Notícias (Forças Aéreas/Sistemas de Armas)

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« Responder #150 em: Agosto 13, 2004, 07:32:36 pm »
BAE Systems Avionics Group Announces Award of Supply Contract for HIDAS for Greece’s Apache Helicopters  
 
 
(Source: BAE Systems; dated Aug. 11, web-posted Aug. 12, 2004)
 
 
 BAE Systems Avionics Group has announced that the US Army has signed the contract for the supply of Electronic Warfare (EW) equipment plus associated engineering and support for the Greek Apache helicopters.  
 
As a US Foreign Military Sale, the US Army is charged with the responsibility of producing the EW systems for the Greek Air Force. The US Army’s Communications and Electronics Command (CECOM) at Fort Monmouth, New Jersey, who procure the EW for all US Army platforms, has confirmed the supply contract with BAE Systems Avionics for HIDAS for the Greek Apache helicopters.  
 
Dr David Hughes, Executive Vice President for EW Systems, said “This milestone marks a further significant achievement for BAE Systems Avionics. The selection of HIDAS for Kuwait and now by Greece for their fleet of Longbow Apaches emphasises the fact that national defence forces increasingly recognise the importance of protecting their pilots and aircraft.”  
 
BAE Systems Avionics co-operates closely with Boeing, Mesa, Arizona and is delighted to be part of the ever-increasing Apache user community.  
 
HIDAS, the Helicopter Integrated Defensive Aids System, designed and manufactured by BAE Systems Avionics Group, detects, identifies, prioritises and counters threats to the Apache helicopter, without the need for crew intervention. It is unique for its degree of integration, its use of 'best of class' sensors and its intelligent software controller. The HIDAS controller uses information from its multi-spectral threat warning sensors to produce a comprehensive tactical picture. It then uses the pre-defined mission data to enable HIDAS to recognise the threatening weapon system, and to automatically select and implement the appropriate countermeasure.  
 
HIDAS can be used in Automatic, Semi-automatic or Manual mode, thus offering significant operational benefits to the Apache aircrew. It increases their situational awareness, reduces the time to react to threats and increases the efficiency and effectiveness of countermeasures. In short, it enhances survivability on the battlefield, where crew workload is at its highest.  
 
HIDAS is fully programmable by the user to detect and counter enemy weapon systems, providing for a mission library of over 5,000 threat modes. The BAE Systems Merlin integrated EW operational support system enables the user to create his own mission libraries, specifying the required countermeasures, and to carry out post-flight analysis of mission data.  
 
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« Responder #151 em: Agosto 13, 2004, 07:46:04 pm »
BAE Begins Flight and Fire Control Upgrades on Air Force A-10 Thunderbolt II Aircraft  
 
 
(Source: BAE Systems; issued Aug. 12, 2004)
 
 
 
U.S. Air Force A-10 Thunderbolt II attack aircraft are receiving a substantial performance upgrade from a new flight and fire control computer and software upgrade designed and developed by BAE Systems.  
 
BAE Systems Platform Solutions received a contract from Lockheed Martin Systems Integration-Owego, the A-10 prime contractor and Prime Team lead. The team also includes Southwest Research Institute and Northrop Grumman. The effort to equip the entire Thunderbolt fleet with an Integrated Flight and Fire Control Computer (IFFCC) is valued at $30 million.  
 
Accompanied by an updated Suite 2 software package, the new control is significantly improving aircraft and weapon-system safety, accuracy, and maintainability.  
 
“Since the 1970s, the A-10 has been a vital component of the Air Force’s close-air support capability, and we are proud of our continuing role in improving this very capable platform,” said Jim Garceau, vice president of Aerospace Controls for BAE Systems Platform Solutions. The Platform Solutions unit developed and produced the A-10’s Low-Altitude Safety and Targeting Enhancement system, forerunner to IFFCC.  
 
BAE Systems is producing the new computers and working closely with Lockheed Martin and the U.S. Air Force to manage system installations on all A-10 squadrons throughout the world. The company is providing on-site engineering support and familiarization training for pilots and maintenance personnel.  
 
Among the flight and fire control computer’s added capabilities:  
--An automated, continuously computed weapon delivery function that improves accuracy and reduces pilot workload.  
--A digital terrain system that uses terrain elevation data for ground collision avoidance and to aid in weapon delivery. The system incorporates BAE Systems’ TERPROM digital terrain software.  
--Growth capability to support additional functions, including the Precision Engagement Suite 3 modification.  
--Easier system maintenance and elimination of parts obsolescence issues associated with the previous-generation technology.  
 
BAE Systems is an international company engaged in the development, delivery, and support of advanced defense and aerospace systems in the air, on land, at sea, and in space. BAE Systems Platform Solutions Sector is a leading global supplier of integrated electronic control products, subsystems, and man-machine interface systems for air, space, sea, and ground vehicles.  
 
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« Responder #152 em: Agosto 16, 2004, 10:07:50 pm »
Swarms on the Edge of Chaos
 
 
(Source: Australian Department of Defence; issued Aug. 16, 2004)
 
 
 Swarms of small expendable unmanned aircraft may become part of Australia’s defence arsenal in the future.  
 
Mathematician Alex Ryan from the Defence Science and Technology Organisation (DSTO) is part of a research team that is using advanced mathematics and state-of-the-art computing to design ‘collective intelligence’ for groups or swarms of Unmanned Aerial Vehicles (UAVs).  
 
The UAVs could be used for surveillance of possible enemy activity, as small weapons carriers, or to investigate areas too dangerous for human entry.  
 
“We’re working at the edge of chaos,” says Mr. Ryan. “There’s a fine line between systems which are too ordered and stagnate; or systems which are too chaotic and collapse into total disorder.”  
 
“Swarm behavior as such is not what we are after,” he says. “Swarms - like the notorious killer bees - concentrate on attacking a single enemy in vast numbers. Our aim is rather to develop an intelligent and communicating network.  
 
“Each ‘agent’ in the network has its own utility function while there is an over-arching utility function for the whole system. It is vital that the agents don’t work at cross-purposes, and they must each be able to react to unexpected circumstances.”  
 
Mr. Ryan says that many small, simple and inexpensive UAVs, costing less than $20,000 each, are a more practical answer than larger, more sophisticated vehicles costing millions of dollars.  
 
Mr. Ryan also says that much work needs to be done to reduce the imbalance between unmanned vehicles, and the people who control them. “At present, each unmanned aircraft needs a ground crew of about thirty people,” he says.  
 
Australia too poses its own special problems, as imported technology may be quite unsuitable for our topography. “We are in a ‘littoral’ region, with miles of coastline and chains of islands. And we have a vast interior. These geographical features make quite special demands on the design of unmanned aerial vehicles,” Mr. Ryan says.  
 
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« Responder #153 em: Agosto 16, 2004, 10:14:13 pm »
Life Support Keeps Pilots Prepared
 
 
(Source: US Air Force; issued Aug. 13, 2004)
 
 
 BAGRAM AIR BASE, Afghanistan --- The cockpit of an aircraft is a self-contained environment, protecting the pilots from their surroundings.  
 
One group of Airmen here ensures the pilots have everything they need close at hand in there, especially those items they might need just “in case.”  
 
“We take care of the entire life-support system -- everything the pilot needs in case he has to eject,” said Tech. Sgt. Matthew Freeman, a life support noncommissioned officer assigned to the 355th Expeditionary Fighter Squadron. “We also maintain and repair everything the pilot takes out to fly, as well as everything in the survival kit.”  
 
This means long before the pilots ever takes their first steps toward the aircraft, the life-support Airmen ensure more than 50 different items per pilot, ranging in size from Chap Stick to a 6-foot inflatable life raft, are serviceable and packed into a 13-by-15-inch space.  
 
Taking care of all that equipment requires extreme attention to detail, Sergeant Freeman said.  
 
“If the littlest thing isn’t perfect, it could possibly cause injury or death. For instance, although programming the survival radios here isn’t difficult, it is very involved. If it doesn’t work correctly, a pilot can’t talk to rescuing forces,” he said.  
 
The radios are one of many differences between operations here and operations at home.  
 
“We have to put some extra items in the survival vest -- items associated with combat instead of with a normal training mission,” Sergeant Freeman said.  
 
Additionally, the environment here adds to the challenges because the dust tends to clog up the masks and associated equipment, Sergeant Freeman said.  
 
“We have to clean out the equipment a lot more to keep it working,” he said.  
 
The environment also requires a number of changes to equipment in the survival vest. Survival requirements in Afghanistan are much different from the A-10 Thunderbolt II pilots home station in Alaska.  
 
Providing life support also means the Airmen work closely with other allied soldiers as well as other Air Force units.  
 
“We have inspected and lent out radios to Dutch, German and Slovak soldiers and well as other support agencies doing security missions,” Sergeant Freeman said. “We have also helped inspect a C-130 [Hercules’] life-support equipment when (the crew) had to have their equipment certified to fly a mission. It’s good to know that we helped them accomplish their mission.”  
 
Other than the environment and equipment requirements, the job here is very much the same as at home, said Airman 1st Class Daniel Matthews, of the 355th EFS life support section.  
 
“We get a lot more fulfillment from doing the job here,” he said. “When you have everything working correctly, it ensures the pilots can put bombs on target.”  
 
Sergeant Freeman agreed.  
 
“When a pilot comes back and says they just got back from ‘doing escort,’ it’s kind of hard to understand exactly what they are doing. But when you see how the mission here (affects) the efforts to bring democracy to the Afghan people, it can be quite an eye opener,” he said.  
 
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« Responder #154 em: Agosto 17, 2004, 08:44:07 pm »
Boeing Small Diameter Bomb Aces Test Mission  
 
 
(Source: Boeing Co.; issued Aug. 16, 2004)
 
 
 ST. LOUIS --- A Boeing Small Diameter Bomb (SDB) was successfully launched Tuesday over the Gulf of Mexico Test Range by a U.S. Air Force F-15E aircrew assigned to the 46th Test Wing at Eglin Air Force Base, Fla.  
 
The 250-pound class, near precision-guided weapon was dropped from 30,000 ft. and accomplished a demanding series of flight maneuvers. The weapon, also identified as the GBU-39, traveled more than 25 miles before hitting the target. This was the third guided launch in just four months and exercised the entire SDB system to include the weapon, a four-bomb carriage, accuracy support, integrated logistics, and the mission planning.  
 
“This flight was another indicator of the outstanding partnership between the Air Force and Boeing on this high-priority program. This is a warm-up for an unprecedented flight test schedule leading to an initial production decision in April 2005,” said Col. Jim McClendon, director of Miniature Munitions, Eglin AFB.  
 
The SDB is currently in a 36-month System Development and Demonstration phase that began in October 2003. Extensive ground and flight-testing is currently underway for the stationary target increment of SDB. In a previous development period, the SDB completed six guided launches and extensive flight and ground testing.  
 
“I am extremely proud of the accomplishments of the SDB Team and the performance of this system,” said Dan Jaspering, Boeing’s Small Diameter Bomb program manager. “We are focused on doing what it takes to provide this critical capability to war fighters as promised in 2006.”  
 
At a compact 71 inches long and 7.5 inches wide, the SDB is the next generation low-cost precision strike weapon. It can be launched from a fighter, bomber or unmanned aircraft and will provide a standoff range of 60 nautical miles. The weapon will be capable of penetrating more than three feet of steel-reinforced concrete. Its small size allows four weapons to be carried on the smart weapon stations used on F-15E, F/A-22, F-35 (Joint Strike Fighter), Joint Unmanned Combat Air System, and almost all other weapons platforms.  
 
Boeing will build an estimated 24,000 weapons and 2,000 carriages over the next 10 years at its production facility in St. Charles, Mo., at an estimated cost of $2.5 billion. Development of the Increment II SDB (GBU-40) is planned to start in 2005.  
 
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« Responder #155 em: Agosto 18, 2004, 05:09:45 pm »
EDO Demonstrates Next-Generation Weapon-Release Unit on B-1B Bomber  
 
 
(Source: EDO Corp.; issued Aug. 17, 2004)
 
 
 NEW YORK --- EDO Corporation has successfully demonstrated new B-1B pneumatic-ejection equipment during test flights at Edwards Air Force Base in California. The tests in July and August included the release of 500- and 2000-pound inert weapons from the aircraft.  
 
The B-1B Pneumatic Assisted Release (PAR) initiative is a proof-of-concept demonstration to assess the benefits of an improved weapons carriage and release rack. The PAR equipment uses compressed air as the energy source for the ejection, rather than the pyrotechnic cartridges used in legacy ejector units. The tests are proving that the pneumatic rack provides consistent performance while reducing maintenance and logistics burdens.  
 
“EDO Corporation has been the market leader in sophisticated aircraft-armament carriage and release systems for decades,” said James M. Smith, EDO’s chief executive officer. “We continue to invest in the advancement of weapon-interfacing systems, including this state-of-the-art pneumatic technology. The B-1B’s substantial weapons-carrying capacity offers the potential for approximately 24 racks per aircraft.”  
 
EDO provides aircraft-armament equipment for many of the world’s dominant military aircraft, including the F-15, F-16, F/A-18, F/A-22, and Tornado. For the F/A-22, EDO has developed and produces the AMRAAM Vertical Eject Launcher (AVEL), which employs the company’s pneumatic ejection technology. EDO is also developing a pneumatic suspension and release system for the F-35 Joint Strike Fighter.  
 
In September 2002, the Air Expeditionary Force Battlelab (AEFB) contracted with EDO to supply the PAR rack and support all levels of ground and flight-testing required to demonstrate this technology. The AEFB has also requested the Air Force Operational Test and Evaluation Center to provide support to the PAR initiative by reporting on activities designed to demonstrate the military utility of PAR.  
 
EDO’s involvement with the B-1B bomber extends back more than 20 years, primarily through the development and deployment of its AN/ALQ-161 electronic self-protect system. The AN/ALQ-161 is one of the most sophisticated airborne electronic-warfare systems ever fielded, and has protected the B-1B in several recent conflicts with an outstanding performance record. EDO continues to provide logistical and operational support and is now assisting the Air Force with major hardware and software upgrades.  
 
EDO Corporation provides military and commercial products and professional services, with core competencies in a wide range of critical defense areas.  
 
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« Responder #156 em: Agosto 19, 2004, 12:41:16 pm »
Predator B drops Paveway II

A Predator B unmanned aerial vehicle (UAV) has successfully attacked stationary ground targets during tests with the 500lb (226kg) Paveway II GBU-12 laser-guided bomb, according General Atomics Aeronautical Systems (GA-ASI).
[Jane's Defence Weekly - first posted to http://jdw.janes.com – 13 August 2004]
 

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« Responder #157 em: Agosto 20, 2004, 01:30:19 pm »
EADS Technology protects German Helicopters against Missile Attacks in Afghanistan
 
 
(Source: EADS; issued Aug. 19, 2004)
 
 
 ULM, Germany --- EADS will be equipping the CH-53 helicopters of the German Armed Forces intended for operations in Afghanistan with missile warning systems incorporating the most modern technology.  
 
As the company announced on Thursday, the Federal Office of Defence Technology and Procurement has awarded ESG Elektroniksystem- und Logistik-GmbH, Munich, in cooperation with Mann Aviation and EADS Defence Electronics a contract to replace the missile warning system currently installed with the AN/AAR-60 MILDS (Missile Launch Detection System), initially in six helicopters.  
 
The decision whether further CH-53s earmarked for crisis management scenarios will also be equipped with MILDS, is expected in the near future.  
 
“More than 4,000 units of the MILDS are being successfully used throughout the world in helicopters and transport aircraft,” Bernhard Gerwert, Head of EADS Defence Electronics, explained. “Its high degree of reliability and precision makes it possible to initiate protective countermeasures against missiles in the few seconds remaining. This means it makes a decisive contribution to the safety of our soldiers in dangerous operations.”  
 
MILDS is a passive, mapping sensor system that detects the ultraviolet emissions of the approaching missile. The extremely high resolution and the fast data processing make it possible to reliably emit warning signals at an early stage. The system, consisting of several sensors and a signal processor, ensures all-round protection and a short response time. MILDS is also in use as part of the self-protection system of the NH90 and Tiger helicopters.  
 
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« Responder #158 em: Agosto 20, 2004, 01:32:17 pm »
World’s Most Modern Missiles Give Hornets a New Sting
 
 
(Source: Australian Department of Defence; issued Aug. 19, 2004)
 
 
 Australia’s F/A-18 Hornet fighter aircraft are now equipped with the world’s most modern missile capability following the introduction into service of the Advanced Short Range Air-to-Air Missile, Defence Minister Robert Hill announced today.  
 
Senator Hill made the announcement at a special ceremony at RAAF Williamtown attended by the Member for Paterson, Bob Baldwin, Chief of the Air Force Angus Houston, Steve Wadey, managing director of ASRAAM manufacturer MBDA UK Ltd, and other RAAF and industry representatives.  
 
“The Howard Government has invested $488 million to provide the Hornets with leading edge state-of-the art missile technology and capability,” Senator Hill said.  
 
“The ASRAAM is a short range heat-seeking missile capable of tracking and intercepting airborne targets. It has a significantly greater range than the Sidewinder missiles which it will replace.  
 
“Combined with the Advanced Medium Range Air to Air Missile, which has an all-weather, beyond visual range ability to hit low-altitude targets, and supported by the APG-73 radar fitted under the Hornet upgrade program, the F/A-18s now have the world’s most modern missile capability.”  
 
ASRAAM was accepted for service in July following successful test firings at Jervis Bay Air Weapons Range earlier this year.  
 
Senator Hill said that in addition to providing a capability boost for the Air Force, the project had delivered benefits to Australian industry and technology.  
 
“RAAF personnel at Williamtown will be trained to handle the aircraft fitment and flight line support of the new missiles. These new skills will complement the significant Hornet support base which has already been established in the Hunter region,” Senator Hill said.  
 
“In addition, software support and deeper maintenance facilities are being established in Adelaide. These new facilities will inject some $20 million over the next six years into the South Australian economy and have the potential to create extra high-technology jobs at BAE Systems.  
 
“As with many of today’s complex systems, software is a major portion of the missile’s capability. The software support facility, to be located at the Defence Science Technology Organisation at Edinburgh, will allow Australia to improve the ASRAAM software in response to the ADF’s specific requirements.  
 
“The deeper maintenance capability will be established at BAE Systems at Edinburgh Park to ensure that Australians conduct missile maintenance in Australia.”  
 
Senator Hill said the ASRAAM project had resulted in closer ties between the ADF and the UK Ministry of Defence as the missile is already in service with the Royal Air Force, and was used on their Tornado aircraft during the Iraq conflict.  
 
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« Responder #159 em: Agosto 20, 2004, 01:35:14 pm »
L-3 Selected by New Zealand Ministry of Defence as Preferred Contractor on P-3 Orion Patrol Fleet Upgrade
 
 
(Source: L-3 Communications; issued Aug. 19, 2004)
 
 
 NEW YORK --- L-3 Communications announced today that its Integrated Systems division (L-3 IS) has been selected as the preferred contractor by the New Zealand Ministry of Defence to upgrade mission and communication-navigation systems for New Zealand’s fleet of P-3 Orion (P-3) patrol aircraft.  
 
The upgrade to the six aircraft operated by the Royal New Zealand Air Force will include the replacement of the data management system, radar, electronic sensors, communications and navigation systems. The upgraded P-3 fleet will be equipped to meet both civilian agency and military requirements, as well as provide interoperability with New Zealand’s security partners.  
 
Contract value will be determined through negotiations, which are under way now and expected to conclude in October.  
 
“This is another move towards the realization of the government’s goal of a modernized, well-equipped and sustainable Defence Force,” said Mark Burton, New Zealand Minister of Defence. “The P-3 Orion is increasingly regarded as a multi-role aircraft. Its ability to support both maritime and land operations significantly enhances the NZDF’s ability to achieve defense policy objectives.”  
 
“Our selection for this important program affirms our capability to deliver affordable, superior maritime surveillance systems,” said Bob Drewes, president of L-3 IS. “Our Integrated Data Handling System (IDHS), already in service with customers worldwide, is a low risk solution to meet New Zealand’s requirements. IDHS also provides an excellent upgrade path as new technologies are developed in the future.”  
 
L-3 IS will provide the mission system design, system integration, the intercommunications subsystem, the data management system and system installation and test at its facility in Greenville, Texas. New Zealand-based Safe Air Ltd. and Beca Applied Technologies will work closely with L-3 IS throughout the program to ensure their ability to provide long-term support to the updated fleet.  
 
L-3 Communications Integrated Systems is an SEI CMM Level 5 software developer and integrator of complex electronic systems for intelligence, surveillance and reconnaissance (ISR) missions. Headquartered in Greenville, Texas, L-3/IS also operates from major sites in Austin and Waco, Texas; Madison, Miss.; Lexington, Ky.; Tulsa, Okla. and Avalon, Australia.  
 
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« Responder #160 em: Agosto 20, 2004, 01:53:27 pm »
C-17 Testers Airdrop Army Stryker Mobile Gun System
 
 
(Source: US Air Force; issued Aug.19, 2004)
 
 
 EDWARDS AIR FORCE BASE, Calif. --- An aircrew from the C-17 Globemaster III combined test force here successfully airdropped a mobile gun system for the first time during a feasibility test Aug. 13. The system fits the Army’s Stryker engineer squad vehicle.  
 
The Army is testing the 52,500-pound system to possibly equip the armored vehicle to meet operational needs.  
 
“There is a present need to have airdrop capability for the mobile gun system, and we performed the feasibility test to see if the impact of an airdrop is consistent with static impact testing the Army has already completed,” said Alec Dyatt, 418th Flight Test Squadron C-17 CTF flight test engineer.  
 
Before the airdrop here, the Army performed static airdrop impact tests to build a honeycomb cargo carrier for the system to absorb energy generated by a 12-foot drop, Mr. Dyatt said.  
 
During those tests, the Stryker was equipped with strain gages to measure the forces on the vehicle after a 12-foot drop, Mr. Dyatt said.  
 
The purpose of the feasibility airdrop was to verify if the extraction system was adequate, demonstrate the system could be extracted safely and verify there was sufficient clearance in the C-17 for it to be extracted, said Dan Jones, a 418th FLTS systems engineer.  
 
“We built up to this test by dropping a cargo container that contained steel plates with the same mass properties as the mobile gun system (on Aug. 11),” Mr. Jones said.  
 
The cargo container is equipped with 10 100-foot diameter parachutes that allow the container to hit the ground with the same force as if it had been dropped from 12 feet, Mr. Jones said.  
 
During the airdrop, the cargo was pulled out of the aircraft with three 28-foot parachutes that are attached to the cargo platform, Mr. Jones said. After leaving the aircraft, 10 100-foot parachutes open, allowing the cargo to drift to the ground at about 28 feet-per-second.  
 
“The next step after the feasibility test is to have the Stryker vehicle undergo full developmental testing, which will conclude when the Army performs three operational extractions,” said Maj. Landon Henderson, 418th FLTS C-17 test director and test pilot.  
 
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« Responder #161 em: Agosto 24, 2004, 01:20:29 am »
ASRAAM Enters Service With Royal Australian Air Force  
 
 
(Source: UK Ministry of Defence; issued Aug. 20, 2004)
 
 
 A ceremony today at the Royal Australian Air Force (RAAF) Base in Williamtown marked the official entry into service of MBDA's Advanced Short Range Air-to-Air Missile system (ASRAAM).  
 
Congratulating MBDA and the RAAF, Lord Bach, Minister for Defence Procurement, said "I am delighted to hear that the missile has entered into service with the RAAF. ASRAAM is the most advanced air-to-air missile in the world and I am delighted that the RAAF has decided to use this to enhance the capability of their F/A-18 Hornet aircraft. This is an important milestone for ASRAAM and a major breakthrough as this is the first MBDA weapon system to be integrated onto a US combat aircraft".  
 
ASRAAM, a rail launched missile which is compatible with any aircraft currently carrying Sidewinder or AMRAAM, is already in service with the UK's Royal Air Force. It was developed under a UK MOD contract to equip the RAF's Tornado F3 and its Eurofighter Typhoon combat aircraft. This weapon system will also be fitted to the F-35 Joint Strike Fighter for the UK RAF and Royal Navy.  
 
Present at the ceremony on Friday 20 August were the Australian Defence Minister, Robert Hill, and Air Marshall Angus Houston, Chief of the Australian Air Force.  
 
 
BACKGROUND NOTES:  
 
ASRAAM, a rail launched missile, compatible with any aircraft currently carrying Sidewinder or AMRAAM, is already in service with the UK's Royal Air Force. It was developed under a UK MOD contract to equip the RAF's Tornado F3 and its Eurofighter Typhoon combat aircraft. This weapon system will also be fitted to the F-35 Joint Strike Fighter for the UK RAF and Royal Navy.  
 
ASRAAM's high speed is achieved by means of a combination of low drag and rocket motor size. By using a 166mm (6.5ins) diameter motor, compared with other missiles which use a 127mm (5ins) motor, ASRAAM has approximately 70% more thrust and can maintain a high speed throughout its flight time.  
 
Designed to outmanoeuvre target aircraft in short-range aerial engagements and to allow launch at high off-bore sight angles during such engagements, ASRAAM is a highly agile missile. The exceptional manoeuvrability is provided by a sophisticated control technique achieved using innovative body lift technology coupled with tail control.  
 
ASRAAM provides a pilot with the ability to effectively engage targets from gun range to near Beyond Visual Range. The pilot can cue the missile using a Helmet Mounted Display, Infra-Red Search and Track (IRST) or aircraft radar.  
 
ASRAAM's maximum range is uncontested, and no other short-range air-to-air missile comes near to this capability, providing the ability to passively home beyond the limits of visual range and well into the realm traditionally thought of as Beyond Visual Range. Combined with its very high speed, this makes ASRAAM the ideal weapon to win the Within Visual Range combat regime.  
 
With an annual turnover exceeding E2 billion, a forward order book of over E14 billion and over 70 customers world wide, MBDA is a world leading, global missile systems company. MBDA currently has 45 missile system and countermeasure programmes in operational service and has proven its ability as prime contractor to head major multi-national projects.  
 
MBDA is jointly owned by BAE Systems (37.5%), EADS (37.5%) and Finmeccanica (25%).  
 
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« Responder #162 em: Agosto 24, 2004, 01:26:55 am »
Lockheed Martin Celebrates Fifty Years of Airlift Excellence
 
 
(Source: Lockheed Martin; issued Aug. 20, 2004)
 
 
 MARIETTA, Ga. --- Lockheed Martin will celebrate five decades of airlift excellence on Monday, August 23, as the 1954 first flight of the YC-130 prototype will be recognized in ceremonies at the company’s facility here. Bob Hill, a 53-year employee of the company, who helped build the first production C-130 in 1954, will read a proclamation adopted by the Georgia General Assembly honoring the Hercules. In another historic event, the Honorable Kevin Hellmer, the postmaster of Marietta, will unveil a special U.S. Postal Service pictorial cancellation in honor of the first flight.  
 
“As we look forward to another half century of C-130 production, I think Willis Hawkins, the designer of the Hercules, said it best. He noted that the C-130 may not be the most attractive aircraft, but it is still in production and still doing the job it was designed for. No one else can say that,” says Ross Reynolds, Lockheed Martin C-130J program vice president. “Hawkins also said before the first aircraft ever flew that if it was designed right the first time, it could be sold everywhere, and history has proven him correct. He said he felt that we must have done it exactly right. I couldn’t agree more.”  
 
The C-130J of today incorporates advanced technologies in systems, cockpit displays, materials and other areas – building on the long heritage of proven performance that all started with the original Hercules being “designed right the first time,” as Hawkins put it.  
 
Hawkins, now 90 and mentally sharp and physically active, recalls that the Air Force’s request for proposal for what became the C-130 contained only seven pages. The then-Lockheed Aircraft Corporation responded with a proposal that was 130 pages, quite a contrast to the many thousands of pages required to respond to current government proposals.  
 
The first flight of the YC-130, which was actually the second of two prototypes built, came on August 23, 1954, with company test pilots Stan Beltz and Roy Wimmer at the controls. Dick Stanton was the flight engineer and Jack Real was the flight test engineer. During the 61 minute flight, the aircraft was flown from the Lockheed plant in Burbank, Calif., to what was then known as the Air Force Flight Test Station at nearby Edwards AFB.  
 
Since then, more than 2,260 Hercules aircraft of all types in more than 70 different variants have been delivered to 60 countries. Today, 67 countries, counting those that bought used aircraft, fly the Hercules. The C-130J is the latest version to come off the longest, continuous, active military aircraft production line in history.  
 
A total of 179 C-130Js are on order, and 113 have been delivered to date. In the U.S., Air Force Reserve Command and Air National Guard units fly C-130Js. The Marine Corps operates KC-130J tankers and the Coast Guard has introduced the HC-130J into service. International C-130J operators include the Royal Air Force, Royal Australian Air Force, Italian Air Force, and the Royal Danish Air Force. The capabilities and performance of the C-130J in supporting light, fast and lethal combat operations make it a true transformational asset.  
 
 
BACKGROUND: Lockheed Martin C-130 Hercules Airlifter  
 
At the end of a hastily called U.S. Air Force budget meeting held one week after the Korean War started in June 1950, an idea was born. One of the participants, whose name is unfortunately lost to history, said that the service needed a rugged medium transport that could be operated out of unimproved landing strips and haul cargo or troops a considerable distance at moderately high speeds.  
 
Funds for the new transport were included in the service’s supplemental research and development budget that year. In July 1951, the then-Lockheed Aircraft Corporation’s Model 82 was chosen over designs from Boeing, Douglas, and Fairchild to be the U.S. Air Force’s new tactical airlifter.  
 
Later designated C-130 and nicknamed Hercules, this airlifter, with its distinctive shape and four turboprop engines, has been in continuous production since early 1954, or nearly half the entire history of powered flight. The C-130 is the product of the longest, continuous, active military aircraft production line in history.  
 
The first prototype was flown August 23, 1954 in Burbank, Calif. The first production aircraft was flown from Lockheed’s Marietta, Ga., facility on April 7, 1955. Since then, more than 2,260 Hercules aircraft have been delivered to 60 countries. Today, 67 countries, counting those that bought used aircraft, fly the Hercules.  
 
The C-130 entered operational service in 1956 and since then, aircrews have, quite literally, been everywhere and done everything. It is safe to say that anytime there is a conflict, a natural disaster, or situation where significant quantities of people, supplies, or equipment have to be on scene quickly anywhere in the world, Hercules crews will be flying them there.  
 
You name it and the Hercules has been used to do it. The C-130 has been flown from both poles; landed or airdropped cargo at every hot spot from the Congo to Vietnam to Kosovo to Afghanistan and Iraq; and hauled relief supplies to every outpost on the globe. It has been used to airdrop 15,000 pound bombs, paratroopers, and leaflets that weigh ounces. The C-130 serves as a gunship; monitors and jams enemy radio transmissions; it is used to track icebergs in the North Atlantic and drug traffickers in the Caribbean and Pacific. The Hercules is flown into hurricanes to obtain wind and rain data; it is used to drop retardant on forest fires and insecticide on mosquito infestations.  
 
A modern-day Noah’s ark, the C-130 has been used to haul whales, camels, horses, and cows. It has been used to medevac thousands of casualties to hospitals. As further proof that this aircraft can be used for everything, there was once a four-ship aerial demonstration team that flew C-130s. Incredibly, a C-130 once carried 452 people, despite being designed to carry only 90. In 1963, a Hercules crew landed on and took off from an aircraft carrier 21 times. That particular aircraft is still in active service with the U.S. Marine Corps.  
 
There have been five major military versions of the C-130 along with close to 70 special purpose variants. Between 1954 and 1959, 231 C-130As were built. Production of the C-130B ran from 1958 until 1963 and resulted in 230 aircraft. A total of 488 C-130Es were built from 1961 to 1974. The most produced version of the Hercules so far is the C-130H, with 1,205 aircraft coming off the assembly between 1964 and 1997. Production of the L-100, the civilian variant, totaled 115 aircraft and production ran primarily from 1964 to 1987.  
 
Today’s C-130J represents a nearly complete reinvention of the Hercules. The C-130J, first flown in 1996, has a wingspan of 132 feet — 12 feet longer than the Wright Brothers’ first flight — a height of 38 feet, and comes in two lengths. The short fuselage aircraft is 97 feet, the same as all previous models, and the longer aircraft is 112 feet, which allows it to accommodate more payload. The longer aircraft can carry a maximum payload of 47,812 pounds. Maximum range with a 25,000 pound payload is more than 3,700 nautical miles without external fuel tanks.  
 
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« Responder #163 em: Agosto 26, 2004, 08:18:09 pm »
Long Range Missiles For Air Force
 
 
(Source: Australian Department of Defence; issued Aug. 26, 2004)
 
 
 Australia's F/A-18 Hornet fighter and AP-3C Orion maritime patrol aircraft will be equipped with long range missiles capable of destroying land and sea targets, Defence Minister Robert Hill announced today.  
 
Senator Hill said Defence would choose from the following three long-range air-to-surface weapons:  
 
-- Joint Air-to-Surface Stand-off Missile (JASSM) manufactured by American company Lockheed Martin which is a stealthy long range missile that can reach targets from about 400 kilometres away;  
 
-- A variant of the precision-attack cruise missile KEPD 350 manufactured by the European company Taurus Systems GmbH that has a range of about 350 kilometres; and  
 
-- The Stand-off Land Attack Missile - Expanded Response (SLAM-ER) manufactured by American-based Boeing that is modelled on the Harpoon anti-shipping missile, currently used by the Australian Defence Force and has a range of more than 250 kilometres.  
 
"The new weapon will significantly enhance the ADF's air strike capability, providing a long-range, accurate and lethal attack against a range of targets including fixed and re-locatable targets on land and sea," Senator Hill said.  
 
"Combined with the new air-to-air missiles and upgraded precision-guided bombs, Australia's fighter jets will be the region's most lethal capacity for air combat and strike operations.  
 
"The long range of these new missiles will reduce the risk to both aircraft and crew by decreasing their exposure in a high threat environment."  
 
Defence will advise the Government of its preferred weapon next year after a process of information solicitation and evaluation. The project is worth $350-$450 million.  
 
Senator Hill said the new weapons would be introduced into service between 2007 and 2009.  
 
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« Responder #164 em: Agosto 26, 2004, 08:20:32 pm »
Deployment of RAF Harrier GR7 Aircraft to Afghanistan  
 
 
(Source: UK Ministry of Defence; issued Aug. 25, 2004)
 
 
 The Secretary of State for Defence today announced the UK's decision to deploy under coalition control six RAF Harrier GR7 aircraft to Kandahar, Afghanistan, for an initial period of nine months. This is the first time in the current campaign in Afghanistan that the UK has deployed combat aircraft. Mr Hoon said of the decision:  
 
"Deployment of these aircraft confirms our commitment to the NATO mission in Afghanistan, our support for the International Security Assistance Force and our determination to help ensure the success of the international community's support for the Afghan electoral process. The Royal Air Force crews will provide a highly capable and credible force which will contribute to improving the security environment in the region. This is another clear sign of the UK's long term commitment to achieving a stable and secure Afghanistan."  
 
The Harriers will provide Close Air Support and a reconnaissance capability to both coalition forces and the International Security Assistance Force (ISAF). We also aim to have the aircraft operational in time to provide, at need, an air presence to assist ISAF's security support for the Afghan presidential elections on 9 October.  
 
The deployment forms part of OPERATION VERITAS, our wider operation to help end international terrorism.  
 
The deployment will be drawn from No 3 Squadron, RAF, part of the Joint Force Harrier, and based at RAF Cottesmore. It will include a temporary deployment of 53 Field Squadron (Airfield Support), Royal Engineers, based at Waterbeach, who will carry out some minor building work necessary to operate the Harriers from Kandahar airfield. Initially, we shall deploy some 315 members of the Army and the RAF, but that should eventually settle at a detachment of around 230 personnel.  
 
The first deployment - a mixed party of about thirty Royal Engineers from 53 Field Squadron (Airfield Support), Royal Engineers, and RAF personnel from 3 Squadron will leave for Kandahar on 26 August. Their role will be to prepare for the arrival of the main deployment. We aim for the whole force to be operational by the end of September.  
 
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