January 7, 2020 | International, Aerospace
ByEd Adamczyk
Jan. 6 (UPI) -- L3 Technologies will upgrade the F-16 fighter plane training system of Greek Air Force F-16 in a $28 million contract announced by the U.S. Defense Department.
The Texas-based company will improve Aircrew Training Devices for conversion of Hellenic Air Force F-16s to the new F-16V configuration. The new variant includes add-ons which include electronically scanned array radar, a new mission computer and electronic warfare suite, automated ground collision avoidance system, and various cockpit improvements.
The package can be retrofitted to most F-16s.
The aircraft, in service since 1978 and known as the Fighting Falcon, has been built by General Dynamics and Lockheed Martin. Over 4,600 F-16s, in use by 25 countries, have been built. The "V" suffix indicates the "Viper" package of improvements. The Hellenic Air Force has 154 F-16s in three variants, with the upgrades planned for 84 of the planes.
Work will be performed at L3's Arlington, Texas, facility, and is expected to be completed by Dec. 31, 2027, the Defense Department said Friday in a statement. The award completely involves Foreign Military Sales to Greece.
The statement by the Pentagon comes two weeks after Greek Ministry of Defense announced that seven-year maintenance contracts with French companies Dassault Aviation, Safran Military Engines and Thales were signed to similarly upgrade the Mirage 2000-5 combat aircraft by the Hellenic Air Force. Those contracts were valued at $290.8 million.
September 26, 2023 | International, Naval
Bill LaPlante said sufficient manufacturing rates are a key concern both for the health of the industrial base and for the health of DoD stockpiles.
November 27, 2020 | International, Naval
Il y a une dizaine de jours, les équipes de MBDA ont réalisé le dernier tir de qualification du missile antinavire Sea Venom/ANL sur le site d'essai DGA de l'Ile du Levant. Le missile Sea Venom/ANL qualifié Réalisé le 17 novembre dernier, cet ultime tir de qualification du missile Sea Venom/ANL de MBDA avait pour but de valider les performances du missile en termes "de discrimination de cible en environnement naval dense et complexe". "Les essais précédents avaient permis de tester le domaine de séparation et de tir, le vol rasant à basse altitude, ainsi que les modes d'engagement du missile, tels que l'accrochage après tir (LOAL), l'accrochage avant tir (LOBL), l'opérateur dans la boucle ou encore la sélection du point d'impact", rappelle MBDA. Premiers essais sur hélicoptère Lynx Les premiers essais avaient commencé en 2017 sur un hélicoptère Lynx Mk 8 de la Royal Navy. Des essais d'embarquement et de largage du Sea Venom/ANL. Puis en avril 2018, avait suivi un tir depuis un hélicoptère Airbus Panther "avec vol du missile à très basse altitude et accrochage de la cible en milieu de course ». "La conduite de ce tir anti-navires a permis de mettre en lumière la capacité du missile à naviguer « au raz de l'eau (sea-skiming) et le bon fonctionnement de la liaison de données entre le missile et l'hélicoptère », avait alors précisé le Ministère des Armées. Puis, en fin d'année 2018, s'était déroulé un nouveau tir d'essai qui avait permis "de confirmer la capacité d'accrochage avant tir du Sea Venom-ANL, l'opérateur utilisant les images provenant de l'autodirecteur à infrarouge du missile pour désigner la cible avant le tir". L'essai s'est déroulé au centre d'essai de l'Ile du Levant depuis un hélicoptère d'essai Dauphin de la DGA. Premier tir de qualif. en février dernier Le premier tir de qualification du missile sur l'Ile du Levant au centre d'essais de missiles de la Direction générale de l'armement (DGA) a été effectué en février 2020. "Le missile a été tiré depuis un hélicoptère Dauphin de DGA Essais en vol progressant à une altitude proche de la hauteur minimale nécessaire au lancement du missile, ce dernier atteignant sa vitesse de croisière alors qu'il effectuait un vol rasant (sea-skimming). Pendant la dernière phase du vol, l'opérateur a utilisé les images provenant de l'autodirecteur à infrarouge –transmises par la liaison de données- du missile pour ajuster le point d'accrochage sur la cible. Le missile a ensuite suivi le point désigné jusqu'à atteindre la cible avec une précision extrême", indiquait alors MBDA. Le missile antinavire Sea Venom/ANL, qui équipera bientôt les hélicoptères Wildcat AW159 de la Royal Navy et H160M Guépard de la Marine Nationale, est un programme en coopération réalisé dans le cadre du traité de Lancaster House, conclu entre la France et le Royaume-Uni, il y a eu dix ans ce mois-ci. Le Sea Venom/ANL est également le premier programme à bénéficier pleinement des centres d'excellence franco-britanniques spécialisés dans les technologies des missiles, qui ont été mis en place par le traité de Lancaster House. https://www.air-cosmos.com/article/missile-mbda-sea-venom-les-tirs-de-qualif-sont-achevs-23912
December 11, 2020 | International, C4ISR
• Cost-effective optional antenna array kit designed to integrate seamlessly with AeroVironment's standard RF head antenna • Provides operators 100 percent greater controllable range over standard RF head antenna with minimal logistical footprint • Add-on kit narrows antenna beam width, extending command and control range up to 40 km SIMI VALLEY, Calif., Dec. 10, 2020 – AeroVironment, Inc. (NASDAQ: AVAV), a global leader in unmanned aircraft systems (UAS), today announced the introduction of its Extended Range Antenna (ERA), the latest addition to AeroVironment's growing line of network connectivity solutions. The ERA is a lightweight, portable antenna array kit designed to integrate seamlessly with AeroVironment's standard RF head antenna to support a diverse range of missions. The ERA add-on kit narrows the antenna beam width, extending the command and control range up to 40 kilometers (24.9 miles) with minimal impact to its size, weight and power (SWAP) footprint. Similar to the standard RF head antenna, the ERA is manually positioned. The included RF Unit switch allows users to toggle between omnidirectional mode, for short-range operations, and extended range mode, for longer-range operations. The ERA supports both M1/2/5 and M3/4/6 Digital Data Link (DDL) operating bands. By adding the ERA kit to their existing AeroVironment RF antenna, UAS flight operators can immediately expand their operational capabilities, gaining actionable battlefield intelligence at greater stand-off range to maximize their stealth and safety. When used in combination with other AeroVironment network connectivity options, the ERA provides an enhanced level of operational flexibility. This enables teams to coordinate command and control transfer of UAS, such as Puma LE, easily over greater distances, maximizing the aircraft's multi-mission capabilities, in day or night operations, across dynamically changing environments. “AeroVironment continues to incorporate direct customer and user feedback into our product development investments to address increasingly complex and dynamic mission requirements,” said Rick Pedigo, AeroVironment vice president of sales and business development. “Not only do operators benefit from available options in terms of UAS capabilities, but they can also benefit from a selection of antenna options that are portable, easy to operate and provide extended range and multi-mission capabilities.” Further expanding its connectivity solutions, AeroVironment recently announced updates to its Long Range Tracking Antenna (LRTA), which it now offers in two versions to support M1/2/5 and M3/4/6 DDL frequency bands. AeroVironment's network connectivity product line includes the pocketable, short-range pDDL (5 km), standard RF antenna (20 km), ERA (40 km) and LRTA (60 km) capabilities in both M1/2/5 and M3/4/6 bands. For more information on AeroVironment's network connectivity solutions, visit www.avinc.com/tuas/network-connectivity. https://soldiersystems.net/2020/12/10/aerovironment-introduces-extended-range-antenna-expanding-uas-command-and-control-up-to-40-kilometers-in-a-lightweight-portable-form-factor/