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UNITED KINGDOM AND NATO
02 Jul 25. UK F-35 plans clarified, but no timeline for 138 jets. Speaking at the Defence Committee on today, Healey set out new details on the evolving mix of F-35 variants in UK service and how the newly announced F-35A aircraft will fit into future plans. The session provided the first detailed public discussion of the F-35A decision since it was announced last week. The Defence Secretary said 12 F-35As will be substituted into the next tranche of 27 jets to be ordered, replacing 12 F-35Bs that would otherwise have been procured.
“I expect those F-35As to start being delivered before the end of the decade,” Healey told the committee, reiterating that this change reflects “a significant change in our nuclear posture” as the UK steps up its role in NATO’s nuclear burden-sharing.
Derek Twigg MP questioned whether the shift in variant mix would affect British industry, particularly Rolls-Royce, which produces the lift fan used only in the F-35B. Healey said the workshare implications of the A-model substitution were still being negotiated, but added that the A variant is expected to cost “around 20% less” than the B.
David Williams, Permanent Secretary at the Ministry of Defence, noted that “there is UK content in every F-35 whether we’re buying it or not,” but confirmed that a reduction in B-model purchases would impact the UK’s industrial returns: “The question then comes back to the fleet mix in potential further tranches of buying beyond the first three tranches,” he said.
Healey also added that decisions on the overall fleet mix, future Typhoon purchases and combat air investment would be made “in the context of the Defence Investment Plan over the next few months”.
General Dame Sharon Nesmith, Vice Chief of the Defence Staff, clarified that the new F-35As are being acquired primarily for the Operational Conversion Unit (OCU), simplifying training and reducing costs. “It is a more effective and more efficient way to run some of our training,” she said, and “we’re not anticipating it having any impact on the operational outputs.”
But MPs raised concerns about what message this sends about the future shape of the UK fleet. Calvin Bailey MP asked whether the 12 F-35As would be a standalone unit “that can only be committed to NATO”, given the lack of tanker or infrastructure support to deploy them independently.
Jesse Norman MP summed up the ambiguity: “They’re basically a training aircraft with benefits. That’s also the nuclear option. And you can commit them to NATO, but you couldn’t use them anywhere else.”
On the broader question of why the UK chose to join NATO’s dual-capable aircraft mission with F-35A rather than pursue an indigenous tactical nuclear capability, Healey said: “Conceptually and in theory? I guess we could. But this is an existing NATO nuclear mission. The best thing we can do is contribute to it.”
He added: “This was a decision that the Prime Minister and I took… It is warmly welcomed by the NATO Secretary General, by NATO allies, and by the US.”
The committee also pressed Healey on the Typhoon programme. While he confirmed the Strategic Defence Review had recommended upgrades to the fleet, he declined to commit to any increase in numbers. “Decisions about the composition of our future combat air purchases… will be made in the context of the Defence Investment Plan over the next few months,” he said.]The 138 F-35 target, first set over a decade ago, remains on the books, but with no defined pathway or date. “This is a programme that is going to stretch into the 2030s, 2040s, 2050s,” Healey said. (Source: ukdefencejournal.org.uk/)
30 Jun 25. RAF to get Hawk replacement for fast jet training after half a century of service. The RAF will be receiving a replacement for its ageing Hawk fast jet trainers – with the new aircraft potentially being made in Britain. The Prime Minister confirmed the move to BFBS Forces News during a visit to RAF Valley, where the Hawk is used to train the next generation of fighter pilots.
While the Hawk has provided excellent service to the Royal Air Force, it is getting long in the tooth.
- Why Air Chief Marshal Sir Rich Knighton is the most powerful head of the military ever
- Nuclear-capable F-35As will be heading to the UK – but what roles will they fill?
- What does the Strategic Defence Review mean for each of the three services?
It entered service with the RAF in 1976 and, despite a number of upgrades over its operational life, a new aircraft is the preferred option for the future. The Strategic Defence Review, which was published on 2 June, specifically mentioned the RAF’s T1 and T2 Hawk trainers. It said they needed to be replaced with a new, cost-effective fast jet trainer. The SDR also recommended that the current training arrangements for jet pilots should be “urgently revised”, with more use of contractors and overseas training. Sir Keir Starmer was asked during his visit whether he had had a chance to speak to the team at RAF Valley – and when the SDR’s recommendations regarding the Hawk and fast jet training would come to fruition. Sir Keir, seen here watching a trainee fly a Hawk simulator, discussed the RAF’s fast jet training requirements with the team at RAF Valley He told BFBS Forces News: “Yes I have. We’ve had that conversation. A number of them raised it with me. But first, can I just pay tribute to everyone at RAF Valley here. Because they are doing incredible training here. And I’ve talked to some of those being trained that are at various points in their training. They are dedicating their careers to be fast jet pilots on the frontline and at a time of great volatility in the world. I pay tribute to them and their families and everybody who provides the training in relation to the equipment capability.”
In relation to the upgraded jets, he said: “I do think it’s right that we upgrade for them – and that’s what we’re doing.”
In addition to pilot training, the Hawk is the jet flown by the Red Arrows, the RAF’s aerobatic display team.
Defence Secretary John Healey also discussed the future of the jet when he appeared at the main Armed Forces Day event in Cleethorpes, where the Red Arrows performed.
He said: “It’s been around for a while. Its replacement is overdue, but as a Government, now we’re taking that challenge. And across the board, I want to see defence being an engine for growth, with new jobs in all parts of the British Isles. I’m looking to direct defence investment to British jobs, British firms that can fulfil these sorts of contracts in the future.” (Source: https://www.forces.net/)
02 Jul 25. Launch of new body to harness innovative tech for the UK’s Armed Forces. Innovative technology will reach the hands of military personnel faster, as the work of the new UK Defence Innovation (UKDI) organisation kicks off today with its formal establishment.
- UK Defence Innovation begins work today to streamline delivery of innovative technology to Armed Forces personnel.
- £400 m annual budget will help create high-skilled jobs in the dual-use technology sector and turbocharge growth, as part of the government’s Plan for Change.
- UK Strategic Command will be renamed Cyber & Specialist Operations Command to reflect its evolved role and enhanced responsibilities following the SDR.
UKDI will be the focal point for innovation within the Ministry of Defence, backed by a ringfenced annual budget of at least £400 m – supporting the government’s Plan for Change by driving defence as an engine for UK growth and creating high-skilled jobs in the dual-use technology sector. It follows the government committing to the largest sustained increase in defence spending since the end of the Cold War – hitting 2.6% by 2027, with an ambition to reach 3% in the next Parliament. The new body will simplify and streamline the innovation system within MOD – as outlined in last month’s Strategic Defence Review (SDR). It will take a new approach by moving quickly and decisively, using different ways of contracting, to enable UK companies to scale up innovative prototypes rapidly, by setting out a clear pathway, working with the rest of government, from initial production to manufacturing at scale. UKDI will make the UK a defence innovation leader, funding and supporting firms of all sizes to take state-of-the-art technology from the drawing board to the production line, and into the hands of our Armed Forces. It will ensure cutting-edge innovations get into the hands of our Armed Forces faster, enhancing military capability while driving economic growth. This announcement comes alongside another significant development, with UK Strategic Command being renamed as the Cyber & Specialist Operations Command (CSOC) from 1 September 2025. This change reflects the Command’s evolved role and enhanced responsibilities following the SDR, particularly its leadership of the cyber domain, which the SDR demanded a greater focus on across defence and government as a whole. It also follows the MOD having to protect UK military networks against more than 90,000 ‘sub-threshold’ attacks in the last two years.
Defence Secretary, John Healey MP said: “Defence is only as strong as the industry that stands behind it and through UKDI we’re putting innovation at the heart of our approach. This shift represents a crucial part of our commitment to change defence, backing the high-growth UK firms developing pioneering technology of the future to boost our national security and make defence an engine for growth – fundamental to our Plan for Change and delivering on the SDR.The new name firmly places leadership of this crucial domain for defence and the Armed Forces with the new Command. It also better represents CSOC’s ‘Lead Command’ responsibilities for those specialist capabilities critical to operational success, including Intelligence, Special Forces, deployed medical capabilities, and Command and Control through the Permanent Joint Headquarters (PJHQ). ”
General Sir Jim Hockenhull, Commander, UK Strategic Command – soon to be Cyber & Specialist Operations Command, said: “The transition to Cyber & Specialist Operations Command is far more than a change in name – it is a clear statement of purpose. It reflects our leadership in the cyber domain, the integration of specialist capabilities, and our commitment to delivering effects across Defence. This new identity captures the essence of who we are: a community of experts, united by mission, operating at the forefront of modern warfare. The defence sector is a major contributor to the UK economy, with the industry supporting over 430,000 jobs nationwide – equivalent to one in every 60 UK jobs.”
As part of UKDI’s launch, two key initiatives have been established:
- A new Rapid Innovation Team (RIT) enabling innovation at ‘wartime pace’ by utilising commercially available dual-use technology to address the most urgent operational problems.
- Regional Engagement Teams across the UK to identify and support dual-use innovation from SMEs and academic spin-outs, delivering targeted outreach and business development support.
The SDR highlighted the rapidly evolving threat landscape and the critical need for the UK to maintain its technological edge. UKDI will play a pivotal role in implementing the SDR’s recommendations by breaking down barriers between defence and commercial innovation, ensuring that game-changing technologies can be rapidly identified, developed, and deployed to the front line. The organisation has been formally established today and will develop over the next 12 months, with further design, transition and implementation work, while determining the optimal workforce structure needed to achieve its long-term ambitions. UKDI will be fully operational by July 2026. (Source: https://www.gov.uk/)
03 Jul 25. UK launches tender for mission to clean up space and safeguard vital services. The UK Space Agency has launched a major new procurement process to tackle the growing threat of space debris. The UK Space Agency has launched a major new procurement process to tackle the growing threat of space debris, initiating a £75.6 m tender for the nation’s first mission to actively remove defunct satellites from orbit. This marks a pivotal step in the UK’s efforts to protect vital space infrastructure and ensure the long-term safety of the orbital environment. At the heart of the proposed Active Debris Removal (ADR) mission, a specially designed spacecraft, equipped with cutting-edge British robotic and autonomous navigation technology, will capture and safely de-orbit two non-functioning UK-licensed satellites from low Earth orbit. The spacecraft will guide the defunct satellites into Earth’s atmosphere, where they will burn up—eliminating potential threats to the satellite networks that power essential services such as GPS, weather forecasting, and emergency communications. There are an estimated 140 m pieces of space debris smaller than 1cm, and over 54,000 tracked objects larger than 10cm currently orbiting Earth. Even tiny fragments can cause catastrophic damage to satellites. This mission is a critical step in addressing the threat of space debris, ensuring the long-term sustainability of space operations and protecting the infrastructure that underpins modern life.
Minister for Space, Sir Chris Bryant, said: “This mission is a direct example of our Plan for Change in action, delivering innovation, sustainability and economic opportunity through bold investment in future technologies. By tackling the growing threat of space debris head-on, we are protecting the infrastructure that supports everything from national security to everyday connectivity whilst also creating high-skilled jobs and securing the UK’s leadership in the growing space economy. The tender process secures home-grown expertise and strengthens the UK’s leadership in the rapidly advancing field of In-orbit Servicing, Assembly and Manufacturing (ISAM). It supports the ambitions of the Modern Industrial Strategy 2025, a 10-year plan to grow future industries, attract private investment, and establish the UK as a global innovation leader. Through this tender, the UK Space Agency is targeting funding on one of the five priority capabilities highlighted for investment in the space chapter of the Advanced Manufacturing Sector Plan.”
This also represents a shift in the UK Space Agency’s approach, from traditional grants to competitive contracts, designed to stimulate private investment and create high-skilled jobs across the country. (Source: https://www.gov.uk/)
30 Jun 25. Helping the MOD and the defence industry navigate the single source regulatory framework for key supply-chain contracts. The SSRO has published new guidance that will help all stakeholders identify and apply the regulatory framework for single source defence contracts to qualifying sub-contracts. Following consultation with stakeholders, the SSRO has published new guidance on how the regulatory framework for single source defence contracts applies to qualifying sub-contracts (QSCs). QSCs account for around one in six of all qualifying contracts under the regulatory framework and have a combined value of more than £8.2 bn. The new guidance summarises the relevant parts of the regulatory framework and provides signposting to existing SSRO guidance, for example, on pricing and reporting.
The SSRO’s Chief Regulatory Officer, Jo Watts, said: “This new guidance follows a request from industry for a consolidated summary of the complex regulations related to QSCs. The guidance has been informed by the questions we are commonly asked about QSCs and takes account of the feedback received from stakeholders during our consultation. Based on the positive feedback we had from stakeholders, we are confident the new guidance will help the MOD, contractors and sub-contractors better understand their respective rights and obligations in relation to QSCs.” (Source: https://www.gov.uk/)
EUROPE
01 Jul 25. US vendors tussle over Norway’s maritime-surveillance drone business. Competition is heating up for Norway’s envisioned Arctic-capable, long-range maritime drones, as two American manufacturers have entered the race. As part of the 2025-2036 Norwegian Defense Pledge, Oslo has committed to acquiring new unmanned aerial systems to be stationed at the Andøya Air Station, some 300 kilometers north of the Arctic Circle. Earlier this year, it was revealed that the Norwegian Ministry of Defense contacted U.S.-based manufacturers including Northrop Grumman and General Atomics with a request for information. A General Atomics spokesman told Defense News in March that the company had already responded to the solicitation pitching its MQ-9B SeaGuardian, while Northrop Grumman officials have said they are offering the MQ-4C Triton. Meanwhile, a Norwegian defense official said the drone project remains at a concept stage.
“At this stage, Forsvarsmateriell (NDMA) is working closely with the Norwegian Air Force to support a concept selection study – because we are still defining requirements and evaluating operational needs, no flight tests have been scheduled and no final decision point has been set,” Brigadier General Jarle Nergård, director of NDMA Air Systems Division said.
Still, competition for the prospective business has drawn out direct comparisons among the American vendors.
Jane Bishop, vice president and general manager of global surveillance at Northrop Grumman, published an article on the company’s website on June 25 criticizing the MQ-9B.
She described the competitor drone as a “medium-altitude long-endurance (MALE) system capable of only about half the service ceiling” of Triton.
“The lower service ceiling has also led to increased risk, as losses have been seen over the past year with multiple MALE aircraft being shot down,” the article states.
It also noted that if Norway were to select the General Atomics’ drone, it would need to buy approximately “four times as many units as more capable HALE [the category of the Triton] aircraft.” A spokesman for General Atomics said the company had no comment. The survivability of both American drones has been challenged by some experts in the past. In her article, when mentioning losses, Bishop was likely referring to an incident where three U.S. drones were shot down in April by the Houthis in Yemen – which were Reaper unmanned aerial vehicles, not the SeaGuardian variant. (Source: Defense News)
27 Jun 25. Turkey nears Eurofighter deal as Germany drops export ban. Turkey nears a $5bn Eurofighter deal as Germany lifts export ban, boosting NATO air power. Explore how Typhoons reshape Turkey’s defense and regional strategy.
Summary
– Turkey nears a $5bn Eurofighter Typhoon deal with European makers.
– Germany lifts export ban, boosting Turkey’s air force modernization.
– Typhoons enhance Turkey’s NATO role and regional air power.
– The deal counters Turkey’s F-35 exclusion and F-16 limitations.
– Political and financial hurdles may still delay the agreement.
On June 27, 2025, German media reported that Turkey is on the verge of securing a deal to acquire Eurofighter Typhoon jets, a move that could reshape its air force and redefine its strategic alignment within NATO and the European defense landscape. The announcement, emerging from defense circles and senior German officials, signals a potential end to Berlin’s longstanding reluctance to approve the export, driven by a new coalition government’s openness to arms sales.
For Turkey, a NATO member with a fleet heavily reliant on aging American-made F-16s, the deal represents a critical step toward modernizing its air capabilities after years of geopolitical friction and exclusion from the U.S.-led F-35 program. The Eurofighter, built by a consortium of Airbus, BAE Systems, and Leonardo, offers Turkey a chance to diversify its defense partnerships while addressing regional security challenges, particularly in the volatile Eastern Mediterranean.
The significance of this development extends beyond Ankara’s military ambitions. It reflects a broader shift in European defense cooperation, with Germany’s softened stance under Chancellor Friedrich Merz signaling a pragmatic approach to strengthening ties with a key NATO ally.
For the Eurofighter consortium, the deal promises to sustain production lines and bolster Europe’s aerospace industry against American and Chinese competitors. Yet, questions linger about the deal’s finalization, its impact on regional power dynamics, and Turkey’s ability to integrate a sophisticated European platform into its existing operations.
Turkey’s Air Force faces modernization urgency
Turkey’s air force, one of NATO’s largest, has long depended on its fleet of over 200 F-16 Fighting Falcons, primarily older Block 30 and 40 models, to maintain air superiority and conduct regional operations. These aircraft, while versatile, are approaching the end of their service life, with maintenance costs rising and spare parts increasingly difficult to source due to strained U.S.-Turkey relations.
The 2019 purchase of Russian S-400 air defense systems led to Turkey’s expulsion from the F-35 program, costing Ankara access to over 100 stealth fighters and $11 bn in industrial contracts. This setback, coupled with delays in Turkey’s indigenous KAAN fifth-generation fighter program, has left the Turkish Air Force grappling with a capability gap that threatens its operational edge.
Efforts to address this gap have met mixed success. In 2024, Turkey secured a $23 bn deal for 40 new F-16 Block 70 jets and modernization kits for its existing fleet, a move facilitated by Ankara’s approval of Sweden and Finland’s NATO membership. However, the F-16s, while advanced, lack the stealth and sensor fusion of the F-35, and their delivery remains subject to U.S. Congressional approval, which has proven unreliable in the past.
The KAAN program, led by Turkish Aerospace Industries, aims to deliver a fifth-generation fighter by the mid-2030s, but it faces technical hurdles, including reliance on American-made General Electric F110 engines. These challenges have pushed Turkey to seek interim solutions, with the Eurofighter Typhoon emerging as a leading contender.
Eurofighter Typhoon: A technical powerhouse
The Eurofighter Typhoon, a twin-engine, canard-delta wing, multirole fighter, represents a significant upgrade for Turkey’s air force. Developed by a consortium of Germany, the United Kingdom, Italy, and Spain, the Typhoon is a 4.5-generation platform designed for air superiority and precision strike missions.
Powered by two Eurojet EJ200 afterburning turbofan engines, each delivering 13,500 pounds of thrust dry and 20,200 pounds with afterburner, the Typhoon achieves speeds up to Mach 2 and a service ceiling of 55,000 feet. Its aerodynamic design, featuring a delta wing and canard foreplanes, provides exceptional agility, making it a formidable platform in dogfights and high-threat environments.
The Typhoon’s sensor suite is anchored by the Captor-E active electronically scanned array [AESA] radar, which offers superior target detection and tracking compared to the mechanically scanned radars on Turkey’s older F-16s. The radar, developed by Hensoldt and Airbus, can engage multiple targets simultaneously and supports the integration of advanced weaponry, including the Meteor beyond-visual-range air-to-air missile, with a range exceeding 100 miles, and precision-guided munitions like the Storm Shadow cruise missile and Brimstone anti-armor missile. The aircraft’s 13 hardpoints can carry up to 19,800 pounds of payload, including AMRAAM and ASRAAM missiles, Paveway IV laser-guided bombs, and supersonic fuel tanks for extended range.
Compared to the F-16 Block 70, the Typhoon offers advantages in maneuverability and air-to-air combat, thanks to its advanced aerodynamics and thrust-vectoring capabilities in later tranches. However, it lacks the stealth features of the F-35, making it less suited for penetrating heavily defended airspace. Against regional competitors, such as Greece’s Rafale F3R fighters, equipped with advanced radar and long-range missiles, the Typhoon holds its own in air superiority roles but falls short in low-observable operations.
China’s J-20 and Russia’s Su-57, both fifth-generation fighters, outmatch the Typhoon in stealth but are less likely to be deployed in Turkey’s immediate operational theater. The Typhoon’s compatibility with NATO standards and its ability to integrate with Turkey’s existing command-and-control systems make it a practical choice for bridging the gap until KAAN becomes operational.
Germany’s policy shift unlocks the deal
Germany’s initial resistance to the Eurofighter sale stemmed from political tensions with Turkey, particularly over Ankara’s 2017 purchase of Russian S-400 systems and its military operations in Syria. Berlin’s concerns were compounded by domestic issues, including the arrest of Istanbul Mayor Ekrem İmamoğlu, which German officials labeled an “assault on Turkish democracy.”
In April 2025, Germany’s caretaker government blocked the sale, citing these concerns, but the new coalition under Chancellor Friedrich Merz has adopted a more permissive stance on arms exports. During a NATO summit in The Hague, Merz met with Turkish President Recep Tayyip Erdoğan and expressed support for deepening defense ties, signaling a willingness to prioritize strategic partnerships over past disputes.
This shift aligns with the interests of the Eurofighter consortium, which includes Airbus [46% stake], BAE Systems, and Leonardo. The consortium faces pressure to secure export orders to sustain production lines, especially as European air forces transition to next-generation platforms like the Future Combat Air System [FCAS].
Turkey’s potential order of 40 Typhoons, including a mix of used Tranche 1 jets from the UK and new Tranche 4 models, could provide a critical boost. The deal, valued at an estimated €4 bn, would also strengthen industrial ties, with Turkish Aerospace Industries potentially contributing to maintenance and component production.
FAQ: Key questions about Turkey’s Eurofighter deal
What makes the Eurofighter Typhoon suitable for Turkey’s air force? The Typhoon’s advanced radar, agility, and compatibility with NATO systems make it an ideal interim solution for Turkey, enhancing its air superiority and strike capabilities until the KAAN fighter is ready. Its ability to carry long-range missiles like the Meteor addresses Turkey’s need to counter regional threats, including Greece’s Rafale fleet.
Why did Germany initially block the sale? Berlin’s objections were rooted in political disputes, including Turkey’s S-400 purchase, its military actions in Syria, and concerns over democratic backsliding, exemplified by the arrest of opposition figures like Ekrem İmamoğlu. These tensions led to repeated vetoes until the new German government signaled a policy shift.
How will the deal affect regional power dynamics? The Typhoon acquisition would help Turkey restore air force parity with Greece, which operates Rafales and plans to acquire F-35s. It could also enhance Turkey’s influence in conflicts like those in Syria and Libya, though its non-stealth design limits its effectiveness against advanced air defenses.
What does the deal mean for Europe’s defense industry? For Airbus, BAE Systems, and Leonardo, the sale secures production and strengthens Europe’s position in the global arms market against U.S. and Chinese competitors. It also fosters industrial cooperation with Turkey, potentially paving the way for further defense collaborations.
Tactical implications for Turkey’s operations
Turkey’s air force has played a pivotal role in regional conflicts, from the 1974 Cyprus invasion, where F-100 Super Sabres and F-104 Starfighters provided air cover, to recent operations in Syria and Libya. In Operation Olive Branch in 2018, Turkish F-16s conducted precision strikes against Kurdish militias, but their reliance on older radar systems and limited standoff weaponry exposed vulnerabilities against modern air defenses. The Eurofighter Typhoon, with its advanced sensors and long-range munitions, would significantly enhance Turkey’s ability to operate in contested environments.
The Typhoon’s integration with Turkey’s growing fleet of unmanned systems, such as the Bayraktar TB2 and Akinci drones, could create a formidable air-ground synergy. In Libya, Turkish drones provided real-time intelligence and precision strikes but lacked the air superiority support that Typhoons could offer.
The aircraft’s Captor-E radar and Meteor missiles would enable Turkey to engage enemy fighters and ground targets at extended ranges, reducing exposure to systems like the Russian S-400, which Turkey itself operates. However, the Typhoon’s lack of stealth capabilities limits its effectiveness against advanced air defenses, requiring careful mission planning and reliance on electronic warfare or drone support.
Global Aviation Trends and Turkey’s Strategic Pivot
The pursuit of Eurofighters reflects Turkey’s broader strategy to diversify its defense partnerships and reduce dependence on UJonah Hill, a journalist for The War Zone, emphasizes the technical and strategic complexities of Turkey’s Eurofighter Typhoon acquisition, noting that it serves as both a military necessity and a geopolitical maneuver.
“Turkish air power has a stopgap trouble up until the indigenous KAAN makes it,” said Can Kasapoglu, director of defense research at the Istanbul-based Edam think tank, highlighting the urgency of modernizing Turkey’s fleet. The Eurofighter deal, if finalized, could provide interim relief, but its non-stealth design and high cost—approximately $120 m per jet—pose challenges.
Hill compares Turkey’s strategy to a chess game, where the Typhoon serves as a “dual-purpose” move: a fallback option if U.S. deals falter and a signal to Washington that Ankara has alternatives. This aligns with global trends, where nations like India and Egypt are diversifying their arms suppliers to avoid over-reliance on any single power.
Turkey’s pivot to European platforms comes as the global fighter market becomes increasingly competitive. The U.S. F-35, with its stealth and sensor fusion, dominates exports, with orders from over a dozen countries. France’s Rafale, a 4.5-generation peer to the Typhoon, has secured contracts in Greece, Egypt, and India, leveraging its advanced electronics and versatility.
China’s J-20 and Russia’s Su-57, while formidable, are less relevant to Turkey’s immediate needs due to geopolitical constraints. The Eurofighter, with its proven track record in NATO operations, offers Turkey a chance to align closer with European defense structures while maintaining leverage in negotiations with the U.S. for potential F-35 reinstatement.
Challenges and risks ahead
Despite the optimism surrounding the deal, significant hurdles remain. Politically, Turkey’s relations with NATO and the EU are fraught, with past disputes over Syria, maritime claims in the Eastern Mediterranean, and human rights issues threatening to derail negotiations. Germany’s new government may be more open to exports, but a single veto from any consortium member—Germany, the UK, Italy, or Spain—could halt the deal, as seen in April 2025 when Berlin briefly revoked approval.
Technologically, integrating the Typhoon into Turkey’s air force requires substantial investment in training, infrastructure, and compatibility with existing systems, particularly given the S-400’s presence, which raises concerns about NATO interoperability. Financially, the deal’s estimated €4 bn price tag strains Turkey’s economy, which has faced currency depreciation and inflation.
The proposed mix of 20 used Tranche 1 jets and 20 new Tranche 4 models could mitigate costs, but maintenance and lifecycle expenses remain high. Alternative options, such as Russia’s Su-35 or China’s J-10, are geopolitically untenable due to Turkey’s NATO membership and regional rivalries. The Typhoon, while not ideal, offers a proven platform with growth potential, as evidenced by its use in Qatar’s Ferocious Falcon V exercise in 2024, where Turkish officials inspected RAF Typhoons.
A strategic crossroads for Turkey and Europe
Turkey’s pursuit of the Eurofighter Typhoon marks a pivotal moment in its quest to modernize its air force and assert its strategic autonomy. The deal, if finalized, would equip the Turkish Air Force with a capable 4.5-generation fighter, enhancing its ability to counter regional rivals like Greece and project power in conflicts from Syria to Libya.
For Europe, the sale strengthens the Eurofighter consortium, sustains production, and deepens industrial ties with a key NATO ally. Yet, the path forward is uncertain, with political, technical, and financial challenges threatening to delay or derail the agreement. As Turkey navigates this complex landscape, the question remains: can it balance its ambitions for military modernization with the geopolitical tightrope it walks between East and West? (Source: News Now/https://bulgarianmilitary.com/)
USA
30 Jun 25. DOD Streamlines Environmental Reviews to Accelerate Infrastructure Projects. The Department of Defense (DoD) announced today that it has streamlined its National Environmental Policy Act (NEPA) implementing procedures, joining a government-wide effort to modernize and expedite environmental reviews for both public infrastructure and military construction projects to support the Department’s mission. This action will help expand the defense industrial base faster and will further the policies in President Trump’s Executive Order, Unleashing American Energy. The new NEPA implementing procedures are now uniform across the Department of Defense, ensuring predictable, consistent, and timely environmental reviews. Changes include expanding categorical exclusions for Department-wide use, mandating deadlines for the completion of environmental reviews, simplifying the ability to adapt and update NEPA implementing procedures, and capturing knowledge from previous evaluations to expedite new project reviews. These changes will significantly reduce the time and cost associated with environmental reviews, enabling faster construction in the defense industrial base and military construction projects vital to national security.
“These improvements are essential to modernizing our infrastructure and strengthening our national security,” said Under Secretary of Defense for Acquisition and Sustainment Michael Duffey. “By streamlining the environmental review process, we will deliver critical projects more efficiently, ensuring our military and defense industrial base have the facilities and resources needed to defend our nation.”
The DoD’s updated procedures align with recent amendments to NEPA in the BUILDER Act provisions within the 2023 Fiscal Responsibility Act, and with the Supreme Court’s recent decision in Seven County Infrastructure Coalition v. Eagle County. All three branches of government have now expressed a clear commitment to removing unnecessary obstacles to infrastructure development. DoD coordinated with the White House Council on Environmental Quality to achieve this interagency effort to simplify NEPA compliance. The 2025 DoD NEPA Implementing Procedures are located at https://www.denix.osd.mil/nepa/. (Source: U.S. DoD)
30 Jun 25. Pentagon awards $5bn contract to speed up ship manufacturing. The Defense Logistics Agency Maritime Mechanicsburg awarded a $5 bn contract this month to six businesses with the goal of boosting ship manufacturing at speed. The Maritime Acquisition Advancement Contract is an indefinite-delivery/indefinite-quantity contract designed to accelerate procurement processes. The MAAC has five one-year options at $1 bn each and can potentially reach up to $10bn.
“There are significantly long lead times the Navy faces … this contracting vehicle streamlines and reduces our end of the administrative lead time,” Elizabeth Allen, DLA Maritime Mechanicsburg’s deputy director, said in a release.
The contract will see companies including SupplyCore, Atlantic Diving Supply, Culmen International, ASRC Federal, Fairwinds Technologies and S&K Aerospace manufacture parts for an array of U.S. Navy vessels, including Virginia-class nuclear-powered fast-attack submarines. SupplyCore is taking on the task of supplying the Navy with components spanning a wide array of different vessel types, including carriers, cruisers, destroyers, submarines, unmanned surface and underwater vehicles and other systems.
“We are honored to support the naval warfighter through the MAAC, a contract that underscores our dedication to sustaining the operational readiness of our military,” SupplyCore President and CEO Peter Provenzano said in a release.
The Navy continues to be under immense pressure to speed up the process of shipbuilding and modernize methods of repair and manufacturing. Recently, the Navy implemented Augmented Reality Maintenance Systems on five vessels to modify the process of troubleshooting systems at sea. The service is also turning to 3-D printing to manufacture components for vessels at a more rapid pace. In its fiscal 2026 budget proposal, the Navy requested $989 m to modernize drydock facilities at its four public shipyards, which average over 107 years old. (Source: Defense News)
28 Jun 25. According to information published by the U.S. Department of Defense on June 26, 2025, senior U.S. military and defense leaders presented the national defense budget proposal for Fiscal Year 2026 (FY 2026), valued at $1.01trn, during a detailed briefing at the Pentagon. A key highlight of the proposed budget is a substantial allocation of $3.1bn for the continued procurement of the Boeing F-15EX Eagle II multirole fighter aircraft, supporting the acquisition of 21 additional airframes. The FY2026 (Fiscal Year 2026) defense funding underscores the Pentagon’s sustained commitment to modernizing the U.S. Air Force’s tactical airpower fleet. By continuing investment in the F-15EX program, the Department of Defense aims to reinforce the industrial base and maintain production continuity at Boeing’s facilities, while advancing the operational capability of the U.S. Air Force. The F-15EX, a heavily upgraded variant of the legacy F-15 platform, is designed to complement stealth platforms like the F-35 by offering unmatched payload capacity, high survivability, and extended range, making it particularly suited for both homeland defense and contested environments. The F-15EX Eagle II is developed and manufactured by Boeing Defense, Space & Security at its St. Louis, Missouri production facility. It was officially introduced as part of a contract awarded in July 2020, with the initial deal covering eight aircraft and a ceiling value of approximately $23bn for up to 144 aircraft. The U.S. Air Force has since refined its procurement plans to a total of 104 aircraft, replacing the aging fleet of F-15C/D models and ensuring continued air superiority. Launched in 2020, the F-15EX program leverages the proven F-15 airframe while incorporating state-of-the-art technologies. These include the AN/APG-82 AESA radar, the Eagle Passive Active Warning Survivability System (EPAWSS), a digital cockpit with multifunctional large-area displays, fly-by-wire flight controls, and open mission systems architecture that supports future weapon and sensor integration. The aircraft’s configuration is optimized for adaptability and longevity in complex threat environments. (Source: https://armyrecognition.com/0
REST OF THE WORLD
30 Jun 25. India buys drones, air defense weapons following aerial Pakistan fight. Following a bitter aerial battle between India and Pakistan from May 7-10, Delhi has approved an emergency procurement of new equipment for air defense and counterterrorism. The slaying of 26 civilians in Jammu and Kashmir on Apr. 22 had prompted India to attack Pakistan, whom it accused of harboring terrorists. Under Operation Sindoor, India initially struck nine alleged terrorist camps in Pakistani territory. Pakistan’s response, which included drone attacks and shoot-downs of an unknown number of Indian fighter jets, has now encouraged Delhi to accelerate the acquisition of relevant equipment. Accordingly, India’s Ministry of Defence signed 13 contracts totaling 19.82bn rupees, or US$231.6m. Chief among them are Integrated Drone Detection and Interdiction Systems (IDDIS), Low-Level Lightweight Radars (LLLR) and very-short-range air-defense launchers and missiles. The IDDIS counter-drone system was credited with downing Pakistani drones during May’s conflict. Bharat Electronics Limited produces both IDDIS and the LLLR, the latter being a portable, 3D, active electronically scanned array radar. The LLLR is designed to detect aerial threats such as drones with low radar cross-sections. Since the battle, India has captured drones flown across the Pakistan border carrying smuggled small arms. The increasing use of drones by non-state actors, as well as by Pakistan, requires tightly knit India counter-drone and air defenses. Referring to the 13 contracts, the government said, “Executed through fast-track procedures under the emergency procurement mandate, the procurement aims to enhance situational awareness, lethality, mobility and protection for troops deployed in counterterrorism environments.” Also on order are drones and loitering munitions. Known to be among them is ideaForge’s Hybrid Mini UAV that performs surveillance, and, according to Indian media, 450 Nagastra-1R loitering munitions from Solar Industries. Since January, the Indian Army has issued no fewer than five requests for information for different types of drones, as the military boosts inventories. Unmanned systems are particularly useful for conducting surveillance and reducing casualties, especially in rough terrain demarcating the India-Pakistan border. For Indian soldiers, the 13 contracts also include bullet-proof jackets, ballistic helmets, rifle night sights, and Tata 4×4 Quick-Reaction Fighting Vehicles. The Indian Army had received its first QRFVs in April 2022. The MoD noted that all this equipment comes from domestic sources.
“The emergency procurement route continues to be a key enabler in bridging urgent capability gaps and ensuring timely induction of vital operational equipment,” officials said in a statement.
At least 80 terrorist and insurgency attacks have been reported in India since January. The military has responded with 536 counterinsurgency and counterterrorism operations. Prime Minister Narendra Modi said: “Operation Sindoor is now the nation’s established policy in the fight against terrorism, marking a decisive shift in its strategic approach.” Part of that policy shift is India no longer differentiating between terrorist operatives and the governments that shelter them. Such a posture ups the ante for additional potential clashes between India and Pakistan. (Source: Defense News)
01 Jul 25. Brazilian MoD, ABDI to work together to increase defence exports. The Secretariat of Defense Products (SEPROD) of the Brazilian Ministry of Defence (MoD) and the Directorate of Sustainable Economy and Industrialization of the Brazilian Agency for Industrial Development (ABDI) signed a technical co-operation agreement on 24 June designed to enhance defence exports. The agreement aligns with Mission 6 of the New Industry Brazil 2024–33 industrial policy, formally launched by the Ministry of Industry, Foreign Trade, and Services in January 2024, the ABDI said. According to the MoD, the partnership aims to expand the defence sector’s participation in Brazilian exports and increase the sector’s nationalisation rates in goods and services. The agreement has four axes for action. The first involves the ABDI modelling an offset mechanism in support of co-operative activities in the technological, commercial, and industrial fields. Under the second, the ABDI will develop a model of government-to-government exports of defence and security goods to support the increase of Brazilian defence exports. The third axis covers the mapping of the Brazilian defence industrial base by the ABDI, including qualitative and quantitative studies of selected segments. The fourth axis covers specialised technical advice on public procurement of innovation through the ABDI’s Hubtec virtual public procurement platform. According to Minister of Defence José Múcio Monteiro Filho, the agreement would help provide more accurate data on the Brazilian defence industry. (Source: Janes)
28 Jun 25. Iran Seeks to Acquire Chinese J-10C Fighter Jets to Counter Israeli F-35I Superiority. According to information published by several Arabic media outlets on June 27, 2025, the Iranian Defense Minister recently visited China and initiated high-level discussions to procure Chengdu J-10C multirole fighter jets and advanced AWACS (Airborne Warning and Control System) equipment. These negotiations signal a strategic shift in Tehran’s defense procurement policy following prolonged delays in the delivery of Russian Su-35 fighters, which had been expected to bolster Iran’s airpower starting in spring 2023. The Chengdu J-10C, a 4.5-generation combat aircraft, is one of China’s most advanced fighter platforms, featuring AESA radar, thrust-vectoring engines, and compatibility with PL-15 long-range air-to-air missiles. Its multirole capabilities allow it to perform air superiority missions, ground attack operations, and complex electronic warfare tasks. The J-10C has demonstrated high combat effectiveness within the Pakistan Air Force, notably in exercises simulating engagements against Indian Rafale F3R jets, giving it a proven edge in high-threat environments. Compared to the Israeli Air Force’s inventory, the J-10C represents a credible challenger but not an outright peer competitor. Israel currently operates a highly advanced fleet that includes the F-35I Adir stealth fighter, F-15I Ra’am strike aircraft, and upgraded F-16I Sufa multirole jets. The F-35I offers significant advantages in stealth, sensor fusion, and electronic warfare, giving Israel air superiority in most scenarios. However, the J-10C’s AESA radar and long-range PL-15 missile system could potentially threaten non-stealth platforms like the F-15I and F-16I in contested airspace, especially when supported by Chinese-origin AWACS, which would greatly enhance Iranian situational awareness and coordination. The growing defense relationship between China and Iran has evolved steadily over the past two decades, driven by mutual geopolitical interests and opposition to Western sanctions. China has supplied a variety of military equipment to Iran, including the HQ-2 and HQ-7 surface-to-air missile systems, radar technology, unmanned aerial vehicles (UAVs), and naval systems such as fast attack boats and anti-ship missiles. In the drone domain, Chinese technology has notably influenced several Iranian UAV models, including the Shahed and Mohajer series. Furthermore, joint naval drills and exchanges have reinforced military ties, underscoring Beijing’s strategic interest in maintaining access to the Persian Gulf. Iran’s decision to pivot toward the J-10C is heavily influenced by the absence of the Russian Su-35s, for which Iran had already completed payments but received none. This delay raised concerns over Moscow’s reliability as a defense partner, prompting Tehran to seek alternatives to urgently modernize its aging fleet of legacy American fighters like the F-14, F-5, and F-4. The introduction of the J-10C into the Iranian Air Force would represent a significant leap in air combat capability and would provide Iran with a platform more closely aligned with the fifth-generation threshold. In addition to the fighter jets, Iran’s request for Chinese AWACS systems could further strengthen its command-and-control capabilities, dramatically enhancing situational awareness, airborne battle management, and early warning functions. This combination would enable more integrated air defense and offensive operations, potentially shifting the balance of power in the Persian Gulf and Levant theaters, where Israel and U.S.-aligned Gulf states currently maintain qualitative superiority. If finalized, this Iran-China arms deal will mark a significant reorientation in Tehran’s defense strategy and may deepen military cooperation between two nations increasingly aligned against Western influence in the region. The outcome of these talks could redefine Iran’s air combat doctrine and inject new volatility into an already tense Middle Eastern security environment. (Source: Google/armyrecognition.com)
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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:
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