22 avril 2021 | International, Aérospatial

U.S. Army Starts Structures Demo For FLRAA, FARA Upgrades | Aviation Week Network

A solicitation for the Adaptive Resilient Engineered Structures program, published on April 20 by the Aviation Applied Technology Directorate, calls for technologies that could be demonstrated in a relevant operational environment—or a Technology Readiness Level of 6—between fiscal 2023 and 2026. 

https://aviationweek.com/defense-space/aircraft-propulsion/us-army-starts-structures-demo-flraa-fara-upgrades

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  • ‘Gamechanger’ aerial drone arrives in UK after mammoth 24-hour transatlantic flight

    16 juillet 2018 | International, Aérospatial

    ‘Gamechanger’ aerial drone arrives in UK after mammoth 24-hour transatlantic flight

    By: Beth Stevenson RAF FAIRFORD, England — General Atomics Aeronautical Systems' developmental MQ−9B SkyGuardian made the first ever transatlantic flight of a medium-altitude, long endurance aerial drone. The unmanned aerial vehicle completed touched down at RAF Fairford in the United Kingdom after a 3,760 nautical mile sortie from the U.S. July 11 that began at the Grand Forks test site in North Dakota 24 hours and 2 minutes prior. The journey was the first transatlantic flight of both the SkyGuardian and any MALE UAV, but also the first U.K. appearance of the UAV that the Royal Air Force will operate under its Protector program. The U.K. is the launch customer for SkyGuardian, and the journey to RAF Fairford to take part in the Royal International Air Tattoo (RIAT) ties in with the RAF's centenary celebrations, as the MQ−9B will be one of the next combat aircraft types delivered to the service. L3 Technologies Communication Systems provided Ku-band satellite communication (SATCOM) to control the UAV throughout the flight with no handover to a control station in the U.K, although Inmarsat Government provided a backup L-band SATCOM capability in case of failure. A line-of-sight ground control station was shipped to Fairford and was responsible for taxiing the aircraft once it had carried out its automatic landing. It flew at approximately 27,000 feet for most of the flight, dropping to 9,000 feet and maintaining a holding pattern near Fairford for some 2 hours ahead of landing, transiting initially via Canada, over to the South of Ireland, and then over Wales before reaching its end destination. Jonny King, vice-president of GA-ASI UK, told a media briefing at Fairford that the transit demonstrates that the UAV is self-deploying, and the journey was relatively routine for the test aircraft — just with a different landing destination. It has previously flown a sortie of more than 48 hours, King noted, and for the transatlantic flight it was able to fly under the U.S. Federal Aviation Administration's authorization, with support from the U.K. Civil Aviation Authority that granted an overflight permission for the transit into U.K. airspace. While the U.K. is on record as being the launch customer for the SkyGuardian through its Protector effort, the aircraft is yet to go through certification testing — one of the most distinguishing features of this variant — and will not be delivered to the RAF until the early 2020s. Development and certification contracts for Protector have been signed, but a production contract for the buy is not expected to be signed for some time, the RAF told Defense News. Air Marshal Julian Young, chief of materiel for air, defense equipment and support for the RAF, said that it is expected that Protector will be acquired under two direct commercial sales contracts and two foreign military sales deals with the U.S. government, covering the various elements of development and acquisition. “Protector is one of the most exciting projects I have to deliver,” Young said, adding that it will be a “gamechanger” in its ability to fly alongside manned aircraft under the remit of air traffic control, with the ultimate goal of being able to fly in open airspace alongside uncontrolled aircraft. “This is a key component of the future of the RAF's air power,” he told media at the aircraft landing event. “I hope this is going to set the standard for aviation. The U.K. is very happy to be the lead with this unique capability.” SkyGuardian has been in test flight for some 18 months so far, King said, adding that the second test aircraft – YBCO2 – will join the first aircraft in test flight in the next month or so. In accordance with the U.K.'s 2015 Strategic Defence and Security Review, the RAF will more than double its MALE UAV capability, which is currently fulfilled by a fleet of 10 Block 1 MQ-9 Reapers, so as few as 21 could be acquired, although 26 is a figure that has been previously touted. The RAF has claimed that integrating UK-made weaponry is a priority for the program, so it will operate MBDA's Brimstone ground attack missile and Raytheon UK Paveway IV laser-guided bombs, although contracts for these have also not yet been signed. “Sovereignty is clearly an important issue,” Young told Defense News, adding that while the Reapers that were bought in the same configuration operated by the U.S. Air Force have been a capability that the U.K. has been able to effectively exploit, more sovereignty would have been an advantage. But “this comes at a cost.” He added that the training capability that the U.K. will use is still undecided on, although the U.K. is open to this taking place domestically or with other partners should another nation elect to acquire aircraft. SkyGuardian will be showcased throughout RIAT before being dismantled and shipped back to the U.S. a week later, King noted. https://www.defensenews.com/digital-show-dailies/riat/2018/07/13/gamechangeraerial-drone-arrives-in-uk-after-mammoth-24-hour-transatlantic-flight/?utm_source=Sailthru&utm_medium=email&utm_campaign=ebb%2016.07.18&utm_term=Editorial%20-%20Early%20Bird%20Brief

  • The Navy needs industry to tackle software-defined networks, data sharing

    8 octobre 2020 | International, Naval, C4ISR

    The Navy needs industry to tackle software-defined networks, data sharing

    Andrew Eversden WASHINGTON — The U.S. Navy needs to quickly modernize its fleet's network in order to be prepared for future fights, but one of the “greatest impediments” to that effort is that 5frwcgydtqr5s4eathe hardware inside ships requires hull cuts to be upgraded, a top Navy IT official said Monday. “These platforms need to be water-tight which means our entry points are small. The equipment that needs to be upgraded inside the hulls often requires hull cuts,” said Rear Adm. Susan BryerJoyner, Navy cyber security division chief in the Office of the Chief of Naval Operations. “That challenges our ability to pivot quickly in order to upgrade the traditional hardware that [delivers] the capabilities we're trying to provide to the warfighter.” The key to modernization is to get around the hull cuts, BryerJoyner said Wednesday at the AFCEA NOVA Naval IT Day. This is a time-consuming process that has long irked the Navy. Instead, the service is turning to industry for help getting around the large hardware requirements of traditional networking capabilities. BryerJoyner said that the Navy's future lies in software-defined networking. Software-defined networking relies on software applications for network management. “We need to get to software defined networks. We know we need to be able to share data more seamlessly across the Navy. The challenge is, how do we come up with modular platforms that don't require hull cuts in order for us to be able to swap in and out on board the ship,” she said. “That's honestly one of the greatest impediments to modernization.” She also added that the service is seeking help from industry for data sharing. Like the other services, Navy ships must be able to pass data in denied and degraded environments, whether that's caused by the weather, adversaries or the poor satellite connection. The service, she said, must adjust to a state of operations where applications do not have constant connectivity. The Navy also needs to understand if the data needs to be shared just locally aboard a ship or if it needs to be aggregated in some form to be shared with the rest of a strike group or across a theater, she said. Data sharing capabilities across the theater will also be a critical component for Joint All-Domain Command and Control, a major push by the services to connect sensors and shooters across domains. Tactical cloud computing in remote environments will be a cornerstone piece to data sharing. Speaking on the same webinar, Navy Chief Information Officer Aaron Weis said the shift to cloud, driven in part by the ongoing COVID-19 pandemic, was currently the top priority. But for tactical cloud, Weis said, “there's no better use case for tactical cloud than a ship afloat or an expeditionary marine force.” “If the end state is ‘I'm not going to be able to securely move data from anywhere to anywhere,' well, now we're back to that modernization and the network discussion," Weis said. https://www.c4isrnet.com/battlefield-tech/it-networks/2020/10/07/the-navy-needs-industry-to-tackle-software-defined-networks-data-sharing/

  • Raytheon gets $2 bln U.S. Air Force contract for nuclear cruise missile

    5 juillet 2021 | International, Aérospatial

    Raytheon gets $2 bln U.S. Air Force contract for nuclear cruise missile

    Raytheon Technologies Corp (RTX.N) has been awarded an about $2 billion contract by the U.S. Air Force to develop and make a nuclear-armed cruise missile, the U.S. aerospace maker said on Thursday.

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