Contract Awards by US Department of Defense - December 08, 2020

Sur le même sujet

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  22 juillet 2020 | International, Naval

  ST Engineering and IAI Set Up JV to Market Advanced Naval Missile Systems

  July 16, 2020 - Singapore Technologies Engineering Ltd (ST Engineering) today announced that its land systems arm has signed an agreement with Israel Aerospace Industries Ltd (IAI) to set up a joint venture company (JV) in Singapore. ST Engineering and IAI shall each hold a 50% share of the JV. The JV, named Proteus Advanced Systems Pte Ltd, will leverage the strengths and track record of its parent companies to market and sell advanced naval missile systems, including a next generation anti-ship missile system. The setup of this JV is not expected to have any material impact on the consolidated net tangible assets per share and earnings per share of ST Engineering for the current financial year. ST Engineering is a global technology, defence and engineering group specialising in the aerospace, electronics, land systems and marine sectors. The Group employs about 22,000 people across offices in Asia, the Americas, Europe and the Middle East, serving customers in the defence, government and commercial segments in more than 100 countries. With more than 500 smart city projects across 70 cities in its track record, the Group continues to help transform cities through its suite of Smart Mobility, Smart Security and Smart Environment solutions. Headquartered in Singapore, ST Engineering reported revenue of $6.7b in FY2018 and it ranks among the largest companies listed on the Singapore Exchange. It is a component stock of the FTSE Straits Times Index, MSCI Singapore, SGX ESG Transparency Index and SGX ESG Leaders Index. For more information, visit stengg.com. View source version on Israel Aerospace Industries Ltd (IAI): https://www.iai.co.il/st-engineering-and-iai-advanced-naval-missile-systems

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  4 septembre 2018 | International, Terrestre, C4ISR

  Russia, U.S. Are In a Military Exoskeleton Race

  By Patrick Tucker A look at the Iron Man-like dreams and power-starved realities of dueling technology programs. The Russian suit, Ratnik-3, is an imposing web of hexagonal armor plates, black webbing, and small joint motors called actuators. Oleg Faustov, an engineer working with weapons maker TsNiiTochMash, told Russian media outlet TASS this week that the government had already tested a prototype. “It really enhances a serviceman's physical abilities. For example, the tester was able to shoot from a machine-gun only with one hand and accurately hit targets,” he said at Russia's recent Army-2018 weapons show. As part of the Army-2018 publicity push, the makers of the suit also made vague and unverifiable claims that it had seen actual combat, according to Sam Bendett, an associate research analyst at CNA and a fellow in Russia studies at the American Foreign Policy Council. “It was interesting that the Russian announcement during Army-2018 stated that the exoskeleton was ‘tested in combat,' though without any specific details. It's likely that it was tried in Syria, though the press and media did not cover that development,” he said. While the statement came from the suit's maker, Bendett said he assumes the claim “had to be approved by the state given the combat claims.” The suit is supposed be officially released in 2025. In addition to an almost comically Black Manta-esque helmet, the Ratnik-3 features “40 life-saving elements,” Russian media says. In many ways, it resembles some of the more recent concept images of the TALOS suit that U.S. Special Operations Forces Command, or SOCOM, is attempting to develop. In both, all those bells and whistles seem to be an obstacle to the suit reaching full utility. Both the Ratnik-3 and TALOS efforts seem constrained by available power. “There are issues with the battery and energy sources for this exoskeleton, as Russia—along with other nations working on this—are trying to create a compact energy source that would allow the soldiers to act independent of any stationary or vehicle-borne sources of energy,” Bendett said. Even Russian media have noted the suit's power constraints, noting that a battery life of less than four hours isn't super practical for a day of marching. A forthcoming series of reports from the Center for New American Security, or CNA, takes a deep dive into the issue of soldier augmentation and reaches a similar conclusion. “The current state of technology still does not have sufficient power to manage the intense load-carrying capacity that the SOCOM TALOS suit concept requires...and development is needed before full-body exoskeletons will be feasible for infantry combat away from a reliable power source. Still, these advances represent a major step forward in the necessary technology for dismounted soldier exoskeletons,” notes the report. While size and power constraints are hindering the realization of militaries' most ambitious Iron Man dreams, more modest exoskeleton suits are moving closer to real-world use. The U.S.Army is experimenting with two exoskeleton designs at the Natick Soldier Systems Center in Massachusetts. These won't protect soldiers from enemy fire but they will help soldiers carry more stuff for longer. And they'll likely be on the battlefield far sooner. “Exoskeletons with more modest goals, such as lower-body exoskeletons that are designed simply to increase mobility, reduce energy expenditure, and reduce musculoskeletal injuries, may show more promise in the near-term,” according to the CNAS report. The larger of the two is the ONYX from Lockheed Martin. At a Pentagon event in May, Defense One caught up with Keith Maxwell, a product manager from Lockheed Martin, who described the results of initial tests in November, 2016. “We did an evaluation with some soldiers. They were doing 185-pound squats with the barbell. At the beginning of the day, fresh, Johnny comes in and does 26 reps at 185, puts it down. hat's as many as he can do. We put this on; over the course of the day, he's doing casualty evacuations, carrying people up five flights of stairs and down, going through subterranean tunnels. At the end of the day, we put him back in the gym, ask him, ‘How many squats can you do?' He knocks out 72.” Full article: https://www.nextgov.com/emerging-tech/2018/09/russia-us-are-military-exoskeleton-race/150956/

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  29 mai 2020 | International, Aérospatial, Naval, Terrestre, C4ISR, Sécurité

  Quel soutien pour les PME de la défense ?

  Le 28 mai 2020, Florence Parly, ministre des Armées s'est entretenue avec Bruno Le Maire, ministre de l'Économie et des Finances pour trouver les solutions les plus adaptées pour soutenir les PME de la défense. Dès le début de la crise, une task force a été mise sur pied, soit une mission interministérielle d'une cinquantaine de personnes pilotée par le ministère des Armées qui associe Bercy et Bpifrance. « Le principe est d'ausculter 1 500 entreprises, d'aller au contact dans les territoires, de visiter les lignes de production, les bureaux d'études, de discuter avec les dirigeants de ces PME et d'identifier la nature exacte de leurs faiblesses », précise le ministère des Armées à l'Usine Nouvelle. L'Usine Nouvelle du 29 mai 2020