Friday, September 17, 2010

ROSOBORONEXPORT : A Submarine With Good Fortune Under Its Keel


Indonesia the world's largest archipelago and the fourth state by population, cannot but have a powerful Navy. Although at present the Indonesian Navy counts only two submarines in its underwater forces. This is why three years ago the Indonesian Ministry of Defence announced its plans to procure six submarines. These plans of Indonesia to enlarge the underwater fleet inventory are fostered by a growing number of modern diesel-electric submarines entering service in this region's countries. The Royal Malaysian Navy, for instance, is increasing its underwater combat potential, and Vietnam is drastically changing its surface and underwater warfare doctrines, as well as other states are.



However, the global economic downturn has greatly amended plans of the Indonesian submariners. Last year during his visit to Russia, Mr Yusron Ihza, deputy chairman of the Defence Commission on political, security and foreign affairs in the House of Representatives of Indonesia, intimated the procurement of three Kilo class diesel electric submarines. Contracts for the procurement of the submarines must be financed out of the proceeds of a credit to be granted by a supplier state. Indonesia has recourse to such a mechanism as its defence budget makes up only 0.8 per cent of the gross national product, which is insufficient for the procurement of modern armaments albeit this year it has four billion USdollars earmarked for this purpose. Because of the scanty financing the Indonesian Navy has had to cut the initial number of submarines planned for construction.
Kilo class cutaway (photo : Militaryphotos)

At the first stage of the programme a tender for the procurement of two submarines was invited. German Howaldswerke-Deutche-Werft and French DCNS companies were the first to announce their participation in the tender at the very beginning. However, the most serious competition started unwinding between two main contenders in the bidding - South Korean and Russian shipyards. South Korean Daewoo Shipbuilding and Marine Engineering Company has offered two 1,400-tonneType 209 diesel-electric submarines of German design already taken out of production in Germany. Russia has offered the Kilo class large diesel-electric submarine.

The Kilo class large diesel-electric submarine offered by Federal State Unitary Enterprise (FSUE) Rosoboronexport for the tender has unique performance characteristics and combat capabilities. Kilo's advantages are duly appreciated by navies of India, China, Poland, Algeria, Iran and other countries. It is designed to effectively destroy any potential enemy's submarines, surface ships and coastal targets, when operating both autonomously and within a naval force. The submarine is powered by uprated diesel generators allowing a substantial increase in underwater speed and endurance extended up to 7,500 n.m. It is one of the world's most quiet diesel-electric submarines capable of performing guaranteed preemptive detection and delivering attacks on the enemy at long ranges, or performing evasive manoeuvres and becoming imperceptible for non-friendly ships.

Club missile brochure (image : Novator)

The Kilo class submarine armed with the Club-S missile weapon system has a substantially enhanced combat effectiveness. The system is designed to destroy all types of enemy surface ships, submarines and coastal targets with cruise missiles, while conducting combat operations in conditions of intensive electronic countermeasures and counter-fire. There are yet no analogues to the Club-S missile system in the world. This long-range missile system (up to 275 km) makes the diesel-electric submarine much better adapted for carrying out missions against high-speed targets, and more combat-resistant to enemy counteraction. If employed extensively, the Club-S missile system can drastically change the outcome of naval operations in favour of its carrier.

Another equally important aspect of the programme concerns terms of payment. The Rosoboronexport is now realising a very practical and efficient scheme. The intergovernmental agreement on granting a one billion US dollar credit to Indonesia for the procurement of Russian defence equipment was signed in 2007. Within the framework of this agreement Jakarta has already started taking delivery of the BMP-3F infantry combat vehicles and Mi-type helicopters. The terms of this credit can also be extended in case that the tender for diesel-electric submarines construction is won. The credit repayment period would then take 10 years with a five-year adjournment of the first payments, that is until 2012.

Above : The subsonic 3M54E1's two stage motor gives it a long reach of 300 km. Below : The first-stage booster of the 3M54E1 missile (photo : dtig)

Russia has rich history of cooperation with the Indonesian Navy. Until the end of the 1990s the Indonesian underwater fleet had operated Soviet-made Project 613 diesel electric submarines. Russia remains a leading naval shipbuilding nation. There are about 160 enterprises including shipyards, research institutes and design bureau as well as maritime machine-building, instrument making and electronic plants. The Russian shipbuilding industry can design and develop all types of military surface and underwater ships and auxiliary vessels, as well as naval weapons and technical facilities. Multiple factors such as advanced maritime science, shipbuilding and design technologies, large scale industrial base, highly skilled personnel and long-time experience in foreign economic relations, allow Rosoboronexport to maintain leading positions in the international naval exports. Thus, the last year’s exports of naval weapons and equipment amounted to about 14 per cent of all foreign military sales by Rosoboronexport, the leading state intermediary agency for military technical cooperation with foreign countries.

(Asian Military Review)



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Canberra to Delay Decision on Growler Upgrade for F/A-18Fs


Australia may not immediately convert its 12 Boeing F/A-18F Super Hornets that are being wired for the E/A-18G Growler electronic-attack configuration and could receive them in their original standard instead.


The aircraft - drawn from a 24-strong order - are being wired so that they can be converted in Australia, but the government and the Royal Australian Air Force are not about to make a decision.

"There is an acknowledgement that we need a fighter that will perform non-kinetic electronic attack roles, and the [Super Hornet] fighters could fit that role," says Gp Capt Steve Robertson, head of the RAAF's air combat transition wing and officer commanding its Super Hornet wing. "But we could take all 24 aircraft in the Super Hornet configuration and then convert some of them into Growlers at a later stage. It will not be a simple task, but we will have the capability to do it."

Robertson says Australia's strategy is something that the US Navy is considering as well. "They realise that this is a good option to consider as you refine your requirements," he adds.

Industry sources say that the decision to convert the Super Hornets into Growlers could also depend on when the RAAF takes delivery of its Lockheed Martin F-35 Joint Strike Fighters. While it is scheduled to receive its first aircraft in 2014, there remain worries that this could be delayed because of ongoing problems with the programme.

Such a delay could result in Canberra ordering another 12-24 Super Hornets, allowing it to convert some from the initial batch into Growlers while retaining its air combat capability.

But Robertson says there is no indication of whether there will be an order for additional Super Hornets. "The government has to make that decision," he says. "The focus is now on getting the Super Hornets in service and looking at getting the F-35s on board on time."

(Flight International)

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AgustaWestland and Thales Unveil Enhanced Airborne Surveillance and Control Capability


AgustaWestland, a Finmeccanica company, and Thales unveiled an enhanced Airborne Surveillance and Control (ASaC) capability, at RNAS Yeovilton on 10th July during the Fleet Air Arm’s annual Air Day. The low cost, low risk capability builds upon the combat proven Sea King Mk7 ASaC Cerberus mission system and Searchwater 2000 radar, to provide enhanced operational effectiveness through the use of the next generation AgustaWestland AW101 helicopter. AgustaWestland and Thales have teamed to jointly explore the potential for this capability in advance of the keenly expected MoD requirement to replace the Sea King Mk7 ASaC aircraft after its planned retirement in 2016.



Nick Whitney, Senior VP UK Government Business Unit, AgustaWestland said “The AgustaWestland solution will deliver an enhanced, cost effective and low risk capability which exemplifies the role of an ASaC capability fit for the 21st century. The solution we have developed capitalises on the substantial investment already made by the MoD in both the helicopter and the excellent Thales Cerberus mission system and radar.” Ed Lowe, Chief Operating Officer of Thales UK said, “Sea King Mk 7 is a highly successful ASaC platform which has proved itself over land and sea. Thales looks forward to working with AgustaWestland to develop a proposal to transfer our Cerberus mission system to the AW101 platform. I am confident this will offer our customer a low cost, low risk method of delivering ASaC well into the future with no capability gap”.



The palletised Searchwater 2000 radar is deployed through the rear ramp aperture when in operation and stows in the cabin when not in use, enabling rapid transit between tasking. Two aft-facing modernised mission crew stations are located at the forward end of the cabin. The following key features and benefits are also included:

• Long range, look up/look down air, land and sea capability
• Human Machine Interface optimised for two man operation
• Fully integrated Link 16 Command and Control capability
• Modern platform extends 360 deg radar horizon and significantly increases mission range and endurance.

The palletised ASaC equipment also enables a front line re-role capability delivering greater aircraft utility. The ASaC equipment could be role fitted to all AW101 utility variants.


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Military Reconnaissance Satellite Launched by China


China successfully launched another Earth observation satellite from the Jiuquan space base Friday, according to state-run media outlets.

The Yaogan 9 spacecraft blasted off from Jiuquan on a Long March 4C rocket at 0455 GMT (11:55 p.m. EST Thursday), or 12:55 p.m. local time. The three-stage rocket successfully delivered the secret payload to orbit, the state-owned Xinhua news agency reported.


The Jiuquan launch site is located in the Gobi desert near the border between China's Gansu and Inner Mongolia provinces. Jiuquan has hosted the launches of all three Chinese human spaceflights to date.

Yaogan 9 is the newest member of a series of satellites believed to harbor optical and radar military reconnaissance capabilities.

The satellite "would be used to conduct scientific experiment[s], carry out surveys on land resources, forecast grain output and help with natural disaster-reduction and prevention endeavor[s]," state media reports said.

But most experts believe the Yaogan series includes two variants with high-resolution electro-optical cameras and cloud-piercing radars designed to see targets through inclement weather or darkness.

In the past, optical Yaogan satellites launched from Jiuquan and radar-equipped spacecraft were shot into orbit from the Taiyuan space center in northern China's Shanxi province.

Before Friday's mission, analysts believed China had orbited three electro-optical Yaogan satellites and five radar payloads.

Previous Yaogan launches from Jiuquan used the less powerful Long March 2D booster. The Long March 4C launched Friday includes a restartable third stage to increase payload performance. Chinese officials did not address the change in rocket, but the more powerful launcher could indicate the mission carried an upgraded Yaogan satellite.

Official Chinese media did not announce the launch until Thursday, a typical communications procedure for closely-guarded military space missions.
Friday's launch was the second orbital flight of Chinese rockets this year, and it marked the ninth space launch to reach orbit worldwide so far in 2010.

(SpaceFlightNow)
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MUOS Satellite delayed further


The Mobile User Objective System (MUOS) satellite is facing another significant delay, pushing out the availability of the US Navy's next-generation ultra-high frequency satellite until December 2011, according to a report submitted to Congress by the service's top weapons buyer.


Back in February 2007 the Australian government announced that an MoU had been agreed between the Australian Department of Defence and the US Navy, setting out the governing arrangements for a joint military communications ground station near Geraldton, Western Australia.

The purpose of the joint ground station is to support the US Navy's MUOS, a narrow-band networked satellite constellation for UHF satellite comms enabling secure all-weather and all-terrain 3G mobile telecommunications.

It is designed to support US and Australian military users including deployed forces.

The MUOS ground station is collocated with the Australian Defence Satellite Communications Ground Station at Kojarena, 30 km east of Geraldton WA, but will be managed separately.

Boeing Australia Ltd was awarded a contract to develop the MUOS compound at the Australian ground site with the station scheduled to become operational by March 2010.

However, the MUOS constellation of four geosynchronous satellites (and one spare) will not reach full operational capability until some time after 2014.

General Dynamics C4 Systems is the lead contractor for the entire MUOS ground infrastructure and GD and Ericsson are also providing the waveform technology driving MUOS capabilities.

Based on its 3G technology, Ericsson's WC DMA will be modified by GD to operate over the satellite.

It is anticipated that there will be emphasis on dismounted handheld user terminals provided under the JTRS Cluster 5 program, which is a major user of this waveform, with the same applying to future ADF users already familiar with JTRS capable radios - which will now sport 3G waveforms.

(Australian Defence)
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Thursday, September 16, 2010

F-15C Eagle



Manufacturer: McDonnell Douglass
Power Plant: Two Pratt & Whitney F-100-PW-100 afterburning turbofans
Top Speed: Mach 2.5
Armament: One 20-mm cannon, four AIM-7F Sparrow and four AIM-9L Sidewinder missiles


No other fighter in the history of aerial combat has a record that even comes close to the Eagle’s. The F-15 is far superior to most of its brethren – way better than the F-4 – accelerating better, turning better, handling better.

In fact, such is the reputation of the F-15 that during the opening phase of Operation Iraqi Freedom, Saddam Hussein’s air force simply refused to get in the air. They knew the F-15 would just knock them out of the s


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World’s Most Expensive Military Aircrafts


B-2 Spirit

The B-2 bomber was so costly that Congress cut its initial 1987 purchase order from 132 to 21. (A 2008 crash leaves the current number at 20.) The B-2 is hard to detect via infrared, acoustic, electromagnetic, visual or radar signals. This stealth capability makes it able to attack enemy targets with less fear of retaliation. In use since 1993, the B-2 has been deployed to both Iraq and Afghanistan.


Cost:

about $2.4 billion

F-22 Raptor

F-22 Raptor is a stealth fighter aircraft made by the United States. It was originally envisioned as air superiority fighter for use against Soviet aircraft, but the aircraft is equipped for ground attack, electronic warfare and signals intelligence. This aircraft through a long development period, is named the prototype YF-22, three years before it was officially adopted F/A-22 named, and finally given the name of the F-22A when used on the official start in December 2005. Lockheed Martin Aeronautics is the prime contractor is responsible for the majority of the airframe, weapons, and assembling the F-22. Then his partner, Boeing Integrated Defense Systems provides the wings, avionics equipment, and pilot and maintenance training.



Cost:

about $350 million




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