Notícias (Forças Aéreas/Sistemas de Armas)

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Fábio G.

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« Responder #135 em: Agosto 04, 2004, 12:58:41 pm »
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Mi-28N vs. Ka-52

A Mil esta preparando para lançar a produção do Mi-28N a partir de 2006, mas formalmente o Exército russo não encomendou o modelo, há apenas rumores que podem ser encomendados 10 unidades para avaliação e comparação com os 12 Ka-52 encomendados ano passado.
 

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Fábio G.

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« Responder #136 em: Agosto 04, 2004, 12:59:39 pm »
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Voa o Mi-38

Finalmente voou, em dezembro de 2003, o Mi-38 helicóptero projetado para substituir os Mi-8/17. O grupo europeu Eurocopter(Franco-Alemão) também tem pequena participação no projeto e tem a responsabilidade de comercializar o aparelho no ocidente. O Mi-38 tem maior capacidade de carga 5T(interna) e até 7T(externa),contra 4T e 5T dos Mi-17.
 

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Fábio G.

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« Responder #137 em: Agosto 04, 2004, 01:00:12 pm »
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An-124

Força Aérea dos Emirados Árabes Unidos comprou um An-124 por apenas 38 milhões de doláres.
 

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Fábio G.

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« Responder #138 em: Agosto 05, 2004, 11:50:22 am »
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LA RAZON

Defensa negocia cofabricar los «Taurus» europeos para los cazabombarderos
F-18 y «Eurofighter»

España se incorpora a la restringida lista de países que disponen de los
«misiles de crucero», similares a los «Tomahawk» norteamericanos, capaces
de alcanzar objetivos a cientos de kilómetros de distancia. El Ministerio
de Defensa negocia en secreto la cofabricación del misil germano-sueco
«Taurus», con un radio de acción de 400 kilómetros, desarrollado por el
consorcio aeronáutico europeo Eads. Un centenar de estos misiles dotarán a
los cazabombarderos F-18 y a los nuevos «Eurofighter», para reforzar la
Defensa Nacional ante el aumento de los riesgos procedentes del Magreb.



Cofabricación

La empresa española de ingeniería Sener será la encargada de fabricar
diversos componentes de la totalidad de los misiles que salgan de la planta
de producción de la firma germana LFK. El primer país en apostar por el
«Taurus» ha sido Alemania, que ha adquirido un total de 600 unidades para
equipar su fuerza aérea. Está previsto que comience a recibir las primeras
unidades a mediados del próximo año. A este respecto, no se descarta que la
cadena de producción de misiles germanos intercale los primeros del pedido
español para que el Ejército del Aire disponga del «Taurus» también en 2004.
Francia, Gran Bretaña e Italia han optado por el misil de crucero
«Storm Shadow», puesto a punto por un consorcio de industrias de estos tres
países. Una de las cualidades de los «Taurus» es su versatilidad. Han sido
desarrollados como una «familia» con alcances desde 150 hasta 600
kilómetros, lo que permite, en función de la misión, incorporar cargas
explosivas de diferentes características. A mayor radio de acción se
incrementa el gasto de combustible y, consiguientemente, ha de reducirse el
peso de la cabeza de guerra. Todos sus componentes se integran en un «puro»
de apenas 5 metros de longitud con el fin de que pueda ser disparado desde
un cazabombardero. El «Taurus», de menor envergadura que los «Tomahakw»
norteamericanos, utiliza para su guiado un sistema de navegación por
diferentes sensores, entre ellos GPS, y vuela a 50 metros del suelo,
sorteando los accidentes geográficos, hasta llegar a su objetivo. Son
prácticamente indetectables. Cada unidad costará un millón de euros. El
Ministerio de Defensa está interesado en la versión naval para las cuatro
nuevas fragatas F-100 provistas del sistema «Aegis», cuyo radar es capaz de
detectar el vuelo de un avión en mil kilómetros a la redonda. Ésta es una
capacidad complementaria a la hora de que un «Taurus» vuele seguro hacia su
objetivo. También se estudia una variante para los submarinos S-80,
recientemente aprobados por el Gobierno. Fuentes militares señalan que
dotar con misiles de crucero a los tres sistemas de armas punteros con los
que las Fuerzas Armadas inauguran el siglo XXI, supone un considerable
salto cualitativo para ejercer «suficiente poder disuasorio» ante el
aumento de riesgos procedentes del Magreb.
 

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Fábio G.

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« Responder #139 em: Agosto 07, 2004, 10:36:52 pm »
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Irão prepara-se para testar versão optimizada de míssil

O Irão está a preparar-se para testar uma versão optimizada e com alcance superior do míssil convencional Chahab-3, habitualmente apresentado como uma arma contra Israel, segundo declarou este sábado o ministro da Defesa iraniano, Ali Chamjani.



«Vamos melhorar o Chahab-3 e quando o testarmos, um futuro não muito longínquo, faremos saber» a que melhorias procedemos, precisou o ministro, acrescentando que os trabalhos incidem não apenas no alcance mas também noutros pormenores.
«Os israelitas esforçaram-se em aumentar a capacidade dos seus mísseis, nós também tentamos melhorar o Chahab-3», sustentou, desmentindo ainda a produção do Chahab-4.

07-08-2004 17:28:29
 

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Fábio G.

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« Responder #140 em: Agosto 08, 2004, 01:35:24 pm »
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FAB recebe os primeiros Supertucanos

São José dos Campos (SP), 5 de Agosto de 2004 - São três aviões turboélice de treinamento militar ALX, de uma encomenda de 76 aeronaves. O turboélice de treinamento militar ALX, produzido pela Embraer na versão de exportação conhecida como Supertucano, entrará em operação na Força Aérea Brasileira (FAB) com a entrega das três primeiras unidades. A solenidade de entrega dos aviões, que acontece amanhã, no Centro Técnico Aeroespacial (CTA), terá como ponto alto o vôo das três aeronaves, pilotadas por três oficiais do alto comando da Aeronáutica.

A Embraer receberá o certificado de conformidade da qualidade das aeronaves, que seguirão para o segundo e quinto Grupo de Aviação, sediado na Base Aérea de Natal, no Rio Grande do Norte. Os aviões serão utilizados, inicialmente, para capacitar os instrutores que serão responsáveis pela formação dos pilotos de caça na FAB. O contrato do ALX com a Embraer prevê a produção de 76 aeronaves, que equiparão os esquadrões da FAB em Natal, Boa Vista (Roraima), Porto Velho (Rondônia) e Campo Grande (Mato Grosso do Sul).

O valor do contrato é estimado em US$ 420 milhões. Os aviões estão sendo produzidos na fábrica da Embraer em Gavião Peixoto (SP). Concebido para missões de treinamento avançado e ataque leve ao solo, o ALX também irá complementar a estrutura operacional do Sistema de Vigilância da Amazônia (Sivam).

Na FAB, o avião irá substituir os EMB-326 Xavante nas missões de interceptação de aeronaves e no ataque leve. O modelo tem preço estimado entre US$ 5 milhões e US$ 10 milhões, dependendo da configuração e dos equipamentos embarcados. Tem capacidade para carregar até 1.500 quilos de armamentos em cinco pontos sob as asas e a fuselagem.

Além da Embraer, o programa de desenvolvimento do ALX conta com a participação da empresa gaúcha Aeroeletrônica, que foi adquirida pela israelense Elbit. A empresa é responsável pelo fornecimento de um pacote de sistemas de navegação, armamentos, computadores e radares de última geração para o ALX. O trem de pouso da aeronave é fornecido pela Eleb, joint venture entre a Embraer e a alemã Liebherr, com fábrica em São José dos Campos (SP).

Projetado para operar em ambientes hostis da Amazônia, o Supertucano pode voar em missões de vigilância diurnas e noturnas, recebendo e transmitindo dados através de avançados sistemas de datalink a bordo. Uma versão blindada do ALX já foi desenvolvida em cooperação com o CTA. Dos 76 aviões encomendados pela FAB, 40 receberão a blindagem feita pelo CTA. A República Dominicana, que comprou 10 aviões da Embraer, também pediu a blindagem das portas.

O objetivo principal da blindagem no avião ALX é proteger o piloto contra ataques de armamentos de calibre 0.50, que são muito comuns em regiões afetadas por conflitos de baixo impacto, comandados por guerrilheiros, ou em áreas dominadas pelo narcotráfico.

kicker: Aparelhos são fabricados pela Embraer e vão equipar os esquadrões de todo o País

(Gazeta Mercantil/Caderno A - Pág. 4)(Virgínia Silveira)
 

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« Responder #141 em: Agosto 09, 2004, 01:13:57 pm »
German-Polish MiG-29 Transfer Complete
 
 
(Source: Deutsche Welle German radio; issued Aug. 5, 2004)
 
 
 German military officials have transferred nine MiG-29 fighter jets to Poland, completing the handover of 22 planes that started last fall.  
 
Germany had sold the jets to the Polish air force for a symbolic price of 1 euro ($1.20). But Poland has to spend about 43 million euros to modernize the planes, which will replace its own MiG-21 jets.  
 
Warsaw has also ordered F-16 fighter jets from the US, but they are not expected to arrive until 2006.  
 
The German military, the Bundeswehr, had acquired the planes from the East German military after reunification.  
 
-ends-
 

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« Responder #142 em: Agosto 10, 2004, 10:50:24 pm »
Airbus A310 MRTT Performs First In-Flight Refuelling
 
 
(Source: Airbus; dated July 28, web-posted Aug. 9, 2004)
 
 
 Airbus has successfully started in-flight refuelling trials as part of the certification process of the A310 Multi-Role Transport Tanker (MRTT), achieving in-flight refuelling with an Airbus aircraft for the very first time. The successful achievement by the A310 MRTT of this important milestone marks the arrival by Airbus in the military mission aircraft market.  
 
The in-flight refuelling trials included both “dry contacts” as well as “wet contacts” with two receiver aircraft, one Panavia Tornado and one F18 “Hornet”. Up to 270 US gallons of fuel were transferred for the F18, while the Tornado received up to 260 US gallons.  
 
The Airbus A310 MRTT is based on the A310 passenger jet converted to a multi-role mission aircraft, providing military customers with an economic solution for passenger and cargo transport needs as well as air-to-air refuelling missions.  
 
Currently six A310s are scheduled for conversion to MRTT versions by a consortium of Airbus and Lufthansa Technik AG. Four aircraft will join the German Air Force, while Canada will receive another two. Three of these aircraft, including the one that was used for the refuelling trials, are undergoing conversion at Elbe Flugzeugwerke (EFW) – an EADS company - in Dresden, Germany, while the conversion work on the other three aircraft will be performed at Lufthansa Technik in Hamburg, Germany.  
 
The A310 MRTT is a two-point hose-and-drogue tanker utilising under-wing pods. In addition to the A310 MRTT, the Airbus A330 long-range twin-engined widebody aircraft provides a more capable platform for MRTT applications. The A330 MRTT offers an optional third centreline hose-and-drogue unit as well as an optional refuelling boom.  
 
The EADS Military Transport Aircraft Division is developing an advanced refuelling boom system (ARBS) utilising the latest fly-by-wire technology. An ARBS prototype will be flight tested on an A310 test bed in 2005. Tanker solutions, based on the Airbus A330 airframe, are on offer from EADS Military Transport Aircraft Division and are already under consideration by the British and Australian Armed Forces as well as other interested nations.  
 
The A330 MRTT represents the most advanced solution to military transport and tanking needs and -- together with the A310 MRTT -- constitutes an attractive option as replacement for older generation aircraft.  
 
Airbus is an EADS joint company with BAE Systems.  
 
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« Responder #143 em: Agosto 11, 2004, 01:52:56 pm »
Northrop Grumman Awarded Contract to Develop Radar Upgrade Kit for U.S. Air Force F-16s
 
 
(Source: Northrop Grumman Corp.; issued Aug. 10, 2004)
 
 
 BALTIMORE --- Northrop Grumman Corporation has received a two-year contract to develop a radar replacement “kit” that will improve performance and enhance reliability in approximately 280 U.S. Air Force F-16C and D fighter aircraft.  
 
Designated the AN/APG-68(V)9, the radar has been sold to six foreign customers as standard equipment on new F-16s. To date, Northrop Grumman’s Electronic Systems sector has delivered 150 of the radars to aircraft manufacturer Lockheed Martin on or ahead of schedule, marking another milestone in the successful 28-year production of fire-control radars for the F-16.  
 
The (V)9 variant provides a 33 percent improvement in air-to-air detection range over earlier versions of the radar and introduces synthetic aperture radar, which allows high-resolution ground mapping for 24-hour, all-weather precision strike capability. The combination of new technology with open-systems architecture also reduces total ownership cost of the radar.  
 
“This kit offers a very economical way to make a critical upgrade to the aircraft and provides our Air Force with a substantial boost in capability,” said Bruce Ballantyne, vice president of F-16 Sensor Systems at Northrop Grumman. “The integration of these kits in the Air Force’s F-16 is central to planned, continual improvement of the aircraft, ensuring its combat viability for decades to come.”  
 
The value of the two-year contract is $22 million.  
 
Based in Baltimore, Md., Northrop Grumman’s Electronic Systems sector is a world leader in the design, development, and manufacture of defense and commercial electronic systems and sensors, including airborne radar, navigation systems, electronic countermeasures, precision weapons, airspace management systems, communications systems, space sensors, marine and naval systems, government systems, and logistics services.  
 
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« Responder #144 em: Agosto 11, 2004, 01:57:57 pm »
LM, KAI Say T-50 Supersonic Trainer Developing Rapidly
 
 
(Source: Korea Aerospace; issued Aug.9, 2004)
 
 
 Officials from Korea Aerospace Industries (KAI) and Lockheed Martin [LMT] recently said the T-50 Golden Eagle is moving forward rapidly in both development and production, with full-scale development on track for completion by the end of 2005.  
 
“The T-50 full-scale development program is doing very well,” said Alex Jun, T-50 international marketing director for KAI. “All ground testing is on schedule. Flight testing is also doing well, with more than 450 flights completed using four test aircraft.”  
 
“We recently began high-angle-of-attack testing, and the aircraft is very well behaved when forced into this regime by overriding the limiters,” Jun added.  
 
KAI is developing the T-50 with assistance from Lockheed Martin, and the production program is off to a fast start, the companies said. Last December, South Korea issued the contract for the first 25 aircraft.  
 
Major components for the first two aircraft are coming together at KAI’s facility in Sacheon, South Korea, they said. This will lead to fuselage mate of the first aircraft in December, followed by completion and delivery late next year.  
 
With associated logistics support and training systems, this schedule will support initial operations by the South Korean air force in early 2006, as programmed.  
 
“Market potential for ROKAF (South Korea) is between 100 and 300 aircraft,” Robie Notestine, Lockheed Martin’s T-50 international marketing director, said. “And there are prospects for another 600 aircraft sales on the international market, for a total potential of 900 aircraft over the next 25 years.”  
 
A supersonic, high-performance trainer is necessary to smooth the transition of new pilots to their first operational fighter, Notestine said. “The T-50 closely approximates the performance and handling qualities of modern fighters, yet it is easy and safe to fly.”  
 
Cost savings associated with operating one type of aircraft for all jet training needs are another big plus, Notestine said. “The T-50 can also offload basic weapons and tactics training from the more expensive-to-operate fighters in operational squadrons.”  
 
The T-50 has many features in common with modern high performance fighters, including low drag external lines with wing-body blending, a variable camber swept wing with strakes, relaxed static stability, a rugged airframe capable of 8G turns, a powerful afterburning turbofan engine and a digital electronic flight control system, Notestine said.  
 
The Lead-In Fighter Trainer version also has an internal 20mm gun, modern multi-mode radar and a multi-role weapons capability with seven external store stations, he added.  
 
Smiths Aerospace was recently awarded a number of contracts for systems on the T-50 Lead-in Fighter Trainer from KAI, with production deliveries beginning this year (Defense Daily, July 20).  
 
The T-50 is intended to fill the current gap between turboprop trainer aircraft, like KAI’s KT-1, and Raytheon’s [RTN] T-6 Joint Primary Aircraft Training System (Defense Daily, Aug. 26).  
 
“The T-50 not only has the performance, it also has the integrated avionics, cockpit and other subsystems that are typical of modern fighters,” Notestine said.  
 
It also has a number of special features that significantly enhance its utility as a trainer and provide additional safety, he added.  
 
According to the companies, their program is the first to offer a total training system package that includes a full-up ground-based training system for both pilots and maintenance personnel.  
 
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« Responder #145 em: Agosto 12, 2004, 01:56:12 pm »
EADS Technology Protects German Helicopters Against Missile Attacks in Afghanistan  
 
 
(Source: EADS; issued Aug. 12, 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 placed an order 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.  
 
EADS Defence Electronics, supplier of radar, avionics and electronic warfare systems, is an integrated part of the EADS Defence and Security Systems Division (DS). DS, with revenues of about 5.2 billion euros in 2003 and roughly 24,000 employees across nine nations, forms the defence pole within EADS. It offers integrated systems solutions to the new challenges confronting armed forces and homeland security units.  
 
EADS is a global leader in aerospace, defence and related services. In 2003, the Group generated revenues of over 30 billion euros and employed a workforce of more than 109,000.  
 
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« Responder #146 em: Agosto 12, 2004, 01:57:26 pm »
Raytheon’s AMRAAM Selected by UK as Interim BVR Solution  
 
 
(Source: Raytheon Company; issued Aug. 11, 2004)
 
 
 TUCSON, Ariz. --- The United Kingdom Ministry of Defence (MOD) has signed a contract with Raytheon Company’s Missile Systems business for AIM-120 C-5 Advanced Medium-Range Air-to-Air Missiles (AMRAAM) and associated safety, logistical and surveillance support. The contract has an estimated value of $144 million.  
 
Logistical and surveillance programs will cover a period of 10 years with options to increase it to 25 years.  
 
This U.K. MOD procurement is an interim solution to the overall beyond-visual-range air-to-air missile (BVRAAM) program. The U.K. MOD selected Raytheon’s low-risk, low-cost, AMRAAM as the interim solution to the BVRAAM requirement primarily due to AMRAAM’s proven capability. AMRAAM is currently in production and in service with 28 nations.  
 
Raytheon Company, with 2003 sales of $18.1 billion, is an industry leader in defense and government electronics, space, information technology, technical services, and business and special mission aircraft. With headquarters in Waltham, Mass., Raytheon employs 78,000 people worldwide.  
 
AMRAAM sets the global beyond-visual-range standard. AMRAAM’s incorporation of the latest digital technology and microminiaturized solid- state electronics make this remarkable weapon more reliable and maintainable, resulting in the highest dependability at the lowest cost of ownership.  
 
AMRAAM’s unprecedented air combat flexibility, including its multi-shot capability, provides pilots the ability to launch at an enemy aircraft day or night, in all weather. In beyond-visual-range engagements, AMRAAM is guided initially by its inertial reference unit and microcomputer. During midcourse flight, AMRAAM receives target location updating directly from the launch aircraft radar system.  
 
In the terminal phase of flight, without further reliance on the launching system, the internal active radar seeker independently guides the missile. AMRAAM’s autonomous guidance capability provides the pilot with critical range-preserving launch and leave capability, which substantially improves the pilot’s survivability. AMRAAM has also demonstrated equally outstanding performance in the surface-to-air role.  
 
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« Responder #147 em: Agosto 12, 2004, 02:01:35 pm »
Office of Naval Research Awards Lockheed Martin Phase II Rattlrs Contract
 
 
(Source: Lockheed Martin; issued Aug. 11, 2004)
 
 
 PALMDALE, Calif. --- Lockheed Martin received a Revolutionary Approach to Time-critical Long Range Strike (RATTLRS) phase-two contract award from the Office of Naval Research on July 20. RATTLRS is part of the National Aerospace Initiative and is a demonstration program to increase capabilities and performance for expendable supersonic vehicles. In total, this is a five-year (base and options) Indefinite Delivery, Indefinite Quantity contract with a ceiling of $175 million.  
 
Lockheed Martin is teamed with Allison Advanced Development Company (AADC) to develop technologies that will provide an advanced Mach 4+ integrated propulsion system in an operationally traceable airframe. The AADC YJ102R engine provides the supersonic cruise capability of the legendary SR-71 spy plane in a simple and inexpensive engine suitable for an expendable missile. Advances in turbine cooling technology in the 40 years since the SR-71 first flew allow the YJ102R to provide more than six times the specific thrust of the SR-71 engines, allowing the RATTLRS vehicle to cruise at similar Mach numbers without the high fuel consumption of afterburning engines.  
 
“Our team’s RATTLRS approach will contribute landmark technologies toward Long Range Strike,” said Neil Kacena of Lockheed Martin Aeronautics Company’s Advanced Development Programs organization, also known as the Skunk Works. “The Lockheed Martin-led team builds on years of demonstrated success in high speed, hypersonic technology development and weapon system performance in support of the Office of Naval Research’s RATTLRS program goals,” Kacena said.  
 
Lockheed Martin is the industry leader in high-speed aerospace systems, providing expertise, technology and operational systems to the war fighter. The RATTLRS program is a key component in Lockheed Martin’s goal to develop high-speed weapon systems for joint U.S. customers.  
 
Headquartered in Bethesda, Md., Lockheed Martin employs about 130,000 people worldwide and is principally engaged in the research, design, development, manufacture and integration of advanced technology systems, products and services. The corporation reported 2003 sales of $31.8 billion.  
 
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« Responder #148 em: Agosto 12, 2004, 02:10:11 pm »
Lockheed Martin Hellfire Scores Perfect 6-For-6 in British Army Live-Fire Tests  
 
 
(Source: Lockheed Martin; issued Aug. 11, 2004)
 
 
 ORLANDO, Fla. --- The British Army Air Corps recently fired Lockheed Martin AGM-114K Hellfire missiles in a live-fire training exercise at the British Army Training Unit-Suffield (BATUS) in Alberta, Canada. The missiles scored six hits in six launches in their first live-fire tests with the British Army Air Corps.  
 
This was the first live-fire event for the Hellfire missiles using the Westland Apache AH-Mk1 (Longbow Apache) helicopter. The Canadian government granted permission to fire the rounds in BATUS. During the first two Hellfire exercises, targets were tank-size mockups and both tests were successful. In the second exercise, all four Hellfire missiles also hit their targets.  
 
“We are extremely pleased with Hellfire’s 100 percent mission success in its first live-fire tests with the British Army Air Corps,” said Andy Marshall, program manager of international Air-to-Ground Missile Systems (AGMS). “The Apache AH Mk1 and M299 launcher can carry any combination of anti-tank and blast fragmentation Hellfire II rounds as well as the fire-and-forget Longbow Hellfire.”  
 
The six engagements employed Hellfire in a wide range of modes, including autonomous designation, remote ground designation, and designation by a second aircraft. The high-explosive anti-tank (HEAT) rounds used were manufactured by Thales, near Belfast, Northern Ireland, under a UK industrial partnership with Lockheed Martin under contract from INSYS Ltd. as the UK Apache munitions prime contractor.  
 
“The precision-strike semi-active laser seeker of the Hellfire II, plus the all-weather millimeter wave seeker of the Longbow Hellfire, gives the British Army Air Corps operational flexibility in combat,” Marshall said. “The Apache AH Mk1 has unmatched lethality, and the Hellfire missile family gives it the ability to defeat a wide range of targets in all kinds of battlefield conditions.”  
 
The Longbow missile is the product of a Lockheed Martin/Northrop Grumman joint venture.  
 
Baltimore-based Northrop Grumman Electronic Systems is a world leader in the design, development, and manufacture of defense and commercial electronic systems and sensors, including airborne radar, navigation systems, electronic countermeasures, precision weapons, airspace management systems, communication systems, space sensors, marine and naval systems, government systems and logistics services.  
 
Headquartered in Bethesda, MD, Lockheed Martin employs about 130,000 people worldwide and is principally engaged in the research, design, development, manufacture and integration of advanced technology systems, products and services.  
 
-ends-
 

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« Responder #149 em: Agosto 12, 2004, 02:12:42 pm »
GE Engines Will Power Canada’s Cyclone Helicopters
 
 
(Source: GE Aircraft Engines; issued Aug. 9, web-posted Aug. 11, 2004)
 
 
 LYNN, MASSACHUSETTS --- General Electric’s CT7-8A turboshaft engines will power 28 Sikorsky H-92 Cyclone helicopters ordered last month by the Canadian government.  
 
Selected as part of Canada’s US$3-billion Maritime Helicopter Project (MHP), the twin-engine H-92s will perform anti-submarine patrols, surveillance and ship-borne duties, and a wide range of utility roles such as Search and Rescue support, cargo and personnel transport, and disaster relief support. The first aircraft will be delivered in 2008.  
 
“We are very proud to be serving with the Canadian maritime forces,” said Ed Birtwell, vice president of Turboshaft Engines at GE. “These are very demanding missions for which the CT7-8 is designed to excel.”  
 
The CT7-8A is the newest member of the CT7/T700 engine family. Recently certified by the U.S. Federal Aviation Administration (FAA) and by Transport Canada, the CT7-8A features an advanced, higher-flow compressor designed with new three-dimensional aerodynamic (3-D aero) technology, a modern full authority digital electronic control (FADEC) system, and hot-section and turbine components proven in millions of flight hours on GE’s CT7-9 engine. The CT7-8A engines for this program will be assembled, inspected and tested, as well as repaired and overhauled, in Canada.  
 
The CT7/T700 engine family has amassed more than 50 million flight-hours powering 21 different aircraft models in civil and military service throughout the world. To meet current and future requirements, GE continues to enhance the performance, reliability and durability of in-service engines, while developing new, more powerful models.  
 
GE Transportation - Aircraft Engines, a part of General Electric Company, is one of the world’s leading manufacturers of jet engines for civil and military aircraft.  
 
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