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June 30, 2022 | International, Land

General Dynamics unit wins contract to build new light tank for infantry

General Dynamics Land Systems beats out BAE Systems in a competition to build and field Mobile Protected Firepower systems for the Infantry Brigade Combat Team.

https://www.defensenews.com/land/2022/06/28/us-army-unveils-contract-to-build-new-light-tank-for-infantry-forces/

On the same subject

  • Accueil Défense L'USINE AÉRO  ACCUEIL BOURGET 2019 AÉRONAUTIQUE SPATIAL DÉFENSE L'AÉRO EN RÉGIONS DIGITAL/TECHNOS En quoi va consister l'arme laser à haute énergie nouvelle génération développée par Boeing et General Atomics

    October 27, 2020 | International, Aerospace

    Accueil Défense L'USINE AÉRO ACCUEIL BOURGET 2019 AÉRONAUTIQUE SPATIAL DÉFENSE L'AÉRO EN RÉGIONS DIGITAL/TECHNOS En quoi va consister l'arme laser à haute énergie nouvelle génération développée par Boeing et General Atomics

    En quoi va consister l'arme laser à haute énergie nouvelle génération développée par Boeing et General Atomics HUBERT MARY ONERA , BOEING , DIGITAL/TECHNOS , L'USINE AÉRO , TECHNOS ET INNOVATIONS PUBLIÉ LE 26/10/2020 À 13H21 Les industriels américains Boeing et General Atomics ont noué un partenariat pour concevoir un système d'arme laser à haute énergie (HEL) pour les défenses aériennes et antimissiles. Portée quasi-illimitée, coût d'exploitation réduit, célérité (un laser se déplace à la vitesse de la lumière), nombre illimité de coups tant qu'il y a de la puissance disponible... Les systèmes utilisant l'énergie dirigée prennent de plus en plus de place dans la R&D des grandes https://www.usinenouvelle.com/editorial/en-quoi-va-consister-l-arme-laser-a-haute-energie-nouvelle-generation-developpee-par-boeing-et-general-atomics.N1020734

  • Concerned with AI-based Aircraft Systems Going Wrong, DARPA starts Program to Enable Human Control of Autonomous Partners

    May 25, 2021 | International, Aerospace, C4ISR, Security

    Concerned with AI-based Aircraft Systems Going Wrong, DARPA starts Program to Enable Human Control of Autonomous Partners

    Concerned with AI-based Aircraft Systems Going Wrong, DARPA starts Program to Enable Human Control of Autonomous Partners

  • UK fighter concept emphasizes stealth, next generation sensors

    August 17, 2018 | International, Aerospace

    UK fighter concept emphasizes stealth, next generation sensors

    BY TOM RISEN Britain wants to build a twin-engine stealth fighter jet that the Defense Ministry says would enable the United Kingdom to stay competitive in air-to-air combat technology and maintain its domestic fighter industry. U.K. Defense Secretary Gavin Williamson unveiled a full-scale model of the Tempest at the Farnborough Airshow in July as a commitment that Britain would remain “a world leader in the combat air sector.” The U.K. contractors chosen to design the plane must first present a business case for the fighter to the ministry by the end of the year to begin the approval process for funding. The ministry has promised to draw 2 billion pounds ($2.6 billion) for the Tempest over several years from the ongoing Future Combat Air System Technology Initiative enacted in 2015 that ends in 2025 to develop a successor to the twin-engine Eurofighter Typhoon. Team Tempest, the name for the government agencies and companies working on the project, shared limited details about the design in progress beyond the concept they showcased. With their near diamond shape, the Tempest wings resemble those of the YF-23 stealth fighter demonstrator built in 1990 for the U.S. Air Force by Northrop and McDonnell Douglas, notes Adam Routh, an aerospace researcher at the Center for a New American Security in Washington, D.C. The YF-23 was flown in 1990 but lost the competition for the Air Force contract to what became the Lockheed Martin F-22 Raptor, which ended mass production in 2011. The F-22 engines include thrust vectoring to maneuver the plane around enemy aircraft at close range, which the YF-23 lacked. Thrust vectoring engines were not presented as part of the Tempest concept, possibly because “next generation stealth and guided missiles may undermine the benefits of maneuverability by allowing planes to attack from a significant distance,” Routh says. Pilots of future air-to-air combat won't often find themselves in dogfights won with maneuverability, Routh says, because guided missiles and stealth “will allow aircraft to engage opposing aircraft from a significant distance.” Full article: https://aerospaceamerica.aiaa.org/uk-fighter-concept-emphasizes-stealth-next-generation-sensors

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