Rafael inks news deal to put Trophy system on UK’s Challenger 3 tanks

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  February 19, 2019 | International, Aerospace

  TERMA AND SCANDINAVIAN AVIONICS SECURE F-35 SUSTAINMENT CONTRACT

  Avionics Test Center Denmark (ATCD) formed by Terma and Scandinavian Avionics in collaboration with the U.S. will be responsible for repair and maintenance globally of avionics components. Copenhagen, Monday 18 February 2019 - U.S. Department of Defense F-35 Joint Program Office announced Avionics Test Center Denmark to be responsible for maintenance of avionics (16 components) for the F-35 fighter aircraft. During the period of 2021-2025 Avionics Test Center Denmark (ATCD) formed by Terma and Scandinavian Avionics in collaboration with the U.S. will be responsible for repair and maintenance globally of avionics components. “We are very proud to be selected by the F-35 program to play an essential role in the global F-35 sustainment network. It is a great day for both Terma and for Danish industry since the perspectives for Denmark now being part of the F-35 operational setup in decades to come are huge,” said Mr. Lars Hedemann Hilligsøe, Senior Vice President, Terma Support and Services. From 2025 ATCD will be responsible for regional repair and maintenance of avionics components within Europe. ATCD's sustainment work will take place in Denmark. Major General Henrik R. Lundstein, Director of the Fighter Aircraft Program in Danish Ministry of Defence Acquisition and Logistics Organization (DALO) says: "It is very satisfying that the Danish Defence' close collaboration with the industrial consortium consisting of Scandinavian Avionics and Terma has resulted in Danish industry now being awarded the first major F-35 maintenance contract. This shows that the Danish defense industry is able to compete with the largest companies in the market on competitive terms, i.e. price, time, delivery security, and quality.” In April 2018, the Danish companies Terma and Scandinavian Avionics submitted a joint response, to a so-called Request for Information (RFI), on maintenance of F-35 components. For this purpose, the two companies established Avionics Test Center Denmark, which has now been selected to carry out the task. The RFI that ATCD has won parts of is the second procurement of F-35 components repair to be published. The initial RFI (Tier 1) covers – together with the RFI for Tier 2 – approx. 60% of all the F-35 components published for repair. The remaining approx. 40% will be published among the F-35 Partnership countries later this year and in 2020. Danish Industrial Partnership Within the framework of the Industrial Partnership, the F-35 Joint Strike Fighter Program represented by the Danish Ministry of Defence has been supporting the answers from ATCD. The Industrial Partnership was established as part of Denmark's procurement of F-35 Joint Strike Fighters. The Partnership consists of The Confederation of Danish Industry, The Ministry of Industry, Business and Financial Affairs, The Danish Ministry of Defence, and The Ministry of Foreign Affairs of Denmark with the purpose of strengthening the opportunity for Danish companies to win orders for production and repair of F-35 and to open doors to further high technology or defense related exports to the USA. https://www.terma.com/press/news-2018/f-35/

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  August 24, 2018 | International, C4ISR

  DARPA wants an AI system that can basically make sense of everything

  By: Daniel Cebul Defense Advanced Research Project Agency is looking for an artificial intelligence and machine-learning model that can help scientists and researchers push their work to new limits. The Automating Scientific Knowledge Extraction (ASKE) program, announced Aug. 17, is the first contract opportunity DARPA has released as part of its new AI exploration program. The goal is to establish the feasibility of new AI concepts and do it fast ― within 18 months of award ― to help DARPA outpace global AI science and technology discovery efforts. Specifically, the ASKE opportunity is looking to develop an AI system that can rapidly aggregate scientific data over a number of complex systems (physical, biological, social) and identify new data and information resources automatically. Science depends on equations and complex computations of large data sets. The proposed AI system would be able to interpret and expose scientific knowledge and underlying assumptions in existing computational models to extract useful information, like causal relationships, correlations and parameters. This information would then be integrated into a machine-curated model that generates more robust hypotheses. To ensure the system is working with the full-breadth of scientific information available, DARPA is interested in a system that automatically verifies published scientific results and can monitor “fragile economic, political, social and environmental systems undergoing complex events,” in real-time. For such a system to be viable, DARPA believes advanced AI techniques such as “natural language processing, knowledge-based reasoning, machine learning, and/or human-machine collaboration” are needed. Although rapid and real-time aggregation of data from a variety digital sources may have military applications, for now DARPA maintains its “overriding interest is in innovative approaches to extracting knowledge from scientific models.” The winner will be awarded a contract worth as much as $1 million for a prototype. Proposals are due Sept. 17. https://www.c4isrnet.com/it-networks/2018/08/23/darpa-wants-an-ai-system-that-can-basically-make-sense-of-everything

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  June 30, 2020 | International, Aerospace

  Army Helo Market Pegged at $10 Billion

  By Jon Harper Market opportunities for the Army's helicopter fleet will average about $10 billion per year over the next decade as the service modernizes its rotary-wing assets, according to analysts. The current inventory includes UH-60 Black Hawk utility helicopters, AH-46 Apache attack helicopters, CH-47 Chinook heavy-lift helicopters and UH-72 Lakota light utility helicopters. All but the Lakota are still in production today. Meanwhile, future vertical lift is one of the Army's top three modernization priorities, and it is pursuing two new aircraft: an armed scout platform known as the future attack reconnaissance aircraft, or FARA, and the future long-range assault aircraft, or FLRAA. “The Army's effort to develop and field the next generation of vertical lift aircraft ... will have significant implications for the industrial base,” defense analysts Andrew Hunter and Rhys McCormick wrote in a recent report for the Center for Strategic and International Studies. “Projections show that although there will be a drop-off in the procurement of legacy aircraft in the mid-2020s as FARA and FLRAA full-rate production starts to ramp up, there is still a roughly $8 billion to $10 billion annual addressable Army vertical lift market over the next decade,” they said in the report titled, “Assessing the Industrial Base Implications of the Army's Future Vertical Lift Plans.” FLRAA has an estimated program value of $40 billion, while FARA could be worth about $20 billion. In March, the Army announced it had selected Bell and a Sikorsky-Boeing team for the FLRAA competitive demonstration and risk reduction effort. The winner of that phase is expected to be selected in fiscal year 2022. The service also picked Bell and Sikorsky to continue on in the competition for the future attack reconnaissance aircraft. A “flyoff” for the FARA competition is scheduled for fiscal year 2023, with a production decision expected in fiscal year 2024. Both the FARA and FLRAA platforms are slated to enter production later this decade. Meanwhile, operation and sustainment costs will remain the largest source of Army vertical lift spending over the next 10 years, according to the CSIS report. “There's going to be opportunity [for industry] in kind of the aftermarket side because even as you start to produce the new aircraft, there will still be the enduring platforms that are out” operating as next-generation helicopters come online, said Patrick Mason, head of Army program executive office aviation. “We will still need spares and certain things done within the aftermarket side as this transition would occur,” he added during a recent press briefing. “That drives so much of the supply chain.” Some observers have questioned whether the Army will have enough money to buy high-ticket FARA and FLRAA platforms at the same time given future budget projections. There is also the risk that the programs might go off the rails. “FVL isn't the only game in town, but it is by far the biggest,” Loren Thompson, a defense industry consultant and chief operating officer of the Lexington Institute think tank, wrote in a recent op-ed for Forbes. “If production of legacy rotorcraft ceases to make room for new ones and then FVL fails to deliver, industry might not have enough cash flow to sustain essential skills and suppliers.” Hunter said problems with the future vertical lift initiatives would upend the CSIS market projections. “If you were to take one of those programs out of the equation, that changes the addressable market in two significant ways,” he said. “One is, it shrinks it obviously by pulling out ... multiple billion dollars of investment throughout the 10-year window that we looked at. The other effect that it has is it reduces the competitive opportunity for industry. Right now, you know you've got multiple companies gunning for two aircraft. And even if you went down to one [program] and you were still competing, that's much less opportunity for industry to win in that scenario.” https://www.nationaldefensemagazine.org/articles/2020/6/29/army-helo-market-pegged-at-$10-billion