ROKS King Sejong the Great
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KDX (Korean Destroyer eXperimental) is the Republic of Korea’s big surface combatant shipbuilding program. This 3-phased program involves 3 individual classes of ships. The 3 KDX-I Gwanggaeto the Great Class ships are called destroyers, but a 3,800 tons their size and armament more properly rank them as small frigates. The last ship of class was commissioned in 2000. The next 6 KDX-II Chungmugong Yi Sun-sin Class ships are indeed destroyers at 6,085 tons full load, with a hull design licensed from Germany’s IABG and more advanced systems that include SM-2 air defense missiles. They were commissioned between 2003-2008.

With that experience under their belts, Korea has now launched into the 3rd phase of the program. The KDX-III King Sejong the Great destroyers are by far the largest, at 8,500 tons standard displacement and 11,000 tons full load. They carry the AEGIS combat system, along with a wide array of American, European, and Korean weapons and missiles.

DID’s article offers details regarding the class, as well as some of the relevant contracts. The latest item is a $41.1 million award to Lockheed Martin for combat systems engineering, installation, and testing aboard the 2nd ship being built in the KDX-III class…

• The KDX III Sejongdaewang-Ham Class
• Contracts and Key Events [updated]
• Additional Readings
  
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Buffalo, arrivé
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The French DGA procurement agency recently announced [in French] that its 2009 urgences operations (UO, formerly “crash programs”) budget doubled from EUR 131 million in 2008 to EUR 260 million in 2009. This change is in line with a broader international trend, as front-line operations in Afghanistan and beyond reveal limitations in existing equipment, as well as new equipment needs. One change from 2008 was an increased emphasis on naval systems, as 4 of 36 UO programs focused on counter-piracy efforts.

Key 2009 programs included 32 armoring kits for France’s Puma and Cougar medium helicopters, 200 vehicle up-armoring kits, 150 IED jammers, 5 Buffalo mine-clearing vehicles, 60 RWS remote-control turrets for vehicles, The Venus project for on-the-move communication with the Syracuse satellite system, 10 SATCOM on-the-move stations, Integration of America’s Remote Operational Video Enhanced Receiver (ROVER) ground-to-air communications for 25 Mirage 2000 fighters, and retrofitted IRST optical systems for existing French frigates that allow long-range passive scan and identification of naval targets.

F-35A: incoming…
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The F-35 Lightning II is a major multinational program which is intended to produce an “affordably stealthy” multi-role strike fighter that will have three variants: the F-35A conventional version for the US Air Force et. al.; the F-35B Short Take-Off, Vertical Landing for the US Marines, British Royal Navy, et. al.; and the F-35C conventional carrier-launched version for the US Navy. The aircraft is named after Lockheed’s famous WW2 P-38 Lightning, and the Mach 2, stacked-engine English Electric (now BAE) Lightning jet. System development partners included The USA & Britain (Tier 1), Italy and the Netherlands (Tier 2), and Australia, Canada, Denmark, Norway and Turkey (Tier 3), with Singapore and Israel as “Security Cooperation Partners.” Now the challenge is agreeing on production phase membership and arrangements, to be followed by initial purchase commitments around 2008-2009.

This updated article has expanded to feature more detail regarding the $300 billion F-35 program, including other contracts as well as notable events. New material is highlighted by putting it in green type. Recent news include an investigation by the Fort Worth Star-Telegram into JET’s conclusions regarding program delays, Lockheed Martin’s response, and a Rolls Royce contract for production LiftSystem engine modules…

• The F-35 Family of Aircraft (i.e. “Continue reading…”)
• F-35 Program: Production Timelines & Structure
• F-35 Program: Controversies and Competitions
• F-35 Program: Events & Developments, CY 2009-2010 [updated]
• F-35 Program: System Development & Production Contracts, FY 2009-2010 [updated]
• F-35 Program: Ancillary and Sub-contracts, FY 2009 – 2010 [updated]
• Additional Readings & Sources [updated]
  
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Science Applications International Corp. (SAIC) received a follow-on task order from the US Army Aviation and Missile Lifecycle Management Command (AMCOM) to provide professional and engineering support services to the Army Aviation & Missile Research, Development & Engineering Center (AMRDEC).

The single award, indefinite-delivery/ indefinite-quantity task order has a 5-year period of performance and a ceiling value of $848 million. The task order was awarded under the AMCOM Expedited Professional & Engineering Support Services (EXPRESS) contract vehicle, which has a total ceiling of $7.7 billion.

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USMC KC-130J
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Special Operations Command’s AC-130H/U gunships can lay down withering hails of accurate fire, up to and including 105mm howitzer shells, in order to support ground troops.

The Marines wanted heavy aircraft that could support their Leathernecks on the ground. The bad news was that the the Corps could field about 45 KC-130J aerial tankers for the price of a 12-plane AC-130J squadron, and lighter options like the AC-27J “Stinger II” would probably tally similar costs once R&D dollars were factored in. Could the Marines change tack, and offer a modular weapon package that would let them arm their existing tankers as needed? Could armed KC-130Js offer limited fire support, while loitering over the battlefield and using their unique speed range to refuel helicopters and fast jets alike? The Harvest Hawk program aims to do just that. It would give the USMC a far less capable convertible gunship option for Afghanistan, at a cost that’s about 2 orders of magnitude below a dedicated gunship fleet.

Unsurprisingly, the next service to show interest in this concept was SOCOM itself. The latest developments to this article (which will soon become DII subscriber content) include added background, and ammunition orders for SOCOM’s similar MC-130Ws…

• Gunships R Us: Equipping The Hercs [updated]
• Contracts and Key Events [updated]
• Additional Readings and Sources
  
  Continue Reading… »

Basic Nuclear Propulsion
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Several navies around the world currently use nuclear propulsion in at least some ships and submarines. The USA has had an all-nuclear submarine fleet for over 50 years, a policy that dates back to Adm. Hyman Rickover. Britain’s sale of its SSK Upholder Class to Canada (as the problem-plagued Victoria Class) has made them an all-nuclear submarine fleet as well. China, France and Russia all use naval nuclear propulsion within mixed submarine fleets, India is currently working to join this club via its SSN program, and Brazil is about to launch a program of its own. On the surface, America’s aircraft carriers became an all-nuclear fleet with the retirement of the USS Kitty Hawk [CV 63], and FY 2008-09 spending legislation has been is pushing the US Navy to use nuclear power in its future CG (X) cruisers and new amphibious ship classes. These surface ships are joined by France’s problem-plagued aircraft carrier FS Charles de Gaulle, and Russia’s Kirov Class cruisers.

The saga of the Charles de Gaulle serves as a reminder that adapting nuclear propulsion technology to the small spaces of a submarine, or fitting them to a surface warship, is no trivial feat. Much can go wrong, even in nations that have considerable naval nuclear propulsion experience. On the flip side, advances in design can offer significant benefits. The new nuclear plants in America’s Virginia Class and Seawolf Class fast attack subs, Britain’s new Astute Class fast attack submarines, and the USA’s forthcoming CVN-78 Gerald R. Ford Class aircraft carriers, offer designs that will save billions over the life of each ship by eliminating the standard mid-life reactor refueling.

This Spotlight article currently covers related American nuclear propulsion industrial base contracts since the beginning of FY 2006. The latest includes a $248.8 million contract to Bechtel for naval nuclear propulsion components…

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SU-35 flight test, 2009
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As one of our readers noted, DID’s articles from 2005-2007 seem to describe 2 different SU-35s. One is a mid-life modernized SU-27 Flanker, but there’s also a much more re-engineered “SU-35” variant with canards, thrust vectoring, etc. which has been confused with (and possibly redesignated between) the SU-37. So… what do we mean by “SU-35”?

This article explains the sources of the widespread confusion regarding the SU-35’s layout and key characteristics, reviews what is now known about the platform, and tracks its development. Those developments are likely to have broad consequences. The aircraft has a home customer in the Russian Air Force, and the SU-35 is being positioned to succeed most SU-30MK variants as Russia’s fighter export of choice within the coming decade.

The latest news involves the possibility that France’s Rafale may be about to lose another fighter competition, in Libya…

• Which Sukhoi? The SU-35 Platform
• SU-35: Export Prospects
• SU-35: Contracts and Key Events [updated]
• Additional Readings & Sources
  
  Continue Reading… »

Italian Eurofighters
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On Nov 17/09, Eurofighter GmbH signed a 5-year contract with NETMA (NATO Eurofighter and Tornado Management Agency) to provide operational support for the Italian Air Force’s Eurofighter Typhoon fleet. This Integrated Supply Chain Management Service (ISCMS) contract is worth over EUR 600 million. Thus far, Italy has ordered a total of 96 Eurofighters (28 Tranche-1, 47 Tranche-2, and 21 Tranche-3A) to serve as its primary air superiority fighter, with secondary strike capabilities on some newer models.

Eurofighter GmbH CEO Enzo Casolini described the Aeronautica Militare’s ISCMS service as similar to Britan’s Typhoon Availability Service model, which revolves around performance based on availability rates, rather than hours worked or parts consumed. ISCMS will include equipment availability, repair of general systems equipment, provision of spares, and the maintenance of aircraft ground equipment. A separate performance-based contract with BAE covers the Italian Typhoon fleet’s CAPTOR radars and DASS defensive systems.

The ISCMS contract will support the Italian Air Force at the air bases of Grosseto, Gioia del Colle; and at the main logistic base of 1st RMV, Reparto Manutenzione Velivoli of Cameri. Work will be led by Eurofighter consortium partner Finmeccanica, who will undertake the job on behalf of Eurofighter GmbH using its subsidiaries Alenia Aeronautica, SELEX Galileo, SELEX Communications; and the firm ELETTRONICA SpA Finmeccanica release [PDF].

RAF Eurofighters, Nevada
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BAE’s growing expertise with “contracting for availability” performance-based support are netting it important international contracts, as well as British ones.

Britain is already implementing the Typhoon Availability Service (TAS) for its Eurofighter fleet. With 4 of 72 Typhoons delivered to the Royal Saudi Air Force, and flying operations commencing, on Oct 12/09, BAE systems announced a detailed 3-year contract for “The Salam Support Solution.” This is a full availability-based service contract, which also includes Saudi pilot training in the UK and training for RSAF maintenance technicians. The deal’s value was not disclosed, but Saudi support contracts tend to be very large due to the range of contractor services they need.

BAE Systems followed that up by announcing a 5.5 year performance-based contract worth more than GBP 400 million (currently about $654 million), to support the ECR-90 radars and defensive aids sub systems (DASS) on the core partner nations’ Eurofighter fleets. Now, SELEX Galileo is announcing a large sub-contract…

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TIGR system screenshot
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Ascend Intelligence in Arlington, VA received a $14 million cost-plus-fixed-fee contract from the US Defense Advanced Research Project Agency (DARPA) to supply the tactical ground reporting (TIGR) system for US troops in Iraq and Afghanistan.

First tested in Iraq in 2007, TIGR is a multimedia reporting system for US troops at the patrol level, allowing users to collect and share information to improve situational awareness and to facilitate collaboration and information analysis among junior officers. TIGR complements existing reporting systems that focus on the needs of users at battalion or brigade level and above.

TIGR has a map-based user interface and supports multimedia and GPS input, as well as distributed search and caching capability. It uses software that runs on a laptop and taps into multiple databases containing intelligence about a particular area…

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