Navy introduces new robotics warfare rating

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  January 20, 2021 | International, Aerospace

  Australia selects Boeing Apache as next armed reconnaissance helicopter

  By: Nigel Pittaway MELBOURNE, Australia — Australia has selected Boeing's AH-64E Apache Guardian as it's next armed reconnaissance helicopter, replacing its Airbus Helicopters Tiger fleet under the Land 4503 program estimated to be worth AU$4-5 billion (U.S. $3–3.8 billion). The selection of the Apache follows the release of a request for information in July 2019 and was announced by Australian Defence Minister Linda Reynolds on Friday. The RFI called for 29 helicopters, with 24 to be based at a single location with two operational armed recon helo squadrons, and a five for training Army pilots and battle captains at the Australian Army Aviation Training Centre at Oakey, Queensland. The two operational Tiger squadrons are currently based in Darwin in the Northern Territory as part of the 1st Aviation Regiment. The RFI also stipulated an initial operational capability, represented by 12 helicopters, in 2026; and final operational capability with all 29 aircraft two years later. In addition to Boeing, Bell responded to the RFI with its AH-1Z Viper, and Airbus Helicopters with an updated Tiger. “The Apache Guardian is the most lethal, most survivable and lowest-risk option, meeting all of [the Department of] Defence's capability, through-life support, security and certification requirements,” Reynolds said. “By pursuing a proven and low-risk system offered by the Apache, [the Department of] Defence will avoid the ongoing cost and schedule risk typically associated with developmental platforms.” The Tiger was introduced to service in December 2004 but suffered poor availability rates and high ownership costs early in its career, before a remediation plan was implemented by the Department of Defence and industry around 2016. Reynolds said the issues with the Tiger fleet and other Australian military rotary-wing projects had informed the strategy to seek a proven and mature replacement. The decision to acquire the Apache was made under the Australian government's “Smart Buyer” policy, which allows for sole-source selection without a competition if there is a clear preference for a particular platform. A spokesman for Australia's Department of Defence said the government will now consider the acquisition of mission sensors and mission-relevant equipment, including the AN/APG-78 Longbow fire control radar, but no specific configuration or numbers of radars have been revealed. The spokesman said the department will continue to consider options to improve upon the Apache that maximize opportunities for the local defense industry, including warehousing services, training development, engineering services and maintenance, and repair and overhaul. “Additionally, early detailed transition planning will be conducted to ensure effective management of the skilled workforce, across [the Department of] Defence and industry, as [the Department of] Defence transitions the Tiger to the Apache,” the spokesman said. Boeing said the AH-64E provides Australia with a fully integrated, battle-proven capability and will continue to expand its industry capability and supply chain in Australia. “Apache is supported by an active production line and a U.S. Army modernization plan through to the late 2040s, thereby ensuring the platform remains the leading attack and reconnaissance capability through to 2050 and beyond,” a company spokesperson said. https://www.defensenews.com/global/asia-pacific/2021/01/19/australia-selects-boeing-apache-as-next-armed-reconnaissance-helicopter

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  January 20, 2021 | International, Naval

  Thales NS50 Radar to equip the Belgium Navy and the Royal Netherlands Navy Next Generation Mine Counter Measures Vessels (MCMV)

  January 18, 2021 - The navies of Belgium and the Netherlands rely on Thales, Naval Group and KERSHIP shipyard to equip the 12 next generation Mine Counter Measures Vessels with NS50 radars for Air & Surface Surveillance with Fire Control capabilities. Through this contract for its new NS50 radar, Thales is proud to serve both the navies of Belgium and the Netherlands through the next generation MCMV contract with Kership - a joint venture between Naval Group and Piriou. The NS50 radar introduces a complete and high level of self-protection capability against air and surface threats for high value ships. The NS50 radar is a game changer: it is the world's first compact multi-mission 4D AESA (Active Electronically Scanned Array) radar available in the market for smaller vessels offering both Air and Surface surveillance with missile and Gun Fire control. The NS50 provides for the first time a complete and superior level of self-protection capability against air and surface threats for this category of high value MCM vessels. A strategic choice for small to medium vessels, the NS50 offers dual functions between air and surface surveillance and fire control. The nature of threats faced by Navies has never been more varied nor more challenging, ranging from next generation anti-ship missiles, robotic warfare and swarm attacks, to electronic warfare (jamming) as well as, overall, having to operate in a simultaneously conventional, asymmetric and hybrid threat environment. Time and quality of information are critical when facing this new array of unpredictable simultaneous threats. The NS50 provides maximum time on target for forces to evaluate the threat and take countermeasures while, at the same time, understanding what is around them to safeguard the ship and to protect their own allied forces. The NS50 is the world's most compact, affordable 4D multi-function naval radar in the market. It offers superior air and surface detection, tracking and classification performances providing highly accurate 4D target information required for rapid acquisition by short-range “fire and forget” Surface-to-Air-Missile Systems as well as fire control of ship-borne artillery against surface targets. It can defend against Unmanned Aerial Vehicle (UAV), low slow flying object, surface targets and in combination with small to medium caliber gun system. A fully software-defined sensor, the NS50 features a modular and scalable hardware architecture, making it equally suitable for combat boats, Offshore Patrol Vessels, MCMVs, auxiliaries and various other platforms. No other radar in this class up offers the NS50's flexibility and range of features, which are similar to those that do equip larger sized ships. Its full digital design implies that upgrades are possible at any moment and at any place and that, software modifications are simple for integrating new features. The NS50 meets today's cybersecurity requirements. The NS50 is part of the NS family of radars already operational within the Royal Netherlands Navy, providing enhanced situational awareness and contributing to regional stability in various parts of the world. “Navies are facing more complex, smaller, agile and faster moving simultaneous threats. The compact NS50 is a game changer – it brings the benefit of multi-mission air and surface surveillance, as well as fire control to combat boats, MCM vessels, OPA's and various other platforms. We are proud to work with Naval Group and Kership and supply an innovative radar to the Belgium and Netherland Navies for operational advantage”. Serge Adrian, Senior Vice-President Surface Radar activities, Thales. View source version on Thales Group: https://www.thalesgroup.com/en/group/journalist/press_release/ns50-radar-equip-belgium-navy-and-royal-netherlands-navy-next

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  October 18, 2018 | International, Aerospace

  Northrop Grumman and Airbus Finalize Agreement on “Wing of Tomorrow” Program

  Agreement positions company for work on next generation composite manufacturing technology DULLES, Va. – Oct. 16, 2018 – Northrop Grumman Corporation (NYSE: NOC) announced today it has finalized a Cooperation and Research Agreement to work closely with Airbus on the Wing of Tomorrow program. The three-year agreement expands the current Northrop Grumman relationship with Airbus and explores complex composite wing stiffener forming automation with out-of-autoclave material systems through an investment in equipment, test articles and engineering support. This relationship positions Northrop Grumman for future potential high-rate production opportunities. “This agreement builds on Northrop Grumman's valuable working relationship with Airbus and its partners. Our work with Airbus is an important component of growth in the commercial aerospace structures business,” said Wendy Williams, vice president and general manager, aerospace structures, Northrop Grumman. “We are excited about the advanced composite manufacturing technology being developed to support the Wing of Tomorrow concept, and our team is eager to continue our long-term relationship with Airbus on their future endeavors.” Northrop Grumman is currently producing composite fuselage stringers and frames for the Airbus A350 XWB -900 and -1000 variants at its state-of-the-art Aircraft Commercial Center of Excellence facility in Clearfield, Utah. The company has successfully delivered more than 200,000 Airbus A350 parts since the inception of the program. Northrop Grumman's proprietary automated stiffener forming process has been instrumental in the development and manufacture of high-rate production composite stringers and frames that are extremely high quality, affordable and dimensionally precise. This technology will be evolved to the new material systems, geometries and processing needs of the future while maintaining the superior benefits of a highly automated production process. The Airbus Wing of Tomorrow program will address future aggressive aircraft production rates and the requirement for wings to be made faster and more affordably. The program will explore the best materials, manufacturing and assembly techniques, as well as new technologies in aerodynamics and wing architecture. New material experimentation represents a major part of the program, and lower-cost composite technologies currently being pursued could enable wing components to be produced with significantly reduced equipment and tooling costs, along with enabling a faster production cycle. Increased use of composite materials also opens up new possibilities in terms of wing configuration and construction. Northrop Grumman is a leading global security company providing innovative systems, products and solutions in autonomous systems, cyber, C4ISR, space, strike, and logistics and modernization to customers worldwide. Please visit news.northropgrumman.com and follow us on Twitter, @NGCNews, for more information. https://news.northropgrumman.com/news/releases/northrop-grumman-and-airbus-finalize-agreement-on-wing-of-tomorrow-program