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December 18, 2023 | International, Naval

Congress demands quicker fielding of hypersonic weapons interceptor

Lawmakers have mandated the Pentagon field a defensive hypersonic interceptor several years earlier than current Defense Department estimates.

https://www.defensenews.com/pentagon/2023/12/18/congress-demands-quicker-fielding-of-hypersonic-weapons-interceptor/

On the same subject

  • Northrop Grumman Formally Unveils Firebird UAS

    December 17, 2018 | International, Aerospace

    Northrop Grumman Formally Unveils Firebird UAS

    Steve Trimble | Aviation Week & Space Technology Northrop Grumman has confirmed plans to launch a new product for an intelligence-gathering aircraft or service based on a newly unveiled, mature configuration of the Firebird, the optionally piloted, single-engine aircraft that first emerged as a Scaled Composites-designed demonstrator in 2011. The twin-boomed Firebird's formal launch, expected in early 2019, will reveal a new entrepreneurial strategy for the San Diego-based Autonomous Systems division of Northrop. Instead of designing the Firebird to compete directly for a share of a market already dominated by another manned or unmanned aircraft, Northrop hopes to stimulate demand for a product that offers a new set of capabilities. Full article: http://aviationweek.com/defense/northrop-grumman-formally-unveils-firebird-uas

  • Australia officially announces $26B frigate contract. Here are the build details

    July 3, 2018 | International, Naval

    Australia officially announces $26B frigate contract. Here are the build details

    By: Nigel Pittaway MELBOURNE, Australia ― Australia will acquire nine high-end anti-submarine warfare frigates from the end of the next decade under a deal with BAE Systems worth AU$35 billion (U.S. $26 billion). The announcement was formally made Friday at the ASC shipyard in Osborne, South Australia, by Prime Minister Malcolm Turnbull, Minister for Defence Marise Payne and Minister for Defence Industry Christopher Pyne. A version of BAE Systems' City-class Type 26 ASW frigate, now under construction for the British Royal Navy, will be acquired under Australia's SEA 5000 Phase 1 project, also known as the Future Frigate Project. Referred to as the Global Combat Ship―Australia, or GCS-A, during the competition, the design will be known as the Hunter-class in Royal Australian Navy service and will replace the Navy's existing Anzac-class frigates. There has been speculation in the media that the decision to go with BAE may be driven, in part, by Australia's desire to secure strong terms with the U.K. as it negotiates a series of new trade agreements after Britain leaves the European Union. Payne noted Friday that the GCS-A design was selected because it was the most capable ASW platform. “This is a decision entirely based on capability, the best capability to equip the Navy in anti-submarine warfare,” she said. Regardless, news of BAE's win was welcomed in the United Kingdom, with Secretary of State for Defence Gavin Williamson referring to it as the “biggest maritime defence deal of the decade.” “This £20 billion ‘deal of the decade' demonstrates how British defence plays a huge role in creating jobs and prosperity and is ‘Global Britain' in action,” he commented on social media. “Great to see our military and industrial links strengthen with Australia.” The ships will be built by ASC Shipbuilding in South Australia, using local workers and Australian steel, under the Turnbull government's continuous naval shipbuilding program. “What we are doing here is announcing our commitment to build the nine Future Frigates,” Prime Minister Turnbull said. “The Hunter-class frigates will be the most advanced anti-submarine warships in the world.” The Hunter-class frigates will be equipped with CEA Technologies-built CEAFAR phased array radar currently fitted to the Navy's post-anti-ship missile defense Anzac frigates, together with Lockheed Martin's Aegis combat system and an interface provided by Saab Australia. The Aegis combat system was mandated for all of Australia's major surface combatants by the Turnbull government in October 2017. The GCS-A design was selected in preference to Fincantieri's Australian FREMM, dubbed FREMM-A, a variant of the ASW-optimized FREMM frigate now in service with the Italian Navy; and the F-5000 from Navantia, based on an evolution of the Royal Australian Navy's Hobart-class air warfare destroyer, which in turn is a derivative of the Spanish Navy's F-100 Álvaro de Bazán class. An ASW capability was the highest priority for the Royal Australian Navy, according to Chief of Navy Vice Adm. Tim Barrett. “I spoke as recently as last night to the First Sea Lord, my equivalent in the [British] Royal Navy, and I am assured by his comments on just how successful this platform will be as the world's most advanced anti-submarine warfare frigate,” he said Friday. The first steel is due to be cut on prototyping activities for the build at Osborne in late 2020, with full production following in 2022. The first ship of the class will be delivered to the Royal Australian Navy in the late 2020s. Under the deal, the government-owned shipbuilder ASC will become a subsidiary of BAE Systems during the build, with the government retaining a sovereign share in the entity. The shipyard will revert to government ownership at the end of the project. Turnbull said the arrangement ensures BAE Systems is fully responsible and accountable for the delivery of the frigates, noting that Australia retains the intellectual property and a highly skilled workforce at the end of the program. “My expectation is that the next generation of frigates that comes after the ones we're about to start building at ASC will be designed and built in Australia,” he said. BAE System's global maritime systems business development director, Nigel Stewart, told Defense News that he welcomes the build strategy. “We were really pleased with that as an outcome because ASC has great capability. We always wanted to use the workforce, but this allows us to join ASC and BAE together much earlier, and we think that will be really positive,” he said. Stewart said the plan was for the Hunter-class build to follow the Type 26 activity in the U.K. by around five years, which will serve to de-risk the Australian program. BAE is due to deliver the first ship, HMS Glasgow, to the British Royal Navy in 2025, with entry into service in the 2027 time frame. “We cut steel for the first Type 26 in the U.K. in June 2017, and we'll cut steel for full production of the Hunter class in South Australia in 2022,” he said. “We'll run at an 18-month drumbeat in the U.K., and somewhere between 18 months and two years in Australia. That will keep a five-year gap, which is almost perfect. You are de-risking the Australian program in the U.K. and you don't get the obsolescence issues you would if there was a longer gap, so it's a really good program overlap.” In other news Friday, the Turnbull government announced it will set up a AU$670 million training and capability center for the Hunter-class frigates in Western Australia. Known as Ship Zero, the initiative will be established at HMAS Stirling, the Navy's Fleet Base West, at the shipbuilding facility in Henderson. Much of the training traditionally performed at sea will be transferred into the land-based facility. The capital works project will be considered by the Australian Parliament early next year, and construction is expected to commence in 2019. https://www.defensenews.com/naval/2018/06/29/australia-officially-announces-26b-frigate-contract-here-are-the-build-details/

  • Invisible Interdiction: Air Force Awards Contract for Rail-Mounted Anti-Drone System

    June 14, 2019 | International, Other Defence

    Invisible Interdiction: Air Force Awards Contract for Rail-Mounted Anti-Drone System

    By: Harry McNabb While drone detection systems are proliferating recently, what to do when you've identified a rogue drone is still a problem. Solutions range from catcher drones equipped with nets to shoulder mounted “ray guns” and even drone hunting birds. In a recent press release (below), Invisible Interdiction announced the award of a U.S. Air Force contract to design and test a small lightweight rail-mounted drone jamming module: a device that can be attached to other weapons carried by military personnel. We reached out to Invisible Interdiction president, Clay Wild to learn more about the development of their technology: DRONELIFE: Congratulations on your award. Do you have a image that you could share with our readers? Clay Wild: “The system itself is still a rendering, but I've attached a couple of photos that might be useful. It will be an interesting capability.” DroneLife: Who is the Audience for your system? Whom is it designed for? Clay Wild: “The initial users will be US Air Force Security Forces personnel. The guys who guard Air Force bases. DRONELIFE: What is important about this award to Invisible Interdiction? Clay Wild: “This is our first major contract award. We are going to provide Security Forces Airmen the ability to stop drones interfering with their operations without the need to carry extra equipment. Attaching the countermeasure to the weapon provides them instant access to this device”. DRONELIFE: Tell us a little bit about Invisible Interdiction and how you got started. Clay Wild: “Invisible Interdiction was started only a year ago in March 2018 but we've been in the counter-drone business for almost four years now with other organizations. We are currently marketing to defense agencies in the U.S. but have a very active international representative network around the world introducing our capabilities to those military and police agencies that are allowed to deploy jamming capabilities. As you are aware, the RF jamming is a very sensitive technology around the world because of the potential for collateral effects. With most drones using the WIFI bands for control, jamming this part of the spectrum can impact everyday things like WIFI routers, Bluetooth devices, etc. We happen to design very directional and low-power jamming systems, but they can be temporarily impactful nonetheless. The use of this, and other types of countermeasures, is an interesting debate that is just starting.” DRONELIFE: How did you come up with the name of the company? Clay Wild: “The company name Invisible Interdiction refers to the use of ‘invisible' RF energy for interdiction of errant drones. This appeared to be an interesting play on what we do. Once folks think about it for a minute, the light goes on and..”oh yeah, I get it.” The following is an Invisible Interdiction press release. Invisible Interdiction Awarded Air Force Contract for Rail-mounted UAS Denial System. Melbourne, FL, May 30, 2019: Melbourne, Florida based Invisible Interdiction has been awarded a contract to design, test and qualify a very small, lightweight rail- mounted C-UAS jamming module. This Phase 3 contract is the result of a Special Topic SBIR award originally envisioned by the Air Force's Las Vegas-based innovation hub called AFWERX. Several barriers to working with the Air Force were removed including a shorter application process, an accelerated contract award and a shorter period of performance. This effort started in the fall of 2018 in response to the Air Force's pursuit of innovative counter-drone technologies. Invisible Interdiction submitted a concept that was selected and proven feasible late last year. This UAS denial system will be similar in size and weight to existing rail-mounted aiming lasers that are mounted on the Picatinny rail of issued shotguns or M4 rifles. Noted Invisible Interdiction CEO Bryan Sydnor, “We already have considerable experience designing small and lightweight hand-held and modular jamming systems. This weapon attachable jamming module will test our ability to design an effective capability that easily attaches to the service rifle or shotgun.” Prototype testing and qualification is scheduled for later this summer with production units available by the end of 2019. https://dronelife.com/2019/06/12/invisible-interdiction-air-force-awards-contract-for-rail-mounted-anti-drone-system/

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