Tuesday, October 28, 2014

Airbus Defense and Space Delivers More Naval Radars to US Navy LCS Program Under Contract to Lockheed Martin

TRS-3D (AN SPS-75) Radar Provides Information Superiority in Maritime Security

Herndon VA October 27, 2014 - Airbus Defense and Space, Inc. has installed and put into operation the third TRS-3D naval radar for the U.S. Navy's Littoral Combat Ship (LCS) program through its agreement with LCS prime contractor, Lockheed Martin. The radar has been integrated on the third Freedom variant of the new Littoral Combat Ships, Milwaukee (LCS 5). In total, eight TRS-3D radars, designated AN/SPS-75 by the U.S. Navy, have passed their equipment acceptance tests, each now in varying stages of installation within the USS Freedom variant ships. Performance testing with the LCS Combat System continues and plans to upgrade the ships radar to the TRS-4D are in development.
"The TRS-3D is the choice for ships with multi-mode radar requirements, as evidenced by it being a global market leader in its class," explains Aaron Johnson, Director of Sales and Marketing at Airbus Defense and Space Inc.'s Communications, Intelligence, Security & Electronics division. "We're proud to support Lockheed Martin and the LCS program with our products."
The TRS-3D is a three-dimensional, multimode naval radar for surveillance, self-defense, gunfire support, and helicopter control. It is used to automatically locate and track all types of air and sea targets.
Among the ships equipped with TRS-3D are the National Security Cutters of the U.S. Coast Guard, and outside the U.S., the K130 corvettes of the German Navy, the "Squadron 2000" patrol boats of the Finnish Navy and the Norwegian Coast Guard "Nordkapp" and "Svalbard" icebreakers.
Littoral combat ships are fast, agile surface combatants optimized for operating in the highly trafficked near-shore regions of the world against asymmetric "anti-access" threats. Through its innovative design, LCS can be reconfigured for surface warfare, anti-submarine warfare, and mine countermeasures.

Northrop Grumman-built E-2D Advanced Hawkeye Reports for Duty

File photo

Norfolk October 27, 2014 - The U.S. Navy has declared initial operational capability (IOC) for the E-2D Advanced Hawkeye aircraft, designed, developed and manufactured by Northrop Grumman Corporation (NOC). It is the newest and most technologically advanced variant of the venerable E-2 Hawkeye airborne early warning command and control (AEW&C) platform.
"This significant milestone is a result of the strong partnership between the fleet, the acquisition community and our industry partner," said Capt. Drew Basden, commander, Airborne Command Control and Logistics Wing. "By achieving IOC, we can effectively deploy the E-2D for operational missions and continue our successful transition from the E-2C Hawkeye."
Developed and produced by Northrop Grumman, the E-2D Advanced Hawkeye is the world's only aircraft specifically designed as a carrier-based AEW&C system. The E-2D's structurally distinctive design – which includes a rotating rotodome and four vertical stabilizer tail configuration – provides unprecedented, 360-degree surveillance to the warfighter.
"Since the first E-2D Advanced Hawkeye delivery in 2007, every aircraft has been, and continues to be, delivered on cost and on schedule," said Capt. John S. Lemmon, program manager, E-2/C-2 Airborne Tactical Data System Program Office (PMA-231). "The E-2D Advanced Hawkeye represents a revolutionary jump in capabilities. I'm confident that the E-2D will continue to be ready, relevant and capable for decades to come and continue serving the Navy Carrier Strike Group with distinction."
As the only DoD-designed, tested and in-production AEW&C platform, the E-2D Advanced Hawkeye has undergone a significant transformation from previous E-2 models, resulting in revolutionary capabilities. This includes the new, more powerful AN/APY-9 radar system, exclusive to the E-2D Advanced Hawkeye, which represents a two-generational leap in radar technology and allows the warfighter to "see" a greater number of targets at much greater distances – as well as new avionics and a glass cockpit.
"This is a significant milestone that the entire Navy, Northrop Grumman, and industry team can be proud of," said Bart LaGrone, vice president, E-2/C-2 Programs, Northrop Grumman Aerospace Systems. "We are proud of the pivotal role the E-2 Hawkeye has played, and continues to play, in military and humanitarian operations around the globe with the Navy as well as our international operators - the Japan Air Self-Defense Force, the French Navy, and the air forces of Taiwan and Egypt."
The Navy's E-2D Advanced Hawkeye program of record is for 75 aircraft, of which Northrop Grumman has already delivered 15 production aircraft.

DDG 1000 Shipbuilding Program Continues to Make Impressive Strides

By Capt. Jim Downey
DDG 1000 Program Manager


USN

The Navy’s DDG 1000 Zumwalt class destroyer program continues to make significant progress, achieving key shipbuilding milestones, and moving steadily to provide the next generation surface combatant to the Fleet.
The Zumwalt class destroyer program is currently under construction at General Dynamics Bath Iron Works (BIW) in Bath, Maine.  The future USS Zumwalt (DDG 1000), named for former Chief of Naval Operations Admiral Elmo R. “Bud” Zumwalt, launched Oct. 28, 2013 and was Christened April 12, 2014.  The future Michael Monsoor (DDG 1001), named for Medal of Honor recipient Petty Officer Michael Monsoor, had its keel laid May 23, 2013, and the future Lyndon B. Johnson (DDG 1002), named for the former U.S. president, started fabrication April 4, 2012.
The first of class ship, DDG 1000 (PCU Zumwalt) is 92 percent complete and currently in test and activation phase of construction. The ship is successfully activating its fuel systems, advanced induction motors (AIM) and generators, with fuel onload and AIM light-off completed in July, and generator light-off achieved Sept. 23, 2014. 
Completion of generator light-off represents the latest electrical system milestone in an effort that began years ago with early prototype testing at the Land Based Test Site in Philadelphia, PA, aimed at risk reduction, crew familiarization, and eventual shipboard activation.  Lessons learned from this effort helped lead to recent successful activation events onboard DDG 1000 including energizing the high voltage power system, lighting off of the port AIM utilizing shore power to demonstrate operation of the propulsion motor system, and continual and incremental testing of the engineering control system responsible for the automated control of the engineering plant.  Most recently, successful testing of the fuel oil service and transfer system allowed for the onload of fuel to be utilized in the light-off of the first gas turbine generator which will be used to generate the power necessary for dockside and sea trials.

USN

Concurrent with light-off activities, activation of DDG 1000’s computer system, Total Ship Computing Environment (TSCE) completed Oct. 9, 2014.  Consisting of hardware, middleware and software operating systems, the TSCE is responsible for the operation and integration of the combat systems, engineering control systems, bridge and navigation systems, and damage control systems utilizing layered open architecture which allows for network flexibility and growth for future capabilities.  With over six million lines of code, the TSCE , has been designed to maximize automation and watchstander efficiency in order to optimize crew size.  To enable the TSCE activation, the DDG 1000 team has been hard at work to energize and groom data centers, certify software releases, and incorporate required support services, like chilled water and air-conditioning systems in order to support a successful and sustained activation.  The DDG 1000 TSCE is the most advanced and complex shipboard computer operating system the Navy has produced, representing the cutting edge in future surface combatant capability.
In addition to key milestones on the lead ship, Huntington Ingalls Industries (HII) delivered the DDG 1001 composite deckhouse to the Navy.  The 900-plus ton deckhouse was transported from Gulfport, Miss. via barge to the BIW shipyard in Bath, Maine, and arrived Sept.5, 2014 for subsequent lift and integration on the DDG 1001 hull at the shipbuilder’s land level test facility.
Through the combined efforts of the Navy’s DDG 1000 Program Office, Supervisor of Shipbuilding Bath, BIW, HII, BAE, Raytheon, and various subcontractor teams, the DDG 1000 program has made impressive strides in managing the development, construction, and delivery of this highly complex shipbuilding program.
These highly advanced surface combatants represent a significant leap forward in naval surface warfare capability through the use of advanced technologies.  These advanced technologies include the all-electric Integrated Power System (IPS) which will provide 78 megawatts of shipboard power as well as a next generation Peripheral Vertical Launch System (PVLS) capable of  employing Evolved Sea Sparrow Missiles (ESSM), Standard Missiles (SMs), Vertical Launched ASROC (VLA), Tomahawk, and future missiles. Additionally, the ships boast an Advanced Gun System with a Long Range Land Attack Projectile capable of launching a guided projectile at extended ranges. With impressive technologies, significant signature reductions over all previous surface combatants; and with automated engineering, machinery, and combat systems providing a significant reduction in manning levels, Zumwalt class destroyers will provide the fleet with the capabilities required for today’s naval operations and to be resources to face the threats of tomorrow.
The DDG 1000 Zumwalt class destroyers will be a multi-mission surface combatant designed to fulfill volume firepower and precision strike requirements. This advanced warship will enable access in the open ocean, littoral and ashore and provide impressive forward naval presence while operating independently or as an integral part of Naval, Joint, or Combined Expeditionary Strike Forces.  Armed with an array of advanced weapons, the DDG 1000 program brings sophisticated new technologies that will deliver evolutionary capability and help shape the future of surface warfare.

Bangladesh is going to buy Russian submarines and naval aircraft

October 27, 2014 (Google Translation) - Bangladesh intends to discuss with Russia the purchase of her aircraft for naval aviation, as well as two diesel-electric submarines Bangladeshi Information Minister Hasanul Haque Inu said in an exclusive interview to Tass.
"We need a ship for naval aircraft and for the needs of naval aviation, because the security of our maritime borders is now a priority, and we are not prepared to wait any longer - he stressed. - We are also considering the purchase of two diesel-electric submarines (SSK) in finished form. Russia could become a supplier of such submarines. "
According to Ina, purchases can be carried out by intergovernmental agreement and based on the results of the tender. "If the negotiations with the Russian side we will be able to agree on the price and other details, then we are ready to go on the first way", - explained the minister, refusing, however, to name the date when the relevant negotiations begin.
Inu expressed the hope that "the future of Russian-Bangladeshi military-technical cooperation will not only be to supply finished products, but also accompanied by the transfer of technology and training." "Traditional supplier of military products in Bangladesh is China, which accounted for about 50 percent of our total imports in this area. Thus, progress in this area progress with Russia will allow us to reduce our dependence on the defense industry in one country, "- said the Minister. Earlier Bangladeshi media reported that the issue of procurement of submarines also discussed with China.
In January 2013, a visit to Moscow, the Prime Minister, Minister of Public Administration, the Minister of Defense and the Armed Forces of Bangladesh Sheikh Hasina, following which it was agreed to expand military-technical cooperation with Russia in this country. In addition, it was announced that the Russian Federation will provide Bangladesh a loan of $ 1 billion, which will go to the purchase of Russian weapons and military equipment.

MBDA presents SEA RANGER, a solution for light combat vessels

MBDA

October 26, 2014 - With MBDA entering into active negotiations with various export prospects regarding CWSP (Compact Warfare System Package) systems, the company has decided to give the product a commercial name. As of now, CWSP will be included in MBDA’s portfolio of products and marketed as SEA RANGER.
SEA RANGER is a combat system based on the most recent missile additions to MBDA’s product range. It is aimed at vessels having responsibility for the safety and security of highly sensitive coastal zones or for providing logistics ships with an effective means of self defence. The system is provided as a turnkey solution by MBDA, integrating the radar and optical sensors as well as a command, control and communication system (C3S) allowing for the optimal deployment of SEA RANGER’s air defence and anti-ship missiles in complex environments.
Calling on its extensive experience in naval combat systems, MBDA is taking responsibility for the full integration of the system on board the relevant vessel and also for providing full customer support in assuring the effective carrying out of the project.
Based on a modular architecture, SEA RANGER can be configured in line with the missile systems to be integrated : for air defence, the MISTRAL system comprising one to four SIMBAD-RC automated turrets (first deliveries of SIMBAD-RC are scheduled for 2015); and for anti-surface warfare in the littoral, the short range anti-ship system, BRIMSTONE, for countering saturating attacks carried out by FIACs (Fast Inshore Attack Craft) or the medium range anti-ship system, MARTE Mk2/N, capable of dealing with intermediate sized vessels.

MBDA readies SIMBAD RC for deliveries

MBDA

October 26, 2014 - The SIMBAD-RC ship self-defence system of MBDA has now entered the qualification phase. The first deliveries of series production units will occur in 2015.
The SIMBAD-RC is the “remote controlled” variant of the SIMBAD twin launcher system equipped with two ready-to-fire Mistral missiles, already in service with the French Navy and with several navies around the world.
Designed to be the main  air defence system of Fast Patrol Boats and auxiliary ships or a complementary air defence system for corvette/frigate, the SIMBAD-RC is mounted on a stabilized launcher and remotely controlled from the ship’s operations room, where a single operator can control two SIMBAD-RC launcher systems.
The SIMBAD-RC allows the warship self-protection against a wide range of threats ranging from anti-ship missile to FIAC’s.
Started in 2011, the development of the SIMBAD-RC benefits also from a 4th Generation IR thermal sight, which enables passive detection and identification of targets at long range.
Communalities with the previous SIMBAD system infrastructures should allow an easily upgrade to the SIMBAD-RC standard.

Kaman Announces Negotiations to Support the Upgrade of SH-2G Super Seasprite Aircraft for Peru

Wikipedia

Bloomfield CT October 27, 2014 - Kaman Corporation confirmed today that it is negotiating with General Dynamics Canada to remanufacture and upgrade four Kaman SH-2G Super Seasprite aircraft, and will provide support for the operation of a fifth aircraft for the Peruvian Navy.
The aircraft are being transferred through a Memorandum of Understanding between, the Peruvian Ministry of National Defense and the Government of Canada’s international government-to-government contracting organization, the Canadian Commercial Corporation (CCC). General Dynamics Canada announced today that it is under contract with the CCC to support this effort.
Negotiations regarding a potential contract between Kaman and General Dynamics Canada are in process and are confidential.