Source:-Indian Navy v/s. Chinese Navy- Which Is More Powerful? Short Answer : Chinese Navy is stronger than Indian Navy but not strong enough to actually defeat Indian Navy.Ishabh Verma wrote an answer on Quora describing how Indian navy and Chinese navy compares with each other. Sounds complicated Eh? Long Answer : I have seen whenever someone ask a question like “X Navy Vs Y Navy” people start comparing numbers, that’s not how it works. In a war if everything solely relied on numbers then the Persians would have defeated the Greeks, the Persians would’ve defeated Alexander the great, the Romans would’ve defeated Hannibal, the Gauls would’ve defeated Julius Caesar, the Chinese would’ve defeated the Mongols, I think you got the idea. The thing is that there are a lot of factors that come into play when you compare armed forces of two different nations, from manpower to oil-reserves, from diplomatic relations to satellites. Indian Navy isn’t the only threat for Chinese Navy, from Vietnam to Singapore, from Japan to United States; China already has a lot of ‘enemies’ to deal with. While you’re reading this answer a super carrier strike group (like this one) is patrolling seas just few hundred miles of the coast of mainland China. That carrier is twice the size of the Chinese Carrier and nearly thrice the size of INS Vikramaditya!!!! And US has 11 of those bad boys!!!Every single one of those beauties packs enough firepower to wipe out a small nation from face of the earth. It’s true that China has a large Nuclear Submarine fleet but it need those submarines to deter that bad boy (or boys), China has to put up considerable strength in South China Sea, patrol Seas around Japan and South Korea and at the same time undertake anti-piracy patrols around Somalia. Indian Navy also faces a similar issue, It has to defend India from China but at the same time it also has to make sure that western Command is adequately prepared for any Pakistani aggression all at the same time combating pirates. I’m not going to compare Indian and Chinese Navy per se, because I don’t have access to information/resources to do so. (I doubt anyone on Quora has). I know most of you guys came here just to see the numbers so here’s a quick summary. Chinese Navy China has the 2nd largest Navy in the World in terms of displacement (after United States). China has 11 Nuclear Submarine in active service with at-least 4 more under construction. China has 57 Conventional Submarines with 5 more under construction. China has 1 Aircraft Carrier (67,000T) with 2 more(65,000T & 110,000T) under construction. China has 28 Destroyers with at-least 5 more under construction. China has 46 Frigates with at-least 4 more under construction. Behind these China has a huge fleet of smaller vessels, you can read more about them at People’s Liberation Army Navy Surface Force. Indian Navy India has the 5th largest Navy in the world in terms of displacement(after US,Chinese,Russian and British Navy). India has Two Nuclear Submarines(INS Arihant and INS Chakra) with 2 under construction while one will be launched within one Month INS Aridhaman and at-least 6 more planned. India has 13 Conventional Submarines with 6 under construction and at-least 6 more planned. India has 1 aircraft carriers INS Vikramaditya(45,000T) with one INS Vikrant(40,000T) under construction and one INS Vishal (65,000T) more planned. India has 10 Destroyers and 3 more under construction. India has 15 frigates with 7 more planned. Behind this India has a large fleet of smaller vessels, you can read more about them at List of active Indian Navy ships. It’s fairly easy to tell that China outnumbers India by 3 to 1 in almost every category. You must be wondering how India is going to survive against China? Well India could easily deal with China primarily because of these two reason, India and China do not share a Maritime border, rendering a direct naval engagement highly unlikely. I bet you’re shocked, “Wow!! India and China doesn’t share a Maritime border?!?!?”, Indian news channels have a habit of exaggerating everything. (Maritime borders : Marine Regions). Any sort of engagement between Chinese and Indian Navy will likely be between Indian Western Naval Command (which boats 2 aircraft carriers and at-least 40 other vessels) and small Chinese warships involved in anti-piracy counter-measures around Somalia, China can send some more ships/submarines (not nuclear Submarines as they will serve little to no tactical purpose) but it’s not something Western Naval command can’t handle. (Assuming they are able to get past the Eastern naval command) Geospatial strategy is definitely on India’s side. It’s doubtful in the extreme that any clash between Indian and Chinese forces would take place in the South China Sea or elsewhere in East Asia. The Indian Navy has plenty to do superintending events in the Indian Ocean and a bare minimum of assets to do it with. It has little to spare for extra-regional enterprises. Ergo, any probable naval war would unfold in India’s home region, where the Indian military enjoys “interior lines” and Chinese expeditionary forces must contend with “exterior lines.” What that means in plain English is this: The Indian navy enjoys direct, relatively short routes to potential scenes of battle while the PLA navy must project forces across long, distended, potentially contested sea routes just to reach the fight. Distance favors the defender while debilitating its adversary. Fighting across vast geographic distances imposes wear-and-tear on hardware while wearying crews. It imposes severe logistical burdens. After all, an expeditionary force must carry all the fuel, stores, and ammunition it needs to reach the scene of action and fight the battle. And fighting at a distance grants the antagonist opportunities to make mischief along the way. The foe or its allies could harry the expeditionary force, taking up station at key geographic sites — the Strait of Malacca, anyone? — to snipe away. The PLA navy force could suffer losses. At a minimum, a forward defense would compel Chinese mariners to expend scarce resources defending themselves. In short, powerful Indian forces reside near likely trouble spots, while China must operate along long, convoluted routes just to gain access to the region. It is no simple feat for a faraway great-power navy to overpower a rival naval power — even a weaker one — in that navy’s home waters. Advantage: India. Which brings us to geography. India is blessed by favorable nautical geography. The subcontinent juts into the Indian Ocean, adjoining potential battlegrounds in the Bay of Bengal and Arabian Sea. Its geographical layout amplifies the advantages of the interior lines. Furthermore, New Delhi is sovereign over the Andaman and Nicobar Islands, an island chain athwart the western approaches to the Strait of Malacca. Suitably fortified with missiles, aircraft, and ships, the island chain would constitute a barrier to east-west Chinese maritime movement — enfeebling any force that ventures onto India’s turf. Geography, then, could represent India’s great equalizer against a more numerous Chinese navy. New Delhi can stage an anti-access/area-denial (A2/AD) strategy of its own, harnessing geographic features for strategic gain.So in short, both of them are pretty strong; attacking either of them will be a very very bad idea. So, who would prevail in the Sino-Indian naval war? It looks like a close-run thing. China has numbers on its side, but India’s allies include geography, land-based sea power, and silent partners such as the United States and Japan. Maybe Bambi’s not such a pushover after all. Both of them will do just fine as long they mind their own business and let the other live in peace. Source:- Qura and Foreign Policy The post Indian Navy v/s. Chinese Navy- Which Is More Powerful? appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-DRDO Electromagnetic Railgun :- The Future Weapon Of Indian Navy Rail gun is a weapon capable of launching projectile without the usage of explosives or propellants, but, are launched at extremely high velocities, mach 7 (at sea level) or more. Capability of launching projectiles at velocities higher than guns and cannons makes rail gun hit targets at greater ranges capable of hitting the target with extreme speed and accuracy thus nullifying the escape factor of the enemy platform or an approaching projectile. With the usage of rail gun the hazards of usage of explosives and chemical propellants are evaded as well. Ever since the U.S. NAVY showed the power of the Railgun and its advantages,we in the Indian Defense Research organization feel that this latest weapon the electromagnetic railgun launcher will give our Naval forces in the Arabian sea a superlative advantage and a capability to launch devastating attacks on both land and sea targets. This gun uses a form of electromagnetic energy known as the Lorentz force to hurl a 230-250 pound projectile at speeds exceeding Mach 7-8. According to the DRDO website, a 12 mm square bore Electromagnetic Railgun (EMRG) has actually been tested. Another 30 mm square bore EMRG is also ready for tests.Their target is to accelerate a 1 kg projectile to a velocity of more than 2000 m/s (~Mach 6) with a capacitor bank of 10 Mega Joules. As of now it is in a rudimentary prototype stage and further tests are required to improve it’s performance and make it a feasible weapon system. The electromagnetic railgun represents an incredible new blistering offensive capability for our Navy which rules the Arabian sea right now. This capability will allow us to effectively counter a wide range of threats at a relatively low cost, while keeping our ships and sailors safer by removing the need to carry many high-explosive weapons on the ship. This massive railgun that we are developing needs just one navy-gunner/sailor to operate and it relies on the electromagnetic energy of the Lorentz force—the combination of electric and magnetic forces on a point charge—for power. The problem is that the only ships that will be able to generate the gargantuan 25 megawatts of power (enough to power almost 19,000 homes) required to fire the railgun are the aircraft Carrier and Destroyers The issue of power is a barrier that will get smaller with time. New capacitors, more resistant materials and better pulse power storage systems could all contribute to making the railgun more efficient. Computer-aided design, 3D printing techniques and better dielectric materials—materials that don’t conduct electricity but can store energy in the form of an electrostatic field—could all lead to making the EM railgun viable. The Indian Navy likes this weapon for several reasons, not the least of which it has a range of 200 miles and doesn’t require explosive warheads. That makes it far safer for sailors, and cheaper for taxpayers. According to the Indian Army and Navy experts each 12-inch diameter tapered projectile which is 6 feet in Length and 250 pounds costs about Rs 15,00,000, compared to Rs 7500,000 for conventional missiles. Also since the missiles are hurled at the speed of mach 7-8. they will hit their targets within seconds after being fired with explosive force. Testing OF Rail Gun: On 31st January 2008 U.S. Navy tested a rail gun that fired a projectile at 10.64 MJ with a muzzle velocity of 2,520 m/s. The required power was provided by a new 9-megajoule capacitor bank using solid-state switches and high-energy-density capacitors and an older 32-megajoule pulse power system from the US Army’s Green Farm Electric Gun Research and Development Facility. The rail gun is expected to be ready for deployment between 2020 to 2025. With the advent of rail gun as a weapon owing to its ultra high speed and accuracy which will allow for a abysmally small reaction time to evade its projectile, all airborne battle platforms like fighter jets and sea faring battle platforms like aircraft carriers and large ships will theoritically become outdated and will run the risk of unavoidable destruction once detected and targeted by the radar of the launching ship or platform harbouring the rail gun. Guided rail gun projectiles are also being thought of to be developed. It seems that future warfare attack as well as defence systems will have to depend on radars and launch platforms having the ability to respond within extremely small scope of reaction time and having the capability to launch hypersonic projectiles/missiles and ultra high energy DEW within that time to counter launches from platforms such as the rail gun. With such lethal launching platforms of weapon the launching platform which will detect and launch an attack first will hold a great advantage over its adversary. The post DRDO Electromagnetic Railgun :- The Future Weapon Of Indian Navy appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-Operation Trident,1971 : How Indian Navy Pulled Off One Of Its Greatest Victories India has a rich history of naval warfare. In fact, Indian ships have made their presence felt since the time of Rajendra Chola’s 10th-century naval expedition to Southeast Asia and Maratha Admiral Kanhoji Angre’s 18th-century naval battles against the British, the Dutch and the Portuguese. This tradition of remarkable military exploits has continued even post-independence, with the Indian Navy playing a key role in at least four major military operations after 1947. There are several stories and anecdotes in the annals of the Indian Navy that illustrate why it has earned the reputation of a force to be reckoned with. But the most celebrated among them is the story of the audacious naval operation commemorated by India’s Navy Day, Operation Trident. Here’s the fascinating story of the mission that proved to be a turning point in the 1971 Indo-Pak war. In 1968, war clouds were already gathering on the horizon when the Indian Navy decided to acquire the Osa-I missile boats from the Soviet Union. Osa translates to ‘wasp’ in Russian and these boats did have a powerful sting thanks to their deadly ship-to-ship Styx missiles (that could blow the biggest enemy cruisers out of the water) and Range-out homing radars (that could out-range any naval radar of that era). Thus, the fast-moving and stealthy missile boats could look deep and strike deep. However, they had one crucial downside — designed primarily for coastal defence, they had a short range. Nonetheless, Indian Navy acquired eight Osa-Is, established its Missile Boats Squadron, and flew crew members to Russia for eight-month-long raining in the freezing Siberian winter. In early 1971, the boats were finally shipped to India. Since there were no heavy cranes in Mumbai, the boats were offloaded in Kolkata and towed along the coast to Mumbai. This was the genesis of a brilliant idea in the minds of India’s naval commanders that would go on to play a pivotal role in Operation Trident — if these boats could be towed from Kolkata to Mumbai, couldn’t their short range feature be overcome by towing them from Mumbai to Karachi? This audacious strategy would soon come to fruition. As dusk fell on December 3, 1971, at 5.45 PM, the Pakistan Air Force attacked six Indian airfields. The same night, IAF Canberra aircrafts struck Pakistani airfields as ground battles immediately commenced in nearly every sector. The Indo-Pak War of 1971 had begun and it was time for Indian Navy’s “Killer Squadron” to join the battle. On the night of December 3, a group of Osa-I missile boats — INS Nipat, INS Nirghat and INS Veer (individually under the commands of Lt. Cdrs. BN Kavina, IJ Sharma and OP Mehta and as a squadron under Cdr. BB Yadav) set sail from Mumbai harbour. The next day, on December 4, two Petya class Frigates — the INS Katchall (under Cdr. KN Zadu) and INS Kiltan (under Commander. G Rao) rendezvoused with the missile boats to form the Trident team. Sailing westward and then northwards, the Osa-Is were successfully towed to reach the Karachi harbour (the stronghold of the Pakistani Navy) by night. From there, the “wasps” proceeded in an arrowhead formation, changing course frequently with radar inputs from INS Kiltan to avoid enemy detection. Interestingly, the ship crews communicated in Russian, making the transmissions between the attacking vessels difficult to intercept for enemy ears! At 2243 hours, the Rangout radar on INS Nirghat picked up a big target — PNS Khaiber, a destroyer of Pak Navy. This was soon followed by the detection of two more targets, PNS Shah Jehan and merchant vessel Venus Challenger (carrying ammunition for the Pakistani Army). Without any delay, the missile boat squadron homed onto the targets with devastating precision and launched their Styx missiles in quick succession. Never realising what had hit their ships, the baffled Pakistani Navy assumed it was aircraft fire (IAF aircrafts had been strafing Pakistan’s Kemari oil tanks on the same day in an independent operation) and tried in vain to engage the Styx missiles with their anti-craft guns. In fact, PNS Khyber even transmitted a mayday signal saying it had been hit by enemy aircraft before it broke into two and sank. By this time, the Indian squadron had fixed their sight on the fuel storage facilities on the shore. Stretched to their endurance limits and virtually unprotected against air strikes, the three small missile boats launched their final missiles (setting the whole harbour complex on fire) before turning around and returning full speed to Bombay. Interestingly, while the Indian ships were retreating, the prevailing confusion led to the Pakistan Air Force scoring a self-goal by hitting its own frigate ship, PNS Zulfiqar (that it assumed to be an enemy boat)! On December 7, 1971, the Killer Squadron sailed into Bombay to a heroes’ welcome — in 90 minutes, it had fired six missiles, sunk three front-line enemy vessels and destroyed the oil storage facility at the Karachi harbour, without a single Indian casualty. Not content to rest on the laurels coming their way after the resounding success of Operation Trident, the Indian Navy repeated the feat just four days later in Operation Python — sinking another three ships of the Pakistani Navy and setting the oil stores on fire for the second time. By destroying its oil and ammunition supplies (and choking off resupply routes), these decisive victories drastically cut down Pakistan’s ability to continue engaging with the Indian forces. In fact, there was an effective blockade of the Karachi port without India having really declared one. More importantly, it proved to be an important turning point of the 1971 war, which would eventually lead to the liberation of Bangladesh. Such was Operation Trident’s unprecedented success that it made the world sit up and take note of the Indian Navy – the daring mission was part of the first item on US President Richard Nixon’s morning brief by the Central Intelligence Agency (CIA) the next day. For their audacious planning, brilliant execution and outstanding bravery, all the three missile boat commanders were awarded the Vir Chakra while the man who led the “Killer Squadron”, Commander (later Commodore BB Yadav) was honoured with the Mahavir Chakra. In a fitting tribute to these courageous men who pulled off one of the great sea-faring victories in Indian naval history, December 4 has also been celebrated as Navy Day ever since. Source Link: The Better India The post Operation Trident,1971 : How Indian Navy Pulled Off One Of Its Greatest Victories appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-Why AS565 Panther Helicopter Is A Good Option For The Indian Navy? The Indian Ministry of Defense (MoD) has officially issued a Request for Information (RFI) for over 230 new helicopters for the Indian Navy this week. The new RFI constitutes one of the biggest global tenders issued for military helicopters recently. In detail, the Indian Navy is interested in procuring 123 naval multi-role helicopters (NMRH) with anti-submarine warfare capabilities, and 111 armed light naval utility helicopters (NUH). The total value of the two contracts is estimated at over $10 billion. Airbus has been proposing the Panther helicopter for the NUH programme. AS565 MBe, also known as the Panther, is the state-of-the-art multi-role helicopter that was designed for a multitude of naval and coast guard missions such as maritime surveillance, search and rescue, casualty evacuation, offshore patrolling and counter-terrorism. The AS565 MBe is powered by two Safran Arriel 2N turboshaft engines for reliable performance in high and hot conditions. It features modern cockpit avionics that include an automatic flight control system (AFCS) and flight management system. AS565 MBe is highly effective in anti-surface unit warfare missions (ASuW), including over-the-horizon targeting (OTHT) for ships with long-range anti-ship missiles. By acting as the ship’s principal weapon system, it can search, classify, shadow and strike with precision well beyond the horizon. At Best Endurance Speed (VBE) the aircraft has a loiter time in excess of four hours. The helicopter’s use of a hydraulically-activated harpoon with deck-lock securing enables the AS565 MBe to land and take off from ship decks regardless of the wind direction and this makes the helicopter just the choice for India’s needs keeping in mind the rough seas the Indian Navy has to operate in AS565 MBe Panther will also be very easy to maintain as the modular mechanical assembly design, fiberglass Starflex rotor heads, composite tail rotor blades and airframe and 100-percent composite Fenestron contribute to significant reductions in maintenance time and costs, he added. The helicopter performs a wide variety of roles. In its anti-surface unit warfare role, the AS565 MBe is highly effective in warfare missions, including over-the-horizon targeting for ships with long-range anti-ship missiles. By acting as the ship’s principal weapon system it can search, classify, shadow and strike with precision with stable hovering capabilities. In its anti-submarine warfare avatar, with an endurance of four hours and its capability to carry up to two torpedoes / Depth Charges, the AS565 MBe significantly multiples a surface ship’s ability to conduct Anti-Submarine Warfare (ASW) missions The NMRH are being procured particularly to enhance the Navys anti-submarine and anti-surface warfare capabilities.The Navy has been pressing the government to procure new utility and multi-role helicopters to add teeth to its existing capability and replace its ageing fleet of choppers but the procurement process has seen years of delay. Airbus has been proposing the Panther helicopter for the NUH programme. The parts for the Airbus Helicopter and Mahindra contract will be produced at the Mahindra facility in Bengaluru, and shipped directly to the Airbus Helicopter production line in Marignane, France, where they would be integrated with the rest of the airframe assembly, forming a critical part of the Panthers sold worldwide. The deal has ensured that Mahindra Aerostructures became the first Indian company to receive a direct manufacturing contract from Airbus Helicopters as a Tier-1 supplier. The Indian firm is expected to gradually emerge as the global single source supplier to Airbus Helicopters for these parts. The post Why AS565 Panther Helicopter Is A Good Option For The Indian Navy? appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-India will have the 3rd most Powerful Navy in the world by 2030 The most powerful navies in 2030 will be a reflection of the broader state of the world. Some countries are invested in preserving the current international order, and see naval power as a means to maintain it. Other emerging countries are building navies commensurate with their newfound sense of status, often with an eye towards challenging that order. The eastward shift in naval power will continue in 2030, a product of both declining defense budgets in Europe and growing economies in Asia. While the most powerful navies of the Cold War were concentrated largely in Europe, by 2030 both China and India will be on the list, with Japan and South Korea as runners-up also fielding large, modern naval forces. Ship-wise, there are two classes that will define the most powerful navies: aircraft carriers and ballistic missile submarines. Aircraft carriers reflect the need to maintain a global, or even regional, power-projection capability. Ballistic-missile submarines reflect a maturation and diversification of a country’s nuclear arsenal, with an eye toward maintaining a second-strike capability in case of surprise attack. More than any other type, those two will define naval power in the early-to-mid twenty-first century. The United States :: The United States, the dominant naval power worldwide in 1945, will continue to dominate the seas eighty-five years later. By 2030 the Navy will be halfway through its thirty-year shipbuilding plan and have built three Gerald R. Ford–class aircraft carriers to begin replacing existing Nimitz-class carriers. Amphibious ship numbers should be slightly higher than current numbers, and the first ship in class to replace the Ohio ballistic missile submarines should enter service in 2031. In surface combatants, all three Zumwalt-class cruisers will be in service—assuming the program remains fully funded—and the Navy will have built thirty-three more Arleigh Burke–class destroyers. A next-generation version of the Littoral Combat Ship will enter production in 2030. Under current plans the U.S. Navy should reach its three-hundred-ship goal between 2019 and 2034, but after that period the number of surface combatants begins to drop. These plans also assume a higher than average shipbuilding budget, while at the same time the service must compete with the budget demands of other services—particularly the Air Force—and domestic programs. While U.S. naval superiority isn’t ending any time soon, the period after 2030 will be a critical one. The Royal Navy of 2030 will be paradoxically the smallest and yet most powerful in the history of the United Kingdom. A combination of two new aircraft carriers, restoring fixed-wing flight to navy after a forty-year hiatus, and a fleet of ballistic-missile submarines will keep a numerically inferior Royal Navy in the top five. The Royal Navy’s surface fleet, currently at nineteen destroyers and frigates, will shrink even further to six Type 45 guided-missile destroyers and eight Global Combat Ship frigates. The number of nuclear-powered attack submarines will remain constant at seven. The Royal Navy is responsible for the UK’s nuclear deterrent and currently operates four Vanguard-class nuclear-powered ballistic-missile submarines, each equipped with sixteen launch tubes for Trident D-5 missiles. The Vanguard class is expected to be replaced with the Successor class starting in 2028. The UK’s sea-based power projection capability will be in the form of the Queen Elizabeth–class of aircraft carriers. The two conventionally powered ships, Queen Elizabeth and Prince of Wales, will each displace sixty-five thousand tons fully loaded and capable of carrying up to fifty aircraft. Aircraft will include the F-35B Lightning II fighter and Merlin, Wildcat, Chinook and Apache helicopters. The two carriers will optionally double as amphibious transports capable of carrying up to nine hundred Royal Marines or troops of the Army’s Sixteenth Air Assault Brigade. China :: The People’s Liberation Army Navy (PLAN) of 2030 will continue to build on the ground broken by the PLAN of 2016. Currently, China has four major ship hulls it seems to be content with: the Type 052D guided-missile destroyer, Type 054A frigate, Type 056 corvette and Type 071 amphibious transport. All four are mature designs in large-scale production that will form the bulk of the fleet in 2030. By one prediction, by 2030 the PLAN will have ninety-nine submarines, four aircraft carriers, 102 destroyers and frigates, twenty-six corvettes, seventy-three amphibious ships and 111 missile craft, a whopping 415 ships in total, to approximately 309 in the U.S. Navy of 2030. This would put China in a solid position as the world’s largest navy by number of ships—though not by total ship tonnage. Could China really reach 415 ships? Such a total would probably require twice as many submarines to be produced annually, a boost in destroyer production to achieve a net gain as older designs age out, and a huge increase in amphibious ships. It would also require two more carriers than are currently in service or under construction. Reaching such a goal would require a substantial increase in the PLAN’s budget—at a time when the Chinese Communist Party is finally applying the brakes to defense-budget increases. Other ships under construction will form China’s fleet in 2030 are the Type 055 destroyer and Type 001A aircraft carrier. A new ballistic-missile submarine to supplement and eventually replace the Type 094 Jin class is also likely. The 094 class is notoriously noisy underwater and not a particularly good place to put a fraction of China’s three hundred or so nuclear warheads. India :: The Indian Navy will be the second (or third, if you count Russia) Asian navy on this list. India has recently begun pouring enormous resources into its naval service, and as a result by 2030 could have one of the top five navies on the planet. Barring unforeseen naval developments in other countries, by 2030 India will have the second largest carrier fleet in the world, with three flattops. If all goes according to plan, India should have three aircraft carriers: Vikramaditya, Vikrant and Vishal, together fielding a total of about 110–120 aircraft. India will also have at least nine destroyers, including two guided missiles of the Kolkata class, three of the Delhi class, and four of the in-construction Visakhapatnam class. This is one less than what India has at present, and the number of hulls will have to increase if India is serious about protecting three aircraft carriers. Roughly two-thirds of the Indian Navy’s frigate fleet is modern enough to make it to 2030, particularly the Shivalik and Talwar classes, but India will have to increase the number of frigates overall—especially if Pakistan is serious about putting nuclear weapons on submarines. India is in the process of standing up a sea-based leg of its nuclear triad, with the first ballistic missile submarine, Arihant, expected to be operational soon. Three Arihant subs are planned and an overall “boomer” fleet of six submarines is expected. Russia :: The combination of a downturn oil prices and Western sanctions from its annexation of the Crimea will put a crimp in Russia’s economic stride for the near future. After economic growth of up to six percent annually, the bear is in recession with no immediate end in sight. A plan to replace 90 percent of Russian military equipment, including ships and naval equipment, has stalled. By 2030, Russia’s position on this list will be in large part due its ballistic missile submarine fleet. Eight Borei submarines, each carrying twenty Bulava missiles, will be in service, forming the second-largest ballistic-missile submarine fleet in the world. The rest of the Russian Navy is slouching toward oblivion, with a dwindling number of large surface combatants, submarines and a single, decrepit aircraft carrier. Yet there’s still hope: before the money ran out Moscow had big plans for its navy, and if were to somehow find funding, a number of interesting projects could be pursued. Project 23000E, or Shtorm, would be a nuclear-powered carrier 330 meters long and displacing one hundred thousand tons, making it the closest competitor to a Ford-class carrier. Nuclear-powered, the carrier will embark up to one hundred aircraft, including a navalized version of the PAK-FA fifth-generation fighter. There’s also the gigantic Lider-class nuclear-powered destroyer. At 17,500 tons and two hundred meters long, the Lider class is more akin to a cruiser than a destroyer. Armament will consist of sixty antiship cruise missiles, 128 antiaircraft missiles, and sixteen antiship guided missiles. The first ship is scheduled to begin production in 2019, with twelve entering service by 2025—an ambitious shipbuilding schedule to say the least. – – – – – – – – – – – – – – – Kyle Mizokami is a defense and national security writer based in San Francisco who has appeared in the Diplomat, Foreign Policy, War is Boring and the Daily Beast. In 2009 he cofounded the defense and security blog Japan Security Watch. You can follow him on Twitter: @KyleMizokami. Source:- National Interest – – – – – – – – – – – – – – – The post India will have the 3rd most Powerful Navy in the world by 2030 appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-Will INS Aridhaman be technologically more advanced than INS Arihant? India’s Nuclear-Powered Ballistic Missile Submarine INS Arihant has cleared all deep sea and weapons firing trials and is waiting for clearance from the Indian Navy to be officially inducted into the force. It will soon join India’s underwater fleet and assume operational duties in service to the nation. INS Arihant will guarantee India a second strike nuclear capability against arch rivals China and Pakistan. It completes India’s Nuclear Triad, a capability that allows a country to launch a nuclear missile from Land, Air and Sea. INS Arihant has four vertical launch tubes, which can carry 12 (three per launch tube) smaller K-15 missiles or four larger K-4 missiles. The K-4 has a longer range of 3,500 km and has completed all trials. Advanced Technology Vessels (ATV) Project Constituted in the late 1980’s, the main aim of the project was to equip India with a second strike platform capable of launching retaliatory strikes against hostile states. India realized the significance of deterrence during the 1971 Indo-Pakistan war, US in support of its ally Pakistan dispatched ‘Task force 74’ led by USS Enterprise into the Bay of Bengal to intervene in India’s fight for Bangladesh. Realizing the immense fire power the carrier group, India requested the intervention of Russia which dispatched its nuclear powered submarines to trial the task force. It was only for the interference of the Soviet’s the day was saved for India. Soon India setup the Advanced Technology Vessels (ATV) project with the sole purpose of constructing nuclear powered submarines which could carry nuclear tipped ballistic missiles. The exact events pertaining to the project was shrouded in secrecy and not much is known about the vessels constructed under the program. The project was cleared as a ‘black project’ and was put under direct control of the PMO. The project is believed to be cleared in the early 90’s and was accelerated soon after India successfully completed ‘Smiling Buddha’. The major hurdle in realizing the project was miniaturizing the nuclear reactor for powering the submarine. India’s leading atomic research organization, ‘BARC’ was put in charge of designing and fabricating a nuclear reactor to power the submarine. BARC designed, pressurized water reactor (PWR) using enriched uranium as fuel at its Indira Gandhi Centre for Atomic Research Centre at Kalpakkam. The reactor was capable of producing 83 MW of power and was labelled ‘S-1’ and consisted of the reactor, control systems and the shielding tank, the reactor went critical on 11th November 2013. The state owned shipyard HSL, Vizag was put in charge of the project. The work on the submarine began at a fully enclosed dry dock at Vishakhapatnam. At the heart of the sub was a 83 MW PWR reactor and the sub itself was designed based on the Russian Akula class submarine. Leading private industries were also extensively involved in the project, L&T provided the hull, BEL and HEC was crucial in developing the reactor and shielding compartments, Tata power pitched in with its high end control systems. The lead vessel of the class ‘INS Arihant’ was launched on 25th July 2009 at Vishakhapatnam. Dedicating the submarine to the nation, PM openly acknowledged and lauded sustained Russian support for the program. The submarine then underwent an extensive fitting out process and by the late 2012 was then moved to docks for sustained harbour trials for system tests and validation. The submarine underwent repeated controlled submerged tests for hull pressure tests. The submarine was repeatedly put through extensive tests to analyse its high pressure capabilities. INS Aridhaman INS Aridhaman is the second Arihant-class submarine.She is the second nuclear-powered ballistic missile submarine being built by India. She is being built under the Advanced Technology Vessel (ATV) project to build nuclear submarines at the Ship Building Centre in Visakhapatnam. This submarine will have double the number of missile hatches than its predecessor INS Arihant giving it the ability to carry more missiles. This will have a more powerful reactor than its predecessor. What makes INS Aridhaman more deadlier than its predecessor INS Arihant ::: INS Aridhaman is the second nuclear-powered ballistic missile submarine being built by India. She is being built under the Advanced Technology Vessel (ATV) project to build nuclear submarines at the Ship Building Centre in Visakhapatnam. Even though the same class as INS Arihant, she will feature 8 launch tubes instead of the 4 giving her double the firepower of Arihant. Thus she could carry 24 K-15 Sagarika short range SLBMs or 8 K-4 long range SLBMs. She will also feature more powerful reactor than her predecessor. The boat will have a seven-blade propeller powered by a pressurised water reactor. She can achieve a maximum speed of 12–15 knots (22–28 km/h) on water surface and 24 knots (44 km/h) underwater. The submarine has eight launch tubes in its hump. She can carry up to 24 K-15 Sagarika missiles (each with a range of 750 km or 470 mi), or 8 of the under-development K-4 missiles (with a range of 3,500 km or 2,200 mi). Engine and Performance The Arihant Class submarine will propelled by one seven-blade propeller which will be powered by a Pressurised Water Reactor(PWR) (nuclear). In a PWR, the primary coolant (water) is pumped under high pressure to the reactor core where it is heated by the energy generated by the fission of atoms. The heated water then flows to a steam generator where it transfers its thermal energy to a secondary system where steam is generated and flows to turbines which, in turn, spin an electric generator. The submarine can achieve a maximum speed of 12-15 knots (22-28 km/h) when on surface and 24 Knots (44 km/h) when submerged.The depth to which submarine will be submerged is from 300m to 400m. Sensors and Processing System INS Aridhaman will be fitted with sonar ISS (Integrated Sonar Suite),State-of-art sonar integrated sonar system USHUS sonar developed by Naval Physical and Oceanographic Laboratory (NPOL) of the Defence Research and Development Organisation (DRDO), India. The submarine will also have Panchendriya sunar which is a unified submarine sonar and tactical control system, and it includes all types of sonar (passive, surveillance, ranging, intercept, obstacle avoidance and active).It is used for detecting and tracking enemy submarines, surface vessels, and torpedoes and can be used for underwater communication and avoiding obstacles. The hull features twin flank-array sonars and Rafael broadband expendable anti-torpedo countermeasures. Armament INS Aridhaman has eight launch tubes in its hump.It can carry up to 24 K-15 Sagarika missile each with a range of 750 km (470 mi) or 8 of the under-development k-4 missiles SLBM (with a range of 3,500 km (2200 mi).The submarine also integrated with 6 torpedo tubes of 21” (533 mm). Also the work on INS Varsha is on full swing according to recent satellite images. INS Varsha is a new naval base being developed under Project Varsha for the Indian Navy. This base will be the home of the navy’s new fleet of nuclear submarines and ships. It is designed to support the fleet of 8-12 nuclear-powered ballistic missile and attack submarines to be built for the Indian Navy. It will also have underground pens to hide the submarines from spy satellites and protect them from enemy air attacks. To accommodate this expanding fleet, work is underway on a new naval base on India’s Eastern Coast at Rambilli in the state of Andhra Pradesh, called INS Varsha. The new base is specifically designed to host nuclear submarines, both SSBNs and SSNs, and is only 50 km away from the port city of Vishakhapatnam that is home to the Shipbuilding Centre (SBC) that integrates India’s nuclear submarines. This base will likely feature de-gaussing facilities as well as underground submarine pens linked to open water by access tunnels. The onset of a deep diving nuclear submarine fleet has also played a role in India’s Cabinet Committee of Security according final approval to a long pending proposal for the procurement of two deep submergence rescue vessels (DSRVs). The two new DSRVs cleared for procurement from a U.K.-based firm will be hosted by two new submarine tender ships currently under construction at a public shipyard. India last operated a DSRV in 1989 called INS Nistar when it had just started operating its first nuclear boat, a Charlie class SSN leased from the Soviet Union. Like China’s massive nuclear submarine base at Hainan Island, the depth of water at Rambilli will allow submarines to use the base without being detected by satellites. This secrecy is crucial for SSBNs, which must remain undetected when they leave for months long patrols, carrying nuclear tipped ballistic missiles. For years, the ministry of defence (MoD) has refused to acknowledge the existence of the base. For communicating with its emerging nuclear fleet, which already includes the INS Chakra, an Akula 2 leased from Russia, and soon the Arihant, the IN has set up a new very low frequency (VLF) transmitting station at INS Kattabomman near the southern tip of mainland India. INS Kattabomman is an advancement over an existing VLF station located in its vicinity, which was established in the 1980s with U.S. help, in terms of range and data transfer capability, among other aspects. In 2014, extreme low frequency (ELF) transmitters were added, clearly indicative of a need to communicate with deeply submerged submarines. “Also the work on INS Varsha is on full swing according to recent satellite images. INS Varsha is a new naval base being developed under Project Varsha for the Indian Navy. This base will be the home of the navy’s new fleet of nuclear submarines and ships. It is designed to support the fleet of 8-12 nuclear-powered ballistic missile and attack submarines to be built for the Indian Navy. It will also have underground pens to hide the submarines from spy satellites and protect them from enemy air attacks.’ While the Arihant will naturally serve as a training platform for crews that will man its successor boats, just as the Chakra has been used to train the Arihant’s crew, like the latter it too will perform direct security missions. The Arihant’s reactor could be considered to be similar to late second generation VM series submarine reactors given acknowledged Russian assistance in this sphere. Such reactors needed refueling every 7-10 years at normal power consumption levels and the core lifetimes are sufficient for up to 5000 hours of journeying. This would be adequate for limited deterrence missions in potential patrol areas. Indeed, as the then IN Chief of Staff, Nirmal Verma stated in 2010, “India’s nuclear triad is there when it is commissioned,” indicating clear intent to mount deterrence patrols using the Arihant. At the time of the Arihant’s launch in 2009, the outgoing Russian ambassador to India, Vyacheslav Trubinikov, noted that its design was based on the Akula class boats. Now if this were a reference to the Arihant’s level of quietening, it could mean that the boat was quieter than both China’s Shang Class SSNs as well as its Jin Class SSBN’s, if one were to go by the U.S. Office of Naval Intelligence’s 2009 rankings about the degree of stealth exhibited by these boats. In any event, active noise cancellation technologies are likely to find their way into the Arihant’s successors, making them more difficult to detect. For communicating with its emerging nuclear fleet, which already includes the INS Chakra, an Akula 2 leased from Russia, and soon the Arihant, the IN has set up a new very low frequency (VLF) transmitting station at INS Kattabomman near the southern tip of mainland India. INS Kattabomman is an advancement over an existing VLF station located in its vicinity, which was established in the 1980s with U.S. help, in terms of range and data transfer capability, among other aspects. In 2014, extreme low frequency (ELF) transmitters were added, clearly indicative of a need to communicate with deeply submerged submarines. Launch of INS Aridhaman ::: This is one of India’s top secret military projects and hence there are absolutely no reports on the progress of the construction of this deadly nuclear submarine. All we know is that INS Aridhaman after clearing all trials will dominate the Indian Ocean by the end of 2018, if all goes as per schedule. Reportedly Aridhaman is currently undergoing outfitting at Shipbuilding Centre (SBC) in Visakhapatnam. Conclusion Indian won’t shy away in accepting the fact that, we are still decade away from attaining supremacy nuclear submarine design such as the likes of US Navy. But, at the same time, we are accelerating towards the goal. Expertise gained in the construction of INS Arihant, is surely gonna be capitalised with high technological interest in the upcoming submarines of the same class. It is pertinent to record that USS Nautilus took 16 years from 1944 when it was authorised in 1955 for sea trials and in 1960 to join the fleet, while Russia took 16 years to build its first second generation SSN-093 submarine (1990- 2006). The Arihant achievement must be judged as such, and lauded. Reportedly, if going by the naval tradition, The Indian Navy had it’s Red Letter Day when the Captain proudly reported to the President, India’s Supreme Commander, Source:-Arihant-class submarine – Wikipedia,Code Name “Project Varsha” –India’s Futuristic Naval Base,Life Of Solider The post Will INS Aridhaman be technologically more advanced than INS Arihant? appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-Could Barak-8 be the game changer for Indian Armed Force’s Barak 8 also known as LR-SAM or as MR-SAM is an Indian-Israeli surface-to-air missile (SAM), designed to defend against any type of airborne threat including aircraft, helicopters, anti-ship missiles, and UAVs as well as cruise missiles and combat jets out to a maximum range of 70 km, however, reports suggest the missile has been increased to a maximum range of 90 km following “range upgrade discussions” between India and Israel during November 2014.Some news agencies have referred to the missiles range at 100 km.Both maritime and land-based versions of the system exist. The Barak-8 has been designed to defend against a variety of short-to-long-range airborne threats, including fixed-wing aircraft, helicopters, drones and projectiles. It incorporates a state-of-the-art phased array multi- mission radar, two-way data link, and a flexible command and control system that enables it to simultaneously engage multiple targets day and night and in all-weather conditions. Due to the comprehensive simulation and preliminary subsystem testing, only three flight tests are sufficient to clear the system for operational induction. Additional tests will follow the initial phase to further explore the system’s performance and capability enhancements. Barak 8 is based on the original Barak 1 missile and is expected to feature a more advanced seeker, alongside range extensions that will move it closer to medium range naval systems like the RIM-162 ESSM or even the SM-2 Standard. Israel successfully tested its improved Barak II missile on July 30, 2009. The radar system provides 360 degree coverage and the missiles can take down an incoming missile as close as 500 meters away from the ship. This missile was primarily developed by Israel to equip its warships to protect them from the Yakhont missiles which its neighbor was procuring. Israeli ships carried only short range SAMs and didn’t have modern radars capable of handling a dedicated attack by its enemies using Yakhont missiles. The answer to this problem was the extremely agile and accurate Barak-8 which packed the best available technology into a medium sized missile. With a max range of 90+ km, it operates in conjunction with the MF-STAR radar which can detect sea skimming missiles at 30-35 km range. It combined a medium range and short range missile into one missile, having a minimum engagement range of just 300 m and max of 90+ km. There are claims that a single Barak-8 can stop a BrahMos as close as 500 m from a ship. One of the reasons behind the claims is that the Barak-8 is very accurate and has an active homing radar seeker, which enables the ship to technically forget about the missile after its launch and the missile finds the target on its own although the ship does provide guidance and mid-course updates. According to Defence Experts, the missile system delivers an accurate, high quality, real-time arena situation picture and extracts low Radar Cross Section (RCS) targets even in the toughest environmental conditions. It is a digital Active Electronic Steering Array (AESA) Radar System which incorporates new and advanced technologies. The Barak 8 missile system can operate by night as well as by day in addition to all weather conditions. It is capable of successfully dealing with simultaneous threats engagements, even in severe saturation scenarios. The system has a very short reaction time and a fast missile vertical launch capability with 360 degree coverage. The system optimizes the coordination between the missile and batteries by using an advanced broadband communication network. Four variants have been proposed for service In Indian Army Navy and Airforce; Naval Barak-8 (70km) system designed for anti-air and anti-ship missile defence both long range as well point defence. This system also comprises of EL/M-2248 MF-STAR AESA radar. As per rumours it could also serve as a point defence ABM. MRSAM(70km) variant for the IAF, designed for air defence and cruise missile defence. A highly mobile shorter range variant (50km) for IA, designed for air defence as well anti-PGM capabilities which could possibly include point defence ABM capabilities (Nasr). An extended range version (150km) called Barak-8ER which in all likelihood will find its way to IN and IAF inventory. Barak-8 as an AAM. Indian air force is one of the proposed user of KS-172 and R-37. These are the long range missiles that were designed primarily for killing slower, less maneuverable platforms like large transports, refueling tankers, AWACS and other C4ISTAR platforms. But these missiles are practically useless for engaging highly maneuverable fighters because the low g-tolerance of these missile don’t allow them to do so. By rule of thumb, an AAM needs to pull atleast 4 times more g-force than the target it is engaging, something the aforementioned missiles cannot do. According to sources, Rafael and Raytheon are developing a Stunner (David’s sling program) based long range BVRAAM leveraging on the key technologies developed for program namely the dual seekers placed in its very unique “dolphin nose” and a triple pulse motor. So my question is what’s stopping India from doing the same? Here are few points in favour; Barak-8 is already in service with India as its co-developer. It has an excellent active seeker. It has 2-way datalink. It can be guided by Phalcon or DRDO AEW&CS. It has very high g performance. At 80g, it is twice that of contemporary AIM 120C5, SD-10 etc. At 60 kg, its warhead is five times larger than the one in AIM 120C5. At 4.5 meters and 275 kg weight it is not significantly longer or heavier than contemporaryBVRAAMs. At the same time it short enough to be carried internally by FGFA. By rule of thumb, an AAM has 3 times the range when the same missile is fired from the surface. This suggests that Barak-8 as AAM could very well have 200 km+ range. With use of existing technologies, this program could be very economically efficient. With Barak-8 as BVRAAM, even lower rung IAF fighters like Tejas or Mirage could kill much superior Flankers from the Eastern side at much longer distances when backed by AWACS. This could be the solution to many of IAF problems like delays in aircraft acquisition, dwindling squadron strength, less reliance on Su-30MKI, more threats neutralized with higher sortie generation. Barak-8ER It has been reported that an ER (extended range) variant of the Barak 8 is under development, which will see the missiles maximum range increased to 150 km. Designed to engage multiple beyond visual range threats, the low launch signature Barak-8ER is understood to retain the same autopilot/inertial navigation system and active radar seeker guidance as the Barak-8, although some modifications to the software and to the missile control surfaces are likely. The booster increases the length of the missile at launch from its current 4.5 m to nearly 6 m, although the length in flight after the booster has been jettisoned may be slightly less than the base Barak-8 missile, if a TVC is not present. The missile diameter and fin spans are thought to be the same as the base Barak-8. The booster weight is currently unknown, although the missile’s weight after the booster has been jettisoned is the same as that for the current Barak-8 configuration. Levy said that initial operational capability (IOC) for Barak-8ER will first be declared for the naval variant, followed by IOC for the land variant. He declined to comment on a launch customer for Barak-8ER, but noted “existing Barak-8 customers will be interested in this configuration because it offers additional capability to their current system”. The missile is expected to equip the Indian Navys future Visakhapatnam-class destroyers. MR-SAM MR-SAM is the land based configuration of the missile. It consists of a command and control system, tracking radar, missile and mobile launcher systems. Each launcher will have eight such missiles in two stacks and are launched in a canister configuration. The system is also fitted with an advanced radio frequency (RF) seeker. The Indian Army ordered five regiments of this version, which consists of about 40 launchers and 200 missiles for ₹17,000 crore (US$2.5 billion). It is expected to be deployed by 2023. Indian Army, Navy and Airforce Deals To Defend Indian Borders Spyder DEAL 9 squadron = 18 batteries = 54 launchers around 400 missiles = $ 1200 million Barak 8 NAVAL DEAL = missiles no unknown Barak 8 IAF DEAL = 9 squadrons =18 batteries = 54 launchers = 490 missiles = $2400 million Barak 8 ARMY DEAL = 3 regiments = 9 batteries = 27 launchers = 200 missiles = $2400 million. The post Could Barak-8 be the game changer for Indian Armed Force’s appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-THE GREAT INDIAN NUCLEAR SUBMARINE SAGA On 4th April 2012 , The Indian Navy commissioned the INS Chakra , an Akula II class nuclear submarine into their submarine fleet . It’s their only nuclear submarine in service . But that’s not what makes it special , nor does the fact that it’s the most advanced and powerful submarine in Asia , outside of Russia. What is special is , the way they obtained the submarine by cleverly finding a loophole in international laws. According to International Law , a country cannot sell or purchase a nuclear powered ship / submarine from another country . But the law never mentioned anything about a lease . The Indian Navy, like any other growing regional power, aspired to operate a nuclear attack submarine(SSN).Their wish was fulfilled when they leased an old Charlie class sub from the Soviet Union from 1988-1991. But that sub had to be returned after 3 years according to the lease agreement. India didn’t actually have full access to the sub although it was under Indian command. The reactor and missile chambers were operated by the Russians and Indians weren’t given access to it and it also couldn’t be used in a war. This gave them a superficial nuclear submarine capability. There was no indigenous SSN being built in the near future. The breakup of the Soviet Union made leasing another submarine impossible as the Russian Navy was in disarray. But once things stabilized in Russia , and their shipbuilding yards started working in capacity, it came to India’s notice about the hulls of 2 Akula class SSNs which were lying unfinished at the Amur shipyard in Russia due to lack of funds to finish it’s construction. Seizing the opportunity, India paid an estimated 650 million $ for the completion of one of the hulls named Nerpa (K-152) after Russia offered the hulls to them. The final amount was said to be a total of 900 million $ for a 10 year contract. And the new Chakra could be used in a war. This is the news report. Now I’ll start with my analysis. Who on earth pays half the amount for the construction of a submarine and follows it up with lease payments totalling up to the entire cost of the submarine, if they are not planning to keep it? The actual cost of INS Chakra is said to be around 1.5 billion $. The Indians have already paid 900 million $ inclusive of the lease which is about 300 million $ for 10 years. The contract allows them to keep the sub from 2012 to 2022. And according to official reports, if it is returned back to Russia, India will never recover the cost of construction of the Chakra. Russia will greatly benefit from it. But since India is in no state to donate a nuclear submarine they paid for, they will be keeping it, under the pretext of ‘leasing’ it as the sale is prohibited. India will pay 300 million $ per decade for the next 2 decades to make the full payment of the entire cost of the sub, weapons and training. So 900 million $ at present + 300 + 300 million $ in the future will total 1.5 billion $, the original cost of the sub.This being said, I strongly feel that Chakra will never enter service with the Russian Navy again and will be kept in the Indian Navy till the end of its useful life, under the disguise of a lease. Chakra will never enter service with the Russian Navy again and will be kept in the Indian Navy till the end of its useful life The other interesting thing is that the submarine is probably built according to Indian specifications , with 8 X 533 mm torpedo tubes instead of 650 mm ones. It has digital displays and systems in place of the analog ones. It has a capacity for 40 torpedoes and missiles which can be launched from the torpedo tubes. The Russian versions have the 3000 km range Granat cruise missile. But according to MTCR , such missiles can’t be exported and it is equipped with the 300 km range Klub-S Anti Ship Cruise missile and torpedoes. This gives it a formidable strike power , double that of existing Indian diesel subs. Chakra also has an escape pod mounted in the sail which will help the crew to escape in case of an emergency. Now that I’ve told you my analysis of the purchase , I’ll tell you about the reason why India went to such great lengths to procure a nuclear submarine. The Indian Navy has kept it no secret that it aspires to be a blue water navy in a couple of decades. Such a Navy requires ships which can travel large large distances and project enormous amount of power. The only ships that can do that are Aircraft carriers and Nuclear Submarines. India has already embarked on an ambitious plan to operate 3 carriers by 2025. The plan is well underway with the first carrier INS Vikramaditya being commissioned a few months ago. The second carrier INS Vikrant is under construction and is expected to join the fleet by 2020. The third carrier which is still on the drawing board is expected to begin construction in 2016 and enter service by 2025. A carrier is extremely vulnerable without powerful escorts on the surface and underwater. India has plenty of high tech surface escorts with long range , but it had no submarines which could accompany the carriers on long journeys. Only a nuclear submarine can do that job and do it well. Hence ,the navy planners decided that they must operate a minimum of 2 nuclear attack submarines by 2020 and the plan was drawn up to lease an Akula into their Navy and if possible , a second Akula. The second Akula hull is called Iribis. Not much is known about its state presently , but it’s rumoured that India has paid for its construction too and will lease it in the coming years. It is said that India has a 2 billion $ deal for the construction and lease of both the submarines. This will be a shot in the arm to their underwater force which had been on a steady decline in the recent years. The developments are being kept top secret of course and it will be publicized only when the deal is secured. If the deal actually goes through , then the Indian Navy will become an extremely formidable force in the Indian Ocean region and countries like China will think twice before messing with them. So what exactly does this mean for the future of the Indian Navy ? Their carriers will become tools of massive power projection when they are coupled with nuclear submarines and stealthy new destroyers . India will have enough power to ensure the main shipping lanes in the Indian Ocean remain open even in the event of hostilities with another country . They will also get the INS Arihant which is a nuclear powered submarine built indigenously. It’s an SSBN designed to be an underwater ballistic missile carrier and launcher unlike Chakra which is a fighting submarine . This will give India a nuclear deterrence and it’s enemies will think twice before launching a nuclear attack . Chakra will allow India to tail enemy subs across oceans , trail enemy carriers and deter enemy subs during peacetime. During war , it’s role will be to destroy enemy submarines and surface warships either as a part of a carrier battle group ,or operating alone as a hunter . Either way , it will change the balance of power in the Indian Ocean. Credits:- Defencyclopedia The post THE GREAT INDIAN NUCLEAR SUBMARINE SAGA appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-How the Indian Navy is emerging as a potent naval force on the planet Indian Navy, the maritime wing of the Indian Armed Forces have been guarding India’s sea borders and its economic zones at the vast Indian Ocean Region (IOR) quite beautifully for the last 70 years. It has seen lot of ups and downs during this 70 years long journey. It has successfully operated for India in the wars of 1971 and later on several occasions. It has demonstrated its capability as the Premier force for India to maintain its presence across the region. It is the Fifth largest Navy in the world at present, but it is soon to become the 3rd largest in the world with its growing capabilities, the growing number of platforms and manpower. With almost 295 ships, 251 aircrafts and almost 60,000 naval personnel operating over the 9 major ports and bases across the country and at sea, it is the largest and the foremost naval force at South East Asia and Indian sub contingent. In this context, it is bound to conflict with the rising naval prowess of another Asian Giant and probably the world’s 2nd foremost military power China. China too has ambition of becoming great maritime power just like the United States, to dominate the sea routes. China’s rapid increase in defence budget fuelled by its rapid economic rise is their power which is driving their naval prowess very fast which no country in the world can afford and even dream of. But India is standing proudly in front of the Dragon with its growing military power and with a booming economy. So, the question arises that ‘Can India compete the Chinese maritime power at sea ??’ If we analyse the naval build up of India carefully, then it is very clear that it is not going to surrender to the Chinese. It is not only preparing to counter the Chinese but it is preparing to counter any best naval force on the planet too. India aspires to become a global power just like China, and for that it needs a strong Navy which it has realised of late. It is building 41 ships at various shipyards across the country indigenously which is a very big boost to India’s economy. It is planning to build more in future and all ships are of either Destroyers, Frigates, Corvettes, Aircraft Carriers, Submarines or Amphibious class that means it is increasing its combat vessels fleet, though large number of its present ships need immediate replacement but with the gradual increase of ships construction across the country, the shipbuilding industry of India will become mature and will become more efficient, powerful and strong enough to take multiple projects at the same time. With the present Modi Government is trying to boost their ‘Make In India’ campaign, shipbuilding industry will form a major part of that. Let’s take a look what India is building for its Navy to make it a global blue water force :- Vikrant Class Aircraft Carriers (building 1, planned 1): India is building Indigenous Aircraft Carrier-1 or IAC-1 which is named INS Vikrant now, on its own at Cochin Shipyard Limited. This is a big achievement by India as it has become only the 6th country in the world to design and build aircraft carriers of this size on its own. INS Vikrant with a displacement of 40,000 tonnes will be able to 35 aircrafts among which 25 will be fighter aircrafts (Mig-29K & Naval Tejas) and remaining 10 will be ASW and reconnaissance helicopters. India is going to build its 2nd IAC or IAC-2 which is named INS Vishal too. It will be a much larger carrier in size, displacement and capability. It will have a displacement of 65,000 tonnes and it will be powered by a nuclear reactor. It will be a CATOBAR carrier and will have the latest EMALS technology to launch fighter jets over its deck. It will carry more than 50 aircrafts within it, among which 35-40 may be fighter jets including under development HAL AMCA, DRDO AURA and Naval Tejas. INS Vishal INS Vishal will be able to accommodate up to 55 aircraft (35 fixed-wing combat aircraft and 20 rotary wing aircraft), launched using a catapult assisted take-off but arrested recovery (CATOBAR) aircraft launch system, incorporating U.S. defense contractor’s General Atomics’ new electromagnetic aircraft launch system (EMALS) technology. The INS Vishal will be the first non-Western aircraft carrier equipped with the complex CATOBAR launch capability. CATOBAR aircraft launch systems put less strain on the airframe of planes during takeoff reducing maintenance cost in the long run and also allows carrier-based aircraft to carry a heavier weapons payload. Furthermore, CATOBAR launch systems increase the sortie rates of carrier air wings by allowing a faster landing and takeoff rate. The Indian Navy’s preference for the CATOBAR aircraft launch system indicates that the new warship will in all likelihood not carry MiG-29K Fulcrum fighter jets, the current mainstay of India’s naval combat aviation. Visakhapatnam and Kolkata class Destroyers (4 building, 1 under sea trial, 2 commissioned) : these two class of Destroyers will be the most potent one among the world Destroyer classes for their superb firepower. Kolkata class and its follow-on Visakhapatnam class destroyers will be used to guard Indian Navy aircraft carrier battle groups and for offensive role both. With a displacement of almost 8,000 fully loaded, these destroyers can single handedly destroy many incoming battle groups at sea. Its main armament is world’s fastest anti-ship cruise missile BrahMos and it is defended by a equally potent SAM Barak-8 which is jointly developed by India and Israel. It is equipped with one of the world’s most potent MF-STAR radar which can detect any objects upto 250 and it has 360 degree surveillance facility which is a very potent thing. Above this, these destroyers are equipped with other small radars and sonars too for second line defence and other defensive systems to defend the ship against any type attack as a second line defence after Barak-8 SAM. If it is going together with 2 more Indian frigates which too are fitted with 16 BrahMos missiles each, then even a AEGIS class destroyers or equipped ships can not survive in front of these two Indian destroyer classes, that’s the firepower of these two class. These ships are equipped with torpedoes and other weapons systems too. Project-17A Frigates (7 planned) : these frigates along with Kolkata and Visakhapatnam class destroyers, Talwar class frigates and Shivalik class frigates will form the core strike group of the Indian Navy in future. It will be one of the most powerful frigates in the world. With a leaner design and almost 7,000 tonnes displacement, it will be no less than world’s best destroyer classes. It too will be equipped with BrahMos missile as its main offensive weapon along with Nirbhay LRCM for long range attack. It too will have Barak-8 SAM system to defend itself against any type of enemy attack. These ships are equipped with torpedoes and other weapons systems too. Shivalik class Frigates (3 commissioned) : These are indigenous Project-17 class frigates of the Indian Navy. It is considered to be one of the best frigates in the world for its firepower and capability. These ships are equipped with two best anti-ship missiles in the world which includes BrahMos and 3M-54E klub. These ships have Barak-1 SAM and Shtil-1 SAM both for better interception of enemy missiles and aircrafts. These ships are equipped with torpedoes and other weapons systems too. Talwar class Frigates (6 commissioned, 3 planned) : Backbone for the Indian Navy combat fleet at present and will remain so in future too. It is built in Russia under Project 1135.6 class which is a modified version of Russian Krivak-III class frigates. These frigates too are equipped with BrahMos missiles along with Russian 3M-54E Klub anti ship missiles as its primary weapons. It has Shtil-1 SAM to defend the ships from enemy attack. These ships are equipped with torpedoes and other weapons systems too. Kamorta class (Project-28) and Project-28A ASW Corvettes (2 commissioned, 2 building, 8 planned) : These are one of the finest anti submarine warfare ships and corvettes in the world. Built by Garden Reach Shipbuilders and Engineers (GRSE), these ships have all the capability to be recognised as a frigate. It has displacement of over 3,400 tonnes with variety of weapons which includes 1 × OTO Melara 76 mm Super Rapid Gun Mount (SRGM), 2 × AK-630M close-in weapon system(CIWS), 2 × RBU-6000 (IRL) anti-submarine rocket launcher, 4 × 533 mm Torpedo tubes. It is mainly an anti submarine warfare corvettes that’s why it doesn’t include any anti ship missiles but in future Indian Navy will include BrahMos on it for anti ship attack role. Then, these ships will have more firepower and will act as dual purpose ship. Arihant class ballistic missile submarines (SSBN’s) (1 commissioned, 1 under sea trial, 2 building, 2 more planned) : Arihant class SSBN is the first SSBN class which is active under a country which is out of 5 permanent members of the UN Security council. India has become only the 6th country in the world to posses a SSBN which can launch ballistic missiles from its silos. Arihant class submarines are powered by a pressurised nuclear water reactor of 83 MegaWatt category. First vessel of this class INS Arihant which is said to be commissioned into the Navy in March this year, has 4 missile hatches, which can carry either 8 K-15 SLBM with a range of 750-1,500 km or 4 K-4 SLBM with a range of 3,500 km. It is equipped with torpedoes too. The next vessels of this class will be much larger in size and will have more missile hatches than INS Arihant. 2nd vessel INS Aridhaman is said to be launched for sea trial already with commissioning is expected in 2017-end, the next planned 4 vessels will be inducted within 2024. First one, the INS Arihant is already active. The second one, INS Aridhaman is in trials and is expected to be ready by 2018 , while the unnamed third one by 2020–21. So India adds 8 more Submarines in the next 4–5 years till 2020–21, taking the total submarine force to 23. SSBN S-5 A follow-on class of 6 SSBNs codenamed S5, almost twice as big as the Arihant-class, was also approved for development. These will be able to carry up to 12 K5 intercontinental ballistic missiles with MIRV warheads. India Navy already has started working on the successor of Aridhaman Ballistic Missile Class Submarine at least a decade ago and new larger Ballistic Missile Class which will be designated as S5 and will be as big as Ohio class nuclear-powered submarines currently used by the United States Navy. It is unclear how many S5 sister class ships will be developed at this point in time but the construction of the new class of SSBN is yet to commence and it is likely will go on the floor for nearly a decade from now. Indian Navy is concentrating on the development of current ssbn of arihant class that will give Indian Navy at least 4 submarines & after its completion around 2022-23 and then indian navy will start developing S5 nuclear Submarine.If the program sticks to its schedules and doesn’t face any delays then tentatively the first lead submarine will be ready for launch by end of next decade. Indigenous SSN class (6 planned) : This SSN class will be first indigenous SSN class by India just like Arihant class SSBN’s. This SSN will be similar in size and capacity of Arihant class but it will have a more powerful nuclear pressurised reactor than Arihant, because SSN needs speed and maneuverability which requires more power and for that a more powerful reactor. Bhaba Atomic Research Centre which built Arihant’s reactor, has already started to built the new one for this SSN class. These SSN’s will have anti submarine torpedoes and anti ship and land attack cruise missiles like BrahMos and Nirbhay as their main weapon. The SSN are designed to track down and defeat both, the SSBN and the enemy aggression. These submarines are used in the attack of particular targets on land by the launch of the fast missiles by use of the torpedo tubes. The Submersible Ship Nuclear carries the cruise missile with explosives which are used to attack the assailants within the shores. The other purpose of the submarine ship is to conduct surveillance, perform and complete intelligence missions, so they can offer aid in highly classified operations. The size of this ship is moderately big. The SSN is used to make attacks to assailants in the nearby distance. It is considered war prone and looks for enemy ships to destroy them Scorpeane class SSK’s (1 commissioned, 2 under sea trial,3 building, 3 planned) : This is the first diesel electric submarine India has purchased after 3 decades. Scorpeane class submarines are considered to be one of the best in the world under non nuclear submarines category. This is equipped with heavy weight indigenous Varunastra torpedoes and Exocet anti ship missiles as its main weapon. These submarines can stay under water for long time just like nuclear submarines because these are equipped with Air Independent Propulsion (AIP) which enables a diesel electric submarine to stay under water for longer time. Project-75I class SSK’s (6 planned) : Govt of India has sanctioned the funds for the development of Project-75I class diesel electric submarines which will be equipped with AIP modules for long duration of under water patrol and will be equipped with Varunastra torpedoes, BrahMos anti ship cruise missile and Nirbhay land attack long range cruise missile as its main weaponry. 6 vessels will be constructed in selected Indian shipyards through bidding process which includes joint venture with a foreign firm and their submarine design. The 6 Project 75I and 6 Nuclear Attack Submarines will replace the 13 Shishumar and Sindhughosh Class Submarines in the Navy. So, say around 2037, 20 years down the line, the Indian Navy will posses around 26 Modern Submarines including 14 Nuclear Powered ones. Naval Fighter Jets for Carriers The Indian Navy has officially issued a request for information (RFI) for a new carrier-based multirole warplane on January 17, according to IHS Jane’s Defense Weekly. The Indian Navy intends to procure 57 naval fighter aircraft from a foreign supplier for its burgeoning fleet of aircraft carriers. As with previous defense deals, foreign aircraft makers are expected to assemble part of the new fleet of naval fighter jets in India under Indian Prime Minister’s Modi’s Make in India initiative. The RFI lays out in detail the requirements for the new aircraft including “be capable of operations during day and night, and in all weather conditions; and be suitable for shipborne air defense, air-to-surface, ‘buddy-buddy’ aerial refueling, reconnaissance, electronic warfare, and other unspecified roles,” IHS Jane’s Defense Weekly notes. In terms of weapons systems the Indian Navy is looking for an aircraft that can carry four beyond visual-range air-to-air missiles (AAM), two shorter range AAMs and is fitted with a gun. The aircraft should also be capable of carrying strike weapons next to AAMs. All these vessels are bound to be inducted within 2030 and by then Indian Navy will become one of the strongest naval forces on the planet. These are just baby steps towards building a world class navy which can compete the super powers in the world, just wait and watch, more are coming soon. Jai Hind !! The post How the Indian Navy is emerging as a potent naval force on the planet appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.
Source:-Top 10 India’s Indigenous Defense Weapons Defending India is a humongous task our Armed Forces do every second. Our Men in Uniform make this possible every second through their efforts and out of the skin hard work. To do it efficiently they need a range of equipment for which a country is not self reliant, it means letting go the hard work of our men go in vain . India realised this late, but nevertheless has made a very impressive beginning. IADN brings you a list of such systems. 10. Dhanush Howitzer The first 155mm towed howitzer developed and manufactured by India is based on an earlier successful Bofors gun. But this gun has been upgraded with a 45 caliber gun and range extended to 38 kilometers. Capable of firing 3 rounds in 15 seconds and equipped with thermal sights this howitzer gives India a platform to work on better guns while also giving the Army some breathing space while a gun with bigger caliber is developed and it replaces the 105mm Light Field Guns.In trials it came out better by 25 percent than the bofors in parameters like range, accuracy, consistency, low and high angle of fire and shoot-and-scoot ability. 9. NAG ATGM A third generation Fire and Forget Anti Tank Missile developed by DRDO as a part of IGMDP and produced by BDL , India ,provides India a missile which can destroy enemy tanks from land or air with modern Composite Armours. Based on Infrared Imaging and mmW active radar homing and available in helicopter launched, vehicle launched and shoulder launched varients, this provides an all round solution to Indian Army’s anti tank needs. With a single hit probability of near 77% at a range of 4 kilometers, this missile means our enemies tank will not be able to escape the battlefields unscathed. For more details on NAG Anti tank missile 8. Piniaka MRBL Pinaka is a multiple rocket launcher produced in India and developed by DRDO for the Indian Army. The system has a maximum range of 40 km for Mark-I and 65 km for Mark-II and can fire a salvo of 12 HE rockets in 44 seconds, neutralising a target area of 3.9 km2. This Indian system is helping replace Indian Army its older GRAD MBRL system of soviet era. It can fire Fragmentation high explosive, Incendiary, Anti-Tank and Anti-Personnel minelettes and Anti-Tank bomblettes. 7. HAL Dhruv Developed and Manufactured by HAL, this Multirole Utility helicopter of India also known as Advanced Light Helicopter is in service with Indian Army, Navy, Air force, Coast Guard as well as BSF other than many foreign nations where it has been exported. Powered by two Shakti Turboshafts , this chopper has a range of over 800 kilometers and service ceiling of 20,000 feets. They are serving India from Siachen to Thar in transport to Anti Armour roles and are improving day by day as new technologies and systems are introduced. They have also been used to develop two armed varients capable of firing missiles , rockets and heavy machine guns. These helicopters have proved to be rugged , rough and tough machines which have now proved themselves in various missions and operations. 6. Akash Missile Akash , the Medium range surface to air missile developed in India is now paving way for Army and airforce to upgrade its air defence and that too with an Indian option. The missile system can target aircraft up to 30 km away, at altitudes up to 18,000 m.An on-board guidance system coupled with an actuator system makes the missile maneuverable up to 15g loads and a tail chase capability for end game engagement. It can neutralize aerial targets like fighter jets, cruise missiles and air-to-surface missiles as well as ballistic missiles.The heart of this missile is the Indian Rajendra PESA radar. Rajendra is a slewable passive phased array radar used for 3-D target detection, multi target tracking and multiple missile guidance under extreme hostile EW environment.It can track 64 targets in range, azimuth and height and guide eight missiles simultaneously in ripple fire mode towards four targets. Akash can fly at the speed of twice of Sound, means more than 2.5 mach speed.With the use of ramjet engines, Akash can maintain top speed at all altitudes and maneuverable in any altitudes. The entire flight can be controlled by the command control computer and the controller can order the missile self destruct in mid-air if missile was wrongly fired. For more details on Akash Missile 5. Arjun MBT Developed by CVRDE and DRDO, Arjun mk1 and its improved varient Mk2 are now being produced for Indian Army. It first proved itself when it outclassed T90 during comparative trails. Armed with a 120 mm Rifled Bore gun it can fire missiles , AFPSDS, HE and HEAT rounds to. Protected by Kanchan Armour and ERA it has survived direct hit be HESH and APFSDS rounds in trials by T72 tank. Powered by a 1400HP engine it can traverse length and breadth of Indian Landscape with very high mobility. 4. Risat RISAT (Radar Imaging Satellite) is a series of Indian radar imaging reconnaissance satellites built by ISRO. They provide all-weather surveillance using synthetic aperture radars (SAR). RISAT 1 uses a C band radar while RISAT 2 uses an X band radar. They provide all-weather earth observation and surveillance capabilities to Indian Armed forces. More such satellites are in the pipeline. 3. Tejas Designed by ADA and manufactured by HAL , Tejas a 4th generation lightweight multirole aircraft will be replacing Mig21s and Mig27s in Indian Air force service. Capable of firing BVR and WVR Air to Air missiles, air to ground missiles and guided and unguided munitions and bombs in addition capability to fire anti ship missiles, Tejas has an all round capability. Equipped with AESA , IRST and EW systems this will pack a punch much above its weight. 2. AGNI 5 The 5,500 Km Missile capable of delivering 1,500 kgs of conventional or nuclear warhead, it ensures India has every inch of its adversary’s territory under the cover of its strategic nuclear deterrence. Guided by Ring laser gyroscope and inertial navigation system, optionally augmented by GPS which helps the missile to attain single digit accuracy despite travelling at mach 24 at the terminal phase. With its unique capability to be transported by road or rail its capability to carry MIRVs guarantee India a second strike capability. 1. Indian Ballistic Missile Defence Shield It is a two tired ballistic missile defence system consisting of two missile namely PAD and AAD developed and tested by India. The Prithvi Air Defence (PAD) is an anti-ballistic missile developed to intercept incoming ballistic missiles outside the atmosphere (exo-atmospheric). Based on the Prithvi missile, PAD is a two-stage missile with a maximum interception altitude of 80 km (50 mi).Advanced Air Defence (AAD) is an anti-ballistic missile designed to intercept incoming ballistic missiles in the endo-atmosphere at an altitude of 30 km (19 mi). There is a third missile named PDV in development which will intercept targets at 150 km altitude. This missile system has an heart named Swordfish. These missile systems coupled with the Swordfish Long Range Tracking Radar gives India a capability which only 3 other nations have.Swordfish is an Indian active electronically scanned array (AESA) long-range tracking radar specifically developed to counter ballistic missile threat. It has a range of over 1000 km for an object as small as a cricket ball. The post Top 10 India’s Indigenous Defense Weapons appeared first on Indian Defence Update.Indian Defence Update - Please Visit Our Site For Latest News On Indian Army, Navy and Airforce Indian Defence Update.