23 mars 2023 | International, Autre défense

$1T in new defense spending pledged by key US partners in 1 year: Analysis

In the last year, 37 nations have combined to announce defense spending increases of over $1 trillion, to be spent during the next five years, according to a new American Enterprise Institute analysis.

https://breakingdefense.com/2023/03/1t-in-new-defense-spending-pledged-by-key-us-partners-in-1-year-analysis/

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  • Collins Aerospace gets sixth order from U.S. Army for production of next-generation Manpack radios

    26 juillet 2019 | International, Aérospatial

    Collins Aerospace gets sixth order from U.S. Army for production of next-generation Manpack radios

    CEDAR RAPIDS, Iowa (July 23, 2019) – Collins Aerospace Systems, a unit of United Technologies Corp. (NYSE: UTX), has received its sixth order from the U.S. Army to provide PRC-162 software-defined ground radios for the Handheld, Manpack and Small Form Factor (HMS) program. This sixth order was issued under a multiple award contract that the Army awarded to Rockwell Collins and two other companies in 2016. The contract, which has a $12.7 billion maximum firm-fixed-price with an estimated completion date of March 2026, moves the Army another step closer toward modernizing communications on the battlefield. The PRC-162 is a two-channel ground radio, both man-portable and vehicle-mountable, that will enable the Army to tap into next-generation communications capabilities such as the Department of Defense's new Mobile User Objective System (MUOS) while maintaining interoperability with legacy waveforms. An open-architecture design also allows for software-upgradeable capabilities in the future. “Success in today's multi-domain battlespace depends heavily on secure and reliable communications,” said Phil Jasper, president, Mission Systems for Collins Aerospace. “We've applied decades of proven experience in airborne communications to provide the Army with a next-generation ground radio that will give troops a heightened level of situational awareness and a tactical advantage.” The PRC-162 is a part of Collins Aerospace's TruNet™ networked communications family of products, which includes ground and airborne radios, advanced networking waveforms, applications, and support and services that enable ground and airborne elements to exchange critical data, images, voice and video in real time. https://www.epicos.com/article/449255/collins-aerospace-gets-sixth-order-us-army-production-next-generation-manpack-radios

  • Two Russian strategic bombers flew near Alaska

    7 février 2024 | International, Naval, Terrestre

    Two Russian strategic bombers flew near Alaska

    Russia said on Wednesday that two of its Tu-95MC strategic bombers flew over waters near the U.S. state of Alaska but said they stayed in international airspace.

  • US Army pursues alternatives for a Stryker-based active protection system

    21 août 2018 | International, Terrestre

    US Army pursues alternatives for a Stryker-based active protection system

    By: Jen Judson WASHINGTON — While the U.S. Army has been working to qualify a Virginia-based company's active protection system for the Stryker combat vehicle, it is also in the process of evaluating several additional APS solutions for the platform beginning in November. “The Army will be executing a fourth non-developmental APS system evaluation,” Army spokeswoman Ashley Givens told Defense News in a recent statement. The evaluation will be on the Stryker platform, she confirmed, adding that the service has received three responses to a request for information released earlier this year asking for more Stryker-focused APS solutions. “At this time the Army is still reviewing the proposals of the vendors to confirm viability,” Givens said. More than a year ago, the Army determined it needed to field an interim APS solution for the Abrams tank as well as the Stryker and Bradley. The service decided to rapidly assess off-the-shelf APS systems to fulfill an urgent operational need after failing — over a 20-year period — to field an APS capability. The Army has since selected three different systems: Israeli company Rafael's Trophy system, which is deployed in the Israeli army, for Abrams; Iron Fist from IMI, another Israeli company, for the Bradley; and Herndon, Virginia-based Artis' Iron Curtain for Stryker. While the Army has stayed on track with Abrams, due to a combination of earlier funding availability and qualifying an already fielded system, it has struggled to stay on schedule with the other two configurations. In January, Col. Glenn Dean, the program manager for Stryker, who also manages the service's effort to install APS on combat vehicles, told Defense News that Iron Curtain's delay was partly due to a decision to replace the radar originally intended for the APS. “We've had some other issues," he said. "We have learned that that system probably is not as mature as originally envisioned, so the contractor had some difficulty getting to the point they were ready to start characterization, and then we had some, I will call it, friction on the test range.” At the time, Iron Curtain had roughly three weeks of testing left to wrap up government characterization. Dean said the program office would be ready to generate final reports and bring it to the Army for a decision in the March time frame. In April, the Army released a sources-sought notice looking for other APS solutions for Stryker and also received, in fiscal 2018, $25 million to qualify a fourth system as part of the interim APS program being called the Expedited Active Protection Systems activity. According to Givens, the program office has completed the installation and characterization phase of the ExAPS activity, but “we are currently awaiting an Army decision on the next phase of activity for Iron Curtain.” In January, Col. Glenn Dean, the program manager for Stryker, who also manages the service's effort to install APS on combat vehicles, told Defense News that Iron Curtain's delay was partly due to a decision to replace the radar originally intended for the APS. “We've had some other issues," he said. "We have learned that that system probably is not as mature as originally envisioned, so the contractor had some difficulty getting to the point they were ready to start characterization, and then we had some, I will call it, friction on the test range.” At the time, Iron Curtain had roughly three weeks of testing left to wrap up government characterization. Dean said the program office would be ready to generate final reports and bring it to the Army for a decision in the March time frame. In April, the Army released a sources-sought notice looking for other APS solutions for Stryker and also received, in fiscal 2018, $25 million to qualify a fourth system as part of the interim APS program being called the Expedited Active Protection Systems activity. According to Givens, the program office has completed the installation and characterization phase of the ExAPS activity, but “we are currently awaiting an Army decision on the next phase of activity for Iron Curtain.” The Army's evaluation process of additional systems is expected to come in the form of a live-fire “rodeo” — for lack of a better term — where the service has invited a small number of the RFI respondents with the most promising potential solutions to have their APS capability put to an initial limited test against a set of threats defined by the Army, according to a source familiar with the effort. The respondents are required to fund the demonstration primarily at their own cost, but some Army funding will be used to conduct the tests. At least two companies have been invited to participate in the rodeo, the source said. One those companies is likely Germany's Rheinmetall. The company has advocated hard for the Army to also qualify its Active Defense System, and the Army admitted, prior to receiving FY18 dollars, that it would want to qualify ADS if it had the funds. Full article: https://www.defensenews.com/land/2018/08/20/army-pursuing-possible-alternatives-for-a-stryker-based-active-protection-system

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