European airborne electronic-attack program kicks into high gear

Sur le même sujet

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  31 juillet 2024 | International, Naval

  July Red Sea recap: Houthis continue to target commercial vessels

  U.S. forces destroyed at least 31 Houthi air drones, 16 surface drones, and four radar sites in Yemen in July.

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  18 septembre 2020 | International, Aérospatial

  Air Force needs more data before making a decision on enhanced KC-46 vision system

  Kent Miller and Valerie Insinna WASHINGTON — Within a few weeks, the Air Force will have the data it needs to make a decision on whether to install an interim version of the KC-46′s troubled remote vision system, the head of Air Mobility Command said in a Sept. 10 interview. In April, the Air Force and KC-46 manufacturer Boeing signed off on an agreement to replace the tanker's Remote Vision System — the series of cameras that provide imagery to the boom operator during refueling operations — with a newly designed system, called Remote Vision System 2.0. Boeing has agreed to develop and install RVS 2.0 on its own dime, but it has also proposed installing an enhanced version of the original system, eRVS, before then. But AMC commander Gen. Jacqueline Van Ovost, who viewed a demonstration of the eRVS system during a Sept. 4 visit to Boeing Field in Washington state, isn't sold on the upgrade just yet. “The most important thing is, we cannot slow down getting RVS 2.0 into the airplane. So eRVS can't slow us down if we were to accept parts of that,” she told Air Force Times. “And then we want to make sure if we're going to put it on the airplane, that it actually gives us some tangible capabilities with respect to boom operator workload and capability with respect to opening up the envelope for actually doing operational air refueling, or it gives us a great enhancement getting ready for 2.0.” The Air Force and Boeing began flight testing the eRVS this summer. The demonstration shown to Van Ovost, which compared the original RVS to the enhanced version, revealed “some sharpening of the picture with respect to how the boom operator saw the airplane” in day and nighttime conditions, she said. But those improvements in image quality need to be weighed against the time it will take to retrofit the existing KC-46 planes in service with the new eRVS components. “Do we have to ground airplanes for a while to put the put the modifications in?” Van Ovost said. “What's the worth of the modifications compared to the operational envelope it's going to open up for our boom operators?” The Air Force is set to receive the full set of test data within the next few weeks. Once it has the answers to those questions, the service will be ready to decide whether to field eRVS. If the Air Force decides to incorporate the enhanced system, Boeing can start making those upgrades in the second half of 2021, said Mike Hafer, Boeing's global sales and marketing lead for KC-46. Boeing also remains on track to incorporate RVS 2.0 on KC-46s coming off the production line in late 2023 or early 2024, he said. The Air Force intends to purchase 179 KC-46s during the program of record. The first tanker was delivered to the service in January 2019. Boeing is locked into paying any costs associated with the KC-46 that exceed the $4.9 billion firm fixed-price ceiling on its 2011 contract with the U.S. Air Force. So far, Boeing will have spent more than $4.7 billion in company funds on the KC-46 program — almost equivalent to the Air Force's own investment in the program. The deal on RVS 2.0 capped a yearslong dispute over the original system, which the Air Force argued did not provide enough fidelity to boom operators in certain lighting conditions, resulting in incidents of operators accidentally scraping the boom against the receiver aircraft. Van Ovost said the main goal of the trip to Boeing Field was to better understand the progress on RVS 2.0 and whether the final design specifications agreed to in April would meet the needs of tanker operators in the field. Van Ovost described the performance of the original RVS as something the Air Force “couldn't live with” but said she “was pretty encouraged about the collaboration of the team, and how far they've gotten with the requirements of RVS 2.0.” “I'm encouraged that we are on a path to get a fully qualified tanker,” she added. https://www.defensenews.com/digital-show-dailies/afa-air-space/2020/09/16/air-force-needs-more-data-before-making-a-decision-on-enhanced-kc-46-vision-system/

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  7 mai 2020 | International, Aérospatial

  Lockheed-Raytheon’s deadlier F-Model Javelin anti-tank missile rolls into production

  By: Joe Gould WASHINGTON ― Raytheon and Lockheed Martin's joint venture for the Javelin has completed production of its first F-Model of the shoulder-fired anti-tank weapon, meant to be more lethal against advanced armor and soft targets, the companies announced Wednesday. Though there's no contract for international customers yet, Poland could be in line to be the first. The European country recently completed negotiations with the U.S. to buy 180 Javelin missiles and 60 launchers for its paramilitary Territorial Defence Forces, launched in 2016 amid tensions with Russia. “I believe that the Poland case actually hasn't been determined which way it's going to go yet, so they could make the F-Model available to them, or they could take the E-Models out of stock,” said Javelin Joint Venture Vice President Dave Pantano. “That would be up to the government-to-government process to make that determination.” The weapon's final assembly takes place in Troy, Alabama, with 511 in the first lot and deliveries to U.S. government set for this fall. The new model, also known as FGM-148F, has an advanced multipurpose warhead that combines charges to defeat explosive-reactive armor, and it has a fragmenting steel case for striking unarmored and lightly armored targets, according to the team. Its new command launch unit boasts a reduction in weight and an improved target tracker. “The warhead now combines multiple effects into one,” Pantano said. “It multiplies fragmentation, as well as the standard high-explosive anti-tank [charge]. So now the war fighters are prepared for any mission, without having to switch out different rounds for different targets.” Taiwan drew an immediate protest from China last year when the former asked to purchase more than 100 tanks from the U.S., along with air defense and Javelin systems. (Several kinds of Chinese-made tanks have been reportedly seen with explosive-reactive armor.) European allies with an eye on Russian armored vehicles are likely to be interested in the F-Model, according to James Hasik, a defense industry analyst and senior research fellow at George Mason University. “This is definitely about Russian armor. The Javelin is, by all accounts I've heard, a great weapon, but recent developments in active protection systems may lend some concern for its continued ability to reliably destroy tanks. I'd encourage any defense ministry in Europe, but especially those along the eastern frontier, to buy a lot of those or a similar weapon," Hasik told Defense News. “I should also note that the dual-purpose warhead is a welcome feature. The infantry ideally should have a single weapon for engaging multiple types of target. That's less essential with other arms, which may have a few more seconds to think about how to react, and more carrying capacity for multiple types of weapons.” The U.S. announced April 2 that it delivered 128 anti-tank Javelin missiles to Estonia. Polish Defence Minister Mariusz Błaszczak announced in a tweet last month that talks to buy Javelins were complete and that Warsaw was working to get more light anti-tank missiles. “This is not the end of strengthening these abilities,” he said. Days earlier, the U.S. Defense Security Cooperation Agency announced that Poland was cleared to buy the Javelin missiles and 79 command launch units for $100 million. The sale will help Poland “build its long-term defense capacity to defend its sovereignty and territorial integrity,” DSCA said. Domestically, the Pentagon last year awarded the joint venture a production contract for 2,100 F-Model missiles after passing qualification tests. The full-rate production agreement for the FGM-148F replaced the FMG-148E (Block 1). The president's fiscal 2021 budget request in February asked Congress for $210 million, or 773 Javelin missiles for the Army and 98 for the Marine Corps; that's up from the $163 million Congress enacted in FY20. In October, the U.S. Army delayed plans to integrate the Javelin atop the Stryker combat vehicle over problems were discovered in connecting the weapon to the vehicle's remote weapons station. The Army also plans to mount a 30mm cannon on the vehicle. Officials with the joint venture expect to restart the Stryker efforts this summer or early fall. Also last year, an Estonian robot at Redstone Arsenal Test Center in Alabama test-fired the missile using a Kongsberg remote launcher on an unmanned ground vehicle. The Titan unmanned ground vehicle was built by Qinetiq North America and the Estonian company Milrem Robotics. https://www.defensenews.com/2020/05/06/deadlier-f-model-javelin-antitank-missile-rolls-into-production/