The aircraft carrier Theodore Roosevelt is leaving the Middle East

On the same subject

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  April 25, 2024 | International, Aerospace

  US Army to field long-range combat aircraft to first unit in FY31

  The program's schedule is behind by a year following Lockheed Martin's protest over the Army's decision to choose Bell's offering.

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  May 11, 2020 | International, Naval, Land

  Pandemic Delays Industry Day for Marine Corps Light Armored Vehicle Replacement

  8 May 2020 Military.com | By Matthew Cox The novel coronavirus pandemic has forced the Marine Corps to postpone the industry day it had scheduled this month for its new reconnaissance vehicle effort. But the service still plans to invite industry to submit ideas for vehicle prototypes next spring. The Corps announced plans in April 2019 to begin replacing its legacy Light Armored Vehicle with the Armored Reconnaissance Vehicle, or ARV, in the late 2020s. Since then, officials managing the Light Armored Vehicles program have been talking with the defense industry to see which firms are capable of building the new vehicle, which will feature enhanced vision technologies for increased situational awareness and advanced target tracking and weapon systems. The COVID-19 pandemic forced the postponement of the industry day, at which officials had planned to answer questions about the request for information the Corps released last year. "We still want to hold an industry day, so we can have an open discussion with industry, provide more clarification and answer any questions from our industry partners," Maryann Lawson, Marine Corp Systems Command's project lead for the ARV effort, said in a recent announcement. The event is now scheduled for the fourth quarter of this fiscal year. The Marine Corps also plans to release a draft request for prototypes for the ARV base variant before the end of this fiscal year, according to the release. The Corps wants feedback from defense firms to help shape the requirement for the final prototypes request, which is scheduled for publication in spring 2021. The Army is also working on its Next Generation Combat Vehicle, an effort to replace the Cold War-era Bradley fighting vehicle. Part of the effort will be to field an Optionally Manned Fighting Vehicle, or OMFV. In late January, Army officials announced that the service would restart the high-priority OMFV effort after receiving only one valid bid for the $45 billion program. Marine ARV program officials are coordinating with Army OMFV officials, recognizing the commonalities that exist between the two programs, the release states. In 2019, the Office of Naval Research selected two defense companies to design, build and test full-scale technology-demonstration vehicles, an ARV science and technology effort which is part of the Navy's Future Naval Capabilities program, according to a September release. General Dynamics Land Systems is building a vehicle that will incorporate advanced technologies available today for the "base vehicle" approach, the release states. The Virginia-based IT company SAIC is building an "at-the-edge" vehicle designed around technologies that currently may not be fully mature but could be incorporated into the ARV as new capabilities, when threats and missions evolve, the release adds. Both vehicles are expected to be ready for evaluation in the fourth quarter of this fiscal year, Marine Corps Systems Command officials said. Last year, the Corps conducted a capability-based assessment that focused on armored reconnaissance, according to the release, which described how the assessment pitted Light Armored Reconnaissance Battalions against a peer threat, and identified shortfalls and gaps in capability. Marine Corps Combat Development Command, Combat Development and Integration produced an initial capabilities document -- which was validated by the Joint Requirements Oversight Council in 2019. "As the core-manned, next-generation system, ARV must possess transformational capabilities to enable LAR Battalions to gain contact with and collect on peer-threat forces," Marine Corps Systems Command officials said. "It must accomplish this goal without becoming decisively engaged, while also successfully waging the counter-reconnaissance fight." As the effort evolves, the Marine Corps has begun to view the ARV as more than just a replacement for the LAV, the release states. "Over time, officials began to view the ARV as a vehicle platform equipped with a suite of advanced reconnaissance capabilities, with an open-system architecture that can sense, shoot, move, communicate and remain transportable as part of the Naval Expeditionary Force," it adds. https://www.military.com/daily-news/2020/05/08/pandemic-delays-marine-corps-plans-replace-light-armored-vehicles.html

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  September 9, 2020 | International, Aerospace

  Turkey develops AI-based simulator for light fighter jet

  Burak Ege Bekdil ANKARA, Turkey — Turkish Aerospace Industries says it has developed Turkey's first artificial intelligence-based simulator, which will be used in the design and development phases of Hurjet, a locally designed light assault aircraft. TAI said the engineering simulator, Hurjet 270, is designed to collect feedback from test pilots to make the design of Hurjet “better, more solid and more efficient.” The simulator is also meant to detect design faults at the development stage. Company officials said the simulator will feature “human eye-level resolution.” Atilla Dogan, TAI's deputy general manager for aircraft design, told the state news agency Anadolu that Hurjet 270 will help engineers improve designing flight control algorithms and avionics software based on feedback from test pilots. The armed trainer Hurjet is a jet engine version of the turboprop Hurkus, Turkey's first indigenous basic trainer aircraft. TAI launched the Hurjet program in 2018, with a target of having the aircraft's maiden flight in 2022. The Hurjet will have a maximum speed of Mach 1.2 and can fly at a maximum altitude of 45,000 feet. The aircraft will have a maximum payload of 3,000 kilograms, including ammunition, radar and camera. Hurkus-C, the armed version of the base variant of Hurkus, features locally developed ammunition including CIRIT, TEBER, HGK and LGK. It can also use INS/GPS-guided bombs, conventional bombs, non-guided rockets and machine guns. Hurkus-C also features armored body parts, a self-protection system, a data link, laser tacking, an electro-optical and infrared pod, an external fuel tank, and advanced avionics. With a 1,500-kilogram payload that can be used through seven external hardpoints, the Hurkus-C can perform light-attack and armed reconnaissance missions. https://www.c4isrnet.com/artificial-intelligence/2020/09/08/turkey-develops-ai-based-simulator-for-light-fighter-jet/