6 mai 2022 | International, Aérospatial
Boeing expected to move headquarters from Chicago to DC area
Boeing plans to move its corporate headquarters from Chicago to the Washington, D.C., area.
29 août 2019 | International, Terrestre
By: Jen Judson
WASHINGTON — The U.S. Army has picked an Oshkosh Defense and Flyer Defense LLC team, an SAIC and Polaris team, and GM Defense to competitively build Infantry Squad Vehicles intended to provide ground mobility for infantry brigade combat teams.
Each industrial choice was awarded an OTA, or other transaction authority, task assignment under the National Advanced Mobility Consortium to deliver and test two prototypes each, said Steve Herrick, ground mobility vehicle product lead with the Army's Program Executive Office Combat Support & Combat Service Support, in a statement sent to Defense News.
OTA is a congressionally authorized contracting mechanism meant to expedite prototyping efforts.
The three received $1 million to build the vehicles and it's expected that the Army will take delivery of the prototypes on Nov. 13 at Aberdeen Test Center, Maryland.
The prototypes will be evaluated in various performance, operational and characteristics tests through the end of the year and will then be transported to Fort Bragg, North Carolina, in January to be assessed by soldiers, Herrick said.
Each industrial choice is expected to simultaneously deliver information to the Army on price, production and logistics.
The Army will choose one vehicle for production in the second quarter of fiscal 2020 based on soldier feedback and response to a formal request for proposals leading to production.
The Army Requirements Oversight Council approved an Army procurement object for 649 Infantry Squad Vehicles with an objective requirement of 2,065 ISVs in February.
The ISV is intended to supplement and potentially replace vehicles the Army procured as version 1.1 of the Ground Mobility Vehicle.
The ISV “is additive” to infantry brigade combat teams “and currently not planned as a replacement for current vehicles in the formation,” according to Herrick.
Oshkosh and Flyer, in a way, represent the incumbent, as Flyer produced the GMV 1.1. vehicle currently fielded. Flyer Defense “is the design authority” and will lead the team in building the prototypes, according to a statement from the team.
GM Defense's ISV is based on its Chevrolet Colorado midsize truck and its ZR2 and ZR2 Bison variants, according to a company statement, “supplemented with both custom and commercially available parts proven by Chevy performance engineering in more than 10,000 miles of punishing off-road development and desert racing in the Best of the Desert Racing series.”
The SAIC-Polaris team is submitting the DAGOR vehicle, which “delivers off-road mobility while meeting the squad's payload demands, all within the weight and size restrictions that maximize tactical air transportability,” according to Jed Leonard, vice president of Polaris Government and Defense.
The DAGOR ISV “will leverage and further enhance the already proven, production-ready solution that has been tested, certified and fielded to operational units in the U.S. Military and its Allies since 2015,” Leonard added.
The prototype competition is a significant step toward a solution after years of uncertainty; the Army seemed geared toward holding a rapid competition to buy a GMV in 2016, but the plan was delayed without much explanation in favor of buying an interim vehicle already in use by special operations forces.
Buying the GMV was a top priority following the fall 2015 release of the Army's Combat Vehicle Modernization Strategy, which called for such a vehicle in future and current operations.
But when a competition never materialized, rumors swirled that the Army might buy more of U.S. Special Operations Command's GMVs — General Dynamics Ordnance and Tactical Systems' Flyer 72 — even after the service had spent several years testing a wide variety of commercial off-the-shelf options.
The Army bought quantities of the command's vehicle for five airborne infantry brigade combat teams.
Congress spurred the effort in its FY18 defense policy bill, mandating the Army hold a competition and move forward with a program.
PEO CS&CSS' product lead for the GMV stated on its website that the Army planned to pursue a competition for the GMV — calling it an ISV — as a formal program of record late last year.
The office also released a market survey asking for a vehicle that provides mobility for a nine-soldier infantry squad as well as associated equipment to “move around the close battle area.” The vehicle should be lightweight, highly mobile and transportable “by all means” to include CH-47 Chinook cargo helicopters, UH-60 Black Hawk utility helicopters, and via low-velocity airdrop.
6 mai 2022 | International, Aérospatial
Boeing plans to move its corporate headquarters from Chicago to the Washington, D.C., area.
11 octobre 2022 | International, Terrestre
Eco-friendly? Try more lethal and survivable.
25 juin 2019 | International, Aérospatial
Author: Mike Rees The U.S. Army has announced that its Howler counter unmanned aerial system (UAS) capability has achieved Initial Operational Capability, putting critical protection against drones in the hands of soldiers. Howler, a name coined by the U.S. Army, combines the capabilities of Raytheon's Ku band radio frequency system multi-mission simultaneous radar and Coyote unmanned aircraft system. The KuRFS advanced electronically scanned array acquires and tracks all size UAS threats. Coyote works with KuRFS using its advanced seeker and warhead to identify and eliminate UAS threats. “We developed and fielded this system in just 17 months,” said Bryan Rosselli, vice president of Mission Systems and Sensors. “Detecting the drone threat is the first critical step in the counter-UAS kill chain. The combination of precise tracking and engagement of these two proven systems gives the U.S. Army a vital capability to defeat this constantly evolving threat.” In addition to providing advanced situational awareness, precise discrimination and mobility to successfully counter UAS threats, Howler gives the Army singular flexibility to adapt to the quickly changing, multidimensional threat environment. “Test after test proves that our Coyote is an integral solution for defeating the growing number of enemy drones in the skies above the battlefield,” said Sam Deneke, Raytheon Land Warfare Systems vice president. “Protecting soldiers on the ground is a top priority, and this new system truly delivers.” Raytheon's portfolio of sensors, and kinetic and non-kinetic effectors networked into a command and control system covers the full counter-UAS kill chain. https://www.unmannedsystemstechnology.com/2019/06/us-army-deploys-new-battlefield-counter-uas-capability/