U.S. Army Awards Lockheed Martin $492 Million Contract For High Mobility Artillery Rocket System Launchers

Sur le même sujet

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  12 juin 2020 | International, C4ISR

  Des missions sans GPS pour l'armée de l'Air gr'ce à Sodern et Safran E&D

  DEFENSE Des missions sans GPS pour l'armée de l'Air gr'ce à Sodern et Safran E&D Sodern, filiale d'ArianeGroup et leader mondial des viseurs d'étoiles pour satellites, et Safran Electronics & Defense, filiale de Safran, développent un système de visée stellaire diurne et nocturne pour avions militaires. Ce système permettra aux forces armées françaises de s'affranchir de toute dépendance au GNSS (GPS et Galileo), qui pourrait être brouillé ou leurré lors de combat à haute intensité. «La France est pionnière de cette technologie et pourrait être, à terme, la première nation disposant d'une telle capacité opérationnelle», explique Jean-Marc Espinasse, le directeur de la stratégie et de l'innovation chez Sodern, dans La Tribune. «On croit vraiment à son apport capacitaire, qui va donner une vraie supériorité opérationnelle à nos forces lors de combat à haute intensité», ajoute-t-il. Sélectionnés en 2016 par la DGA et par l'Agence d'Innovation Défense (AID), les deux entreprises ont mis au point un démonstrateur, qui fonctionne déjà au sol, après une campagne d'essais réalisée fin 2019. Une campagne d'essais en vol est prévue à l'automne. Le système pourrait être opérationnel sur un avion de l'armée française (Rafale, A400M, MRTT...) d'ici à cinq ans, selon Jean-Marc Espinasse. Outre les avions, d'autres porteurs comme les navires, les drones voire les véhicules terrestres sont envisageables. La Tribune et Air & Cosmos du 12 juin

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  22 octobre 2020 | International, Naval, C4ISR

  Elta Systems, Hensoldt partner on system to consolidate submarine capabilities

  Seth J. Frantzman JERUSALEM — Israeli company Elta Systems has partnered with German firm Hensoldt to develop a single piece of technology for submarine masts that combines optics, communications and other sensors. The Integrated Communication and Surveillance, or ICS, system combines Hensoldt's optical surveillance optronics mast OMS 150 with Elta's expertise in signals intelligence and satellite communications payloads. Elta, a subsidiary of Israel Aerospace Industries, said the product will address the need to combine operational possibilities on one mast while maintaining the submarine's stealth capability. “The collaboration is part of Elta's new strategy, leveraging our advanced technological experience and know-how accumulated over decades of defense operations. This collaboration will bring value to our customers by offering a unique, cost-effective, compact and high-utility solution,” Elta CEO Yoav Tourgeman said. The ICS system combines optics, radar warning, and monitoring of GPS and communications with other vessels and units. “The data gathered in real time can provide the submarine's crew vital information regarding the enemy's exact location and current situation. It is equipped with a SATCOM and Laser system for secure communications,” according to an Elta statement. The system is being rolled out as part of the European maritime trade show Euronaval, which is being held virtually this year due to the coronavirus pandemic. Brent Sadler, a senior fellow for naval warfare and advanced technology at the Heritage Foundation think tank, said submarine forces are likely to grow in the coming years, which means "the market for periscopes is growing faster than in the recent past.” “So the trend is to reduce the number of masts you stick out of the water,” he added, "so if you have a periscope and need to do radio communications or listen for hostile radar, better to have that on one mast.” According to two sources involved with developing the ICS system at Elta, the new integration seeks to provide submariners with additional capabilities that complement a naval task force. The demand for submarines is increasing, and as they performing less missions strictly alone, the subsurface boats need more sensors and communications tools to work with other vessels as well as airborne and ground assets. Sadler points out that one of the challenges here is not only miniaturizing add-on payloads but also cooling the thermals because these additions and sensors add heat that can be detected. The traditional dilemma for submariners is performing missions successfully while reamining stealthy, according to Elta naval systems expert and retired Israeli Navy commander Shlomi Dor. “You need a communication mast, and adding an ISR capability with SATCOM on the same periscope — it's the only mast that keeps safety for submarine[s] ... and communicate[s] to task force and headquarters, whoever you need to be in touch with. This mast is a very robust solution that I think will contribute a lot for mission's sake all over the world.” The integration of the ICS system on the mast can be done in a refit without changes to existing submarine infrastructure, according to Elta. Michael Sela of Elta told Defense News that the system builds on mature and field-proven sensors, and uses the company's expertise in phased array SATCOM antennas and other technology. It is expected to be operational in the near future. Developments in periscope design, among other technological trends, will impact submarine designs, perhaps making them smaller with taller periscopes, Sadler said. An uptick in submarine purchases means increasing economies of scale that lead to the research and development behind new designs. But Sadler raised concerns about Elta's parent company, IAI, cooperating with China on civil aviation projects. The West, in particular the United States, has raised the alarm over China's involvement in the defense industrial base. That is also true for potential customers in Asia and Europe, where partnerships with China are being questioned more, he said. “The capability has a niche and fills market demand, [but] make sure that the China connection [is] addressed.” https://www.c4isrnet.com/industry/techwatch/2020/10/21/elta-systems-hensoldt-partner-on-system-to-consolidate-submarine-capabilities/

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  1 août 2018 | International, Naval

  Navy Exercises Options For Additional Future Frigate Design Work

  By: Ben Werner The Navy has exercised options adding several million dollars to the future guided-missile frigate (FFG(X)) conceptual design work being performed by five shipbuilders in contention for the final hull design. The Navy expects bids from the following shipbuilders – Austal USA, Huntington Ingalls Industries, General Dynamics Bath Iron Works, Lockheed Martin and Fincantieri Marinette Marine. A final request for proposal is expected in 2019, with the Navy planning to award a single source design and construction contract in 2020, according to the Navy. Ultimately, the Navy plans to build a fleet of 20 frigates Each company was awarded initial contracts of $15 million in February to start design work. The latest contract modification, announced Monday, sends between $6.4 million and $8 million in additional funding to each company to be used fleshing out their designs. “Each company is maturing their proposed ship design to meet the FFG(X) System Specification. The Conceptual Design effort will inform the final specifications that will be used for the Detail Design and Construction Request for Proposal that will deliver the required capability for FFG(X),” Alan Baribeau, a Naval Sea Systems Command spokesman, said in an email to USNI News. Each design for the future frigate competition is based on existing designs the shipbuilders are already producing. The Navy expects to spend between $800 million and $950 million on each hull, which will follow the Littoral Combat Ship. In terms of combat and communications systems, the Navy plans to use what is already deployed on LCS platforms. USNI News understands the new frigates will use the COMBATSS-21 Combat Management System, which uses software from the same common source library as the Aegis Combat System on large surface combatants. Missile systems for the frigate include the canister-launched over-the-horizon missile; the surface-to-surface Longbow Hellfire missile; the Mk53 Nulka decoy launching system and the Surface Electron Warfare Improvement Program (SEWIP) Block 2 program with SLQ-32(V)6. The ships would also require an unspecified number of vertical launch cells. The frigate design also is expected to include the SeaRAM anti-ship missile defense system and several undersea warfare tools. The complete list of companies awarded contract options on their respective contracts include: Austal USA LLC (Austal), Mobile, Alabama – $6,399,053; initial contract award – $14,999,969 General Dynamics Bath Iron Works, Bath, Maine – $7,950,000; initial contract award – $14,950,000 Huntington Ingalls Inc., Pascagoula, Mississippi – $7,997,406; initial contract award – $14,999,924 Lockheed Martin Inc., Baltimore, Maryland – $6,972,741; initial contract award – $14,999,889 Marinette Marine Corp., doing business as Fincantieri Marinette Marine, Marinette, Wisconsin – $7,982,991 initial contract award – $14,994,626 https://news.usni.org/2018/07/31/35430