returned to Russia and joined the Pacific Fleet of the Russian Navy.
India has been working since 1985 to domestically construct a nuclear-powered submarine, one that is based on the Soviet Charlie II-class design, detailed drawings of which are said to have been obtained from the Soviet Union in 1989.[citation needed] The secretive project is known as the Advanced Technology Vessel (ATV) project. The nuclear reactor is reported to have been fitted into the submarine's hull. The Prototype Testing Centre (PTC) at the (Indira Gandhi Centre For Atomic Research, Kalpakkam, will be used to test the submarine's turbines and propellers. A similar facility is operational at Vishakapatnam to test the main turbines and gear box.
Once the vessel is completed, it may be equipped with Sagarika/Agni-III ballistic missiles and advanced Indian made sonar systems. According to defense sources, the ATV is expected to be launched in 2009 and commissioned in 2010. Each unit will cost one billion U.S. dollars.[69]
India is reportedly paying two billion dollars for the completion of two Akula-II class submarines which were 40-60% completed.[70] Three hundred Indian Navy personnel are being trained in Russia for the operation of these submarines. India has finalized a deal with Russia, in which at the end of the lease of these submarines, it has an option to buy them. According to report, the first submarine will be commissioned into the Indian Navy in September, 2009.[71] The first submarine will be named INS Chakra, it is currently undergoing trials in the Pacific ocean.[72][73]
[edit] Aircraft
Main article: Indian Naval Air Arm


BAe Sea Harrier lands at the deck of INS Viraat.
The naval air-arm is an important component of the Indian Navy. The Indian Navy air arm consists of Sea Harrier jets that operate from the aircraft carrier INS Viraat and also from INS Jalashwa. Recently, the Harriers were modernized for Beyond Visual Range missile capability. The Kamov-31 provide the Airborne Early Warning cover for the fleet. In the anti-submarine role the Sea King, Ka-28 and the domestic built HAL Dhruv are used. The MARCOS use Sea King and HAL Dhruv helicopters while conducting operations. Reconnaissance operations are carried out by Tupolev 142, Ilyushin 38, Dornier Do 228 aircraft, as well as HAL Chetak helicopters. The UAV arm consists of around 30 UAVs like Heron and Searcher-IIs that are operated from ships and shore for better surveillance. The Indian Navy also maintains a four aircraft aerobatic display team, the Sagar Pawan. The Sagar Pawan team will be replacing their present Kiran HJT-16 aircraft with the newly developed HJT-36 aircraft.[74] The Indian Navy has also placed an order for 8 P-8I Poseidon long-range maritime reconnaissance (LRMR) aircraft.[75]
The Indian Air Force also has a maritime strike role, providing support to the Indian Navy. It operates SEPECAT Jaguar[76][77] and Sukhoi Su-30MKI[78] Aircraft in this role. The Jaguars are armed with the Sea Eagle missile, which will be replaced with the Harpoon missile.[79] Su-30MKI and the Il-38 will be armed with the air-launched version of the Brahmos cruise missile.
[edit] Weapon systems
Main article: Weapon systems of the Indian Navy


INS Mysore has been deployed in the Gulf of Aden to check piracy.
The Indian Navy uses modern technology and weapon systems, some of which are domestically developed. Others, like the BrahMos supersonic cruise missiles, are jointly developed with Russia. Some major strides in defense research. There are reports on the joint development by India and Israel of the Barak-II missile system, an improved, longer range version of the Barak-I air defence missile which is operational on Indian Navy ships.[80] The Barak-I is used on most of the main ships of the Indian Navy. The Indian Navy's nuclear deterrence capability is based on Sukanya class ships armed with the Dhanush ballistic missiles that has a range of 350 km.
India has a number of foreign made cruise missile systems, including the Klub SS-N-27. It also has its own Nirbhay cruise missile systems under development. The Sagarika (Oceanic) submarine launched ballistic missile (SLBM), which has a range of at least 700 km (some sources claim 1000 km) forms part of India's nuclear triad. Another successful program has been the adaptation of the Yakhont anti-ship missile system into the BrahMos by the NPO and the DRDO. The BrahMos has been tailored to Indian needs and uses a large proportion of Indian-designed components and technology, including its fire control systems, transporter erector launchers, and its onboard navigational attack systems. The successful test of Brahmos from INS Rajput (D51) provides Indian Navy with precision land attack capability.[81]
[edit] Electronic warfare and systems management


INS Shivalik prior to commissioning at Mazagon Docks Limited, Mumbai.
Sangraha is a joint electronic warfare program of the Defence Research and Development Organisation (DRDO) and the Indian Navy. The system comprises a family of electronic warfare suites, such as Ajanta and Ellora, for use on different naval platforms capable of intercepting, detecting, and classifying pulsed, carrier wave, pulse repetition frequency agile, frequency agile and chirp radars. The systems employ a modular approach facilitating deployment on various platforms like helicopters, vehicles, and small ships. Certain platforms, apart from ESM (electronic support measures), have ECM (electronic countermeasure) capabilities. Advanced technologies like multiple-beam phased array jammers are employed in the system for simultaneous handling of multiple threats.[82]
The Indian Navy also relies on information technology to face the challenges of the 21st century. The Indian Navy is implementing a new strategy to move from a platform centric force to a network-centric force by linking all shore-based installations and ships via high-speed data networks and satellites.[83][84] This will help in increased operational awareness. The network is referred to as the Navy Enterprise Wide Network (NEWN). The Indian Navy has also provided training to all its personnel in Information Technology (IT) at the Naval Institute of Computer Applications (NICA) located in Mumbai. Information technology is also used to provide better training, like the usage of simulators and for better management of the force.[85]
[edit] Fleet reviews


An Indian Navy officer at the gate to the naval base at Mumbai, India, where the sign Bridges of Friendship welcomes participants from 19 countries to the International Fleet Review.
The President of India is entitled to inspect his fleet, as he is the supreme commander of the Indian Armed Forces. The first President's fleet review by India was hosted by Dr. Rajendra Prasad on October 10, 1953. President's reviews usually take place once in the President's term. In all, nine fleet reviews have taken place, the most recent being in February 2006, when President Dr. APJ Abdul Kalam took the review.[86] The Indian Navy also conducted an International fleet review named Bridges of Friendship in February 2001 in Mumbai. Many ships of friendly Navies from all around the world participated, including two from the U.S. Navy.[87][88]
Once in two years navies from the Indian Ocean region meet at the Andaman and Nicobar Islands and the event is named as MILAN (Sanskrit: Get together).[89]
[edit] Naval exercises and cooperation


Naval ships from five nations in formation during Malabar 2007, the largest war-game hosted by India.[90]
India often conducts naval exercises with other friendly countries designed to increase naval interoperability and also to strengthen cooperative security relationship. Some such exercises take place annually like the Varuna with the French Navy, Konkan with the Royal Navy (UK), Indra with Russian Navy, Malabar with the U.S. Navy and Simbex[91] with the Republic of Singapore Navy. The Indian Navy also conducted exercise with the People's Liberation Army Navy in 2003 and will send ships to the South China Sea to participate in the fleet review.[92] In 2007, the TROPEX (Theatre-level Readiness Operational Exercises) was held during which Indian Navy experimented the doctrine of influencing a land and air battle to support the Indian Army and the Indian Air Force.[93] Apart from the Indian Ocean, India has steadily gained influence in the Pacific Ocean. In 2007, Indian Navy conducted naval exercise with Japan Maritime Self-Defense Force and U.S Navy in the Pacific[94] and also signed an agreement with Japan in October 2008 for joint naval patrolling in the Asia-Pacific region.[95]
India has also held naval exercise with Vietnam,[96] Philippines and New Zealand.[97] In 2007, India and South Korea decided to conduct annual naval exercise[98] and India participated in the South Korean international fleet review.[99] In addition, Indian Navy will also be increasing naval cooperation with other allies, particularly with Germany[100] and Arab states of the Persian Gulf including Kuwait, Oman,[101] Bahrain and Saudi Arabia.[102][103] India held the first Indian Ocean Naval Symposium (IONS)[104] with an objective to provide a forum for all the littoral nations of the Indian Ocean to cooperate on mutually agreed areas for better security in the region.[105] The Indian Navy is increasingly used in international diplomacy.[106] Since 2000, the Indian naval ships have made port calls in Israel, Turkey, Egypt, Libya, Greece, Oman, Thailand, Indonesia, Australia, New Zealand, Tonga, South Africa,[107]Kenya,[108] Qatar, Oman, United Arab Emirates, Bahrain, Kuwait[109] and other countries in 2005-2007.
[edit] Exploration


INS Tarangini is the only sail training ship in the Indian Navy and is an icon of India's rich maritime history.
The Indian Navy regularly conducts adventure expeditions. The sailing ship and training vessel INS Tarangini began circumnavigating the world on 23 January 2003, intending to foster good relations with various other nations; she returned to India in May of the following year after visiting 36 ports in 18 nations.[110] INS Tarangini returned to port, after a ten month long overseas voyage named Lokayan 07.[111] A solo circumnavigation voyage named 'Sagar Parikrama' is planned for 2008-09 by Cdr. Dilip Donde.
Lt. Cdr. M.S. Kohli led the Indian Navy’s first successful expedition to Mount Everest in 1965; the Navy’s ensign was again flown atop Everest on 19 May 2004 by a similar expedition. Another Navy team also successfully scaled Everest from the north face, the technically more challenging route.[112] The expedition was led by Cdr Satyabrata Dam, belonging to the elite submarine arm. Cdr. Dam is a mountaineer of international repute and has climbed many mountains including the Patagonias, the Alps among others. This team's record is unmatched by any other navy. The Navy was also the first to send a submariner to summit Everest.[113]
An Indian Navy team comprising 11 members successfully completed an expedition to the Arctic pole. To prepare, they first traveled to Iceland, where they attempted to summit a peak.[114] The team next flew to eastern Greenland; in the Kulusuk and Angmassalik areas, they used Inuit boats to navigate the region’s ice-choked fjords. They crossed northward across the Arctic Circle, reaching seventy degrees North on skis. The team scaled an unnamed peak of height 11,000 feet and named it ‘’Indian Peak’’.[115]
The Indian Naval ensign first flew in Antarctica in 1981.[116] The Indian Navy succeeded in Mission Dakshin Dhruv 2006 by traversing to the South Pole on skis. With this historic expedition, they have set the record for being the first military team to have successfully completed a ski traverse to the Geographic South Pole.[117] Also, three of the ten member team - the expedition leader - Cdr. Satyabrata Dam, leading medical assistants Rakesh Kumar and Vikas Kumar are now amongst the few people in the world to have visited the two poles and summited Mt. Everest.[118][119] Indian Navy became the first organization to reach the poles and Mt.Everest.[120]
[edit] Ongoing expansion


The 40,000-ton Indigenous Aircraft Carrier (IAC), currently under construction, will operate MiG-29K.[121]
In 2004, India bought the Russian aircraft carrier, Admiral Gorshkov for the equivalent of US$1.5 billion. It will cost an additional US$1.5 billion to refit, and is expected to join the Indian Navy in 2012 as INS Vikramaditya. A further US$700 million will be spent to purchase 12 single-seat MiG-29K and four dual-seat MiG-29KUB fighters, six Kamov-31 attack and reconnaissance anti-submarine helicopters; also included are training facilities for pilots and technical staff, delivery of simulators and spare parts, and establishment and maintenance of Indian Navy facilities. Upgrades include removing missiles from the carrier foredeck to make way for a 14.3-degree ski-jump.[122] The Mig-29's will be delivered to the Indian Navy in 2008.[123]
In April 2005, India began construction of a 40,000 tonne Vikrant class aircraft carrier at a cost of 4,000 crore and scheduled to operate 30 aircraft, including Naval LCA, MiG-29K, and Sea Harrier combat aircraft, as well as HAL Dhruv, Ka-31, and Sea King Mk.42 helicopters. Four turbine engines will power the ship. The carrier is being constructed by state-run Cochin Shipyard Limited.[124] and will be commissioned by 2012-13. The Indian Minister of State for Defence, Pallam Raju, went on record in September 2006 stating that the aircraft carrier is likely to be commissioned by 2011.[125] There are plans to build more aircraft carriers domestically.[126] The Indian Navy is currently undergoing rapid expansion and modernisation.[127] Yantar, a plant in Kaliningrad, Russia, was awarded a US$1.56 billion contract to build three additional 1135.6 frigates. The increased price is due to more sophisticated armaments such as BrahMos cruise missiles. The Navy has government approval for an additional eight warships.
The Indian Navy is also planning to induct 8 P-8I maritime patrol aircraft for Rs. 8,500 crore. The first aircraft will be delivered 4 years after the signing of the contract.[128]
[edit] Future prospects


Wind tunnel testing model of Medium Combat Aircraft.
India is expected to spend about US$40 billion on military modernization from 2008 to 2013.[129] A major chunk of those purchases were made for the Indian Navy. Work on the third aircraft carrier is to start in 2010 and will be inducted into the Navy by 2017.[130] India is currently focusing on expanding its submarine fleet. Also newer technology like the Unmanned Underwater Vehicle (UUV) is being developed for the Indian Navy to protect the littoral domain.[131][132]
After ordering six Scorpene submarines as part of Project 75, Indian Navy is now on the look out for six next-generation submarines in a project worth over Rs 30,000 crore. These six diesel-electric submarines built in India under Project-75I, will be equipped with air-independent propulsion boosting their operational capabilities and will have high degree of stealth, land-attack capability and ability to incorporate futuristic technologies. RFI has been issued to Rosoboronexport, French (Armaris), HDW and other firms, two rounds of discussions have already taken place. The RFP or global tender will be issued in late-2008 or early-2009.[133]
The RFP (request for proposal) for six MRMR aircraft with anti-submarine warfare (ASW) capabilities was issued on July 11, 2008 to Italian Alenia Aeronautica's ATR-72-500MP aircraft, Brazilian Embraer P-99 , French Dassault's Falcon 900DX and Russian Antonov-72P. The contract is expected to be signed by June 2009 and deliveries to begin by 2012. The contract is estimated to cost Rs. 1,600 crore. The Navy is also planning to induct more UAVs. The India-Israel joint venture to convert the Chetak helicopters into unmanned UAV's that can operate from ships is progressing steadily. All these will be linked with space-based reconnaissance systems.[134] On January 13, 2009, India has issued a request for proposals (RFPs) for six Medium Range Maritime Reconnaissance (MRMR) aircraft. The new aircraft, which will replace the aging fleet of 10 Islander aircraft in service, are to be equipped with an Airborne Early Warning system. The Indian Coast Guard has an additional requirement for six MRMRs without an Airborne Early Warning system. The MRMR is required to have a range of 500 nautical miles and an endurance of 6 hours. Aircraft competing for the order include a variant of Boeing's P-8I, and possibly the turboprop ATR-72MP, EADS C-295, Dassault's Falcon 900MPA and Embraer P-99A platforms. For the Coast Guard RFP, contenders could be the ATR-42MP, C-295 or CN-235MP.
Indian Navy has issued a tender for procurement of 16 advanced, multi-role naval helicopters to AgustaWestland, EADS and Sikorsky. The order is likely to be expanded to 60 helicopters. The helicopters will be equipped with anti-ship and anti-submarine warfare equipment including cruise missiles and torpedoes, and also be capable of being refuelled in flight. The type will operate from both naval vessels and land bases.[135]
Global bids has been floated to acquire eight mine countermeasure vessels (MCMVs), to replace the twelve Pondicherry class ocean minesweepers in service. France's DCN International, Fincanteri of Italy, Izhar of Spain, Kangnam of South Korea and Northrop Grumman of the U.S have been invited to participate in the bidding process. Six of the craft will be produced at Goa shipyard under transfer of technology.[136]
With the recent and ongoing upgrades and inductions, independent analysts expect that the Indian Navy may soon become a blue-water navy.[137] India's navy is already among the most powerful in the region,[138] and with further upgrades in the future, aims to control the Indian Ocean Region, from the coast of East Africa to Australia.[139] India is also the only Asian navy to regularly operate aircraft carriers.[140] The aim is to have a total of three Aircraft carrier´s resulting in two fully operational Carrier battle group´s and an additional Aircraft carrier eventually in refit making India an operating Blue-water navy.[141]

ARMY


In keeping with the 21st century vision of the Corps of Signals 'to achieve electronic and information superiority for effective functioning of the Indian Army', the Corps has embarked upon a multidimensional and challenging task of establishing a converged, robust, broad band and secure IT infrastructure, at peace and operational locations of the Indian Army.
A holistic approach has been adopted to develop the Communication and IT infrastructure in all its dimensions. ASCON Phase III, fully redundant and secure backbone network already implemented and presently project ASCON Phase IV is under implementation to cover voids. Also state of the art Zonal/Metro access networks have been established at a number of stations and at other locations these networks are under implementation. Simultaneously, access networks down to formation/unit level, especially in Northern, Eastern and Southern Commands, are being established based on OFC and UHF systems. Exclusive, satellite-based networks shall provide converged data and voice networks for different users which include use during aid to civil administration, especially during natural calamities.
Signals are essentially the NERVES of the Army. The nerves in our body connect the brain to the sensory organs and also to the limbs. It is through the nerves that the brain receives inputs from the various sensory organs. The processing of these inputs results in a set of commands being issued to the various limbs which execute them to provide the response that our body makes to the external stimulus. In the same manner, the Generals, being the brains of the Army, receive inputs from the troops in contact and from other sources through the Signals. These inputs are processed at the Headquarters and converted into action plans. Therefore, it is the responsibility of the Signals to convey these operational plans to the troops who execute them. Therefore, it is obvious that the Signals are intimately intertwined in all aspects of the functioning of the Army both in war and in peace. Signals are present at all levels and at all places, just as we have nerves in all parts of our body.
The vision of Signals Corps is to attain and maintain informatic ascendancy by developing infostructure to cater for Network Centric Warfare in a digitized battlefield of tomorrow. The aim and objective of Signals Corps is to make the Indian Army Network Enabled Force by 2012 and Network Centric Force by 2017. This will entail consolidation of all networks so as to provide the Indian Army with an optimal, secure, reliable and robust infostructure that can meet both operational and peacetime requirements and one that is capable of withstanding technical and physical degradation. The Corps remains the lead agency and nodal centre for information and cyber security both within the Defence Services and at the National level.
The offrs at all levels are aware of the strategic, operational and tactical dimensions to enable a pragmatic application of technology in support of combat ops. Training centres are developing directives and processes that can prepare all ranks to acquire a high level of multiple skills needed in the diverse terrain, technological and op environment of our army in gen and Signals in particular. The training centres are designed to facilitate the pursuit of a continuous trg philosophy at unit level through on-the-job trg and by harnessing e-learning, thereby reducing the gap between the "haves" and the "have-nots".
The momentous strides made by the Corps in the last few decades have truly been stupendous and without parallel. It has transited to a network enabled force, propelled by the intellect, sustained hard work and the inherent urge to excel which have been so vividly displayed by all officers and men. The domain of enhancing communication in the Tactical Battle Area and the facilitation of synergy of C4I2 elements are going to be the major thrust areas for the future. The Corps is forward looking, with finely honed procedures and exacting standards for execution of tasks. The Corps has always had an abiding and strong ethical foundation. With character comes reputation, and the esteem that the Corps enjoys today stems from the value system and ethos which need to be continually preserved and nurtured. The Corps has also evolved drills and procedures that ensure the provision of reliable and responsive communications to the Army under harsh terrain and tough battle field conditions and is living up to the motto of the Corps - "TEEVRA CHAUKAS" or "Swift and Secure".
In keeping with the 21st century vision of the Corps of Signals 'to achieve electronic and information superiority for effective functioning of the Indian Army', the Corps has embarked upon a multidimensional and challenging task of establishing a converged, robust, broad band and secure IT infrastructure, at peace and operational locations of the Indian Army.
A holistic approach has been adopted to develop the Communication and IT infrastructure in all its dimensions. ASCON Phase III, fully redundant and secure backbone network already implemented and presently project ASCON Phase IV is under implementation to cover voids. Also state of the art Zonal/Metro access networks have been established at a number of stations and at other locations these networks are under implementation. Simultaneously, access networks down to formation/unit level, especially in Northern, Eastern and Southern Commands, are being established based on OFC and UHF systems. Exclusive, satellite-based networks shall provide converged data and voice networks for different users which include use during aid to civil administration, especially during natural calamities.
Signals are essentially the NERVES of the Army. The nerves in our body connect the brain to the sensory organs and also to the limbs. It is through the nerves that the brain receives inputs from the various sensory organs. The processing of these inputs results in a set of commands being issued to the various limbs which execute them to provide the response that our body makes to the external stimulus. In the same manner, the Generals, being the brains of the Army, receive inputs from the troops in contact and from other sources through the Signals. These inputs are processed at the Headquarters and converted into action plans. Therefore, it is the responsibility of the Signals to convey these operational plans to the troops who execute them. Therefore, it is obvious that the Signals are intimately intertwined in all aspects of the functioning of the Army both in war and in peace. Signals are present at all levels and at all places, just as we have nerves in all parts of our body.
The vision of Signals Corps is to attain and maintain informatic ascendancy by developing infostructure to cater for Network Centric Warfare in a digitized battlefield of tomorrow. The aim and objective of Signals Corps is to make the Indian Army Network Enabled Force by 2012 and Network Centric Force by 2017. This will entail consolidation of all networks so as to provide the Indian Army with an optimal, secure, reliable and robust infostructure that can meet both operational and peacetime requirements and one that is capable of withstanding technical and physical degradation. The Corps remains the lead agency and nodal centre for information and cyber security both within the Defence Services and at the National level.
The offrs at all levels are aware of the strategic, operational and tactical dimensions to enable a pragmatic application of technology in support of combat ops. Training centres are developing directives and processes that can prepare all ranks to acquire a high level of multiple skills needed in the diverse terrain, technological and op environment of our army in gen and Signals in particular. The training centres are designed to facilitate the pursuit of a continuous trg philosophy at unit level through on-the-job trg and by harnessing e-learning, thereby reducing the gap between the "haves" and the "have-nots".
The momentous strides made by the Corps in the last few decades have truly been stupendous and without parallel. It has transited to a network enabled force, propelled by the intellect, sustained hard work and the inherent urge to excel which have been so vividly displayed by all officers and men. The domain of enhancing communication in the Tactical Battle Area and the facilitation of synergy of C4I2 elements are going to be the major thrust areas for the future. The Corps is forward looking, with finely honed procedures and exacting standards for execution of tasks. The Corps has always had an abiding and strong ethical foundation. With character comes reputation, and the esteem that the Corps enjoys today stems from the value system and ethos which need to be continually preserved and nurtured. The Corps has also evolved drills and procedures that ensure the provision of reliable and responsive communications to the Army under harsh terrain and tough battle field conditions and is living up to the motto of the Corps - "TEEVRA CHAUKAS" or "Swift and Secure".
The crest of the Regiment of Artillery is largely a legacy of the Royal Artillery. Their crest depicted a gun with a crown above it, separated by the world UBIQUE (Latin for everywhere). Below the gun was emblazoned the motto; Quo Fas Et Gloria Ducant; "where right and glory lead". In the Royal Indian Artillery, the crown was replaced by a star-
representing the Star of India and instead of UBIQUE the crest carried the world India to distinguish the Royal Indian Artillery from the Royal Artillery. The motto below was also changed to IZZAT-O-IQBAL. After independence, the word INDIA was dropped from the regimental crest and replaced with SARVATRA.



Regiment of Artillery History

Regimental Crest

Regimental Motto

Regimental Flag

Honours and Awards

Unit Citation



Regimental Motto
The motto, Izzat-o-Iqbal, was retained but not without controversy. In 1954, as part of the process of Indianisation of the armed forces, the government ordered that regimental mottos be changed to Hindi or Sanskrit. The final decision was, however, left with the then Chief of the Army Staff, General Rajendra Sinhji. The Regiment of Artillery made a forceful case for retaining its motto as it was felt the most suitable in content and meaning. It was finally decided to retain the motto though it was in Persian.
Regimental Flag
A distinctive red and navy blue background the official colours of the Artillery flag forms an ideal setting for the golden gun (the Gunner crest) which forms the centerpiece of the flag. Gunner folklore had it, that the red and blue represents the flash and the smoke of the gun, though this is not quite true. Red has been traditionally common to all combat arms - Infantry, Armour and Artillery. The blue in the Artillery flag was taken from the ribbon of the 'Star of India' which had been incorporated into the Artillery crest. The original colour was light blue but since a similar shade was adopted by the Crops of Signals, it was changed to navy blue to avoid confusion.
Gallantry Awards During OP Vijay
Vir Chakra
• IC-48654 Maj Amrinder Singh Kasana, 41 Fd Regt.
• SS-37033 Capt R Jery Prem Raj, 158 Med Regt (Posthumous) .
• 15119305 Gnr Sanjeev Gopala Pillai, 4 Fd Regt (Posthumous).
Yudh Seva Medal.
• IC-19063 Brig Lakhwinder Singh, Cdr 8 Mtn Arty Bde.
Sena Medal (Gallantry)
• IC-34423 Col Alok Deb, 197 Fd Regt.
• IC-36955 Col Prabhat Ranjan, 108 Med Regt.
• IC-37050 Lt Col Girish Kumar Mediratta, 1889 Lt Regt.
• IC-41803 Maj Ambrose Xavier Amalaraj, 108 Med Regt.
• IC-51498 Maj Amitabh Roy, 108 Med Regt.
• IC-50475 Capt Ganesh Bhat, 1889 Lt Regt.
• IC-50609 Capt Kamath Prashant Narayan, 1889 Lt Regt.
• IC-54099 Capt Mridul Kumar Singh, 197 Fd Regt.
• IC-54362 Capt PV Vikram, 141 Fd Regt (Posthumous).
• SS-36929 Capt Saju Cherian, 307 Med Regt.
• SS-36937 Capt Amit Sharma, 197 Fd Regt.
• IC-57422 Lt Sanjay Barshilia, 286 Med Regt.
• 14404805 Gnr Jagdish Prasad Gupta, 286 Med Regt.
Awards other than OP Vijay

Shaurya Chakra
• IC-40413 Maj Kishan Bahadur Thapa, 14 RR Bn.
Bar to Sena Medal (Gallantry)
• IC-53809 Capt Rajesh Singh Jasrotia, SM** , 167 Fd Regt.
Sena Medal (Gallantry)
• IC-49654 Maj Satyabir Shorot, 311 Fd Regt.
• IC-51034 Capt Mohan Ponna, 15 RR.
• IC-53694 Lt Anubhav Raj, 11 Fd Regt.
• IC-57497 Lt Manoj Kumar, 12 Fd Regt.
• 14491749 Nk Dalip Kumar, 168 Fd Regt.
• 14416147 Gnr T Vijay Bapu Rao, 1905 Lt Regt (Posthumous)

Unit Citation
Following units were awarded Unit Citation by the COAS for their performance in OP Vijay.
108 Med Regt. 108 Medium Regiment was raised on 01 March 81 at Bagrakot (West Bengal) by Lieutenant Colonel BJ Oberoi. In a short span of 18 years, the unit had had the distinction of serving in different areas like the East; Leh-Ladakh and Jammu & Kashmir in the North along Line of Control; and, in Central India. The unit as a fledling was blooded into OPERATION MEGHDOOT in 1984. The Chief of Army Staff has made a special instant award of 'Unit Citation' to 108 Medium Regiment, for their valour and indomitable resolve during OPERATION VIJAY.

141 Field Regiment. 141 Field Regiment was raised on 01 Jul 1979 at Talbehat. The first Commanding Officer was Lieutenant Colonel Vinay Shankar. The unit has mixed class composition of troops. The unit had been awarded the COAS's 'Unit Citation' for their splendid performance during OPERATION VIJAY. Late Captain PV Vikram has been awarded Sena Medal in recognition to his gallant action during OPERATION VIJAY.
197 Field Regiment. 197 Field Regiment was raised on 01 Jun 1968 at Bangalore as a mixed unit. The first Commanding Officer was Lieutenant Colonel CS Murthy. The unit has held varying equipments like 76 mm (YUGO), 105 mm IFG, 100 mm Guns and 122 mm HOW. Besides participation in Bangladesh operations under 23 Mountain Division, the unit has served in the Eastern, Western and Northern Sectors including being a part of the strike Corps. The unit has been awarded COAS's 'Unit Citation' for their splendid performance during OP VIJAY.

Crew
3
Combat Weight
46.5t
Ground Pressure
0.87kg/cm²
Engine
4-stroke V-84ms diesel engine, 618kw (840hp)
Fuel Tanks Capacity
1,600l
Range
Paved road - 650km
Unpaved - 500km
Communications
UHF R-163-504 radio set
UHF R-163-UP radio receiver
Full specifications
________________________________________
The T-90S is the latest development in the T-series of Russian tanks and represents an increase in firepower, mobility and protection. It is manufactured by Uralvagonzavod in Nizhnyi Tagil, Russia.
The T-90S entered service with the Russian Army in 1992. In February 2001, the Indian Army signed a contract for 310 T-90S tanks. 124 were completed in Russia and the rest are being delivered in 'knocked down / semi-knocked down' form for final assembly in India.
Article Continues
________________________________________


The first of these was delivered in January 2004. The locally assembled tanks are christened 'Bhishma'. The tanks are fitted with the Shtora self-protection system and Catherine thermal imagers from Thales of France and Peleng of Belarus.
"The T-90S Russian tank represents an increase in firepower, mobility and protection."
In January 2005, it was announced that a further 91 T-90S tanks would be procured for the Russian Army, although this number was later reduced. Deliveries are underway.
By November 2007, it has been estimated that the Russian Army has around 200 T-90 tanks. In August 2007, Thales was awarded a contract to supply 100 of these with the Catherine FC thermal imager. In March 2006, Algeria signed a contract for the supply of 180 T-90S tanks from Uralvagonzavod, to be delivered by 2011.
In November 2006, India ordered a further 300 T-90 tanks, to be licence-built by heavy vehicle factory (HVF), Avadi. Production has been delayed due to technology transfer problems but is expected to begin by the end of 2008.
Armament
The T-90S armament includes one 125mm 2A46M smoothbore gun, stabilised in two axes and fitted with a thermal sleeve. The gun tube can be replaced without dismantling inside the turret. The gun can fire a variety of ammunition including APDS (Armour Piercing Discarding Sabot), HEAT (high-explosive anti-tank), HE-FRAG (high-explosive fragmentation) as well as shrapnel projectiles with time fuses.
The T-90S gun can also fire the 9M119 Refleks (NATO designation AT-11 Sniper) anti-tank guided missile system. The range of the missile is 100m to 4,000m and takes 11.7 sec to reach maximum range. The system is intended to engage tanks fitted with ERA (explosive reactive armour) as well as low-flying air targets such as helicopters, at a range of up to 5km. The missile system fires either the 9M119 or 9M119M missiles which have semi-automatic laser beamriding guidance and a hollow charge warhead. Missile weight is 23.4kg. The guns automatic loader will feed both ordnance and missiles.
Also fitted is a coaxial 7.62mm PKT machine gun and a 12.7mm air defence machine gun. A 5.45mm AKS-74 assault rifle is carried on a storage rack.
Self protection
The T-90 tank is protected by both conventional armour-plating and explosive reactive armour.
The T-90 is fitted with the Shtora-1 defensive aids suite which is produced by Electronintorg of Russia. This system includes infrared jammer, laser warning system with four laser warning receivers, grenade discharging system which produces an aerosol screen and a computerised control system.
It is also fitted with NBC (nuclear, biological and chemical) protection equipment.
Fire control and observation
"The T-90S has the 1A4GT integrated fire control system (IFCS) which is automatic but with manual override."
The T-90S has the 1A4GT integrated fire control system (IFCS) which is automatic but with manual override for the commander. The IFCS contains the gunner's 1A43 day fire control system, gunner's TO1-KO1 thermal imaging sight which has a target identification range of 1.2km to 1.5km and commander's PNK-S sight.
The gunner's 1A43 day FCS comprises: 1G46 day sight / rangefinder with missile guidance channel, 2E42-4 armament stabiliser, 1V528 ballistic computer and DVE-BS wind gauge.
The commander's PNK-4S sight includes a TKN-4S (Agat-S) day / night sight which has identification ranges of 800m (day) and 700m (night).
The driver is equipped with a TVN-5 infrared night viewer.
Propulsion
The T-90S has a liquid-cooled V-84MS 618kW (840 hp) four-stroke V-12 piston engine. This engine can be fuelled by T-2 or TS-1 kerosene and A-72 benzine, in addition to diesel. The tank can carry up to 1,600 litres of fuel in the main fuel tanks and fuel drums. The fuel tanks are reinforced with armour plating.
The tank is provided with a snorkel for deep fording and can ford 5m of water with equipment which can be deployed in 20 minutes.
The mechanical transmission includes primary reduction gear, two planetary final gearboxes and two planetary final drives. The running gear features torsion bar suspension with hydraulic shock absorbers at one, two and six road wheel stations and tracks with rubber-metallic pin hinges.

Expand Image
T-90S during demonstrations.
________________________________________


Expand Image
The T-90S main armament is a 125mm 2A46M smoothbore gun.
________________________________________


Expand Image
The T-90S a derivative of the T-72.
________________________________________


Expand Image
The constituent parts of the 9M119M laser-guided missile of the Refleks guided weapon system.
________________________________________


Expand Image
T-90S on exercise.
________________________________________


Expand Image
T-90S on mobility demonstrations.
________________________________________


Expand Image
The turret of the T-90S showing Shtora-1 countermeasures system.
________________________________________

Modern Equipment
[edit] Handguns
• FN Browning GP35 9mmx19 mm
• SAF (Small Arms Factory) Pistol 1A 9mmx19 mm, This is more or less a copy of the Canadian Inglis 9 mm
• Glock 17 9mmx19 mm, The Glock 19 along with the 17 is in use with the Special Protection Group (Prime Minister's Security)
[edit] Sub-machine guns and carbines
• Heckler & Koch MP5A3 9mmx19 mm SMG
• Heckler & Koch MP5K 9mmx19 mm SMG
• SAF Carbine 1A 9mmx19 mm, Indian made Sterling L2A1 SMG
• SAF Carbine 2A1 9mmx19 mm, Silenced Carbine
• UZI 9mmx19 mm SMG
[edit] Assault rifles


Soldier training with the INSAS rifle, the standard issue infantry weapon of the Indian Army

• AK-7, clone of the AK-47
• INSAS 5.56mmx45 mm Assault Rifle
• Zittara Indian version of the IMI Tavor TAR-21 Israeli Micro-Tavor
• TAVOR TAR-21 5.56mmx45 mm, for special forces currently 3070 have been purchased from Israel [1]
• IMI Galil
• AK-101
• AK-103
• AK47M1 7.62mmx39 mm, all black Bulgarian AK. Most of these have been imported for police and paramilitary forces
• East German MPi-KM MPi-KMS72 7.62mmx39 mm (Second hand)
• Czech Vz.58 and Vz.58P 7.62mmx39 mm
• Colt M16A2 rifle for special forces
• T91 assault rifle for special forces
• M4 for special forces
[edit] Grenades
• Multi Mode Grenade Shivalik
[edit] Sniper rifles
• Dragunov SVD59 7.62mmx54mmR Sniper Rifle
• Mauser SP66 7.62mmx51 mm Sniper Rifle
• Heckler & Koch MSG-90 7.62mmx51 mm Sniping Rifle. The H&K PSG-1 sniping rifle serves with the NSG anti-terrorist units while small numbers of the Steyr Mannlicher SSG69 serve with the para-military Border Security Force(BSF)
[edit] Machine guns
• MG 1B 7.62mmx51 mm, Indian made Bren- This is currently being retired. But may remain a while longer because of teething problems with its successor, the INSAS LMG
• MG 2A1 7.62mmx51 mm, Indian made MAG 58
• MG 5A 7.62mmx51 mm This is the Indian manufactured Co-axial MAG 58
• MG 6A 7.62mmx51 mm Another Indian version of the MAG58 specifically designed as a tank commanders gun.
• INSAS 5.56mmx45 mm LMG
• FN-Browning M1919 .30Cal, in very limited quantities
• Browning M2 machine gun .50cal, heavy machine gun in very limited numbers
• M60 7.62mm LMG
• IMI Negev 5.56mm LMG
[edit] Projectile launchers
• Milkor MGL under licenced production
• AGS-17 Plamya 30 mm automatic grenade launcher
• M40 RCL 106 mm
• Carl Gustav 84 mm recoilless rifles
• NTW-20 20 mm Rifle
• Vidhwansak Anti-Material Rifle [2]
[edit] Anti-Tank Guided Missiles


Nag missile and the Nag missile carrier (NAMICA).
• Nag- Third Generation fire and forget IIR Guided ATGM developed Indigenously. Its undergoing user trials. 443 missiles ordered.
• Milan 2- License Produced
• 9M113 Konkurs (AT-5 Spandrel)
• 9M111 Fagot (AT-4 Spigot)
• 9M14 Malyutka (AT-3 Sagger)- Being Phased out
• 9M119 Svir (AT-11 Sniper)- for T-90S.
• Lahat- fired from Arjun MBT 120mm Cannon.
[edit] Remotely Operated Vehicles
Daksh IED handling robot [3]
[edit] Armoured vehicles


Arjun MBT.


A T-90 Bhishma tank on display.
[edit] Main Battle Tanks
• Arjun MBT Mk1 - main battle tanks (94+). The Army has ordered production of this tank and the first batch of 53 of the ordered 124 tanks has already rolled out of the Avadi factory and are currently being put through trials to check the quality control of the production process. The remaining tanks will follow thereafter. Indian Army had bought 12 of these tanks for testing.First batch of tank is delivered.Indian army rejected tank due to insufficient for army requirements.
• T-90S Bhishma - main battle tanks (610). Over 1000(including Russian made 350 T-90) more T-90S will be manufactured in India by 2020. India signed a new contract for 350 additional T-90 tanks from Russia, total of 1600+ within 2020.Indian T-90S tanks are not equipped with the Shtora-1 countermeasures suite. [4] [5].
• T-72 M1 AAmirtanks (2,480+). 968 T72M1 are upgraded by the Heavy vehicles factory (HVF). While requests for proposal for upgrading approximately 1000 other T-72's have been sent to various firms in Israel, Russia, Poland and France.
• T-55 (900): Some of the T-55 tanks will be attached to infantry brigades and battalions, as Tarmour AFV since despite their vintage, the 105 mm L7 gun has substantial firepower.[4]
• Vijayanta -(1800) Reserve
• PT-76 - 500 in service
[edit] Armoured fighting vehicles
• BMP-1 (700) and BMP-2 (1500+)Sarath -(AFV) mechanised infantry combat vehicles relegated the OT-62/64 to mortar carriers. The BMP-2 are now being modernized with TISAS (thermal imaging stand alone sights), better fire control, and more modern ATGM armament (Konkurs M). BMP-1 has been phased out and the upgraded BMP-2 is BMP-2 M with two thermobaric missiles and two tandem warhead Konkurs missiles. Its also has an integrated TI sight and an LRF. Has an AGL mounted on the turret which is also stablised in the horizontal plane.
• Casspir Mine Resistant Armoured Vehicles
• WZT-3 (200 out of order of 352 so far) Armored Recovery Vehicles from Poland
• BTR-80 APC
• SKOT APC
• BRDM-2 (255) amphibious reconnaissance vehicles. Armed with anti-tank missiles.
• FV432 APC
• Mahindra Axe Light support vehicle
• Swaraj Mazda armoured trucks
• FV101 Scorpion ARV
• BMD-3 IFV
[edit] Artillery
• Under Field Artillery Rationalization Plan, Indian Army plans to procure 3000 to 4000 155 mm Towed, Wheeled and Tracked Artillery Systems. [6][7]
[edit] Towed artillery
• 155 mm Bofors Haubits FH77/A
• 155mm Soltam M68
• M-46 130 mm field guns replacing the 105 mm IFG Mk1/2/3
• 122 mm D-30 towed howitzers (To be phased out)
• 105 mm Light Field Gun (To be phased out)
• 105 mm Indian Field Gun (To be phased out)
• Metamorphosis 155 mm GUN by upgrading present M46 130 mm with a maximum range of 39 k.m.
• 130 mm towed field gun M1954 (M-46)
[edit] Self propelled artillery
• FV433 Abbot SPG (105 mm) and M-46 Catapult (130 mm) to be replaced by 3600 new 155 mm self-propelled howitzers by 2025. On the short list is the Denel LIW T6 turreted Arjun and the Celsius (Bofors) FH-77AD[6][7] The Polish licensed version of the AS-90 self-propelled artillery is also considered.
• Bhim-Initial reports that the Arjun hull might be used with a 155 mm self-propelled howitzer by fitting the South African T6 turret which has the G5 howitzer fitted, proved to be misfounded. The SPH would be integrated at Bharat Earth Movers Ltd, which would manufacture additional Arjun chassis & hulls for the purpose. At present, the Bhim SPH program is in limbo, since Denel has been temporarily blacklisted by the Indian Ministry of Defence, while corruption charges are being investigated.
• 2S1 Gvozdika 122mm SPGH
• KRAB 155mm SPGH
[edit] Multiple rocket launchers
• Smerch 9K58 MBRL (38) - 300 mm multiple rocket launch system. Further order for 24 units will be completed by 2010.[8]
• Pinaka MBRL (80)- 214 mm multiple rocket launch system replacing the 122 mm BM-21. 80 launchers to be inducted by 2009.[9]
• BM-21 (150+) - Modernized rockets with range of 40 km was purchased from Russia. To be replaced by Pinaka.

[edit] Air defence
Surface to air missile Systems
• Akash- Under Trials. Due to delays in the Akash missile program the ZRK-SD Kvadrat / SA-6a Gainful air defence systems are being upgraded.
• SA-6 Gainful- The Indian Army has sought to upgrade its SA-6 Kvadrat and SA-8 Missile systems whilst the Akash gets ready. The Indian magazine "Strategic Affairs " (No. 0011/ Issue: December 16) noted: "Poland has won an order worth $200 m from India to upgrade 100 Kvadrat (SA6) and 50 OSA-AKM (SA8) mobile surface to air missiles. The contract made public in August, is to be completed by 2002. The upgrades include integration of new radars, communications and control systems, improvements to the launch vehicle including new power packs. The Kvadrat upgrade includes new electronics for better electronic counter measures, passive infra-red search and track sensors."
• SA-10 [10]
• Trishul- Under Trials. Due to delays in the Trishul missile program the OSA-AKM / SA-8b Gecko air defence systems are being upgraded. Cancelled due to cost of production. [11]
• SA-8 Gecko- In Service
• SA-13 Gopher- In Service
MANPADS
• SA-16 Gimlet- In Service
• SA-7 Grail- In Service, to be phased out
Air Defense Artillery
• Tunguska M1 (108) - low level air defense system [12]
• ZSU-23-4M 'Shilka' self-propelled air defence guns- 100 Systems upgraded
• Upgraded Bofors L40/70 40 mm AA guns replacing the L40/60
• ZSU-23-2 twin 23 mm AA guns - Total 800 purchased
[edit] Surface to surface missiles
• BrahMos Land Attack Cruise Missile-[13][14]
• Prithvi-I Short Range Ballistic Missile (500km) - In Service
• Agni-I Medium Range Ballistic Missile (700km)- In Service
• Agni-II Intermediate Range Ballistic Missile (2500km)- In Service
• Agni-III Intermediate Range Ballistic Missile (3500km)- In Service
[edit] Non-combat vehicles
[edit] Engineering Vehicles
• Bridge Layer Tank using a T-72 chassis and Kartik Armoured Bridgelayer on a Vijayanta chassis - armoured vehicle-launched bridges
• Multi-Hop and Extended Span Assault Bridges on T-72 chassis
• Sarvatra - 8x8 truck-mounted bridging system
• VT-72B ARV (200+) and WZT-3 ARV (124, 228 to be delivered by 2007) - armoured recovery vehicle replacing the Vijayanta ARV
• BMP-2 Armoured Amphibious Dozer and Engineer Reconnaissance Vehicle (ERV)
[edit] Mine protected vehicles
• Casspir - mine protected vehicles
[edit] Logistic vehicles
• Stallion 4x4 Truck for GS Role
• Ashok Leyland Truck Fire Fighting
• Ashok Leyland 5kl Water Bowser
• Ashok Leyland Light Recovery Vehicle 4x4
• Mahindra - light multi-role 4x4
• Rampar - amphibious 4x4
[edit] Aircraft
This is a list of aircraft of the Indian Army. For the list of aircraft of the Indian Air Force, see List of aircraft of the Indian Air Force.
Aircraft Origin Type Versions In service[15]
Notes
HAL Dhruv
India
utility helicopter ~115 To acquire 120+ more Dhruv in next 5 years.
Aérospatiale Alouette III
India
utility helicopter SA 316B Chetak 60 built by HAL
Aérospatiale Lama
India
utility helicopter SA 315B Cheetah 120 built by HAL
Mil Mi-25
Soviet Union
Attack helicopter Mil Mi-25 Hind-F 12
Mil Mi-35
Soviet Union
Attack helicopter Mil Mi-35 Hind 32
IAI Searcher II
Israel
reconnaissance UAV 100+
IAI Heron
Israel
reconnaissance UAV 50+
DRDO Nishant
India
reconnaissance UAV 12 Delivery of 12 UAV's in 2007.
[edit] Future Procurements
Light Utility Helicopter: The Indian army has projected a requirement for up to 197 light helicopters to replace its aging fleet of Chetaks and Cheetahs. The Indian Army chose the Eurocopter AS 550 under a US$550 million contract in summer of 2007. Under this contract 60 helicopters were to be supplied from Eurocopter in fly-away condition and the rest were to be assembled by HAL in India. This order was later scrapped due to allegations of unfair field trials from competing company Bell Helicopters. [16] [17]
Five global helicopter majors are in the fray to sell India 197 multi-role, light helicopters, in a deal worth Rs. 3,000 crore. Eurocopter AS550 Fennec; Bell Helicopters Bell 407; Kamov Ka-226, Agusta A109 Power or A119 Koala and McDonnell Douglas Helicopter Systems (MD 520N) have been given time till 19 December 2008 to submit proposals.
Weighing less than three tonnes when armed, these multi-role, light turbine helicopters will replace the 1970s vintage Chetak and Cheetah helicopters operated by the Army Aviation Corps and the Air Force. They will undertake tasks such as reconnaissance and observation, casualty evacuation, electronic warfare, escort duties, anti-insurgency operations and ferrying personnel to and from the battlefield.
Of the 197 helicopters, which are to be bought in a fly away condition and via knock down kits, 133 are for the Army, while 64 will be delivered to the Air Force. The helicopter deal is part of a mega modernisation programme which will see the Army eventually receiving 197 helicopters and the Indian Air Force getting 188. The deal also includes an offset clause, under which the successful vendor must source defence-related goods and services to the value of 50 per cent of the deal from Indian companies.
The process — including discussions on offset proposals, technical evaluation, short-listing by the Defence Ministry, hot weather and winter trails — is expected to be completed by the middle of 2010.[18]
India’s main battle tanks had one been relatively advanced by world standards, but long delays in fielding the indigenous “Arjun” MBT, combined with a successful Pakistani/Ukrainian program for its T-80UD “Al-Khalid” tanks, eroded India’s local advantage. The poor performance of T-72s in combat against modern main battle tanks could not have been comforting, either. In early October 2006, India Defence and Indian papers reported that the Indian Army intended to produce nearly 1,000 T90S ‘Bhishma’ main battle tanks in India by 2020. These would be bought in addition to the 310 T90 MBTs already under contract from Russia. Later that month, news reports noted a follow-on contract for another 330 T-90S tank kits from Russia that would assembled in India. Taken together those 2 firm production agreements reportedly exceed $1 billion.
The modernized T-72 now known as the T-90 has reportedly encountered serious problems in Indian service, from issues with its Thales thermal imaging systems, to difficulties in hot weather, to low readiness rates. Meanwhile, negotiations with Russia over technology transfer issues had shelved the 1,000 tank indigenous production goal, leaving only the 2 firm production agreements. The Arjun project has continued to fade, however, with the Indian Army announcing in July 2008 that production would be capped at just 124 tanks. As the final act in the battle for the core of India’s future tank force, recent reports indicate that the Russians have removed their technology transfer roadblocks, clearing the way for fully indigenous T-90S production in India…
• The T-90 in India: Directions and Delays
• Updates and Key Events
The T-90 in India: Directions and Delays

Arjun tank
(click to view full)
As of December 2006, the 310 T-90S tanks imported from Russia under a February 2001 Rs 3,625 crore (about $795 million) contract are divided between the first lot of 124 T-90S tanks bought off-the-shelf, and 186 imported in knocked-down condition for assembly at the Heavy Vehicles Factory at Avadi.
The goal was to begin progressive manufacture of the follow-on batch of 1,000 from 2007-2008 onward, working under the license production agreement associated with India’s 2001 order. The idea was to build upon and broaden India’s indigenous capabilities as the process moved forward.
The purchase of 330 more ready-for-assembly T-90 kits later in October 2006 would appear to be a deviation from this strategy, but as of August 2008, production of the fully localized Indian tanks has not even begun yet at the Avadi Heavy Vehicles Factory. Jane’s believed that the order for the 330 sets of T-90S components was driven by chronic delays in the production schedule of the domestic Arjun MBT, and multi-year delays in T-72 modernization due to bureaucratic vacillation. This turned out to be partly correct; as DID has reported before, those are chronic problems in India’s defense market. It seems that there was also a problem with full Russian technology transfer, however, which held up production at Avadi.

T-80UD “Al-Khalid”
(click to view full)
Confirmation of the T-90’s status as India’s future tank has also faced operational difficulties, including the in-service difficulties noted by an October 2007 MosNews’ report. These include repeated heat-related malfunctions of the fire-control system’s key Thales Catherine thermal imaging (TI) camera, lack of cooling systems leading to uninhabitable temperatures over 60C degrees (over 140F) inside the tank, and reports that at least one armored regiment had an in-service rate of just 25% for its T-90s.
The T-72s’ “Project Rhino” may eventually get started as well under the Army’s 2020 plans, adding reactive armor, electronics, sights, et. al. in collaboration with Israel, Poland and Russia. Persistent reports that many Indian T-72s lack effective IR-imagine equipment would appear to make such upgrades a priority item, but as Bharat-Rakshak notes, progress has been very slow.
Updates and Key Events

T-90, firing
(click to view full)
Aug 20/08: At the 8th meeting of the Indo-Russian working group on shipbuilding, aviation and land systems, Russia agreed to full product support for indigenous production of T-90S tanks, including the urgent requirement of specification of T-90 gun barrels Those specifications will reportedly be delivered by December 2008, clearing the way for full T-90S production in India.
The meeting also finalized indigenization requirements for the Russian AT-14 Konkur missile systems and a computerised advanced information system for India’s new range of P-17 warships, while discussing more contentious issues like the Gorshkov carrier contract and the FGFA “5th generation fighter aircraft” joint project. Yahoo! India | Outlook India | Zee News.
July 7/08: India’s army decides to cap production of the Arjun tank at just 124 vehicles. T-90 tanks will be the mainstay of India’s future tank force instead at 1,657 vehicles planned, despite ongoing issues with operations in hot weather. This overall plan changes the force structure proposed in 2006, from 3,780 tanks (1,302 T-90s and 2,480 T-72s) to 2,473 higher-end tanks (1,657 T-90 Bhishma, 124 Arjun tanks, and 692 upgraded T-72M1 Ajeya)
Read “India Plans to Cap Arjun Tank Production” for more.
Aug 29/07: India’s MoD issues a press release:
“Heavy Vehicles Factory has so far supplied 181 T-90 tanks to Army. No technical problems viz barrel bursting has been observed in T90 tanks. The problem of barrel bursting was noticed earlier in T-72 tank. The bursting of barrel in T-72 tanks occurred in barrels of Russian origin as well as of Indian origin. The problem was analysed in consultation with Russian experts and remedial action towards modifying the chemistry of material has been taken. This information was given by the Minister of State for Defence Production Rao Inderjit Singh in a written reply to Shri A Krishna Swamy and Shri Kuldeep Bishnoi in Lok Sabha today.”
May 16/07: Frontier India reports that India’s T-90S tanks continue to have problems with their torsion bar suspensions.
Note that the swastika was used in India for many centuries before the Germans ever got hold of it; it has a rather different meaning (“sun”) there.
Oct 27/06: A MosNews article “India Buys 330 Russian Tanks” reports that India is buying another 330 T-90s in kit condition, for final assembly in India. It adds that deliveries of the initial 124 T-90S tanks under the previous 310 vehicle order:
”...began in December 2002 and were completed within 12-14 months, while another 180 MBTs have since been assembled at Avadi and the first part of the order is nearing completion. The T-90S tanks have been inducted into six armored regiments in northern and central India.”
Oct 4/06: India Defence:
”...the Indian Army is to acquire nearly 1000 locally produced T90S Bhishma MBT’s by the year 2020, in addition to the 310 T90 MBT’s procured from Russia.
The Times of India Reports: The Army gameplan is to have 21 regiments of T-90S ‘Bhishma’ tanks and 40 regiments of upgraded T-72 M1 ‘Ajeya’ tanks by 2020 since the “speed and shock effect” of mechanised forces will continue to play a decisive role in future wars, say sources.
An armoured regiment typically has 45 tanks, along with another 17 for training purposes, war reserves and replacements. So, the 1.13-million Army intends to face future armoured battles with a mix of around 3,800 T-90S and T-72 tanks.”
Additional Readings & Sources
• The Armor Site – T90S main battle tank. In India, they are known as “Bhishma.”
• Bharat Rakshak – T-72M1 Main Battle Tank, aka. “Ajeya”
• Bharat Rakshak – Arjun MK.I Main Battle Tank
• Wikipedia – Arjun MBT. Pretty good article.
• Global Security – T-80UD (Pakistan’s “Al-Khalid” tank)
• Business Standard (Apr 22/08) – Ajai Shukla: Friendly fire damages the Arjun “Operating military equipment is fraught with danger and upgrading is a continuous process. But the army’s tolerance for Russian defects contrasts starkly with its impatience for the Arjun.”
• Rediff (April 19/08) – India’s battle tank of future & love for Russia. The article claims that India’s Army prefers the Russian tanks, and is being less than honest in reporting problems with the Arjun, while avoiding the head-to-head trials it has promised.
• NDTV (Dec 21/06) – Army plans for T-90s in jeopardy. ”...problems in setting up the assembly line at the Heavy Tank Factory Avadi in Tamil Nadu are crippling modernisation plans.” This may also help to explain the additional Russian orders….
• DID (Nov 17/06) – India’s DRDO Rethinking the Way it Does Business. Contains a very extensive set of links to articles covering India’s defense sector and its organizational/ program issues.
• The Indian Express (Nov 14/06) – Arjun, Main Battle Tanked. The paper is less than enthusiastic about the tank’s chances and the program’s readiness, despite existing contracts for 124 machines.
• MosNews (Oct 27/06) – India Buys 330 Russian Tanks
• The Hindu (Oct 12/06) – Full scale production of Arjun to begin soon: Rao
• StaretgyPage (May 30/06) – Arjun, the Big Tank That Couldn’t
• Defence Journal (September 2001) – India’s indigenous tank production – a stalled effort. By Lt Gen (Retd) Srdar FS Lodi