22 juillet 2024 | International, Terrestre

Britain tests Raytheon's anti-drone laser from military vehicle

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  • Saab to build new plant in Indiana for T-X trainer jet

    9 mai 2019 | International, Aérospatial

    Saab to build new plant in Indiana for T-X trainer jet

    By: Valerie Insinna WASHINGTON — Swedish aircraft manufacturer Saab will build a T-X production facility in West Lafayette, Indiana, where it will manufacture its portion of the Air Force trainer jet it is developing with Boeing, the company announced Wednesday. The company plans to invest $37 million in the site, which will produce “major structural sections” and conduct final assembly of Saab's piece of the jet, according to a Saab news release. Then those elements will be sent to Boeing's facility in St. Louis, Missouri, to be mated with the rest of the trainer. Construction on the new facility will begin in 2020, and Saab intends to hire at least 300 full-time employees from the area during the initial years of the site's operation. The announcement, made Wednesday during a ceremony at West Lafayette-based Purdue University, fulfills a promise Saab officials made in 2017 to establish a new manufacturing center in the United States once the Boeing-Saab team had won the T-X contract. At the time, Saab President and CEO Håkan Buskhe said the company was still considering site locations, as well as whether to repurpose an existing production facility or construct a new campus. However, he was confident at least 90 percent of the jet could be made in the United States — an important qualifier under the Trump administration, which has touted “Buy American” policies. Indiana Governor Eric Holcomb, Purdue University President Mitch Daniels and Buskhe attended the ceremony on Wednesday. “After careful consideration, we have chosen West Lafayette, thanks to the visionary leadership of both the State of Indiana and the world-leading Purdue University,” Buskhe said. “Today's announcement is a part of our growth strategy in the United States, and deepens our relationship with the U.S. customer. We see great possibilities here for this facility and our partnerships.” In addition to building the new facility, the Swedish company will partner with Purdue University, a hub of engineering talent in the Midwest, to conduct research on advances in sensors, artificial intelligence and autonomous technologies. During the ceremony, Buskhe noted the scope and level of investment of these activities has not been decided. Under the T-X program, Saab and Boeing will produce at least 351 trainers for the U.S. Air Force. The Navy and Marine Corps is also interested in buying the jet, and the Air Force is considering its use for simulating adversaries during combat and for light-attack missions — a prospect that could land the Saab-Boeing team additional sales in the hundreds. The Air Force awarded the $9.2 billion T-X contract to Saab and Boeing last year, and the service's first T-X squadron is expected to be operational in fiscal 2024. https://www.defensenews.com/industry/2019/05/08/saab-to-build-new-t-x-plant-in-indiana/

  • Rheinmetall affirms guidance as arms demand boosts Q2 earnings

    10 août 2023 | International, Terrestre

    Rheinmetall affirms guidance as arms demand boosts Q2 earnings

    Rheinmetall reported a rise in quarterly operating earnings and affirmed its full-year guidance on Thursday as it benefited from growing demand for weapons and ammunition amid the war in Ukraine.

  • Israel acquires FireFly loitering munition for close combat

    6 mai 2020 | International, Aérospatial

    Israel acquires FireFly loitering munition for close combat

    Seth J. Frantzman JERUSALEM — Israel's Ministry of Defense has procured the FireFly, a lightweight loitering munition designed for infantry and special forces. Jointly developed by Rafael Advanced Defense Systems and the MoD, FireFly's canister-deployed design with multiple rotors enables it to hover around buildings and attack concealed enemies that may be beyond line of sight or hiding in urban environments. FireFly is designed to fulfill a need that platoons and smaller units have on the modern battlefield for an unmanned system that is rugged and lightweight. Mini-UAVs are increasingly in demand for infantry use, and the ability to combine them with loitering munitions that can conduct surveillance and attack has become the next step for ground forces. FireFly was designed over the last 15 years based on sketches produced as far back as the Six-Day War, when Israeli soldiers had to fight in the early morning amid trenches in Jerusalem during the Battle of Ammunition Hill. Also taken into account during the design period were Israel's experiences fighting militants in close combat in urban areas, such as the Gaza Strip, as well as knowledge of the difficulties armies have faced in fighting in places like Mosul, Iraq, against the Islamic State group. Gal Papier, director of business development at Rafael's Tactical Precision Weapons Directorate, said the current FireFly model has a seeker, warhead and data link with electro-optical features that are similar to Rafael's larger Spike missile family. The Spike group of munitions includes precision-guided tactical missiles. The main difference is the addition of dual rotors so the FireFly can hover and remain stable in windy environments. “It's a different way of looking at missile guidance,” Papier said. “This is innovative and new — it's a missile that folds into a small canister.” First unveiled in 2018, Papier foresees the FireFly as “infantry's best friend,” enabling forces to both scout and attack. The warhead is small, coming in at only 400 grams, but Rafael says it is lethal enough for infantry and special forces missions. “Normally the targets are insurgents or suppressing machine guns or a sniper,” Papier explain, comparing the FireFly to UAVs that carry 20-kilogram payloads and must be launched by catapult. FireFly gives an operator up to 1.5 kilometers of line-of-sight use and 500 meters of non-line-of-sight use. It can return to the user with the click of a button, and its technology provides situational awareness to avoid collisions with obstacles. It can also operate during the day or night with a low acoustic signature. Its battery and warhead can both be replaced; the warhead can be swapped for another battery to provide double the 15-minute flying time for surveillance missions. The press of a button on the operator's tablet causes the warhead to slam into an enemy at up to 70 kph. It is also designed with safeguards, such as an abort capability. Rafael also foresees the FireFly launched from vehicles, with several units contained in a pod or “beehive” that would operate from inside the vehicle. This is in line with the increased use of smaller tactical UAVs with armored vehicles, and future battlefield concepts that foresee vehicles and infantry units operating in sync with numerous drones. “We are in [the] design stage of these pods, tailored for different vehicles. We see it as a building block,” Papier said. Israel's procurement of the FireFly and its deployment with infantry units are part of the country's multiyear plan to restructure its armed forces, known as “Momentum.” The plan also calls for increased digitization of land forces and for units to have access to more UAVs and technology. This is meant to bring intelligence assets as far forward as possible to battalion- and company-level units sharing information gathered by UAVs on a network. Papier noted that the increased deployment of loitering munitions like this will change infantry units as they decide how to make soldiers into dedicated drone operators. https://www.c4isrnet.com/unmanned/2020/05/05/israel-acquires-firefly-loitering-munition-for-close-combat/

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