Notícias (Forças Aéreas/Sistemas de Armas)

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« Responder #195 em: Outubro 01, 2004, 09:15:26 pm »
DARPA Begins Advanced Radar Program
 
 
(Source: DARPA; dated Sept. 29, issued Sept. 30, 2004)
 
 
 The first phase of the Affordable Adaptable Conformal Electronic Scanning Antenna Radar (AACER) program began this summer when the Defense Advanced Research Projects Agency (DARPA) awarded funding to Northrop Grumman Electronic Systems (Baltimore, Md.), and Raytheon Space and Airborne Systems (El Segundo, Calif.).  
 
Raytheon was awarded $6,057,431 and Northrop Grumman received $5,781,583.  
 
The AACER program will develop extended range ground moving target indication (GMTI) radar combined with a high resolution synthetic aperture radar (SAR) and integrated communications to be used on tactical-level unmanned aerial vehicles (UAVs) such as the U.S. Army’s Class IV UAV or the A-160 Hummingbird.  
 
The radar will provide unprecedented, high update rates for tracked targets, and persistent stare over large areas with high update rates. The affordable, adaptive and conformal electronic scanning antenna developed under the AACER program will provide the U.S. Army with enhanced GMTI/SAR systems for reconnaissance, surveillance, target acquisition and tracking missions.  
 
During the initial 12-month phase of the AACER program, the contractors will demonstrate key electronic scanning antenna technology and develop preliminary designs for each radar concept.  
 
In phase II, the program will down-select to a single contractor to complete a system design and build key sub-assemblies that meet weight and form factors for the Army’s Future Combat Systems Unit of Action Class IV UAV.  
 
During phase III, the program will perform a final system integration and flight test demonstration that will bring forth a new capability for the Army’s Future Combat Systems Unit of Action.  
 
Although the AACER program is focused on a future Army ground unit capability, the AACER capability may also be useful to other ground forces such as the U.S. Marine Corps and special operations forces.  
 
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« Responder #196 em: Outubro 01, 2004, 10:43:29 pm »
Pentagon Contract Announcement
 
 
(Source: US Department of Defense; issued Sept. 30, 2004)
 
 
 Lockheed Martin Aeronautical Co., Fort Worth, Texas, is being awarded a $26,970,000 firm fixed price contract to provide for Incorporation of Advanced Integrated Defense Electronics Warfare Systems (AIDEWS) and ALE-47 into Oman and Chile F-16 C/D aircraft.  
 
Total funds have been obligated. This work will be complete by June 2006. Solicitation began October 2002 and negotiations were completed April 2004.  
 
The Headquarters Aeronautical Systems Center, Wright-Patterson Air Force Base, Ohio, is the contracting activity (F42620-01-D-0058, SC08).  
 
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« Responder #197 em: Outubro 05, 2004, 10:37:22 pm »
American Eurocopter Wins $75 Million U.S. Border Patrol Contract to Support the Department of Homeland Security
 
 
(Source: EADS; issued Oct. 4, 2004)
 
 
 GRAND PRAIRIE, TX. --- American Eurocopter - a subsidiary of Eurocopter, the largest manufacturer of commercial helicopters in the world, and EADS North America announced on Monday that the company has been awarded a contract by the Department of Homeland Security (DHS) to supply more than 55 aircraft to the U.S. Customs and Border Protection Agency.  
 
The value of the award is potentially $75 million over the five-year term of the contract.  
 
[The US Border Patrol] will use the EC120 for the Law Enforcement Equipped Single Engine Light Observation Helicopters – or “Light Sign Cutter” fleet. The single-engine turbine EC120 is the quietest helicopter in its class, making it one of the most environmentally-friendly helicopters that can be flown in some of the wildlife areas contained within the Border Patrol’s area of operation. The aircraft offers excellent endurance, unmatched cabin visibility and compliance with energy attenuating capability. The EC120 offers excellent value to the Department of Homeland Security. Currently, more than 380 EC120 aircraft are in operation worldwide.  
 
The Light Sign Cutter fleet of more than 55 EC120 aircraft will be produced in Mississippi at the company’s second and newest manufacturing facility in Columbus, adjacent to the Golden Triangle Airport.  
 
The U.S. Border Patrol’s primary consideration in making the selection was to procure a helicopter that was technically compliant with its mission requirements. The light observation helicopter fleet will provide low-level surveillance and security patrol of U.S. borders to detect, interdict and apprehend persons either trying to illegally enter the United States or conduct illegal activity along U.S. borders. The majority of the U.S. Border Patrol’s current light observation fleet consists of Vietnam-era surplus helicopters that are slated for replacement by the EC120.  
 
The Department of Homeland Security currently operates 96 helicopters (HH-65 Dolphin) for the U.S. Coast Guard and 44 AS350 AStar light utility helicopters.  
 
“We have been working with the Department of Homeland Security for more than 16 years, and they are our largest para-public customer,” said Marc Paganini, President and CEO, American Eurocopter. “I am pleased that we have established a track record of excellence, and are able to continue and expand our relationship with the DHS – and support the business of protecting America.”  
 
Ralph D. Crosby Jr., Chairman and CEO EADS North America, member of the EADS N.V. Executive Committee said: “We are pleased and proud of this competitive award. This award builds upon the great success our aircraft have enjoyed in the law-enforcement and para-public communities in the United States. With this contract we will honor our commitment to providing best value products to the U.S. government, and also importantly, our commitment to provide jobs and growth in the Columbus, Mississippi community.”  
 
American Eurocopter Corporation (AEC) is the American subsidiary of Eurocopter, the largest helicopter manufacturer in the world, and EADS North America, the North American operations of EADS.  
 
EADS North America is the North American operations of EADS, the second largest aerospace and defense company in the world. As a leader in all sectors of aerospace, defense and homeland security, EADS North America and its parent company, EADS, contribute more than $6 billion to the U.S. economy annually, and support more than 100,000 American jobs through its network of suppliers and services. With 11 operating companies located in 38 cities and 20 states, EADS North America offers a broad array of advanced solutions to its customers in commercial, civil, para-public and defense markets across the United States.  
 
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« Responder #198 em: Outubro 05, 2004, 10:44:15 pm »
Burton Signs Orion Upgrade Contract
 
 
(Source: New Zealand Ministry of Defence; issued Oct. 5, 2004)
 
 
 With final negotiations completed and the contract signed, work can begin next year on a major upgrade of New Zealand’s P-3 Orion aircraft fleet.  
 
At the signing ceremony today with US firm L-3/IS Communications Integrated Systems, Defence Minister Mark Burton said that this $352 million project was another significant step in re-equipping all three services of the NZDF.  
 
“Since the 2002 release of the Defence Long-Term Development Plan, 22 major re-equipment projects have been advanced. They include investments in seven new purpose-built naval vessels, a 15-year life extending upgrade of our C-130 Hercules aircraft, the purchase of two 757-200 jet aircraft to replace our ageing 727s, and the recent acquisition of a new fleet of Light Operational Vehicles.  
 
“Our Orion fleet is critical for surveillance of New Zealand’s Exclusive Economic Zone and surrounding waters, as well as meeting our South Pacific obligations. The Orions are also used for search and rescue operations, and were recently deployed to the Arabian Sea area in support of the international campaign against terrorism.”  
 
Mark Burton noted that the upgrades had been developed from a whole-of-government approach, involving extensive consultation with a range of government agencies to ensure that the planes will meet both military and civilian agency requirements.  
 
The mission systems and communication and navigation equipment will both be upgraded together, with the two projects running in parallel to maximise efficiency and cost effectiveness.  
 
The mission systems upgrade involves the installation of new imaging radar electronic sensor equipment (video and infrared camera), and mission management systems. The upgrade of the communications and navigation will ensure the aircraft are able to comply with pending mandatory global air traffic regulations. The upgrades also include ground-based support and training facilities.  
 
“This government has been committed from day one to building a modern, sustainable, well-equipped Defence Force, and this investment in our P-3 fleet is another clear example of that commitment. This upgrade will ensure interoperability with our security partners, allow New Zealand to participate in a range of operations, and provide support to the Defence Force’s other maritime and land force elements,” said Mark Burton.  
 
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« Responder #199 em: Outubro 05, 2004, 11:22:06 pm »
Airmen Use GBU-38 in Combat
 
 
(Source: US Air Force; issued Oct. 4, 2004)
 
 
 SOUTHWEST ASIA --- During one particular night shift recently, a team primarily composed of Air National Guardsmen conducted the first successful drop of a GBU-38 bomb in combat.  
 
The majority of the people connected to the effort came from the Alabama Air National Guard and were supplemented by airmen from Illinois and Wisconsin. They worked together to put two 500-pound bombs on target and into the history books, officials said.  
 
Two F-16 Fighting Falcons performed a simultaneous GBU-38 release on the same target in central Iraq. The bombs precisely hit a two-story building with minimal collateral damage.  
 
This was “a successful precision strike on a confirmed Abu Musab al-Zarqawi terrorist meeting,” Coalition Press Information Center officials said.  
 
The introduction of the GBU-38 gives coalition leaders a smaller precision weapon to further decrease the likelihood of collateral damage in Iraq. This is especially important as forces continue to target insurgents and their meeting places, normally within heavily populated residential areas.  
 
“This was the right weapon for the job,” said Lt. Col. Mitch, the lead pilot who carried out the mission. (Full names of pilots are omitted for security reasons.) “If we used any bigger of a bomb, we would have caused unnecessary damage.”  
 
“This gave us a great sense of personal satisfaction because we really feel like we made a direct impact on the war on terror,” said Maj. Brian, the wingman on the mission.  
 
From the assembly of the precision-guided bomb to its release in combat, hundreds of Airmen worked together to make the mission a success.  
 
“Everybody worked so well together, despite being from different home bases and working in different jobs,” Major Brian said. “Every job counted, and people were ready at the right time -- from the intelligence, maintenance, command and control, air refueling, to us.”  
 
The people who worked directly with the drop said this accomplishment did not come without foresight and thorough preparation. In fact, this ability to predict future mission needs and make quick, accurate changes is probably what gave this ANG team the opportunity to carry out the mission.  
 
“Even before Sept. 11, 2001, we were modifying our aircraft’s capabilities from general-purpose daytime bombing to conducting precision strikes at night,” Colonel Mitch said.  
 
When the GBU-38 was deemed “war-ready,” the unit’s jets already had the correct wiring necessary to connect to that particular munition, he said.  
 
Major Brian said they were prepared to make this mission a success.  
 
“We certainly had enough time to spool up for this mission,” he said. “We found out about a month before we deployed here that we may be dropping the GBU-38, so we spent a couple weeks learning about the different parameters needed to successfully put that bomb on target.”  
 
In regards to the procedures to release the GBU-38, the pilots said it is no different than any other bomb.  
 
“This is a relatively easy bomb to drop,” Colonel Mitch said. “We simply set the coordinates and deliver the bomb. There’s a slight shake in the jet as the bomb is released because [of] the sudden weight reduction, which happens after every drop.”  
 
The weapons loaders from a maintenance squadron in the Alabama ANG said they had the proper time and training to make the mission a success.  
 
“For this deployment, we were prepared for the possibility that we might be mounting a new munition like the GBU-38,” said Lt. Col. Woody Klinner, an Alabama ANG maintenance officer.  
 
Recognizing the GBU-38 was soon to be released to the warfighter, Alabama ANG officials sent a load standardization crew to Eglin Air Force Base, Fla., to become certified instructors on loading this type of munition. When the unit deployed, the crew then immediately turned around to teach others how to load it.  
 
Additionally, the munitions flight that helped build the bomb at the deployed location, spared no time in getting it ready for the load crews to practice mounting on the jets.  
 
“Because they’re relatively easy bombs to build, we had the first two bombs ready for load crew training within 24 hours of receiving the parts,” said 1st Lt. Glen Titus, a munitions flight commander from Seymour Johnson AFB, S.C.  
 
Few people working with the bomb said they knew they would be involved with the first drop in combat.  
 
“We had an idea that we may get to put the GBU-38 on a jet, but we had no idea we’d be putting it on the first jet to use it in the war,” said Senior Airman William Russell, a weapons loader with the Alabama ANG. “It’s a good feeling knowing now we contributed to that.”  
 
From the munitions loaders’ perspective, the training not only paid off by giving them a chance to load the bomb for a combat mission, but it also paid off by “lightening their load.”  
 
Composed of a MK-82 with the joint direct attack munitions guidance system, the GBU-38 is considered a “lightweight” compared to most of the other munitions loaded on F-16s.  
 
“It’s a whole lot easier to load onto the aircraft than weapons like the GBU-12, or even the GBU-31, because it’s a lot smaller and lighter,” said Tech. Sgt. Mark Worley, a load crew chief in the Alabama ANG. “It takes longer to prep the station than it does to put the bomb on.”  
 
As aircraft continue to fly supporting operations Iraqi Freedom and Enduring Freedom, hundreds of Airmen work together around the clock to make each mission a success.  
 
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« Responder #200 em: Outubro 11, 2004, 12:03:04 pm »
Citação de: Code One Magazine

Five Eagles In Three Minutes

  A single Raptor pilot from the Combined Test Force at Edwards AFB, California, launched four guided AIM-120 missiles against four separate targets on 24 July. The Raptor's integrated weapons system successfully identified, tracked, and linked each target's data to the AIM-120s and each missile passed within lethal range of its target. During a press conference at Andrews AFB, Maryland, in May, Secretary of the Air Force Dr. James G. Roche told reporters that in one test "We had five F-15 Eagles against one Raptor and the engagement was over in three minutes. None of the F-15s even saw the Raptor. The Raptor simply went down the line and, in simulation, took out all five of the F-15s."
"There seems to be something wrong with our bloody ships today." Admiral Sir David Beatty Jutland 31-05-1916
 

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« Responder #201 em: Outubro 14, 2004, 12:13:05 am »
Pentagon Contract Announcement
 
 
(Source: US Department of Defense; issued Oct. 12, 2004)
 
 
 Raytheon Co., Tucson, Ariz., is being awarded a $78,221,940 firm fixed price contract to provide for Air-to-Ground Missiles, AGM-65G2 Tactical Missile quantity 360; Air-to-Ground Missiles AGM-65G2 Spares GCS, quantity 15; TGM-65G Training Missile quantity 8; TGM Training Missile quantity 10; TGM-65G2 Spare Guidance Control Section quantity 6; Signal Processing Unit, quantity 3; AGM-65 Missile Load Trainer quantity2; AGM-65 Missile Maint Trainer quantity 2.  
 
This effort supports the Weapon System AGM-65 Maverick Missile. This effort supports foreign military sales to Poland.  
 
Total funds have been obligated. This work will be complete by July 2007. Negotiations were completed September 2004.  
 
The Headquarters Ogden Air Logistics Center, Hill Air Force Base, Utah, is the contracting activity (FA8213-04-C-0127).  
 
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« Responder #202 em: Outubro 14, 2004, 01:46:07 am »
New Zealand MOD Awards P-3 Systems Upgrade Program to L-3 Communications Integrated Systems
 
 
(Source: L-3 Communicationss; issued Oct. 12, 2004)
 
 
 NEW YORK --- L-3 Communications announced today that the New Zealand Ministry of Defense has selected L-3 Communications Integrated Systems (L-3 IS) for a contract valued at approximately $200 million to upgrade mission and communication-navigation systems for New Zealand’s P-3K maritime patrol aircraft.  
 
The upgrades to the six aircraft operated by the Royal New Zealand Air Force will include the replacement of the data management system, radar, electro optics, communications and navigation systems. The mission systems upgrade involves the installation of new imaging radar electronic sensor equipment (video and infrared camera) and mission management systems. The upgrades also include ground-based support and training facilities.  
 
“This win affirms our long-standing commitment to New Zealand,” said Bob Drewes, president of L-3 IS. “We have established great relationships with our New Zealand industry partners and our Integrated Data Handling System superbly meets New Zealand’s requirements.”  
 
L-3 IS has total system integration responsibility and will provide the mission system design, system integration, the intercommunications subsystem, the data management system and system installation and test on the first aircraft at its Greenville, Texas facility.  
 
The L-3 IS team includes New Zealand companies Safe Air Limited and Beca Applied Technologies. Other team members include L-3 Communications Wescam, IAI ELTA Electronics Industries, Universal Avionics Systems Corporation, and Rockwell Collins.  
 
Safe Air Limited will complete production on the five remaining aircraft, support development of integrated logistics support data, and install the ground support facilities under sub-contract to L-3 IS. Beca Applied Technologies will provide software design support for the data management systems and long-term software maintenance support under a separate contract with the Crown.  
 
IAI ELTA Electronics will supply the radar subsystem and L-3 Communications Wescam adds its industry-leading electro-optical/infrared subsystem. Universal Avionics Systems Corporation will provide its flight management subsystem and Rockwell Collins will supply the communication subsystem.  
 
“Our Orion fleet is critical for surveillance of New Zealand’s Exclusive Economic Zone and surrounding waters, as well as meeting our South Pacific obligations,” said New Zealand Defense Minister Mark Burton. “The Orions are also used for search and rescue operations, and were recently deployed to the Arabian Sea area in support of the international campaign against terrorism.”  
 
“This government has been committed from day one to building a modern, sustainable, well-equipped Defense Force,” Burton continued, “and this investment in our P-3 fleet is another clear example of that commitment. This upgrade will ensure interoperability with our security partners, allow New Zealand to participate in a range of operations, and provide support to the Defense Force’s other maritime and land force elements.”  
 
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« Responder #203 em: Outubro 14, 2004, 10:32:06 pm »
ATG and IAI Sign Strategic Partnership to Develop and Manufacture Advanced Jet Trainer for the Global Market
 
 
(Source: Israel Aircraft Industries; issued Oct. 13, 2004)
 
 
 LAS VEGAS, NV --- Aviation Technology Group (ATG) and Israel Aircraft Industries (IAI) have signed a strategic cooperative agreement for the design, development, and manufacture of an Advanced Jet Trainer (AJT).  
 
The AJT is an innovative concept based on ATG’s two-seat jet, the Javelin, and is optimally suited for a variety of advanced military training and support requirements. Integration of the Javelin prototype is in its final stages and handoff to flight operations is scheduled for this month.  
 
The ATG and IAI partnership is a cooperative development process which also includes joint global marketing, engineering and co-production of the Javelin AJT. The agreement maximizes commonality between the Javelin civil aircraft and the military advanced jet trainer. It also utilizes long term IAI’s proven experience in commercial and military aircraft certification. Final assembly of the aircraft will take place in New Mexico and Israel allowing increased logistical flexibility. IAI will invest equity and matching funds in ATG for the advanced trainer derivative and the aircraft will be the central element of an integrated system that includes flight simulators, ground-base training systems, and maintenance and logistics infrastructures.  
 
The dual-engine Javelin AJT will optimize aircraft performance during advanced and pre-operational training, allowing pilot trainees to better develop data analysis, information management, decisionmaking, and situational awareness skills.  
 
The Javelin AJT will perform in the class of 0.90 Mach/500 knots. It is based on a light small dimension platform (approximately 6000 lbs/2700 kg). Maneuverability matches the requirements of advanced and pre-operational (“lead-in”) pilot training. In the Javelin AJT the cockpit and avionics will be compatible with the display and operation of systems in fourth and fifth generation fighters including the F-15, F-16, Mig-29, Sukhoi-30, Rafale and Eurofighter. Systems will include embedded simulations of combat scenarios, sensors data, simulated operation of weapons and self-defense systems, and mission planning and debriefing capabilities.  
 
IAI is a world leader in designing and installing sophisticated avionics and displays in a large variety of both Eastern and Western aircraft and this expertise will be applied to the Javelin AJT.  
 
“We evaluated options to develop a next-generation trainer aircraft and concluded that a strategic codevelopment partnership with ATG was most cost effective option," said Moshe Keret, President and CEO of IAI. “The Advanced Jet Trainer will incorporate low-risk design and technologies of great interest to air forces around the world seeking pilots' training solutions.”  
 
“IAI’s faith and commitment to the Javelin program validates ATG’s core value proposition. Using a modular, core platform, we are able to offer jets at a price to performance ratio that cannot be matched,” said George Bye, Chairman and CEO of ATG. “We are committed to build upon our progress in the civil sector by entering the advanced training market with IAI. The Javelin AJT concept allows flight training units to improve training effectiveness while simultaneously reducing budgets.”  
 
Established in 1953, IAI is Israel's largest high-tech concern and a globally recognized leader for the defense and commercial markets. IAI provides unique and cost-effective technological solutions for a broad spectrum of needs in space, air, land, sea and homeland defense.  
 
Headquartered at Centennial Airport in Englewood, CO, ATG is the developer and manufacturer of high performance military and civil aircraft for domestic and international customers. ATG offers highly competitive products by integrating new technology and off-the-shelf systems into modular platforms.  
 
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« Responder #204 em: Outubro 14, 2004, 10:46:05 pm »
Helmet Upgrades Enhance Air Power
 
 
(Source: US Air Force; issued Oct. 13, 2004)
 
 
 SPANGDAHLEM AIR BASE, Germany --- F-16 Fighting Falcon pilots here can now look, lock and launch on an enemy target in the blink of an eye. Because split seconds can mean the difference between life or death for a pilot in combat, the 52nd Fighter Wing here adopted an advanced approach to high-tech man-machine interaction with the Joint Helmet-Mounted Cueing System.  
 
The system provides an electronic interface allowing the helmet and jet to communicate putting critical data less than three inches from a pilot’s right eye. Human retinal nerve impulses and eye movement can be faster than one-twenty-fifth of a second. Pilots quickly locate, track, identify and lock onto airborne and ground-based targets at longer ranges and safer altitudes -- all by simply looking at a target, said Staff Sgt. Terence Zelek, a life-support technician with the 23rd Fighter Squadron. “By keeping their eyes pointed outside the cockpit, pilots will be better equipped to support the formation via visual lookout and avoid potential midair collisions in crowded airspace,” said Lt. Col. David Youtsey, 52nd Operations Support Squadron director of operations.  
 
Avoiding such collisions is part of what makes the nearly $100,000 price tag per system money well spent, Colonel Youtsey said. “Compared to the cost of a trained pilot, the cost of the (F-16), or the cost of many weapons that are used only once, the price is not an issue,” he said. “(With) more survivable air attack engagements or faster destruction of enemy ground forces during a close-air support mission, the benefits are easily recognized. “Colonel Youtsey said the new system also pays dividends in training.  
 
“Our young pilots will learn the skills and tactics necessary to transfer to more capable aircraft,” he said. “The skills acquired via (the system) will support the fielding decisions and employment tactics of those future stealthy platforms in an even more networked and sensor-dense battle space.”  
 
One pilot said the ease of the helmet system makes the idea of returning to the “old-fashioned” system unappealing, but he also recognizes the importance of meticulous training, fitting and assembly on the new system.  
 
“Your head is connected to the end (of the cord) and inside the helmet,” said Capt. Kevin Lord, 23rd FS life-support officer and F-16 pilot. During an ejection or other mishap, “if the (system) is improperly connected, it could rip your head off.”  
 
Three dedicated rides with an instructor, coupled with a regular flight schedule, should keep pilots proficient with the new equipment.  
 
“When you know how to wear (the helmet) and it’s properly fitted, it’s awesome,” Captain Lord said. “It’s first look, first lock, first kill and now we can track altitude, speed and just about any information we need to keep the aircraft level and in our control.”  
 
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« Responder #205 em: Outubro 15, 2004, 04:53:01 pm »
Predator Achieves 100,000 Flight Hours
 
 
(Source: General Atomics; dated Oct. 11, web-posted Oct. 14, 2004)
 
 
 SAN DIEGO, California --- General Atomics Aeronautical Systems, Inc., the leading manufacturer of unmanned aircraft systems, announced that the RQ-1/MQ-1 Predator unmanned aircraft has achieved a milestone of 100,000 flight hours.  
 
This significant achievement occurred on September 27, 2004, during a routine combat mission over Iraq with the U.S. Air Force Predator number 61 (P-61). In June 2004, GA-ASI family of unmanned aircraft achieved 100,000 total flight hours – the accomplishment of 100,000 flight hours for a single model of aircraft is truly extraordinary.  
 
Predator, developed in 1994, has been operational in every U.S. conflict since 1995, and has amassed almost 70,000 combat flight hours. Configured with an electro-optical and infrared camera system and synthetic aperture radar, Predator has provided field commanders and the National Command Authority with a unique surveillance and reconnaissance intelligence capability for more than nine years.  
 
The introduction of the Hellfire missile air-to-surface attack capability in 2001 has significantly changed the way that Predator has contributed to the war on terrorism. Predators are flying more than 3000 flight hours per month while maintaining the highest operational readiness rates in USAF inventory. Predator is the major contributor to U.S. tactical reconnaissance in theater.  
 
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« Responder #206 em: Outubro 15, 2004, 04:54:13 pm »
Honeywell to Provide Multifunction Radar Displays for L1011 Tri Star Tanker Aircraft
 
 
(Source: Honeywell; issued Oct. 13, web-posted Oct. 14, 2004)
 
 
 PHOENIX --- Honeywell announced today that it has signed an agreement with Marshall Aerospace to provide Multifunction Radar Displays for nine L1011 TriStar tanker aircraft for the United Kingdom.  
 
Deliveries will begin this year and will be completed in 2005.  
 
“Honeywell’s Multifunction Radar Display provides interfaces for multiple radar systems -- Honeywell systems and older radar systems that include the Bendix APS-133 and RDR-1E/F,” said Joe Longworth, Director of Government Sales, Honeywell Defense & Space Systems. “This system provides weather radar, Enhanced Traffic Collision Avoidance System (ETCAS) and Enhanced Ground Proximity Warning System (EGPWS) display, along with a navigation overlay.”  
 
Honeywell’s display provides control of the RDR-4B weather radar, eliminating the need for a separate control panel and independent displays for primary functions.  
 
Honeywell International is a $23 billion diversified technology and manufacturing leader, serving customers worldwide with aerospace products and services; control technologies for buildings, homes and industry; automotive products; turbochargers; and specialty materials. Based in Morris Township, N.J., Honeywell’s shares are traded on the New York, London, Chicago and Pacific Stock Exchanges. It is one of the 30 stocks that make up the Dow Jones Industrial Average and is also a component of the Standard & Poor’s 500 Index.  
 
Based in Phoenix, Honeywell’s aerospace business is a leading global provider of integrated avionics, engines, systems and service solutions for aircraft manufacturers, airlines, business and general aviation, military, space and airport operations.  
 
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« Responder #207 em: Outubro 18, 2004, 07:03:22 pm »
Gripen for Thailand
 
 
(Source: Gripen International; web-posted Oct. 15, 2004)
 
 
 Following the visit to Sweden by the Thai Prime Minister Thaksin Shinawatra 23-24 September, and following a meeting with the Swedish Prime Minister Göran Persson, he stated that Thailand is in favor of Gripen as its F-5 replacement aircraft.  
 
This very positive statement has recently been confirmed by the C-in-C of the Royal Thai Air Force, Air Chief Marshall Kongsak Wantana, saying to the Reuters news agency in Bangkok on 8 October “We have decided to select Gripen fighters to replace our F-5 fleet”.  
 
However, the Thai interest in Gripen dates back to earlier briefings given by Gripen International to Thai officials. Gripen has also been presented to the Royal Thai Air Force (RTAF) on several occasions, including when the C-in-Chief of the Royal Swedish Air Force, Maj.Gen Jan Andersson, was on an official visit on the occasion of the RTAF’s 90th anniversary on 26-27 March 2004.  
 
While visiting the RTAF, Maj.Gen Andersson invited the RTAF to visit Sweden and familiarize itself with Gripen. The invitation was accepted and on 24 May, two pilots from the RTAF - Wing Commander Punpakdee Pattanakul (call sign “Kai”) and Wing Commander Manat Chuanprayon (call sign “Maverick”) - arrived at Swedish Air Force (SwAF) base F7 at Såtenäs, 120 kms north of Gothenburg in the west of Sweden.  
 
The F7 wing is the home of two Gripen squadrons and the Gripen Centre, where all Gripen pilots undergo conversion and tactical training on Gripen. The Thai officers were given an introductory course on the Gripen aircraft which included 10 hours of flying.  
 
In parallel, Swedish industry and Swedish authorities have held extensive talks with their Thai counterparts. A joint Swedish-Thai group, at the highest political level, will meet on a regular basis to prepare for a widespread bilateral agreement. The aim is to further develop the relations between Thailand and Sweden and to create a bilateral co-operation program serving as a base for a possible future sale of Gripen to Thailand. An acquisition of Gripen for the RTAF could be part of such a co-operation program, as could other products of the Saab Group or other companies.  
 
“We are naturally very pleased with the positive signals we have received from Thailand”, says Kaj Rosander, Thai Project Manager at Gripen International.  
 
“The Thai Air Force is well known for its high standard of operations and with Gripen being seen as the prime replacement for their F-5’s, it is a further evidence of Gripen’s capabilities both in terms of performance as well economically” he added.  
 
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« Responder #208 em: Outubro 18, 2004, 07:15:36 pm »
Pentagon Contract Announcement
 
 
(Source: US Department of Defense; issued Oct. 15, 2004)
 
 
 Northrop Grumman Corp., San Diego, Calif., is being awarded a $207,700,000 firm fixed price contract modification to provide for Low Rate Initial Production Lot 3.  
 
One Global Hawk (RQ-4A) Production Air Vehicle with Basic Integrated Sensor Suite; Two Global Hawk (RQ-4B) Production Air Vehicle; One Global Hawk Production Air Vehicle with Enhanced-Integrated Sensor Suites and Clip-In Sensor (Hyperwide); One Mission Control Element; One Launch Recovery Element; Basic Integrated Sensor Suite; and Support Equipment and Spares.  
 
At this time, $48,675,000 of the funds has been obligated. This work will be complete by October 2005. Solicitation began September 2003 and negotiations were completed June 2004.  
 
The Headquarters Aeronautical Systems Center, Wright-Patterson Air Force Base, Ohio, is the contracting activity (F33657-03-C-4310, PZ0002).  
 
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« Responder #209 em: Outubro 20, 2004, 05:36:01 pm »
Maiden Flight of First Czech Gripen
 
 
(Source: Saab AB; issued Oct. 20, 2004)
 
 
 Monday October 18 saw the take-off of the first Gripen fighter ordered for export. The aircraft, which will be delivered to the Czech Republic, was marked with Czech colors.  
 
"This maiden flight marks an important milestone for Gripen on the export market. Today's flight demonstrates that Saab is world leading when it comes to developing modern fighters and that we will stay in that position for a long time", says Johan Lehander, head of Gripen operations at Saab Aerosystems.  
 
The Czech Air Force will be the first NATO country to operate Gripen, one of the world's most modern, fourth generation fighter aircraft. The fighters will be delivered by FMV to the Czech Republic from April 2005.  
 
Gripen was up for 1 hour and 25 minutes and was flown by Mats Thorbiörnson, one of Saab's test pilots. Following today's maiden flight there will be a period of further air and ground tests to verify that the systems are working in line with the Czech specifications.  
 
The fighter that made the historical flight is the first of 14 aircraft that the Swedish state (FMV) is leasing to the Czech armed forces.  
 
The contract also includes training. Since August, the first Czech pilots have been re-training for the Gripen systems at the F7 Swedish Air Force base in Såtenäs, western central Sweden. Approximately 40 engineers are also being trained in Gripen systems at the Armed Forces Halmstad Schools (FMHS) on the south-west coast.  
 
Gripen is the most cost-effective and capable supersonic, multi-role/swing-role fighter aircraft in operational service today. In service with the Swedish Air Force since 1997, it will also equip the South African, Hungarian and Czech Air Forces.  
 
Saab is one of the world's leading high-technology companies, with its main operations focusing on defence, aviation and space. The group covers a broad spectrum of competence and capabilities in systems integration.  
 
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