Contract Awards by US Department of Defense - January 3, 2019

On the same subject

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  July 17, 2018 | International, Aerospace

  The military is building a space plane. Now it looks to have an engine up to the task

  By SAMANTHA MASUNAGA A decade after the U.S. Air Force commissioned the next generation of GPS satellites, the first of these spacecraft is finally set to launch into orbit later this year. As with other national security missions, a roughly 200-foot-tall rocket will blast the massive satellite to space, fulfilling a contract worth more than $80 million. But as nations develop technology to disable or shoot down satellites — as China did to one of its own satellites with a ground-based ballistic missile in 2007 — the U.S. military has started to look at options for rapidly and cheaply launching smaller crafts into space. An experimental program spearheaded by a Pentagon research agency could eventually be part of that solution. The Defense Advanced Research Projects Agency, along with aerospace giant Boeing Co., is developing a reusable spaceplane expected to launch small satellites 10 times in 10 days. The vehicle's first test flight is set for 2021, which hints at the Defense Department's growing interest in reusable rocket technology, particularly its potential to drive down launch costs and speed up turnaround time. In recent weeks, the spaceplane's rocket engine, known as the AR-22, completed 10 test fires in 240 hours without need for refurbishments or major repairs, said Jeff Haynes, program manager at Aerojet Rocketdyne. The test firing took place at NASA Stennis Space Center in Mississippi from June 26 to July 6. The engine test is “really good progress,” said Claire Leon, director of Loyola Marymount University's graduate program in systems engineering and former director of the launch enterprise directorate at the U.S. Air Force's Space and Missile Systems Center. “SpaceX has had its success,” she said. “I think this engine test also demonstrates that other companies are doing the technology development and having success that will enable reusability.” The title of first reusable system belongs to NASA's Space Shuttle, though more recently, several commercial space firms, including Microsoft co-founder Paul Allen's Stratolaunch and British billionaire Richard Branson's Virgin Orbit, have developed systems that would reuse aircraft to launch satellites from the belly of a plane. https://www.stripes.com/news/the-military-is-building-a-space-plane-now-it-looks-to-have-an-engine-up-to-the-task-1.538009

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  November 13, 2019 | International, Aerospace

  Rheinmetall successfully concludes modernization of simulators for Tiger combat helicopter

  November 12, 2019 - In partnership with Thales, Rheinmetall successfully completed modernization of the flight simulators for the Tiger combat helicopter just a few weeks ago. The contract was awarded to ARGE TATM (consisting of Rheinmetall Electronics GmbH and Thales AVS France SAS) in December 2014 through the Organisation Conjointe de Coopération en Matière d'Armement (OCCAR), an organization that fosters cross-border defence procurement cooperation in Europe. With the completion of this programme, French and German armed forces are now able to train their crews in a state-of-the-art virtual environment that ensures full-mission readiness and strengthens flight safety. For Rheinmetall Electronics and its partners, the contract to modernize the simulators in Le Luc, Fritzlar and Pau meant modifying them to match current configurations of the original aircraft: the Tiger Hélicoptère d'Appui et Destruction (HAD) Block 2 (France) and Kampfhubschrauber Tiger UHT Step 2 Krypto (Germany). In addition, two new simulators were installed in Phalsbourg, France in a record 10-month timeframe, bridging a training capability gap for the French 1st Helicopter Regiment. Now that the modernization programme is complete, a total of twenty flight simulators are in operation at various locations: eight full-mission simulators (FMS) and twelve cockpit procedure simulators (CPT). The contract encompassed modernization of the software for the basic management system, the updated ETCM navigation system and the mission equipment systems, together with new cockpit hardware. Other measures included integration of the German Operational Support System (OSS), into the simulator for mission preparation and tactical training, coupled with modernization of the existing simulator technology by means of a new visual system, new visual data bases, new projectors for the display systems, and the replacement of obsolete computer technology. The upgrade process culminated in a binational joint exercise at the École Franco-Allemande (EFA, binational school for aircrew training) in Le Luc, involving six simulated helicopters in twelve networked simulators. Tiger simulators number among the world's top-performing full-mission simulators for attack helicopters. The multipurpose Tiger combat helicopter is a highly sophisticated weapon system whose replication in a simulator makes immense demands on both hardware and software. At the school in Le Luc, the focus is on flight and weapons training, while in Fritzlar, Pau and Phalsbourg, the primary emphasis is on tactics. Cooperation between Rheinmetall Electronics GmbH and Thales AVS France SAS continues with ongoing support of the twenty upgraded Tiger simulators. “The updated system supplied by Thales and Rheinmetall offers full immersive conditions. It combines a genuine Tiger cockpit, accurate aircraft behaviour and a tactical environment reflecting current operational missions. The completely transformed system architecture points the way to future trends in aircraft development”, declares Bertrand Cornet, Project Manager for Germany and France at OCCAR. View source version on Rheinmetall : https://rheinmetall-defence.com/en/rheinmetall_defence/public_relations/news/latest_news/index_21952.php

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  May 17, 2018 | International, C4ISR

  How would NATO respond to a cyberattack?

  By: Martin Banks NATO Secretary General Jens Stoltenberg says “it is time we all woke up to the potential dangers of cyber threats.” Speaking at a conference on cyber crime in Paris May 15, Stoltenberg said, “In the Second World War there was a popular saying, ‘Loose lips sink ships.' Today, it is weak passwords, failing to add software updates, or opening unfamiliar emails. Simple things. But if we get them right, we go a long way to protecting ourselves.” Stoltenberg was speaking at the Ecole Militaire in the French capital on a major conference on NATO's so-called “Cyber Defence Pledge” which, he said, had helped nations to look at their cyber-defences in a more holistic way. NATO countries have faced a series of attacks in recent years. In France, TV-Cinq Monde was taken off air by hackers while Fancy Bear, a group associated with the Kremlin, hacked the main political parties in the United States in what Stoltenberg called “a brazen attempt to influence the 2016 election.” Last year's WannaCry attack forced Renault to halt production at several of its factories and a cyberattack brought hospitals in the UK to a standstill. “The very nature of these attacks is a challenge,” Stoltenberg said. “It is often difficult to know who has attacked you or even if you have been attacked at all. There are many different actors. “Governments, but also criminal gangs, terrorist groups and lone individuals. Nowhere is the ‘Fog of War' thicker than it is in cyberspace,” he said. “If these were hard attacks, using bombs or missiles instead of computer code, they could be considered an act of war. But instead, some are using software to wage a soft-war - a soft-war with very real, and potentially deadly consequences.” In 2014, NATO leaders agreed that a cyberattack could trigger Article 5, meaning that an attack on one ally is treated as an attack on all allies. He added, “I am often asked, ‘under what circumstances would NATO trigger Article 5 in the case of a cyber-attack?' My answer is: we will see. The level of cyberattack that would provoke a response must remain purposefully vague as will the nature of our response. “But it could include diplomatic and economic sanctions, cyber-responses, or even conventional forces, depending on the nature and consequences of the attack.But whatever the response, NATO will continue to follow the principle of restraint. And act in accordance with international law.” In less than two years, almost every ally had upgraded their cyber defences with France leading the way, investing €1.6 billion and employing thousands more cyber experts. He also pointed to Nato's new Command Structure and Cyber Rapid Reaction teams. https://www.fifthdomain.com/international/2018/05/16/how-would-nato-respond-to-a-cyber-attack-well-see/