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EUROPE
21 May 25. Central & Eastern Europe ditch Mil helicopters for Black Hawk. The Helicopter Alliance attempt to purchase more than 40 legacy Black Hawks from the US Army for European use. Several nations from across the former Soviet bloc, dotted around Central and Eastern Europe, may soon replace their legacy Mil helicopters with second-hand Black Hawks. A spokesperson for the Helicopter Alliance discussed their ongoing efforts to facilitate the transition on 21 May, during the Helicopter Technology Central and Eastern Europe conference, presented by SAE Media, in Prague, Czech Republic. The host nation is approaching the decommissioning period this year of some of its existing rotorcraft, some of which have been in active service as far back as 1988. These include their Russian-made Mil Mi-17 EC2 as well as the Mil Mi-8 PS and MT versions. These legacy platforms face a range of operational difficulties, the spokesperson suggested, including “maintenance planning, limited spare parts, and basically no support from the OEM [original equipment manufacturer].” Other nations in the region have already begun their transition to the American-made Black Hawk, such as Croatia, Lithuania, Poland, Romania, and Slovakia. The Black Hawk family provides air assault, general support, aeromedical evacuation, command and control, special operations, and combat support operations.
Black Hawk user community emerges in Europe
Formed in 2023, the Helicopter Alliance is a holding company encompassing six entities across the Czech Republic, Slovakia and the United States. In March 2025, Ace Aeronautics, one of the American companies steering the group, signed an agreement with Sikorsky, the original equipment manufacturer (OEM) of Black Hawk, to become an authorised customer support centre for the maintenance, repair, and overhaul of the enduring rotorcraft. The Helicopter Alliance plan to acquire between 40-60 Black Hawks divested from the US Army. The company will then modernise and customise the units at Ace’s facility in Guntersville, Alabama for the European users – all while supporting the training of their personnel and maintainence of the rotorcraft for the rest of their life cycle, which will likely operate until 2070. Cultivating this type of user community in Europe is an ambitious endeavour, and will prove more so when confronted with the costs of training European personnel in America.
Costs of training
While the global Black Hawk supply chain is widespread, with no shortage of parts that can be sourced from around the world, managing the training and logistics on such a vast geographic scale can come with financial costs and operational conditions. During the conference, Nigel Amphlett, campaign director (special missions) at HeliOps, told Airforce Technology that it was his personal view that the location of services in a user community is key. Sending European pilots for flying training in Florida, at the US Aviation Training Solutions facility, another US company in the Helicopter Alliance, not only comes with financial costs but it may also impact the conditions of training.
“Having spent months or years flying under [American] conditions, [pilots] become unaccustomed to European weather,” he said.
Instead, Amphlett commended the model used among participants of Nato Flight Training Europe, in which nations leverage each others’ training facilities in the same region. HeliOps already offer helicopter support services to European companies in this way. Although based in the UK, the company provides support and trains European forces, such as the German Navy.
“I think the advantages of providing a European campus – where I believe HeliOps can contribute – is localising engineering and flying training together in one place and then providing a campus type arrangement where a number of users can effectively share the cost of that training,” Amphlett added. (Source: army-technology.com)
20 May 25. Rafale F4 vs Typhoon Tranche 4 Austria’s Strategic Fighter Jet Competition to Replace Aging Eurofighters. Austria’s air combat modernization program has reached a decisive turningpoint, as the Ministry of Defence seeks to replace the fifteen Eurofighter EF-2000 Tranche 1 aircraft currently in service with the Luftstreitkräfte. These first-generation fighters, delivered between 2007 and 2009, now suffer from significant technical limitations that make them inadequate for today’s operational requirements. Chancellor Christian Stocker and his government have recently indicated a preference for a twin-engine aircraft, effectively excluding several potential competitors and narrowing the selection to a face-off between two European contenders: Dassault Aviation’s Rafale F4 and Airbus Defense and Space’s Typhoon Tranche 4. Austria’s Eurofighters belong to the first production batch of the European program and are not upgradeable to later standards. In 2017, the Austrian Ministry of Defence had already raised concerns about these aircraft, criticizing both their operating costs and limited versatility, particularly in air-to-ground missions. At that time, leaving the Eurofighter program entirely was considered but ultimately dismissed. The decision to replace rather than upgrade these jets stems from a technical constraint: Tranche 1 aircraft are incompatible with the electronic architecture, sensors, and avionics of Tranche 4, as confirmed by a 2020 report from the Austrian Court of Audit (Rechnungshofbericht 2020/5).
The requirement for a twin-engine configuration immediately rules out the Saab JAS 39 E/F Gripen, initially considered in the early consultation phase. Despite its performance and competitive cost, the Swedish aircraft does not meet the specifications set out by the Bundesheer. The same applies to the U.S. F-35A. Although Lockheed Martin proposed its stealth fighter to Austria, several factors contributed to its exclusion. First, political considerations play a role: hostile statements by the Trump administration toward the European Union left a lasting impression, particularly in non-NATO countries like Austria. Second, the Luftstreitkräfte’s operational needs do not warrant an aircraft as specialized and costly as the F-35A, which is designed for contested airspaces where stealth is critical, conditions that do not align with Austria’s current defense posture. Lastly, recurring concerns about the F-35’s long-term operating costs, repeatedly flagged by the U.S. Government Accountability Office (GAO), have reinforced caution among Austrian decision-makers. The competition has therefore narrowed to two European platforms. On one side, the Typhoon Tranche 4 presents a logical choice regarding industrial continuity and diplomatic ties. It represents the most advanced iteration of the Eurofighter program, featuring the Captor-E AESA radar, a modernized electronic suite, and broad compatibility with currentgeneration munitions. For Austria, selecting this aircraft would simplify transitions in training, maintenance, and operational doctrine while reinforcing bilateral relations with Germany and Italy, two of the Eurofighter consortium’s founding members. Germany remains Austria’s key partner on regional security matters, while Italy, through Leonardo, is already well-established in the Austrian defense landscape. Austria has recently procured AW169M Lion helicopters for utility missions and, in 2024, confirmed the acquisition of M-346FA Master aircraft for advanced training and light attack roles, both designed by Leonardo.
Yet, in contrast to this path of continuity, Dassault Aviation’s Rafale F4 offers a credible alternative. Although France is not currently a primary defense partner for Austria, the Rafale has recently been selected by several European countries with smaller air forces. Croatia ordered twelve second-hand Rafale F3-R aircraft in 2021, deliveries beginning in 2024, while Serbia officially announced in April 2024 its intention to procure twelve new Rafales as part of a broader defense modernization effort. The Rafale F4, which entered service in 2023 with the French Air and Space Force, introduces enhanced connectivity, advanced tactical data processing, and a full-spectrum multirole capability, including operations in degraded environments. Dassault Aviation has also committed to a production tempo that would allow deliveries to Austria before 2030, aligning with the timeline set by the Austrian Ministry of Defence.
The Rafale was recently the subject of a notable operational case: one aircraft was heavily damaged in combat but successfully returned its pilot to base, illustrating the structural integrity of the platform. This incident, widely reported in the defense press, has been used by the manufacturer to demonstrate the aircraft’s ability to sustain combat damage. While Dassault currently holds no military contracts with Austria and has no Falcon business jets in the country’s inventory, its export strategy is based on tailoring solutions to client requirements with consistent support from French state institutions.
Technically, the Typhoon Tranche 4 and Rafale F4 embody two different yet comparable approaches to the modern multirole fighter. Both platforms share similar aerodynamic performance, with top speeds of Mach 1.8, operational ceilings of 50,000 feet, and twin-engine configurations for enhanced survivability. The Typhoon is equipped with the Captor-E AESA radar and the PIRATE infrared search and track system, whereas the Rafale integrates the RBE2 AESA radar with improved frontal sector optronics. The Rafale also features the SPECTRA electronic warfare suite, which provides high-level self-protection and jamming capabilities. The Typhoon, by contrast, continues to evolve through a spiral upgrade strategy combining hardware and software improvements.
In terms of weaponry, both jets are compatible with the Meteor long-range air-to-air missile. The Typhoon employs the AMRAAM and ASRAAM for medium and short-range engagements, while the Rafale uses MICA missiles in both infrared and electromagnetic variants. For air-to-ground operations, the Typhoon carries Paveway IV guided bombs, Brimstone missiles, and Storm Shadow cruise missiles. The Rafale, meanwhile, is equipped with various calibers of AASM precision bombs, GBU-24, the SCALP cruise missile, and uniquely, the ASMP-A nuclear missile as part of France’s strategic deterrent. The Rafale also features 14 hardpoints and a maximum external payload of 9.5 tons, outmatching the Typhoon’s approximate 7.5 ton capacity. These differences reflect divergent industrial strategies: one focused on NATO standardization, the other on autonomous capability. Operationally, both aircraft are deployed in diverse theaters. The Typhoon performs QRA (Quick Reaction Alert) missions for the UK and the Falkland Islands and regularly supports NATO air policing over the Baltic and Black Seas. It has seen combat in operations such as Ellamy (Libya) and Shader (Iraq/Syria). The Rafale, on the other hand, is the backbone of France’s expeditionary air power, operating intensively across the Sahel, the Middle East, and Eastern Europe in both national and allied contexts. The F4 standard further introduces collaborative combat functions, enhanced data links, and helmet-mounted display systems like Scorpion, making it well-suited for network-centric warfare. This Austrian competition is thus more than a simple fighter jet procurement. It reflects broader dynamics in Europe’s defense industry, the ability of states to align their procurement strategies, and the resilience of bilateral defense partnerships. Choosing the Typhoon Tranche 4 would reinforce Austria’s existing industrial and diplomatic ties with Germany and Italy. Opting for the Rafale F4 would mark a strategic shift, initiating new defense cooperation with France and positioning Austria within a reconfiguring European defense landscape marked by technological convergence and strategic diversification. As of now, no official timeline has been released for a final decision, but political and industrial signals suggest a resolution before 2026, with gradual entry into service projected between 2028 and 2030. Regardless of the outcome, this competition between the Rafale and the Typhoon underscores how decisions made by smaller European states continue to shape the continent’s airpower and defense posture in significant ways. (Source: News Now/armyrecognition.com)
USA
13 May 25. US defence department opens challenge for low-cost C-UAS. The Defense Innovation Unit (DIU), in collaboration with the US Northern Command (USNORTHCOM), has launched a challenge to identify solutions for scalable, cost-effective unmanned aircraft system (UAS) detection, identification, and tracking. DIU says the challenge aims to “enhance the US Department of Defense’s (DoD) counter-UAS (C-UAS) capabilities while addressing cost and scalability limitations associated with traditional radars, optical sensors, and radio frequency detection systems”. DIU Lead for C-UAS, Matthew Way, explained the need for this capability in the joint force, “DoD needs more options for low cost C-UAS sensors that can augment our more exquisite capabilities to provide earlier warnings and indicators,” said Way. “We understand there may be trade-offs in detection range and accuracy to drive down costs versus positively enabling a distributed sensing concept.” The solicitation closes on May 20. A team of subject matter experts will evaluate applicants and select up to 10 finalists. This group of finalists will receive a portion of the overall funding to help cover their participation in NORTHCOM’s Falcon Peak exercise in September 2025. The top performing vendors at Falcon Peak will compete for the remaining prize funding. (Source: www.unmannedairspace.info)
REST OF THE WORLD
12 May 25. Australia invites industry to support new C-sUAS programme. Australia’s Advanced Strategic Capabilities Accelerator (ASCA) is seeking industry support to enhance Australia Defence Force’s (ADF) counter- small uncrewed aerial systems (C-sUAS) capabilities with the launch of Mission Syracuse. Mission Syracuse will focus on rapidly developing advanced technology options to intercept UAS that can be integrated into the ADF’s existing C-sUAS programme. The mission seeks sovereign solutions from Australian industry and research organisations. The technologies will be used to protect deployed forces by securing infrastructure, expeditionary bases, dismounted personnel and their equipment, and all classes of ADF vehicles. Mission Syracuse will complement LAND 156, which will deliver a comprehensive C-sUAS capability system for the ADF that is able to detect, track, identify, and neutralise adversaries through a layered and distributed defensive approach. Syracuse is the next mission for ASCA following the successful contract awarding to two Australian companies in January 2025 under Mission Black Thorn, which is focused on rapid technology development to degrade integrated air and missile defence systems of potential adversaries. Proposals for Mission Syracuse must be submitted via AusTender by 6 June, 2025. (Source: www.unmannedairspace.info)
19 May 25. BMT announced an exclusive partnership with BAE Systems Australia to bid for the future sustainment of the Anzac Class Design Support Contract, currently the subject of an open Commonwealth tender. The partnership, known as “DSC–West”, reflects the combined warship sustainment capability at the Henderson maritime precinct in Western Australia. It brings together two leaders in naval engineering to deliver superior sovereign maritime solutions tailored to the Commonwealth’s evolving requirements. Through this collaboration, BMT and BAE Systems Australia offer deep platform insight, enduring design authority access, and trusted sovereign capability. The team is uniquely positioned to meet the demanding needs of Anzac Class sustainment, offering both the “know-how” and “know-why” critical to platform performance and longevity. A key strength of this partnership is the inclusion of Australian Maritime Technologies (AMT), which has joined BMT as part of its broader global organisation. AMT brings with it a long-standing history of support to the Royal Australian Navy (RAN) and Royal New Zealand Navy (RNZN) Anzac Class vessels, from design inception to in-service support. AMT also retains a close working relationship with the original ship designer, ThyssenKrupp Marine Systems (TKMS), further enhancing the depth and technical reach of the partnership.
Graeme Nayler, Regional Business Director at BMT, commented: “This partnership represents a significant step forward in delivering outstanding sustainment outcomes for the Anzac Class. With AMT’s extensive experience now part of the BMT organisation, we offer a truly integrated and capable team ready to support the Commonwealth in achieving enduring operational performance.”
Rob Dunbar, Managing Director of AMT, added: “We’re proud to now be part of the wider BMT group and to be partnering with BAE Systems on this important program. By leveraging our historical knowledge and our strong relationship with TKMS, we’re well placed to ensure the continued performance of the Anzac Class fleet.”
Paul Berryman, Acting Managing Director, BAE Systems Australia – Maritime, said: “This teaming arrangement with BMT supports the continued growth of Australia’s sovereign defence capability in collaboration with local industry. BAE Systems has been involved with the Anzac Class for over three decades, and we remain committed to working with the Commonwealth to ensure the fleet is capable, lethal, and ready.”
Unlike approaches that rely on loosely connected Technical Support Networks or generalist engineering offerings, the combined strength of BMT, BAE Systems, and AMT provides a proven, integrated model. This significantly reduces platform-related delivery risk, enhances performance outcomes, and ensures integrity and certification throughout the vessel’s lifecycle. Together, the partnership stands ready to deliver superior sustainment, agile technical support, and future-proof capability enhancements – ensuring the Royal Australian Navy receives value, assurance, and excellence in through-life support.
15 May 25. Singapore signs more MoUs with European defence primes. Singapore’s Defence Science and Technology Agency (DSTA) has signed separate agreements with European defence primes to develop enhanced capabilities for the Singapore Armed Forces (SAF). In early May, DSTA announced that it has inked a Memorandum of Understanding (MoU) to jointly explore digitalisation and experimentation opportunities in simulation and training systems to enhance training capabilities for the Singapore Armed Forces (SAF). The two partners will also leverage advanced technologies such as artificial intelligence, cloud and extended reality. Rheinmetall noted in its statement that the MoU also provisions for talent development initiatives through exchange programmes, work attachments and internship opportunities at the company, enabling DSTA engineers and interns to deepen their technical competencies.
“Rheinmetall and DSTA bring together deep expertise, technological excellence, and a shared vision of leveraging digital transformation to push the boundaries of simulation and next-generation solutions,” said Tim Krabbes, Head of Sales for Rheinmetall’s Integrated Electronic Systems business unit.
“I would like to stress that this collaboration is not just about technology – it is also about fostering a culture of innovation, agility, and more importantly trust,” said Krabbes.
DSTA also signed a MoU with MBDA to jointly explore innovative and low-cost solutions for countering drone threats, particularly in the areas of detection, identification, and threat response.
“This is a partnership born from a common view on how to counter the threats posed by drones – a partnership supported by shared goals of how we can use innovation to provide capabilities that will protect the [SAF] and their assets,” said Stéphane Reb, Executive Group Director Programmes and Managing Director at MBDA France.
French prime Thales earlier announced on 1 April that they will set up a joint lab to develop AI-enabled technologies to enhance combat systems currently in use by the SAF. Thales noted that the initial areas of focus include solutions for counter drone and advanced sensing applications. Both parties have also co-developed advanced AI algorithms that address drone threats. (Source: AMR)
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Since 1946, Industrial Electronic Engineers, IEE, has specialized in the design, test, support and fielding of display products for use in demanding military and aerospace applications throughout the world. IEE has developed an extensive product portfolio that today includes enhanced flat panel displays, smart displays and handheld devices.
From rapid prototyping of custom designs to full-scale production runs, IEE, produces displays with advanced features like low-latency video processing, high-bright and NVIS backlighting, and lightweight rugged enclosures. Their SWaP-C products employ the latest lightweight composite materials; low power, high performance integrated ARM processors; standard Ethernet and USB communication, in a low cost, highly producible design.
In-house California facilities include optical bonding, clean rooms for display assembly, a dark room for optical measurements and environmental chambers for pre-compliance and customer acceptance testing. On-site manufacturing includes PCB assembly and flow soldering. IEE has manufactured handheld, in-vehicle, airborne and naval LCD displays for all military branches as well as leading aerospace firms both domestically and internationally.
IEE is ISO 9001:2015 and AS9100D certified.
IEE’s Advantage:
- Direct control of critical process steps that reduce cost, decrease production lead times and improves life-cycle management
- Unique advantage to serve to both smaller quantity, highly custom displays needs as well as high volume production outputs
- Expert in delivering the best value in form and fit replacement by modifying existing COTS products to meet legacy requirements
- Leading the next generation avionics efficiencies by leveraging open architectures and common software standards
- Field-proven, pre-engineered displays minimize lead-time and non-recurring engineering costs.
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