20 juillet 2022 | International, C4ISR

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Its companies are using merged capabilities, from airport operations to air traffic control and inflight operations and maintenance.

https://aviationweek.com/shownews/farnborough-airshow/how-raytheon-connecting-data-across-aviation-ecosystem

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  • SOCOM wants a new armor piercing sniper bullet. Here’s one option engineers are developing

    13 juin 2019 | International, Autre défense

    SOCOM wants a new armor piercing sniper bullet. Here’s one option engineers are developing

    By Christian Lowe As the U.S. military shifts its focus back to fighting more traditional, near-peer adversaries like Russian or Chinese troops, the services are building out plans to revamp their gear to deal with better-equipped forces backed by money and technology from world powers. That extends all the way down to the clothing and equipment each of these adversaries could be wearing into battle, including sophisticated body armor. That's why SOCOM is reportedly looking at replacing its decades-old armor piercing small arms round. “Snipers in USSOCOM units have a capability gap in their ability to penetrate enemy body armor, small boat engines and concrete barriers,” Crane researchers said in a slide presentation at this year's National Defense Industries Association Armaments Symposium. The current round uses a discarding sabot the shields a sharpened tungsten penetrator that'll beat most armor and hard targets. But that round is expensive at more than $10 per cartridge, can damage modern small arms accessories like suppressors and muzzle brakes and doesn't hold zero when switching from a traditional jacketed round to the AP round. That makes it difficult for snipers to go from one round to another and hit their target in the heat of battle. So researchers at the Naval Surface Warfare Center in Crane, Indiana, are looking at a new way to make the rounds cheaper, easier on snipers' guns and more ballistically consistent with common, jacketed bullets. Dubbed “aeroshell” projectiles, the Crane engineers want to build and test bullets with a tungsten penetrator jacketed in a polymer shell. Federal Ammunition, a civilian ammo company, makes rounds with similar characteristics dubbed “Syntech." These rounds are typically used by competitive shooters who shoot many rounds in practice and at matches and want to preserve barrel life and diminish spawl from hitting steel targets. Crane researchers want to take the same thought process and apply it to a new AP round. The actual penetrator could have a slightly different shape than the current rounds, with more of a traditional bullet profile than today's needle-like AP round penetrator. Researchers plan to create about 150 rounds of this new aeroshell AP round in .338 Norma Mag, 300 Norma Mag and 6.5 Creedmoor. They plan to test the rounds against representative body armor at 100, 400, 800 and 1,000 meters. https://www.militarytimes.com/off-duty/gearscout/kit/2019/06/11/socom-wants-a-new-armor-piercing-sniper-bullet-heres-one-option-engineers-are-developing/

  • The Army wants new tools to sense, disrupt and protect signals

    24 décembre 2018 | International, C4ISR

    The Army wants new tools to sense, disrupt and protect signals

    By: Mark Pomerleau The Army will be hosting members of industry in 2019 to discuss opportunities on signals intelligence and electronic warfare, according to a December 2018 notice. The Signals Intelligence/Electronic Warfare (SIGINT/EW) Future Opportunities and Terrestrial Layer System (TLS) Industry Day will be hosted Jan. 23 at Aberdeen Proving Ground, Maryland. The Army has charted a path forward that includes integrating signals intelligence and electronic warfare systems into a single tool for greater synergy between the two disciplines. One of the first systems the Army is building on this front is the Terrestrial Layer System, an integrated EW and signals intelligence system that will provide a much-needed jamming capability to formations. The Army is taking a multitiered approach to TLS, leveraging assessments, exercises and even deployments of quick-reaction capabilities to inform how the service will move forward on prototyping and providing much-needed capabilities, such as this one, to units. Officials have noted that this approach differs from acquisition processes of the past. “We hope to go faster, but with the authorities granted by Congress ... we think this rapid prototyping using the buy, try, decide method is going to be great for this rapid acquisition process,” said Col. Jennifer McAfee, director of the Training and Doctrine Command's capabilities manager for terrestrial and identity at the Intelligence Center of Excellence. “Are we going to field this next week? Not necessarily, but we're talking fielding to the force in the next two to three years, not seven to 10 years.” Industry's role will be to help provide prototypes that will reduce the risk of flaws in the final solution. https://www.c4isrnet.com/electronic-warfare/2018/12/21/the-army-wants-new-tools-to-sense-disrupt-and-protect-signals

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