Jamaran : first iranian indigneous frigate launched


Iran has commissioned its first indigenously built frigate,Jamaran, during a ceremony at Bandar Abbas on 19 February.

Built under the Mowj project, Jamaran is referred to locally as a 'destroyer', although the design is based on the Iranian Navy's existing 1960s-vintage British-built Alvand-class (Vosper Mk 5) frigates.

According to local state-owned media reports, the ship displaces 1,420-1,500 tons, which is the size of a light frigate or corvette.

Although the frigate does not have a hangar, space has been provided for a flight deck capable of operating an AB 212 helicopter. It is Iran's first helicopter-capable surface combatant; the earlier Alvand-class frigates are fitted with gun and missile systems at the stern.

A second indigenously built frigate – built to the same design – is in the latter stages of construction at Bandar Abbas.




Jamaran is the name of a domestically produced Mowj class Corvette[3] [4] / light guided missile frigate [3] [4] launched in early 2010 in Bandar-e-Abbas, Iran. Iran said that the manufacture of Jamaran and the missile boat Paykan were among the greatest achievements of the Iranian Navy and the ship's launch marks a major technological leap for Iran's naval industries.[6][5] It is the first ship of its class. More ships in its class are under construction. The ship is designed for a crew of 120-140.[7] The Jamaran-class combines traditional anti-submarine capabilities with systems to deal with surface and air threats as well.

weapon system
The primary weapon deployed by Jamaran-class vessels is the Bell 214, which acts in concert with shipboard sensors to seek out and destroy submarines at long distances from the ships. The Jamaran class can run an helicopter in-flight refueling (HIFR) operation when a helicopter approaches on the landing platform, which is not necessarily suited for landing operations. [8] The Jamaran-class also carries a close-in anti-submarine weapon 324 mm light torpedoes, launched from triple torpedo launchers either side of the forward end of the helicopter landing pad. A secondary anti-shipping role is supported possibly by four C-802 surface-to-surface missiles, mounted in four box launchers at the main deck level between the funnel and the helicopter landing pad.[9] [10] For anti-aircraft self-defense the Jamaran-class is supported possibly by four SM-1[citation needed] surface-to-air missiles in four box launchers at the main deck level near the helicopter landing pad. The Jamaran-class is also carries two 20mm and one 40mm maned autocannon to provide a shipboard point-defense against incoming anti-ship missiles and aircraft. [10] [4] The main gun on the fo'c'sle is a 76 mm Fajr-27 gun. The gun is capable of firing shells at a rate of 85 rounds per minute at a range of more than 17 kilometers. The Fajr-27 is a multi-purpose weapon usable against surface and air targets and can also firing shells in ship-to-shore bombardment. [11]

source : janes.com and wikipedia

Singapore increasing their military budget

Singapore, to increase its military capabilities will provide funds amounting to U.S. $ 8.13 milliard for the year 2010. Funds of this magnitude is an increase of 0.1% of funds last year.
Singapore navy will get funding for U.S. $ 7.77 million. The funds were used for weapons procurement, operations and maintenance of assets.
As we all know, Singapore is a Southeast Asian country with the largest military spending, which has the best military tool in southeast asia. In recent years singapore seen involved in the crawling arms race with malaysia.

ASM anti ship missile in South East Country (Malaysia, Singapore, Thailand..)

Singapore :
Now, Singapore operated ASM below :
1. Boeing Harpoon : Operated By Singapore Navy and Singapore Air Force, installled in La Fayette (Formidablle) class frigate

Malaysia:
1. Exocet MM49,49 and 40 block 2
2.Brahmos (in negotation process)
3. OTOMAT Mk2 : instaled on Laksamana Class Fregate
4. Boeing AGM-84D Harpoon
5. Sea Skua : installed in their Linx helicopter


Indonesia :
1. C802 ( being evaluated, not yet installed)
2. Yakhont ( in installation process)
3. Exocet

Thailand:
1. Boeing Harpoon : Installed on Naresuan Class
2.EXOCET MM38
3. C-802


Philippine
Phillipine didnt operate ASW


Vietname


We can se from the list above that Malaysian Navy is the navy in south east asia that operated more type ASW. RMN (Royal Malaysia Navy) colected the latest fancy stuff from western block, if we compare with another country RMN is the only sea skua operator.

Singapore, with their close relatonship with USAand Israel, only use ASW from USA. I think this is ultimate choice for thir needs, because different with their neighbour country, specially Indonesia, singapore didnt has any relationship problem with USA and Israel, so singapore far from weapon embargo such of experienced by the Indonesian. Harpoon is the best ASW in the world, even for export type. Its combat proven, sea skimming and has ECCM capability.Maybe base on this argumen that push Malaysian operated so many type of ASW.

Yakhont vs. exocet vs. harpoon

Until now dominate the Harpoon and Exocet 65% market of the world anti-ship missiles, the Russian missile covers only 20%, and the rest of Western Europe's producers (Italy and Sweden), China and Israel. Dominance of United States missile and France are mainly caused by the missile's own capabilities and flexibility of placement on all platforms (ability of shipboard). Both Harpoon and Exocet has made it difficult if the defense motion for a second anti-ship missiles at a certain distance able to fly low (2-3 meters) above the water surface (sea skiming). This makes it difficult maneuver detection power boats - boats on the water that radar mounted on the main pillar of the ship. Another technological development of the second missile was the application of Electronic counter counter measure (ECCM) which enables the missile to avoid efforts to deceive or distract emitted from the use of warships such as chaff and Decoy. The second factor of the second successful missile was a relatively mild form, with a length of less than 4 meters allow these weapons can be mounted on various types of warships, from battleships light as a class battleship The Singapore Sea Dragon to a big cruiser like the Arleigh Burke class United States Navy. Moreover, two variants of this missile can be carried by an airplane wing and fixed wing circles such as the Super Puma helicopter capable of carrying two fighter Exocet and F-18 Hornet is capable of carrying a pair of Harpoon.

Missiles - anti-ship missile developed by Russia has the advantage of the speed and yield. Missiles - Western missile Average - average speed 0.85 mach / speed of sound (Harpoon AGM-84) to 2.3 mach (Sidearm AGM-122A). Meanwhile, Russian missile range 0.9 mach (Styx missiles) -3.5 mach (missile Kingfisher). Average Russian missiles - a large flat and wide between 6-9 meters in length which contains a large boosters device so that the missile can fly so fast. These factors complicate the reaction rate of anti-missile defense warships to the target missile. Another advantage is that yield so much that can sink ships of destroyer in one shot. Styx missiles that have been exported to many international markets laden with explosives weighing 500 kg, compared with heavy ammunition Exocet and Harpoon 165 Kg 300 Kg approximately. The ship is sinking by Exocet more perkenaan caused by a missile hit the ship as a vital part of the engine room so easy to burn and blow up the ship. This can be seen on the Exocet that hit the brunt of the USS Stark, the ship was damaged and only able to continue the voyage to base for repairs.

Weaknesses of Russian missiles are large size and rigid so that only certain platforms that can run it. Small battleships semaacam Osa and Komar-class capable of carrying missiles for the two ships Styk because it was designed to launch these missiles. Usually Russian missile sales to be a package deal with warships. This is different from the Harpoon and Exocet can be installed on the ship that is not American and French products. For example Fatahillah class corvettes are made in the Netherlands can be installed Exocet and class battleships Kris light of South Korean-made missiles could be installed the same. Because based on the speed and capacity advantage warheads, the Russian missile aside large movements like sea skiming maneuvers so that if the anti-missile defense warships to the target in a state of well prepared, it can be threshed missiles in the air as the Israeli Navy in the Battle of Yom Kippur War in 1973 which successfully blocked 45 Styx missile attack.

Prospect Yakhont

So far, anti-ship missile products to meet the needs of the Russian navy and naval domestic country - under its allies and the country - a country that has become its traditional markets such as India, China, North Korea and a few Arab countries. When the Cold War ended, the supply of weapons to the Russian military more restrictive, while the defense industry has been dependent on the government should be privatized and entered the open market. This condition is very encouraging independence and the Russian military industry a chance to compete with the state - Western European countries. Russia successfully expanding aircraft market and combat vehicles that traditionally the state land - Western countries such as BMP-3 delivery to South Korea and Sukhoi fighters and MiG series to several Asian countries.

Until now, the missile industry Russian navy must recognize the benefits of Western Europe, the United States and China. Chinese missiles even though imitation products marketed Russia but sold in some Asian countries like Thailand, Bangladesh, Pakistan, and North Korea. Whereas one - the only country that is still loyal acquired various anti-ship missiles Russia is India. Since the mid-1980s, Russian arms industry to design anti-ship missile that can be installed in any type of modular warship without a single package with the ship that carried it. The missile is the SS-N-22 Moskit, SS-N-25 Uran and SS-N-26 Yakhont. Maneuverability three types of weapons of this ship Exocet like being able to fly low seaskiming 3-6 meters above sea level.

Moskit missile that could reach targets as far as 120 km and a speed 2 times the speed of sound dedicated to battleships mounted high up like a frigate, destroyer and cruisers. The West called industrial design Raduga Design Bureau is the name Sunburn and murderer dubbed the mother ship (Carier killer). Russia successfully marketing this missile to India and China. Indian Navy frigate put the kelasDelhi and Souvremany class Destroyer. Meanwhile, China put on Souvremeny class destroyers.

Another Russian arms industry that is Zvesda-Strela successfully created cruise missiles SS-N-25 Uran which can be installed on ships - battleships corvettes mild-to-type. The speed of this missile is much lower than Moskit about mach 0.7, but has a cruising range of more distant of about 130 Km. Russia successfully marketed to China and Vietnam. Chinese Navy frigate put it in class, while the Vietnamese Navy put on fast attack craft a new class.

Russia is the latest missile SS-N-26 Yakhont artificial Mashinostroyenia industry which has the advantage of technology and posture. This missile can fly at mach 2.5, 120 Km cruise impotent, and racing at an altitude of 15 km and maneuver at an altitude of seaskiming. More than that these missiles have the equipment Electronic Counter-Counter Measure (ECCM) that is not easily conquered by the detractors of equipment such as missiles Jamming, chaff, and Decoy. India was preparing to buy the missiles, and the current Russian approach to Indonesia is also marketing the missiles mounted on aircraft or the installation of this coastal defense. Indonesia seems to give the green light to this offer, and if the purchase means teralisasi Russia managed to get a market that has long missile off. TNI AL mempensiunkan Guided missile speedboats following Komar class missile lagendaris SS-N-2 Styx in the late decades of the 1970s.
Naval Force &Jane’s Fighting Ship

Indonesia install Yakhont Missile in their Frigate



PT. PAL, Indonesia shipyard industry in particular Battleship Division is currently installing missile Yakhont (P-800 Oniks) came from Russia to the Van-class warship KRI Oswald Siahaan Speijk-354.


Head Installation Project missile Yakhunt Sutrisno said today his party was making the installation of missiles in the stomach KRI OWA. "It is expected in April next four missiles from Russia would come and ready to be installed in HMS OWA, he said," Tuesday (16 / 2) in Surabaya.

Previously, PT PAL Indonesia (Persero) is also able to overhaul Submarine KRI KRI Cakra and Nanggala in 1995 and 1997. "We're actually capable of. Only, so far not given a chance," said Chairman of the Trade Union PT PAL Indonesia (Persero) Yuniarto LEKSANA.

The P-800 Oniks (Russian: П-800 Оникс, alternatively termed Yakhont (Яхонт) for export markets; "Oniks" is onyx, and "Yakhont" is ruby or sapphire in English) is a Russian (former Soviet) supersonic anti-ship cruise missile developed by NPO Mashinostroyeniya as a ramjet version of P-80 Zubr. Its GRAU designation is 3M55. Development reportedly started in 1983, and by 2001 allowed the launch of the missile from land, sea, air and submarine. The missile has the NATO reporting codename SS-N-26. It is reportedly a replacement for the P-270 Moskit, but possibly also for the P-700 Granit. The P-800 was reportedly used as the basis for the joint Russian-Indian supersonic missile the PJ-10 BrahMos.

Pak-fa : the game changer from Russia


Sukhoi PAK-FA - Russia's Strategic ‘Game Changer’

Air Power Australia - Australia's Independent Defence Think Tank


Air Power Australia NOTAM
15th February, 2010


WGCDR Chris Mills, AM, BSc, MSc(AFIT), RAAF (Retd)


Mob: 0419-806-476 Mob: 0437-478-224


The first high quality in flight image of a PAK-FA prototype to be released by Sukhoi/KnAAPO (Sukhoi).

When a nation accustomed to decades of projecting power loses control of large tracts of airspace, that is a strategic disaster. If that nation loses control of the airspace over its homeland, that is a strategic catastrophe.

America has enjoyed air superiority over airspace in locations of its choice for about 40 years. The F-22A ‘Air Dominance’ Raptor and the clear intent to establish the next level, air dominance, was an aircraft thirty years ahead of its time. Its concept design is now twenty years old, and the aircraft should be in full stride and in its prime. The Sukhoi PAK-FA is the new, younger, tougher kid on the block, and is likely to become the nemesis of the F-22A, but still prey to a more advanced F-22C.

Some will say, “if we are defeated in the air, the Navy will protect us”. “With what?”, is the response; “legacy aircraft like the F/A-18s, or the F-35B/C, with performance worse than the pre-legacy F-4E, so that its manifold deficiencies must be papered over by marketing spin like: ‘manoeuvre is irrelevant – let the missiles do the turning’?”. So when these aircraft are shot down by the PAK-FA escorting a swarm of Su-35S Flankers delivering carrier-killing supersonic missiles, the USN fleet is a sunk cause.

“Oh, well, the Army will protect us,” is the next response. Pity the poor Army. No US ground forces in recent times have ever operated without overhead air superiority, and as professionals, they know the dire consequences if the enemy controls the air. As an example, an Su-30/35 can carry three KAB-1500 bombs with a thermobaric fill. Detonate these in airburst above a dug-in Battalion, and nobody emerges alive or without serious, debilitating injury. One aircraft, three bombs, one Battalion.

“Well, we all know that Russian aircraft are rubbish, and won’t work in a real war” is the next piece of hubris. America, you have been here before. Here is what Robert Coram wrote in his biography of John Boyd, whose ‘energy-manoeuvre’ analysis became the genesis of the hugely successful air combat aircraft of the latter part of the 20th century, the F-16 and the F-15 – which has over 100 kills and no losses in air combat (‘Boyd’, Page 211):


’If there was a turning point, a time when even the most jingoistic Air Force General at last understood that Communist forces could build fighter aircraft superior to anything that America put in the air, it was Vietnam in 1967, the worst year of the war for the Air Force. It finally sank in that, as Boyd had said for years, the air force had no true air-to-air fighter. It is said that combat is the ultimate and unkindest judge of fighter aircraft. That was certainly true in Vietnam. The long-boasted-about ten-to-one exchange ratio from Korea sank close to parity in North Vietnam; at one time it even favored the North Vietnamese. When the war finally ended, one Air Force pilot would be an ace. North Vietnam would have sixteen.’


And so it goes. Yet today, the Gates OSD has killed the only program that has a chance of developing a capability to engage and defeat the PAK-FA – the F-22 Raptor, designed from the outset as an ‘air dominance fighter’. To make matters worse, the Gates OSD has delivered a ‘double-dog-in-the-manger’ to its allies by not producing enough F-22A aircraft to protect its own airspace of interest, let alone airspace of its threatened allies, AND by denying its allies access to the F-22A through a Foreign Military Sales export program.

Killing the Raptor program is transparently a marketing ploy designed to ensure that the F-35 JSF will be bought simply because it becomes a forced monopoly in the production and sale of US air combat aircraft.

The entry of the PAK-FA could see this backfire big-time on US industry. Nations like Japan and Israel could well take the attitude: “OK USA, we are under imminent threat, you cannot protect us with a meagre 187 F-22As, the F-35 is not up to the task, you won’t sell us the F-22A, so we will see what Sukhoi has to offer. And we will save money as the way things are going with the JSF Program, the PAK-FA will likely cost less than half the price of an F-35 and be fully operational that much sooner.”

Sukhoi has negotiated co-production of the PAK-FA with India, and further co-production deals could the centre of gravity of production of top-tier air combat aircraft to East Asia. Israel would no doubt be delighted to participate; its excellent avionics industry already provides equipment used in several types of Sukhoi combat aircraft. Operating the PAK-AF would give it access to Regional airspace where no F-35 would be able to enter and survive.

The US would be left with the scraps, producing ineffective combat aircraft that could only be sold by forcing purchases onto the wary and resentful US Armed Services, who would know that they are now ‘second tier’ and likely to be slaughtered en-masse in a shooting war.

This outcome would overturn President Obama’s 28 January 2010 statement that “I do not accept second-place for the United States of America” when it comes to any contest with Russia, India or China.

President Obama, ask your Intelligence Services for a ‘warts and all’ assessment of the air combat capabilities of the F-22A and the F-35 JSF, and those of the Su-35S and the PAK-FA, and be prepared to change the course of the Nation to ensure you are developing air dominating air power1.

The new Air Power Australia Analyses technical analysis paper ‘Assessing the Sukhoi PAK-FA’, produced by Carlo Kopp and Peter Goon, both of whom are experienced design engineers with complementary skills in other areas, while necessarily preliminary because of the recency of the maiden flight of the PAK-FA, clearly reveals this aircraft will become a giant, standing on the giant shoulders of the F-22A and the YF-232.

Sukhoi and the Russian MoD have maintained a clear understanding of the strategic value of control-of-the-air, and through a cost-effective and risk mitigating merge of evolutionary and revolutionary capability development, have drawn from their own knowledge, and knowledge borrowed from the USA, to produce what could, if left unchecked, become the world’s deadliest air combat fighter. There should be no sentimentality about these aircraft, they are killing machines in a world where it is ‘kill or be killed,’ and technical systems superiority puts pilots and nations well along the path to victory.

For the F-22A to defeat the mature versions of the PAK-FA requires that the existing production line remain open to provide interim protection for the US, and export aircraft for its allies, and to provide the industrial base to develop the F-22C Raptor II, with advanced capabilities such as an expanded kinematic operating envelope, more range, improved sensors and missile countermeasures, and a range of new air-to-air weapons that will be effective in finding and killing the PAK-FA3.

These capabilities could be added to the F-22 design in minimal time and at modest cost. The Raptor needs IRST sensors, more advanced control surfaces and control authority to provide extreme agility, advanced countermeasures including apertures for electronic jamming and towed decoys, 3D thrust vectoring and a variable-cycle engine to improve thrust and fuel efficiency at all altitudes. Using the Russian ‘evolutionary development’ model rather than the now favoured US rent-seeking ‘start from scratch development’ model, these enhancements would be added to a proven and effective aircraft at a fraction of the cost of development of the failed F-35 JSF, or the development of an entirely new aircraft. The US has sufficient lead in this area to stay ahead of the PAK-FA for the foreseeable future if it acts decisively, and acts now.

And how to fund the F-22C? Well, the answer has been staring everybody in the face for ages: kill the deeply troubled F-35A program and transfer the funds and recoverable technology to future F-22A and F-22C production – the economies of scale will result in a lower unit cost, saving around US$50 to US$70 million per aircraft.

The USMC F-35B? Well maybe, but the Marines should be asked again whether they really want to be in an F-35B with Su-35S and PAK-FA’s in the airspace. Perhaps they would feel safer and more effective in an F-22A or F-22C fleet, as proposed last year by APA4.

And the USN F-35C? No way – the PAK-FA (and, likely, the Su-35S) will be carrier based and to counter this, the USN needs a navalised F-22N developed in parallel with the F-22C to keep those supersonic anti-ship cruise missiles away from vulnerable surface fleet hulls5.

To conclude on a lighter note, NATO should assess the PAK-FA as a new type of air combat aircraft. We can speculate on what ‘F’ word they will choose, but ‘Fighter’ seems appropriate, for the time being.

http://www.ausairpower.net/APA-NOTAM-150210-1.html

India's missile tech a decade behind that of China

'India's missile tech a decade behind that of China'
PTI, 14 February 2010, 06:03pm IST
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Topics:

* China
* India
* Missile

BEIJING: Despite India's advances in missile technology, the country is still a decade behind China, a top Chinese defence analyst has claimed
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and asserted that Beijing does not view New Delhi as its "strategic rival."

Shrugging off concerns that newer versions of India's Agni missiles could strike the northernmost tips of China, the state-run Global Times, quoting a top analyst said India may take five more years to achieve this capability.

The analyst also dismissed the claims that India is far ahead of China in developing interceptor technology, the paper said this week, days after India tested the Agni- III, which has a 3,500 km range.

Chinese Rear Admiral Zhang Zhaozhong, a professor at the prestigious Chinese National Defence University, said India is still 10 to 15 years behind China in terms of missile technology.

"It's still unknown when the Agni-III will be deployed by the Indian army, though they claim the missile is ready for use. And it might take at least another five years to ready the Agni-V," Zhang was quoted as saying.

He also claimed that China did not see India as a strategic rival, and developed weapons to counter it.

"In developing its military technology, China has never taken India as a strategic rival, and none of its weapons were specifically designed to contain India," the Global Times quoted Zhang as saying.

"After Agni III and Agni V, as far as cities in China and Pakistan are concerned, there will be no target that we want to hit but can't hit," DRDO chief V K Saraswat had said.

Earlier this week, Chinese foreign ministry spokesman Ma Zhaoxu had described China's ties with India as "friendly and cooperative" and said both countries did not pose mutual threat.

"I don't want to interpret or comment on the reports," Ma said when asked to comment on the February seven launch of Agni-III which put China's major cities within its strike range.

"The China-India relation is friendly and cooperative. China will not be a threat to India, and nor will India pose a threat to China," Ma said.

India is set to test within a year an Agni-V nuclear- capable missile with a range of more than 5,000 kilometres, Saraswat, had said.

"We feel our accuracy is better than China's DF 21," Saraswat had said of the Agni-III, which was test launched on February 7.

The DF-21 is China's mid-range missile that debuted in 1999, along with its intercontinental ballistic missile, the DF- 31, which the army utilises.

Zhang also dismissed Saraswat's assertion that India was ahead of China in the area of ballistic missile defence (BMD).

Zhang said the BMD accounts for only part of India's interception system, which also encompasses early-warning and guidance.

"India's technology for its measurement and control system, which is used to trace launched missiles, remains at a very low level, and they are unable to constitute a complete and reliable missile defense system," Zhang claimed.

Beijing test-fired its first missile interception system last month, and successfully tested its anti-satellite system in 2007.

The United States and Russia are the only two countries that have actually deployed missile-interceptor technology.
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source: time india

Chinesse ASm for Indonesian NAvy

12 Februari 2010

China's C-705 ASMs can reach 75km or 170km with 2nd stage added (photo : Sinodefence, China Defence Mashup)

Dozens of Chinese-built anti-ship missiles (ASMs) may soon be acquired by the Indonesian Navy following trials if continuing, negotiations with China prove successful.

The Indonesian Navy is believed to be considering placing an order for C-802 Anti-Ship Missiles (ASMs) for the navy’s fleet of fast patrol boats and Van Speijk Class frigates if testing gives positive results.

Discussions with China to also purchase the smaller and cheaper C-705 ASMs are ongoing. If successful, these will also be carried by the Navy’s fast patrol boats and Van Speijk frigates.

Indonesia’s inability to develop its own domestic missiles continues to make the country reliant on foreign technology; however state-owned naval shipbuilder PT Pal does have the technology to integrate weapons systems imported from foreign manufacturers onto existing TNI-AL vessels.

PT Pal acquired the integration technology as part of an original deal with China’s National Precision Machinery Import and Export Corporation when two YJ-2/C-802 ASMs were fitted onto one of the Navy’s PB-57 large patrol craft in 2008.

The size of the order is unknown, however industry sources believe it will be sizable if sufficient funding can be raised by Indonesia for the deal.

(Asian Military Review)

Chinesse ASm for Indonesian NAvy

12 Februari 2010

China's C-705 ASMs can reach 75km or 170km with 2nd stage added (photo : Sinodefence, China Defence Mashup)

Dozens of Chinese-built anti-ship missiles (ASMs) may soon be acquired by the Indonesian Navy following trials if continuing, negotiations with China prove successful.

The Indonesian Navy is believed to be considering placing an order for C-802 Anti-Ship Missiles (ASMs) for the navy’s fleet of fast patrol boats and Van Speijk Class frigates if testing gives positive results.

Discussions with China to also purchase the smaller and cheaper C-705 ASMs are ongoing. If successful, these will also be carried by the Navy’s fast patrol boats and Van Speijk frigates.

Indonesia’s inability to develop its own domestic missiles continues to make the country reliant on foreign technology; however state-owned naval shipbuilder PT Pal does have the technology to integrate weapons systems imported from foreign manufacturers onto existing TNI-AL vessels.

PT Pal acquired the integration technology as part of an original deal with China’s National Precision Machinery Import and Export Corporation when two YJ-2/C-802 ASMs were fitted onto one of the Navy’s PB-57 large patrol craft in 2008.

The size of the order is unknown, however industry sources believe it will be sizable if sufficient funding can be raised by Indonesia for the deal.

(Asian Military Review)

Chinesse ASm for Indonesian NAvy

12 Februari 2010

China's C-705 ASMs can reach 75km or 170km with 2nd stage added (photo : Sinodefence, China Defence Mashup)

Dozens of Chinese-built anti-ship missiles (ASMs) may soon be acquired by the Indonesian Navy following trials if continuing, negotiations with China prove successful.

The Indonesian Navy is believed to be considering placing an order for C-802 Anti-Ship Missiles (ASMs) for the navy’s fleet of fast patrol boats and Van Speijk Class frigates if testing gives positive results.

Discussions with China to also purchase the smaller and cheaper C-705 ASMs are ongoing. If successful, these will also be carried by the Navy’s fast patrol boats and Van Speijk frigates.

Indonesia’s inability to develop its own domestic missiles continues to make the country reliant on foreign technology; however state-owned naval shipbuilder PT Pal does have the technology to integrate weapons systems imported from foreign manufacturers onto existing TNI-AL vessels.

PT Pal acquired the integration technology as part of an original deal with China’s National Precision Machinery Import and Export Corporation when two YJ-2/C-802 ASMs were fitted onto one of the Navy’s PB-57 large patrol craft in 2008.

The size of the order is unknown, however industry sources believe it will be sizable if sufficient funding can be raised by Indonesia for the deal.

(Asian Military Review)

Two engine RMAF Sukhoi Su-30 lost

PETALING JAYA: Two more fighter jet engines were "lost" by the Royal Malaysian Air Force (RMAF) in 2007, apart from the two F5 engines that were stolen from its Sungai Besi air base.

The other two engines "lost" belonged to a newly-delivered Sukhoi Su-30MKM Multi Role Combat Aircraft (MRCA). The aircraft suffered "foreign object damage" (FOD), as it goes in air force lingo, after its engines sucked in stones and other objects as it landed in June 2007.

Sources said the two NPO Saturn AL-31FP engines were scrapped after suffering "catastrophic damage" when the brand-new Sukhoi jet landed on the runway at the Gong Kedak air base in Kelantan.

However, RMAF chief Datuk Seri Rodzali Daud told The Malay Mail at Parliament recently that the engines were not scrapped but sent for repair.

He declined to elaborate, but did say that FOD was a normal occurrence in fighter jet operations. If the engines could be repaired, they would have been sent back to the Russian manufacturer, NPO Saturn.

Although the Sukhoi planes were equipped with titanium mesh doors that swing down over the air intake to protect the engines from FOD, the feature only worked during take-off and slow taxiing, not during landing.

Local defence industry sources who confirmed that the damaged engines were "lost" said it was difficult to estimate the cost of a brand new AL-31FP engine. The Sukhois cost the country RM155 million each and the government purchased 18 Su-30MKM from Russia in May 2003 at a cost of RM3.42 billion.

The Malay Mail learnt that the aircraft in the FOD incident was not grounded for long as the RMAF, as with other air forces, had procured spare engines for its Sukhoi fleet.

The sources said the Sukhoi was one of five fighter jets delivered in batches from May 2007.

These were transported from Russia to the Subang airbase in Antonov An-124 transport planes and re-assembled for trials before being handed over to the RMAF.

It is learnt that the damaged Sukhoi jet was flown by a Sukhoi Design Bureau test crew when the incident occurred, and that RMAF had initially demanded that the Russian company replaces the two engines.

However, Sukhoi refused on grounds that the test crew was only following the orders of RMAF officials to land at the Gong Kedak air base. The runway had been cleared for other RMAF aircraft such as the Hercules C-130 but at that point, the Sukhois had yet to be given the greenlight to land.

The Gong Kedak base had undergone massive re-development to host the new MRCA squadron.

More than RM200 million was spent to re-develop the air base, which now boasts an extended runway and new facilities, including hardened aircraft shelters for the Sukhoi squadron.

Although the incident was a clear violation of RMAF standing orders, no one has been hauled up over the loss of the two engines.

The Sukhoi made its public debut in the country at the 2007 Merdeka Day parade and the jets also took part in the Langkawi International Maritime and Aerospace show in December that year.
END

N-tipped Agni-V first india intercontinental ballistic missile can hit China and pakistan




NEW DELHI: Brimming with confidence after last week's successful Agni-III test, India now hopes to test its first-ever intercontinental ballistic

missile (ICBM) within a year. This nuclear-capable Agni-V missile will be able to hit even northernmost China.

Moreover, in the backdrop of Beijing testing anti-satellite (ASAT) weapons and ballistic missile defence (BMD) systems, DRDO chief V K Saraswat on Wednesday said India already had the 'building blocks' for ASAT weapons and was far ahead of China in the BMD arena.

DRDO, in fact, will conduct the fourth test of its two-tier BMD system, designed to track and destroy hostile missiles both inside (endo) and outside (exo) the earth's atmosphere, towards end-March/early-April. But all eyes are now on Agni-V, which with a range of over 5,000-km can arguably be called an ICBM, usually used to denote a missile capable of hitting targets over 5,500 km away.

Why is India not developing true-blue ICBMs, especially since Chinese missiles like Dong Feng-31A have a range of 11,200-km?

"We have the capability. But the missile's range and lethality is based on the immediate objective of threat mitigation. Agni-V suits our present requirements," said Saraswat.

Being designed by adding a third composite stage to the two-stage 3,500-km Agni-III, the 17.5-metre tall Agni-V will be a canister-launch missile system to ensure it has the requisite operational flexibility to be swiftly transported and fired from anywhere. Consequently, if launched from near the Line of Actual Control, the solid-fuelled Agni-V will be able to hit China's northernmost city of Habin. Both Agni-III, which DRDO says is now 'mature' for induction, and Agni-V will add muscle to India's 'dissuasive deterrence' posture against China.

Moreover, DRDO is also developing MIRV (multiple independently targetable re-entry vehicles) warheads for Agni missiles. An MIRV payload on a missile carries several nuclear warheads, which can be programmed to hit different targets. A flurry of such missiles can hence completely overwhelm BMD systems.

But unlike China, which fired a missile to bring down a satellite in January 2007, India will not test a 'real' ASAT weapon. "It will lead to debris in space. We can simulate a test on ground using an 'electronic' satellite. We have the building blocks for it," said Saraswat.

"Agni-III's propulsion system coupled with the BMD system's 'kill vehicle' will compose an ASAT weapon. The propulsion system is adequate to carry the ASAT warhead to 1,000-km altitude," said Saraswat.
source:http://timesofindia.indiatimes.com/india/N-tipped-Agni-V-can-hit-all-of-China-Pak/articleshow/5558520.cms

ATM Scorpene Submarine problematic


ATM Scorpene Submarine problematic

After receiving the Scorpene submarines at the end of 2009 last year, the operation of these submarines is hampered due to problems on the ship components.
Problems include the cooling section, this led operation in tropical waters become restricted. A source said the damaged parts were still under warranty and is expected to be resolved after months of February 2010. Damage to submarine last component is the system reported high-pressure water lines.
As known ATM malaysia, ordered 2 types of Scorpene submarines as part of an effort to compensate for the submarine force neighboring countries of Singapore, which operates the first submarine.
image source:http://media.themalaysianinsider.com/images/stories/2010feb6/kd-tunku-feb11.jpg

Iran detterence on progres:Kavoshgar 3 Launch worried the west

Kavoshgar 3 Launch worried the west
Iran has successfully launched a rocket carrying kovoshgar cargo of mice, worms placed in a special compartment. The launch is take lace on Wednesday, 3 February 2010 ago.
The success of this launch raises fears western world, because the same vehicle can be used as carriers of nuclear warheads.

Western world has a suspicion that iran is trying to develop a nuclear bomb and its vehicle. Nevertheless the government of Iran denies Western accusations it.
Kavoshgar rocket weighs 87 tons with a range distance of 500 km. The rocket is also used to deliver the Simorgh iran satellite weighing 100 kg.
Future Iranian government will try to increase the distance range rocket reaches 700 km and 1000 km.