Lockheed Martin Links F-16 Fighters in First Networked Sniper Targeting Pod Flight Test

World

Washington : Lockheed Martin has completed the first successful multi-aircraft flight demonstration of its Sniper Networked Targeting Pod (NTP), validating real-time targeting data exchange between two F-16 Fighting Falcon fighter jets and a ground station. The test represents a significant step in enabling digitally connected air operations using existing combat aircraft. According to the company, the demonstration showed that trusted targeting data can now be shared in seconds rather than minutes, supporting simultaneous intelligence, surveillance, reconnaissance and strike activities. The flight test confirms that the Sniper system has transitioned from a standalone precision sensor to an active networking and data-distribution node within the battlespace. Transition from Standalone Sensor to Network Node The Sniper NTP is an upgraded variant of the Sniper Advanced Targeting Pod, retaining the same external form factor while integrating extensive internal hardware and software enhancements. These upgrades are enabled through a Hybrid Base Station architecture, allowing advanced communications and processing functions without structural modification to the host aircraft. During the January 30 flight, the system demonstrated secure, bidirectional data sharing between two airborne F-16s and a ground element, including imagery, target tracks and weapon-quality coordinates transmitted in real time. Networking and Data Processing Capabilities A core enhancement of the Sniper NTP is the addition of secure mobile ad hoc network (MANET) radios and encrypted datalinks. These allow participating aircraft to form a decentralized mesh network, automatically re-routing data if a communications path is degraded or disrupted. The pod also incorporates increased onboard processing power, enabling edge computing functions. This allows sensor data processing and filtering to occur directly on the aircraft, reducing dependence on external relay systems and shortening decision timelines during operations. Sensor Performance and Targeting Functions The Sniper NTP retains the full sensor suite of the Sniper family, including high-definition mid-wave infrared (FLIR) sensors, a stabilized electro-optical TV camera, and a dual-mode laser designator and rangefinder. These sensors provide long-range detection and identification and generate precision coordinates suitable for GPS-guided and laser-guided munitions. By combining these sensors with real-time networking, the system enables cooperative targeting, allowing one aircraft to maintain persistent surveillance while another aircraft conducts the weapon release based on shared data. Impact on Kill Chain Timing The demonstration focused on reducing latency across the kill chain, from target detection to engagement. Traditionally sequential processes can now occur in parallel, with airborne crews and ground controllers accessing a single, synchronized tactical picture. This shared situational awareness supports faster coordination, improved target validation, and reduced risk of misidentification, particularly in complex or congested airspace. Modernization of Existing Fighter Fleets The Sniper NTP is designed as a fleet modernization solution for fourth-generation aircraft, particularly the F-16, without requiring extensive avionics redesigns or new aircraft procurement. Its plug-and-play architecture allows operators to add networked combat capability through an external pod already familiar to maintenance and aircrew personnel. With more than 1,650 Sniper pods currently in global service, the networked upgrade provides a scalable pathway for air forces to maintain digital interoperability with evolving operational standards. Integration with Fifth-Generation Platforms The system is intended to operate alongside fifth-generation aircraft, including the F-35 Lightning II. In integrated operations, an F-35 can use its advanced sensors to detect and classify targets, then transmit precise targeting data through the Sniper NTP to an F-16, which can execute the strike using stand-off weapons. This approach combines advanced sensing with the larger weapons payloads of existing fighter fleets, extending operational effectiveness without new airframe development.

U.S and Iran Talks in Question After Tehran Seeks Changes to Location and Scope

World

Washington / Tehran / Muscat : On 4 February 2026, Iran has formally requested changes to both the venue and agenda of high-level negotiations with the United States scheduled for Friday, February 6, introducing fresh uncertainty into a diplomatic effort aimed at reducing regional tensions, according to reporting by Reuters and The Wall Street Journal. Diplomatic sources say Tehran has asked that the talks be moved from Istanbul to Muscat and that discussions be limited strictly to nuclear-related issues. The requests are now under consideration by U.S. officials, with no final decision publicly confirmed as of Wednesday. Push to Shift Talks from Istanbul to Oman Iranian officials have conveyed through diplomatic channels that they prefer Muscat, Oman, as the location for the talks rather than Istanbul, Turkey. Tehran argues that Oman has historically served as a neutral and discreet venue for sensitive U.S.–Iran contacts, including the back-channel negotiations that preceded the 2015 Joint Comprehensive Plan of Action (JCPOA). Iranian diplomats have described the proposed Oman setting as an extension of prior technical-level discussions, rather than a new political summit. According to regional officials cited by Reuters, Tehran believes this framework would better suit its objectives and reduce the visibility associated with a larger international meeting. U.S. officials were initially reluctant to change the venue, but Axios reported that the Trump administration may be prepared to accept the shift in order to preserve the opportunity for talks. The White House has not officially announced whether the location has been finalized. Dispute Over the Scope of Negotiations Alongside the venue issue, Iran has sought to sharply restrict the agenda of the discussions. Tehran has stated that negotiations should focus exclusively on nuclear matters, including uranium enrichment levels, monitoring mechanisms, and sanctions relief linked to the nuclear program. Iran has communicated that its ballistic missile program and its regional activities are not open for negotiation, describing these areas as non-negotiable. Iranian officials have also expressed opposition to discussing regional security issues in the same forum as nuclear talks. The U.S. position differs significantly. Washington has indicated that it favors a broader framework that would address not only nuclear concerns but also Iran’s missile capabilities and its involvement in regional conflicts. The American delegation was prepared to pursue what officials have described as a comprehensive agreement. Iran has also requested that the talks be conducted on a strictly bilateral basis. Under the original Istanbul plan, Turkey, Qatar, Egypt, and Saudi Arabia were expected to attend as observers or participants in certain sessions. Tehran is now asking that these regional actors be excluded from the negotiating room. Threats to Withdraw if Conditions Are Not Met According to The Wall Street Journal, senior Iranian officials have privately warned that Iran could withdraw from the talks altogether if its demands regarding the venue and agenda are rejected. Diplomats familiar with the discussions say these warnings are intended to increase pressure on Washington as the deadline approaches. Analysts cited in the report assess that Tehran is attempting to test the Trump administration’s willingness to compromise. By signaling a readiness to cancel talks involving senior U.S. figures, Iran appears to be seeking leverage to secure a narrower agenda and preferred logistics. These diplomatic maneuvers are taking place against a backdrop of heightened military activity in the region. President Donald Trump recently stated on social media that serious consequences would follow if negotiations fail, a message Iranian officials have interpreted as negotiating under military pressure. Negotiators and Ongoing Preparations Despite the disagreements, preparations for the Friday session have continued. The United States is expected to be represented by Steve Witkoff and Jared Kushner. Iran’s delegation is led by Foreign Minister Abbas Araghchi. Diplomatic sources say that logistical planning remains provisional, pending a final decision on the location and format of the meeting. Military Incident Adds to Tensions The diplomatic uncertainty coincides with recent military developments in the region. On February 3, a U.S. F-35 fighter jet intercepted and shot down an Iranian Shahed-139 drone that approached the USS Abraham Lincoln while it was operating in the Arabian Sea. White House Press Secretary Karoline Leavitt confirmed the incident, describing it as serious but stating that it had not led to an immediate cancellation of the planned talks. She said the negotiations remain “scheduled for now” and emphasized that the United States is engaging diplomatically while maintaining its military posture. Uncertain Outlook Ahead of Friday Deadline As of Wednesday afternoon, governments and analysts are closely monitoring developments. If Washington agrees to relocate the talks to Oman, it would mark a concession to Iranian preferences on procedure. However, unresolved disagreements over the scope of the negotiations continue to pose a risk to the meeting. Diplomatic sources caution that a failure to bridge these gaps before Friday could result in a last-minute collapse of the talks, potentially prolonging diplomatic deadlock and maintaining elevated military tensions in the Gulf region.

U.S Based Loar Group Acquires France’s Rafale Key Component Maker LMB Aerospace for €367 Million

World

PARIS : France’s long-standing policy of maintaining Strategic Autonomy in Military Aviation has come under renewed examination after the French government approved the sale of LMB Aerospace, a Key Supplier to the Rafale Fighter Jet, to the U.S.-Based Loar Group. The transaction, finalized in December 2025 for €367 million (US$433 million), transfers ownership of a Sensitive Defense Supplier to an American firm and has triggered extensive Political Debate over the future Export Independence of French military platforms. The approval was granted by the Ministry of the Economy despite reservations reportedly raised by the Directorate General of Armaments (DGA) and strong opposition from multiple political parties in the French National Assembly. LMB Aerospace And Its Role In French Defense Programs Founded more than 60 years ago and headquartered in Malemort-sur-Corrèze, LMB Aerospace is a specialized manufacturer of High-Performance Fans and Brushless Electric Motors used in demanding Military and Aerospace applications. Although classified as a Small and Medium Enterprise (SME), the company occupies a Central Position within France’s Defense Supply Chain. LMB supplies Cooling Fans for the Dassault Rafale fighter aircraft. Its products are also integrated into systems produced by Naval Group, including Nuclear-Powered Ballistic Missile Submarines (SSBNs) and the aircraft carrier Charles de Gaulle. In addition, LMB equipment is used on Airbus Tiger attack helicopters, the Leclerc main battle tank, and the VBCI armored vehicle. The company also supplies components for U.S.-Manufactured Platforms such as the F-15, F-16, and F/A-18 fighter jets, as well as Apache and Black Hawk helicopters, reflecting its integration into both European and American Defense Supply Chains. Acquisition By Loar Group The acquiring firm, Loar Group, is headquartered in New York State and operates as a subcontractor within the U.S. Aerospace and Defense Sector. Loar produces Mechanical and Electromechanical Components for civil and military aviation and supplies major contractors including Boeing, Lockheed Martin, Northrop Grumman, and Kratos Aerospace. Loar announced the completion of its acquisition of LMB Fans & Motors in December 2025, following regulatory review under France’s Foreign Investment Control Framework. ITAR Considerations And Export Implications France has traditionally promoted the Rafale Fighter as being free from U.S. Export Control Constraints, a characteristic often referred to as “ITAR-Free” Status. This refers to independence from the International Traffic in Arms Regulations (ITAR), which govern defense items listed on the United States Munitions List (USML) and require U.S. Government Approval for export or re-export. French officials and defense manufacturers have highlighted this autonomy as a Key Differentiator when marketing the Rafale internationally, particularly to countries seeking to avoid Political Conditions or Third-Party Approval Risks associated with U.S.-Origin Defense Equipment. Opponents of the LMB transaction argue that American Ownership could, over time, place LMB’s technologies under U.S. Jurisdiction. If future versions of LMB’s fans or motors were classified as U.S.-Controlled Items, they could become subject to ITAR, potentially affecting Rafale Exports and Future Upgrades. Parliamentary Opposition And Political Response The sale prompted Rare Cross-Party Opposition in the French National Assembly. Lawmakers from both Left- and Right-Wing Parties criticized the transfer of ownership as incompatible with France’s stated commitment to Defense Sovereignty. Marine Le Pen, leader of the National Rally, stated that the deal risked placing French Defense Exports under External Influence. Jordan Bardella described the transaction as the sale of a Strategic National Asset. From the left, Socialist Senator Hélène Conway-Mouret questioned the consistency of government policy on Sovereignty and European Industrial Autonomy. The French Communist Party warned that U.S. Ownership would expose LMB to American Extraterritorial Legislation, including ITAR Provisions. Government Conditions And Safeguards The French government has defended its decision by citing Safeguards attached to the approval. Economy Minister Roland Lescure stated that the state will retain a Golden Share in LMB Aerospace, granting Veto Power over Strategic Decisions affecting National Security. Additional conditions include the Mandatory Maintenance of Production Facilities in Corrèze and the obligation to Fulfill All Contracts with French Military Customers without time limits. According to the government, these measures are intended to ensure Continuity of Supply for Sensitive Defense Programs and preserve Critical Industrial Capabilities within France. International Relevance The transaction has implications beyond France. Several Rafale Operators and Prospective Buyers have cited freedom from U.S. Export Controls as a factor in their Procurement Decisions. Any change in the Regulatory Status of key components could affect perceptions of the aircraft’s Export Independence in markets where Strategic Autonomy is a priority. The sale of LMB Aerospace to an American Firm therefore represents a significant development within the French Defense Industrial Landscape, raising questions about the balance between Foreign Investment, Industrial Control, and long-standing Policy Objectives related to Military Export Autonomy.

NSA Ajit Doval Reviews PSLV Failures After Back-to-Back Mission Losses

Space & Technology

THIRUVANANTHAPURAM — National Security Advisor Ajit Doval carried out a closely held, high-level review of India’s space launch programme in January 2026 following two successive failures of the Polar Satellite Launch Vehicle (PSLV), according to officials familiar with the matter. The exercise, conducted between January 22 and 23, focused on determining whether the back-to-back mishaps stemmed solely from technical causes or whether procedural and security lapses required closer examination. The review was initiated on the directions of Prime Minister Narendra Modi, amid growing concern within the government over the reliability of a launch vehicle that has long been regarded as the backbone of India’s satellite deployment and commercial launch services. Low-profile visit and restricted engagement Officials said the National Security Advisor travelled from New Delhi to Thiruvananthapuram on a scheduled commercial IndiGo flight, without advance notice or official protocol. He was accompanied by a small personal security detail, with no visible convoy or ceremonial arrangements. Soon after arrival, he proceeded directly to the Vikram Sarabhai Space Centre (VSSC) at Thumba, the primary design and development centre for India’s launch vehicles under the Indian Space Research Organisation (ISRO). During his two-day stay, Doval held a series of closed-door meetings with VSSC Director A. Rajarajan and senior engineers from propulsion, quality assurance, materials, and mission integration divisions of ISRO. The discussions examined detailed telemetry, manufacturing records, inspection data, and internal audit reports related to recent PSLV missions. Failures under scrutiny The review centred on two missions that failed less than eight months apart. PSLV-C61, launched on May 18, 2025, was lost after a sudden drop in combustion chamber pressure during the burn of the third stage (PS3). A subsequent mission, PSLV-C62, launched on January 12, 2026, experienced abnormal roll-rate behaviour and loss of vehicle control, again during the PS3 phase of flight. ISRO’s internal Failure Analysis Committee (FAC), chaired by former ISRO chairman K. Sivan, had earlier attributed the two failures to separate technical causes linked to pressure loss and side-venting phenomena in the solid motor. However, officials said the recurrence of anomalies in the same stage prompted a broader review that extended beyond engineering explanations. Focus on the PS3 stage The PS3 is a solid rocket motor, a configuration that offers high reliability but allows little scope for corrective action once ignition occurs. Unlike liquid stages, solid motors cannot be throttled or shut down, making them sensitive to defects in propellant casting, grain geometry, insulation, and nozzle components. Even minor deviations introduced during manufacturing, storage, or handling can have disproportionate effects during flight. As part of the assessment, officials examined production batches, vendor supply chains, quality-control checkpoints, and recent changes in personnel and supervisory roles within ISRO’s launch vehicle programme. Particular attention was paid to whether recent organisational reshuffles or accelerated schedules had any bearing on inspection rigor or documentation practices. Security and oversight dimensions While no conclusive evidence of sabotage has been identified, the involvement of the National Security Advisor underscored the strategic importance of the PSLV programme. The vehicle is routinely used to place Earth observation, navigation augmentation, and strategic surveillance satellites into orbit, in addition to supporting international commercial customers. Officials said the review also evaluated access controls at manufacturing and integration facilities, data handling procedures, and cyber and physical security protocols associated with launch vehicle development. The objective, they noted, was to ensure that all plausible factors—technical, procedural, and security-related—were examined before the vehicle returns to flight. Government position and future steps Union Minister of State for Space Jitendra Singh has stated publicly that preliminary findings do not indicate sabotage and that the causes of the two failures appear to be different. He has also confirmed that a third-party technical review is underway to validate corrective measures and certify the PSLV for a return to service, with the next launch tentatively planned for mid-2026. Following the conclusion of his meetings on January 23, Doval travelled onward to Kanyakumari before returning to New Delhi. He is expected to submit a detailed report to the Prime Minister’s Office (PMO) outlining his findings and recommendations. Restoring confidence in the PSLV remains a priority for the government and ISRO, given the vehicle’s central role in India’s space infrastructure, national security applications, and its standing in the global launch market.

Japan Becomes First Nation to Extract Rare Earth Minerals From 6,000-Meter-Deep Ocean Floor

World

TOKYO : Japan has confirmed the world’s first successful extraction of rare earth–bearing sediment from the deep ocean floor, marking a major technological milestone that could reshape global supply chains for critical minerals used in advanced manufacturing, clean energy, and defense industries. The Japanese government said on February 2, 2026, that a state-led research mission retrieved mineral-rich mud from a depth of approximately 6,000 meters beneath the Pacific Ocean, the deepest level at which such materials have ever been recovered. The test was carried out near Minami-Torishima, a remote coral island located about 1,900 kilometers southeast of Tokyo, within Japan’s Exclusive Economic Zone (EEZ). Officials estimate that seabed deposits in the surrounding area contain more than 16 million tonnes of rare earth oxides, a volume that could supply Japan’s domestic demand for several centuries if commercial extraction proves viable. First-of-its-Kind Deep-Sea Operation The operation was conducted using the Chikyu, a scientific drilling vessel operated by the Japan Agency for Marine-Earth Science and Technology (JAMSTEC). Originally designed for earthquake and mantle research, the vessel was adapted for deep-sea mineral recovery under conditions that exceed those of conventional offshore drilling. Engineers deployed nearly six kilometers of reinforced pipe to the seabed using a riser drilling system, a technology typically associated with deep-water oil and gas exploration. At the seafloor, a remotely operated mining unit agitated the sediment, creating a slurry of mud and seawater. High-pressure pumps then transported the mixture vertically through the pipe system to the surface. According to project engineers, all equipment was engineered to withstand pressures of roughly 600 atmospheres, a technical barrier that has historically limited seabed mining experiments to far shallower depths. Mineral Content and Industrial Relevance Initial analysis indicates that the retrieved sediment contains elevated concentrations of rare earth elements (REEs) essential to modern industrial applications. These include neodymium and dysprosium, which are used in permanent magnets for electric vehicle (EV) motors and wind turbine generators, as well as yttrium, terbium, and gadolinium, which play roles in electronics, lasers, superconductors, and defense systems. Government researchers estimate that each tonne of seabed mud contains approximately two kilograms of extractable rare earth metals. Unlike many terrestrial rare earth ores, the deep-sea sediment is believed to be largely free of radioactive byproducts, potentially simplifying downstream processing and waste management. Economic Security and Strategic Motivation The project is closely tied to Japan’s economic security strategy, which prioritizes stable access to materials deemed critical for national industry and defense. Japan currently depends on China for an estimated 60 to 70 percent of its rare earth imports, a reliance that has been viewed as a strategic vulnerability. The deep-sea extraction test follows renewed trade frictions in early January 2026, when Beijing tightened export controls on several dual-use materials supplied to Japan amid broader regional security disputes. Japanese officials say the latest restrictions accelerated efforts to develop alternative supply sources that are insulated from geopolitical pressure. Investment and Development Timeline Since 2018, the Japanese government has invested approximately ¥40 billion (about $260 million) in research and development related to deep-sea rare earth mining. The February 2026 retrieval marks the completion of the program’s proof-of-concept phase. Throughout the remainder of 2026, the recovered samples will be transported to the Port of Shimizu for detailed chemical and metallurgical analysis to determine mineral density, purity levels, and extraction efficiency. A scaled demonstration phase is scheduled for February 2027, with a target of lifting up to 350 tonnes of sediment per day under sustained operating conditions. A comprehensive assessment of commercial feasibility, including cost structures, environmental safeguards, and supply chain logistics, is expected to be completed by March 2028. Environmental and Logistical Considerations Despite the technical success, the project faces unresolved environmental and logistical challenges. Marine scientists have cautioned that large-scale disturbance of the seabed could generate sediment plumes that may affect deep-sea ecosystems that remain poorly understood. Environmental groups have called for further impact studies before commercial operations proceed. Logistical complexity is another factor. Minami-Torishima lies far from Japan’s main industrial centers, requiring long-distance maritime transport. To address this, authorities plan to construct a dehydration facility on the island capable of reducing the volume of extracted mud by roughly 80 percent before shipment to refineries on the main islands. Japanese officials emphasized that no decision on commercial mining has yet been made and that future steps will depend on environmental reviews, economic assessments, and international regulatory developments. However, the government described the successful deep-sea extraction as an important advance toward securing long-term access to strategically important minerals.

U.S. Warns Iraq of Oil Revenue Restrictions Over Possible Return of Nouri al-Maliki

World

BAGHDAD/WASHINGTON : The United States has formally warned Iraq’s political leadership that it is prepared to restrict Baghdad’s access to oil-export revenues if the Shiite Coordination Framework proceeds with nominating Nouri al-Maliki for a new term as prime minister, according to officials familiar with the discussions. The message, conveyed through financial and diplomatic channels rather than public statements, underscores Washington’s leverage over Iraq’s economy and marks a significant escalation in bilateral tensions at a sensitive stage of government formation talks. Financial Pressure Delivered Through Central Bank Channel The warning was delivered last week during a meeting in Turkey between senior U.S. officials and Ali Muhsin al-Alaq, the governor of the Central Bank of Iraq. According to multiple sources briefed on the meeting, U.S. representatives indicated that Washington could block or delay U.S. dollar transfers from the Federal Reserve Bank of New York to Iraq’s central bank. Since 2003, proceeds from Iraq’s oil exports have been deposited into an account held at the New York Fed. These revenues finance roughly 90 percent of the Iraqi state budget, including public sector salaries, subsidies, and essential imports. Iraqi financial officials privately acknowledge that any sustained interruption to dollar transfers would place immediate pressure on the Iraqi dinar, reduce foreign currency liquidity, and threaten the government’s ability to meet payroll obligations. U.S. officials have not publicly detailed the legal or technical mechanisms that could be used to impose such restrictions, but Iraqi policymakers interpret the warning as a reminder of Washington’s decisive role in safeguarding — or withholding — access to Iraq’s oil income. White House Signals and Public Messaging The private financial warning follows a series of public statements by Donald Trump, who has used social media to criticize the prospect of al-Maliki’s return to office. On January 27, Trump stated that the United States would “no longer help Iraq” if al-Maliki were reappointed, arguing that his previous tenure as prime minister from 2006 to 2014 was marked by economic decline and political instability. Senior U.S. officials frame the stance as part of a broader effort to limit Iranian influence in Baghdad. Marco Rubio is reported to have reiterated these concerns in a phone call with caretaker Prime Minister Mohammed Shia al-Sudani, warning that Washington would not accept the formation of a government aligned with Tehran. Al-Maliki’s Position Inside the Coordination Framework Al-Maliki, who leads the State of Law Coalition, has rejected U.S. pressure and insisted that the selection of Iraq’s prime minister is a sovereign internal matter. In a televised interview on February 3, he confirmed that within the Coordination Framework — the largest bloc in parliament — ten factions support his candidacy, while two remain opposed. He stated that he would withdraw only if the Framework collectively requested it, and said external pressure would not influence his decision. Al-Maliki also questioned the basis of President Trump’s remarks, suggesting they were informed by inaccurate political assessments. During the same interview, he criticized what he described as regional interference, including by Turkey and Qatar, and called for decisions to be made strictly through constitutional processes. Regional Context and Iranian Response Iran has openly signaled its support for al-Maliki’s nomination. According to regional officials, Ali Khamenei sent a message congratulating al-Maliki following his nomination within the Coordination Framework, urging Iraqi political forces to resist external pressure. Tehran views the outcome of Iraq’s government formation as strategically significant, particularly amid heightened U.S.–Iran tensions. At the same time, Iraqi officials have explored ways to reduce long-term dependence on the U.S. dollar. Recent discussions with the European Union have focused on trade expansion and investment mechanisms aimed at diversifying economic partnerships. Financial experts note, however, that as long as Iraq’s oil sales are denominated in dollars and routed through U.S.-overseen accounts, Washington retains effective leverage over Iraq’s fiscal stability. Parliamentary Deadlock and Immediate Outlook Iraq’s political process remains stalled. Parliament has yet to secure the two-thirds quorum required to elect a president, a prerequisite for formally tasking a prime minister-designate with forming a government. The impasse has prolonged caretaker governance and delayed budgetary and policy decisions. If the Coordination Framework maintains its backing for al-Maliki and proceeds toward formal nomination, Iraqi officials warn that the country could face significant financial strain should U.S. restrictions be implemented. For now, negotiations continue behind closed doors, with Iraqi leaders weighing domestic political calculations against the economic consequences of a confrontation with Washington.

DRDO Begins Su-30MKI Integration and Captive Flight Trials of Astra Mk-III Gandiva Missile

India

CHANDIPUR, ODISHA : India has entered a new phase in the development of its long-range air-to-air missile capability, with the Defence Research and Development Organisation (DRDO) commencing integration and captive flight trials of the Astra Mk-III (Gandiva) on the Indian Air Force (IAF) Su-30MKI fighter aircraft. The trials are being conducted from the Integrated Test Range (ITR), Chandipur, marking the first physical integration of a Solid Fuel Ducted Ramjet (SFDR)–powered Beyond Visual Range Air-to-Air Missile (BVRAAM) with an operational fighter platform. This phase follows the SFDR propulsion flight demonstration on February 3, 2026, which validated sustained supersonic combustion and thrust control in flight conditions. Integration and Captive Flight Trial Phase Captive flight trials involve mounting an inert, non-explosive missile on one of the Su-30MKI’s external hardpoints. The missile is dimensionally, structurally and aerodynamically identical to the operational weapon but remains electrically and electronically isolated from the aircraft’s avionics, radar and weapon control systems. The objective of this phase is to validate structural compatibility, ensure aerodynamic loads remain within design limits, and assess the vibrational environment experienced by the missile during representative flight conditions. Test sorties include straight-and-level flight, high-g manoeuvres, altitude transitions, and speed variations across the aircraft’s operational envelope. Engineers are also analysing the impact of missile carriage on aircraft handling, drag, and fuel consumption. Data collected during these flights will be used to refine mounting hardware, pylon interfaces, and structural margins before progressing to separation trials and live firing tests. Only after successful completion of captive trials will the missile proceed to electronic integration with the aircraft’s mission computer and radar, followed by separation trials to evaluate safe missile release. Missile Design and Technical Characteristics The Astra Mk-III Gandiva represents a major advancement over earlier Astra variants through the adoption of an air-breathing propulsion system in place of a conventional solid rocket motor. The missile is powered by a Solid Fuel Ducted Ramjet (SFDR) that uses atmospheric oxygen to sustain combustion during flight. This configuration enables continuous thrust over a longer portion of the trajectory, allowing the missile to retain high energy and manoeuvrability at extended ranges. Programme data indicate an engagement range exceeding 350 kilometres, speeds between Mach 3 and Mach 4.5, and engagement altitudes of up to approximately 20 kilometres. The missile is designed to engage fighter aircraft as well as high-value targets such as airborne early warning platforms and aerial refuelling aircraft. Operational Implications of SFDR Technology The primary operational advantage of SFDR propulsion is the significant expansion of the missile’s no-escape zone (NEZ). Unlike conventional missiles that lose energy in the terminal phase, continuous thrust allows the Gandiva to sustain high speed deeper into the engagement envelope, improving interception probability against evasive targets. This capability is particularly relevant in environments where adversary aircraft employ advanced electronic countermeasures and long-range air-to-air weapons. The Gandiva is expected to provide the IAF with a counter to contemporary regional BVRAAM systems, including China’s PL-15 and PL-17 . Programme Background and Future Roadmap Development of the SFDR-based missile programme began in 2013, followed by extensive ground testing, booster trials, and subsystem validation. These efforts culminated in the recent propulsion flight demonstration. With the start of captive trials on the Su-30MKI, the programme has transitioned to full weapon integration. Subsequent phases will include electronic integration, separation trials, and guided flight tests. The Astra Mk-III is planned for integration across multiple IAF platforms, including the Su-30MKI, Tejas Mk-1A, Tejas Mk-2, and the Advanced Medium Combat Aircraft (AMCA). Once operationally cleared, the missile will form a key element of India’s long-range air combat capability.

U.S. F-35C Shoots Down Iranian Shahed-139 Drone Approaching USS Abraham Lincoln

World

WASHINGTON / ARABIAN SEA : According to Reuters , U.S. military forces destroyed an Iranian unmanned aerial vehicle on February 3 after it approached a U.S. Navy aircraft carrier in what officials described as an unsafe and unprofessional manner, marking a rare direct kinetic encounter between U.S. and Iranian forces at sea. According to U.S. Central Command (CENTCOM), an Iranian Shahed-139 drone was shot down while the aircraft carrier USS Abraham Lincoln was transiting the Arabian Sea in international waters. Incident and Military Response CENTCOM said the drone repeatedly closed in on the carrier strike group despite multiple attempts to reduce tensions. Captain Tim Hawkins, a CENTCOM spokesperson, stated that U.S. forces issued radio warnings and employed standard de-escalatory measures, but the drone continued its approach toward the carrier. A carrier-based F-35C Lightning II was launched and engaged the aircraft. The drone was destroyed in what CENTCOM described as an act of self-defense, undertaken to ensure the safety of the carrier and the thousands of sailors aboard. No U.S. personnel were injured, and no American equipment was damaged during the engagement. Location and Operational Context At the time of the incident, the USS Abraham Lincoln and its escorting vessels were operating in the Arabian Sea, well outside Iran’s territorial waters. U.S. officials emphasized that the carrier strike group was conducting routine operations consistent with international law. The Abraham Lincoln is the central element of a U.S. Navy carrier strike group deployed to the region to support maritime security and freedom of navigation. The strike group includes multiple guided-missile destroyers tasked with air defense, anti-submarine warfare, and surface operations. U.S. officials reiterated that the carrier remains fully mission-capable and continues its deployment. The Drone Involved The aircraft involved was identified by U.S. officials as a Shahed-139, a medium-altitude, long-endurance (MALE) unmanned aerial vehicle operated by Iran. Unlike one-way attack drones, the Shahed-139 is a reusable platform designed for reconnaissance and potential strike missions. It is equipped with electro-optical and infrared sensors that allow for persistent surveillance and real-time data transmission. Military analysts note that the use of a higher-value reconnaissance drone suggests an effort to closely observe U.S. naval movements and assess response procedures, rather than a routine patrol by a lower-cost system. Iranian Response Iranian state-affiliated media outlets acknowledged the loss of contact with a drone operating over international waters. They characterized the mission as a surveillance flight and said the aircraft had completed its task before communications were interrupted. Iranian authorities did not immediately comment on whether the drone was armed or clarify its intended proximity to the U.S. carrier. Wider Regional Activity The shootdown occurred amid a broader period of friction in regional waterways. U.S. officials said the drone encounter followed other recent interactions involving Iranian forces and commercial shipping near the Strait of Hormuz, a critical maritime corridor for global energy supplies. The U.S. Navy has increased patrols and escorts in the area in response to these developments. Despite the incident, U.S. officials stressed that the United States remains committed to preventing escalation while maintaining the right to defend its forces. CENTCOM said it would continue to operate wherever international law allows and would respond appropriately to actions that threaten U.S. personnel or assets. The February 3 encounter represents the first confirmed shootdown involving U.S. and Iranian forces since mid-2025, underscoring the persistent volatility of the maritime security environment in and around the Arabian Sea.

HAL Is Out of AMCA Race as Tata, L&T and Bharat Forge Are Shortlisted by MoD

India

NEW DELHI : In a landmark development for India’s aerospace sector, the Ministry of Defence has shortlisted three private sector–led consortiums to develop the nation’s first indigenous fifth-generation stealth fighter, the Advanced Medium Combat Aircraft (AMCA). Following a rigorous technical evaluation of seven initial bids, state-owned aerospace major Hindustan Aeronautics Limited (HAL) has been excluded from the race, indicating a clear policy move toward greater private-sector participation in high-end defence manufacturing. The final winner of the contract is expected to be announced within the next three months. The Three Contenders The Aeronautical Development Agency (ADA) has selected the following entities to advance to the commercial proposal stage: Tata Advanced Systems Limited (TASL): The Tata Group arm has qualified to bid independently, leveraging its extensive existing aerospace supply chain and infrastructure. Larsen & Toubro (L&T) Consortium: Engineering heavyweight L&T is leading a consortium that includes state-run electronics major Bharat Electronics Limited (BEL) and private aerospace firm Dynamatic Technologies Limited (DTL). Bharat Forge Consortium: The Kalyani Group flagship, Bharat Forge, heads an alliance with defence PSU BEML Limited and private avionics specialist Data Patterns (India) Limited. HAL’s Historic Exclusion The disqualification of HAL, long the dominant manufacturer of Indian military aircraft, represents a notable shift in defence policy. According to officials, the exclusion is linked to criteria set out in the Expression of Interest (EoI) aimed at broadening India’s industrial base. One clause assessed bidders’ order-book load, ensuring the selected partner could allocate adequate capacity to the AMCA programme. HAL’s large backlog, including Tejas LCA production and associated engine programmes, reportedly affected its order-to-turnover ratio under these rules. The policy objective is to build a parallel private aerospace ecosystem, reducing dependence on a single public-sector entity for critical combat platforms. Project Scope and Timeline The AMCA programme is India’s most advanced combat aircraft development effort to date. The initial contract, valued at approximately ₹15,000 crore, covers the design, development, testing, and manufacture of five prototypes. Next steps: The shortlisted bidders will receive a formal Request for Proposal (RFP). The final Development-cum-Production Partner (DcPP) will be selected on the basis of commercial competitiveness (L1). Rollout target: 2028–2029 for the first prototype.Induction: Around 2035, with an initial requirement of 120 aircraft for the Indian Air Force. Next-Generation Capabilities The AMCA is planned as a twin-engine, stealth multirole fighter designed for deep-strike and air-superiority missions. Key features include an internal weapons bay for low radar cross-section, supercruise capability, and advanced AI-enabled sensor fusion. Officials expect that selecting a private development partner will help streamline project execution and accelerate technology integration, addressing delays seen in earlier indigenous defence programmes.

Iran and U.S. Set to Resume Nuclear Talks Under Strict, Limited Framework

World

TEHRAN / WASHINGTON : Iran has formally announced the start of a new round of nuclear negotiations with the United States, outlining a tightly defined diplomatic framework that limits discussions strictly to its nuclear program while maintaining an elevated level of military preparedness. The announcement, issued early Tuesday, signals a cautious reopening of dialogue after months of heightened tensions between Tehran and Washington. According to Iran’s Foreign Ministry, the talks are expected to take place in Istanbul and will focus exclusively on nuclear transparency, enrichment limits, and verification mechanisms. Iranian officials stressed that other longstanding areas of dispute, including the country’s ballistic missile program and its regional military posture, will not be part of the negotiations. Tehran described these elements as core components of its national defense strategy and therefore outside the scope of diplomatic bargaining. Defined Scope of Negotiations Iran characterized its approach as a “dual-track” strategy that combines diplomatic engagement with deterrence. While agreeing to return to negotiations, senior officials emphasized that Iran’s armed forces have been placed on a higher state of readiness in anticipation of potential escalation if talks fail. Officials reiterated that Iran is prepared to discuss confidence-building measures related to its nuclear activities but will not accept conditions that extend beyond that file. The Foreign Ministry said the objective of the talks is to clarify Iran’s nuclear activities and seek relief from pressure measures, while preserving what it called the country’s legitimate defense capabilities. U.S. Response and Military Posture The limited scope of Iran’s proposal has drawn a firm response from Washington. Speaking at the Pentagon, U.S. Secretary of War Pete Hegseth said the United States would closely assess whether Tehran is negotiating in good faith. He warned that Washington retains a full range of options should the talks be used to delay substantive commitments. Hegseth said the administration’s position remains that Iran must not acquire the capability to develop nuclear weapons. He referenced Operation Midnight Hammer, a U.S. military campaign conducted in June 2025, as evidence of Washington’s willingness to act if diplomacy fails. The secretary added that while military action is not the preferred outcome, preparedness is central to U.S. defense policy. The Pentagon has confirmed the continued deployment of significant U.S. naval and air assets to the region, including a carrier strike group led by the USS Abraham Lincoln, as negotiations approach. U.S. officials describe the deployments as a deterrent measure rather than a signal of imminent action. Operation Midnight Hammer The renewed talks take place against the backdrop of Operation Midnight Hammer, a large-scale U.S. air operation that targeted Iran’s nuclear infrastructure last year. The campaign involved B-2 Spirit bombers and massive ordnance penetrators, aimed at hardened facilities, including the underground enrichment sites at Fordow and Natanz. U.S. defense assessments at the time indicated that the strikes significantly degraded Iran’s nuclear program, setting it back by up to two years. Subsequent intelligence reporting has suggested that Iran has undertaken efforts to restore and reinforce damaged facilities, including construction work at greater depths underground. Diplomatic Challenges Ahead Diplomatic sources familiar with the negotiations say the distance between the two sides remains substantial. The United States is seeking a broader agreement that addresses enrichment levels, monitoring, and delivery systems, while Iran has made clear it will not discuss missiles or regional security issues. Regional analysts note that confining the talks to the nuclear issue may simplify technical discussions but could also limit the durability of any agreement reached. They argue that unresolved security concerns have historically undermined previous accords. U.S. envoy Steve Witkoff is expected to represent Washington in the Istanbul discussions, meeting with Iranian counterparts under close international scrutiny. Both sides have indicated that the talks are exploratory, with no guarantee of a comprehensive agreement. As preparations continue, officials in Tehran and Washington alike have signaled that the coming negotiations will test whether diplomacy can stabilize the standoff or whether the failure of talks will lead to renewed confrontation.

Pakistan Defence Minister Admits Security Forces Unable to Defend Against Balochistan Liberation Army Attacks

World

ISLAMABAD : Pakistan’s Defence Minister Khawaja Muhammad Asif told the National Assembly on Monday that security forces deployed in Balochistan are facing a serious operational disadvantage, stating that insurgent groups in the province possess weapons and battlefield equipment superior to those currently available to many units of the Pakistan Army. The remarks came as fighting continued across large parts of Balochistan following a coordinated insurgent operation launched by the Baloch Liberation Army (BLA), which the group refers to as “Operation Herof.” The offensive has been underway for more than 72 hours and has affected over a dozen towns and cities across the province. Admission of Equipment and Capability Gap Addressing lawmakers, Asif said insurgents are now operating with advanced assault rifles, thermal imaging devices and laser sighting systems, enabling them to conduct effective operations during both day and night. He stated that individual rifles used by militants cost approximately 2 million Pakistani rupees each, while thermal and laser optics range between $4,000 and $5,000 per unit. According to the minister, the total value of an individual insurgent’s combat equipment is estimated at nearly $20,000. Asif told parliament that many Pakistani soldiers deployed in Balochistan do not possess comparable night-fighting or targeting equipment. He said this imbalance has reduced the effectiveness of security operations, particularly after dark, and has limited the army’s ability to counter mobile insurgent units. The defence minister further said the state is struggling to contain the situation, citing the vast geographic size of Balochistan and the dispersion of forces across remote areas. He described troops as operationally constrained by terrain, distance and logistics, adding that the scale of the province makes sustained area control difficult. Details of “Operation Herof” The BLA launched its operation on January 31 with coordinated attacks in Quetta, Gwadar, Mastung, Nushki and Turbat, according to security and local administrative sources. The offensive involved assaults on police stations, temporary seizure of road networks and attacks on government installations. In Quetta, local sources reported that security personnel withdrew from several forward checkpoints and regrouped in cantonment areas. Insurgents were reported to have moved through multiple neighborhoods without immediate resistance, although authorities said strategic positions were secured. In Mastung, militants overran the district jail, resulting in the release of more than 30 inmates. Local officials said security forces did not regain control of the facility for several hours following the incident. Multiple sources also reported that reinforcements from the Quetta-based XII Corps were not deployed to some affected districts for nearly three days. This has raised questions about command responsiveness and coordination during the initial phase of the insurgent operation. The military has not publicly commented on these reports. Night Operations and Tactical Advantage Security analysts based in Islamabad said insurgents have gained a tactical advantage due to widespread use of thermal optics, allowing them to detect and engage targets at night. Analysts said Pakistani troops operating without comparable equipment face significant visibility limitations after sunset, reducing their ability to patrol or conduct counter-ambush operations. According to analysts, insurgent units have used these capabilities to control movement along highways and approach security positions with limited detection. Conflicting Casualty Claims Casualty figures from the ongoing clashes remain disputed. The Pakistani military has stated that 177 militants have been killed since the start of the operation, while reporting 17 fatalities among its own personnel. No visual or independent verification has been released to support these figures. The BLA, in contrast, claims it has killed more than 180 Pakistani security personnel and captured 18 alive. The group has also released videos it says show the seizure of military camps and equipment. Broader Implications Opposition lawmakers and analysts said the focus on the cost of insurgent weapons highlights deeper structural issues. They noted that the presence of high-value equipment suggests sustained funding sources and logistical networks that have operated without disruption from Pakistan’s intelligence agencies, including the ISI. Analysts said the situation reflects not only a military challenge but also political and economic weaknesses, arguing that insurgent groups have been able to outspend government forces at the individual fighter level. Current Situation As of Tuesday morning, security operations were continuing in multiple districts, but authorities had not announced a comprehensive counter-offensive or timeline for restoring full state control. Road traffic remained restricted in several areas, and residents in affected districts reported continued uncertainty over security conditions. The federal government has indicated that further briefings will be provided to parliament as assessments from the field are compiled.

Iranian Naval Craft Intercept U.S Flagged Oil Tanker Near Strait of Hormuz

World

Strait of Hormuz : Tensions in the Persian Gulf rose early Tuesday after Iranian naval craft approached and attempted to halt a U.S.-flagged oil tanker transiting near the Strait of Hormuz, according to maritime security advisories and regional officials familiar with the incident. The tanker, identified as the M/T Stena Imperative, ultimately completed its passage after taking evasive measures and receiving an escort from U.S. naval forces. The vessel, which is Danish-owned but registered under the U.S. flag, had departed ports in the United Arab Emirates and was sailing toward Bahrain, home to the headquarters of the U.S. Fifth Fleet. The encounter occurred during daylight hours as the tanker moved through internationally recognized shipping lanes north of Oman’s coastline. According to a situation report circulated by the British maritime security firm Vanguard Tech, six fast attack craft affiliated with the Islamic Revolutionary Guard Corps Navy (IRGCN) approached the tanker at close range. The vessels were described as lightly armored, high-speed boats typically used for coastal patrols and interdiction missions. Bridge-to-bridge radio communications were initiated, during which the tanker’s crew was instructed to reduce speed, stop its engines, and prepare for boarding. Maritime sources said the tanker’s master declined to comply with the instructions and instead maintained course while increasing speed within safe navigational limits. The Iranian craft maneuvered around the vessel for several minutes but did not discharge weapons or make physical contact. The approach ended after the tanker widened the distance between itself and the boats. Shortly afterward, the Stena Imperative made contact with U.S. naval authorities operating in the area. A U.S. Navy surface combatant joined the vessel and provided an armed escort through the remainder of the transit to Bahrain. The tanker arrived without reported damage, and no injuries were recorded among its crew. The incident occurred against a backdrop of heightened military activity and political signaling in the region. In recent days, Iranian officials have publicly warned that continued U.S. military deployments near Iran’s maritime approaches could prompt retaliatory measures. Regional security officials said commercial shipping has been placed on heightened alert as a precaution, though traffic through the Strait of Hormuz has continued without interruption. Analysts note that the waterway remains one of the world’s most critical energy chokepoints, with roughly one-fifth of globally traded oil passing through it each day. Vessels flying the U.S. flag are entitled to U.S. protection under international maritime practice, regardless of the nationality of their owners or operators, a factor that often carries strategic significance during periods of tension. U.S. defense officials declined to comment on specific operational details but confirmed that maritime advisories had been issued to merchant vessels in the area. The notices advise ships to maintain situational awareness, keep safe distances from military craft when possible, and promptly report unusual approaches to naval authorities. Iranian state media did not immediately acknowledge the encounter. There were no reports of disruptions to oil exports or commercial shipping schedules following the incident, and regional ports continued normal operations as of Tuesday evening.

UK Ministry of Defence Awards £40 Million Sonobuoy Contract to Ultra Maritime for Royal Navy

World

London : The United Kingdom’s Ministry of Defence has awarded a £40 million ($54.6 million) contract to Ultra Maritime for the supply of advanced sonobuoys to support the Royal Navy’s anti-submarine warfare (ASW) operations. The agreement will provide a sustained supply of expendable acoustic sensors for the Royal Navy Merlin helicopter fleet at a time of increased undersea activity around British waters. According to defence officials, the contract reflects the need to maintain a reliable and resilient maritime surveillance capability amid what the Ministry of Defence has described as a more complex and contested undersea environment. Sub-surface monitoring is considered a core element of the UK’s national security posture, particularly in relation to the protection of strategic assets and sea lines of communication. Role of Sonobuoys in Royal Navy Operations Sonobuoys are single-use acoustic sensors deployed from aircraft into the ocean. Once released, they activate on contact with the water and deploy hydrophones beneath the surface to detect, track and classify submarines and other underwater contacts. Data collected by the sensors is transmitted in real time back to the deploying aircraft, allowing aircrews to build an acoustic picture of the maritime environment. Under the new contract, the sonobuoys will be used primarily by the Royal Navy’s Merlin Mk2 Maritime Patrol Helicopters. These aircraft form the backbone of the UK’s airborne anti-submarine warfare capability and are routinely tasked with detecting and monitoring underwater threats in support of wider naval operations. Merlin Mk2 Fleet and Basing The Merlin Mk2 helicopters are operated by 814 and 824 Naval Air Squadrons and are based at RNAS Culdrose in Cornwall. From this base, the Merlin force supports a range of missions, including the protection of the UK’s continuous at-sea nuclear deterrent, the escort of aircraft carrier strike groups, and deployments aboard frigates and Royal Fleet Auxiliary vessels. In addition to shipborne operations, Merlin helicopters also deploy forward to locations such as Prestwick in Scotland to support maritime patrol, quick-reaction tasking, and North Atlantic surveillance. Integration with Weapons and Sensors The Merlin Mk2 is equipped with a comprehensive ASW sensor suite, including radar, electro-optical systems, and acoustic processing equipment. Sonobuoys are a central component of this sensor network, enabling crews to localise and track underwater contacts detected during patrols. If required, the aircraft can be armed with Sting Ray lightweight torpedoes, providing the capability to engage hostile submarines following detection and classification. Defence officials note that the effectiveness of this capability depends on the availability and performance of modern sonobuoys, making a sustained supply operationally essential. Domestic Manufacturing and Industrial Impact The contract includes the design, development and manufacture of the sonobuoys, with a significant proportion of production taking place in the United Kingdom. Ultra Maritime will undertake manufacturing at its expanded London facility, supporting skilled engineering and manufacturing roles and contributing to the UK’s sovereign defence industrial base. Captain Colin Maude, Merlin Delivery Team Leader at Defence Equipment & Support, said the investment would ensure a secure supply of UK-manufactured sensors while enhancing the operational effectiveness of the Merlin fleet. He added that the sonobuoys would improve the Royal Navy’s ability to monitor and safeguard UK waters and maritime approaches. Future Development and Uncrewed Systems In parallel with the current programme, Ultra Maritime is working with the Ministry of Defence on the development of smaller, lightweight sonobuoys intended for use with uncrewed air systems (UAS). These miniaturised sensors are designed to be deployed by drones, potentially extending the reach, coverage, and persistence of future anti-submarine surveillance operations while reducing risk to crewed aircraft. Defence officials view the integration of uncrewed systems as part of a broader effort to adapt ASW capabilities to emerging technologies and evolving operational requirements. Strategic Context The award of the sonobuoy contract forms part of the UK’s wider effort to maintain effective control of the sub-surface domain. Anti-submarine warfare remains a central task for the Royal Navy, underpinning the security of strategic deterrence forces, carrier strike operations, and maritime trade routes. By securing a long-term supply of modern sonobuoys and investing in domestic production and future technologies, the Ministry of Defence aims to ensure that the Royal Navy’s airborne anti-submarine forces remain equipped to meet current and anticipated challenges in the undersea environment.

Taiwan Plans Procurement of Two Launchers and 128 Interceptor For Strong Bow Anti-Ballistic Missile System

World

TAIPEI : Taiwan has formally initiated mass-production preparations for its most advanced indigenous anti-ballistic missile system, known as Strong Bow, as part of a broader effort to strengthen the island’s air and missile defenses against expanding Chinese missile capabilities. Procurement and budgetary documents released by the Ministry of National Defense (MND) confirm plans to acquire two complete Strong Bow system sets and 128 interceptor missiles. Strong Bow is the operational designation for Sky Bow IV (Tien Kung IV), the latest variant in Taiwan’s long-running Sky Bow missile family. The program is a core element of President Lai Ching-te’s proposed “T-Dome” integrated air and missile defense architecture. Transition to Mass Production Strong Bow was developed by the state-owned National Chung-Shan Institute of Science and Technology (NCSIST) and has completed required operational evaluation testing, allowing the system to transition from development into production preparation. According to defense officials familiar with the procurement, the total program value—including interceptor missiles, vertical launcher vehicles, radar systems, command-and-control elements, training equipment, and logistical support—is estimated at approximately NT$36.6 billion (about US$1.13 billion). Funding has been allocated through a combination of special defense budgets and long-term force modernization appropriations. Domestic industry participants have been instructed to prepare for scaled manufacturing. Supply-chain sources say component orders are expected to begin within the year, with production capacity expansion planned through 2027 to support full-rate manufacturing and follow-on missile replenishment. Missile and Intercept Capabilities Strong Bow represents a significant capability increase over the currently deployed Sky Bow III interceptor. While Sky Bow III is assessed to intercept targets at altitudes of approximately 35 to 45 kilometers, Strong Bow extends the engagement envelope to roughly 70 kilometers. This expanded altitude allows the system to intercept short- and medium-range ballistic missiles during the terminal phase of flight, as well as high-altitude cruise missiles. Defense planners view this capability as closing an important gap between lower-tier air defense systems and higher-tier interceptors such as the U.S.-supplied Patriot PAC-3 already in Taiwanese service. The interceptor employs an active radar seeker and improved guidance algorithms designed to enhance accuracy against maneuvering targets and to operate effectively in dense electronic-warfare environments. Chiang Kong AESA Radar Integration A key component of the Strong Bow system is the Chiang Kong active electronically scanned array (AESA) fire-control radar, developed domestically by NCSIST. The Chiang Kong radar is designed to provide long-range detection, tracking, and engagement support specifically for high-speed ballistic and cruise missile targets. Defense sources say the radar offers improved target discrimination, faster refresh rates, and greater resistance to jamming compared with earlier Sky Bow-series radars. Its AESA architecture allows the system to track multiple targets simultaneously while guiding several interceptors in flight, a capability considered critical in scenarios involving large-scale missile salvos. The Chiang Kong radar is also designed to integrate with Taiwan’s broader air defense sensor network, enabling data sharing with other radar systems and command centers to improve situational awareness and engagement coordination across multiple defense layers. Role in the T-Dome Architecture The Strong Bow system is intended to serve as the medium-tier interceptor within President Lai’s T-Dome concept, which was outlined publicly during his National Day address in late 2025. The framework envisions an island-wide, layered defense network integrating indigenous systems with selected foreign platforms through shared sensors, command-and-control infrastructure, and data links. Military planners describe the T-Dome as a response to the growing size and diversity of missile forces fielded by the People’s Liberation Army, emphasizing redundancy and layered interception rather than reliance on a single defensive system. As part of longer-term planning, NCSIST has also initiated research and preliminary testing on a follow-on interceptor often referred to informally as Strong Bow II or Sky Bow V. The next-generation system is expected to target interception altitudes approaching 100 kilometers, though it remains in the research and development phase and has not yet entered formal procurement. Testing and Deployment Outlook The move toward production follows reports of a recent successful test launch of the Strong Bow interceptor. Video footage broadcast by local media showed the missile being launched from a vertical canister, a configuration intended to reduce reaction time and allow flexible deployment across multiple sites. The MND has stated that mass production and deployment of Strong Bow are intended to offset the numerical advantage of China’s missile forces by increasing interception coverage and resilience. While specific deployment timelines have not been publicly disclosed, defense officials indicate that initial operational units could begin receiving the system once early production batches are completed. Taiwanese defense authorities emphasize that the Strong Bow program forms part of a long-term modernization effort focused on indigenous development, stable funding, and integration into a comprehensive, layered national air and missile defense structure.

USS Abraham Lincoln Reach 2,000 km Away From Iran, Outside Missile Range

World

WASHINGTON / DUBAI — The United States has repositioned the aircraft carrier USS Abraham Lincoln and its strike group farther from Iran’s coastline, moving the formation to the Gulf of Aden in a shift that increases the distance between U.S. naval forces and Iranian territory while maintaining operational reach across the region. According to regional maritime monitoring data and defense officials familiar with the movement, the carrier group has relocated to waters east of Socotra Island near southern Yemen. The new position places the strike group approximately 1,400 kilometers from Iran’s southeastern port of Chabahar, compared with an earlier operating distance of about 700 kilometers earlier in the week. The repositioning comes as U.S. and Iranian officials prepare for direct diplomatic talks scheduled to begin in Turkey. U.S. officials described the movement as a routine operational adjustment that also reduces the risk of miscalculation during a sensitive diplomatic period. Despite the increased standoff distance, defense analysts note that the carrier remains within the assessed range of Iran’s long-range anti-ship missile systems, some of which are believed to have maximum ranges approaching 2,000 kilometers. The relocation nonetheless places the carrier outside the densest coverage of Iran’s coastal missile and drone networks operating from the Gulf of Oman. The USS Abraham Lincoln Carrier Strike Group includes several Arleigh Burke–class guided-missile destroyers equipped with the Aegis combat system and Tomahawk land-attack cruise missiles. Open-source reporting and U.S. naval practice suggest at least one attack submarine is operating in support of the group, providing additional surveillance and strike capability. Aircraft assigned to the carrier’s air wing include F-35C Lightning II stealth fighters and F/A-18 Super Hornet multirole aircraft. U.S. Navy officials say these assets retain the ability to conduct missions across the region with the support of aerial refueling and allied basing. The naval adjustment follows heightened regional tensions in recent days, including naval drills conducted by Iran’s Islamic Revolutionary Guard Corps in and around the Strait of Hormuz. Those exercises included missile launches and fast-attack craft operations near key international shipping lanes. U.S. Middle East envoy Steve Witkoff is expected to meet Iranian Foreign Minister Abbas Araghchi during the upcoming talks. U.S. officials say the carrier’s repositioning is intended to support diplomatic efforts while preserving U.S. military readiness in the region. Pentagon officials emphasized that the United States continues to monitor regional developments closely and retains the ability to adjust force posture as conditions evolve.

France Awards €697 Million Syfrall Heavy–Light Floating Bridge Contract for Tanks

World

Paris : The French Armament General Directorate (DGA) has formally confirmed the award of the Syfrall Heavy–Light Crossing System framework contract to a French industrial consortium composed of CNIM Systèmes Industriels, CEFA, and Soframe. The confirmation follows a contract notification issued on December 30, 2025, and activates a long-term framework agreement with a maximum value of €697.25 million excluding tax, covering a duration of 120 months. The Syfrall Program, formally designated Système de Franchissement Lourd-Léger, is part of the 2024–2030 French Military Programming Law and is structured to address long-standing limitations in the French Army’s wet-gap crossing capabilities. The framework nature of the contract allows the French Ministry of the Armed Forces to place orders progressively over the life of the agreement and also enables acquisitions on behalf of partner nations, including through European cooperative mechanisms such as the SAFE (Security for Action For Europe) initiative. Context Of Existing Crossing Capabilities The French Army currently relies on a limited number of heavy and medium wet-gap crossing systems that entered service over several decades. Among these, the Engin de Franchissement de l’Avant (EFA) remains an important asset. The EFA provides amphibious ferry capability and can form temporary bridges when multiple vehicles are coupled together. Its design allows vehicles to embark directly onto floating sections without extensive bank preparation, enabling rapid transitions between land and water. However, the EFA fleet is limited in size and was originally developed to support earlier generations of armored vehicles with lower weight and dimensional requirements. As a result, EFAs are typically concentrated within specific engineer units rather than distributed across all brigades, which constrains flexibility and limits the number of simultaneous crossing points that can be established during large-scale maneuver operations. The primary floating bridge system currently in service is the Pont Flottant Motorisé (PFM). Modernized in recent years to the PFM F2 standard, this system uses powered floating modules that can be assembled into ferries or continuous bridges. Depending on configuration and environmental conditions, the PFM supports loads of approximately MLC 90T or MLC 100W. Upgrades introduced more powerful propulsion, remote control functions, and integrated ramps, reducing manpower requirements and deployment time. Despite these improvements, the limited number of PFM modules restricts overall crossing length, and the increasing mass of modern armored vehicles has further highlighted capacity constraints. Operational analyses and European exercises have repeatedly shown that existing assets are insufficient to support high-intensity operations across river-dense terrain, particularly when multiple crossing axes are required simultaneously at brigade and divisional levels. Objectives And Scope Of The Syfrall Program The Syfrall Program is intended to progressively complement and ultimately succeed the EFA and PFM systems by extending supported load classes, increasing modularity, and expanding total crossing capacity. The system is designed to provide both discontinuous crossings using ferries, referred to in French doctrine as portières, and continuous crossings through the assembly of floating bridge sections. Syfrall relies on modular floating elements and loading ramps transported by dedicated trucks and semi-trailers. These components can be combined according to obstacle width, hydrological conditions, and the weight of vehicles to be supported. The system is specified to support Military Load Classification (MLC) thresholds up to MLC 85C and MLC 100R, enabling the crossing of all current French Army wheeled and tracked vehicles, including the Leclerc XLR main battle tank, Scorpion-program vehicles, and allied heavy platforms operating under NATO standards. This load capacity reflects the evolution of French armored forces and aligns crossing capabilities with NATO planning and interoperability requirements. By standardizing heavy crossing assets into a single modular family, the French Army aims to reduce reliance on multiple specialized systems and improve overall availability at the tactical level. Planned Deliveries And Operational Impact The initial target defined by the French Army is the acquisition of eight Syfrall systems, representing approximately 300 linear meters of total crossing capability. Deliveries are planned before the end of 2030. These eight systems are defined as providing a first operational crossing capability for a combined-arms tactical group equipped with Scorpion vehicles and Leclerc tanks, establishing a reference level for brigade-level maneuver operations. When combined, Syfrall systems are also intended to contribute to divisional-level logistical crossings, supporting sustained operations over extended distances. The framework structure of the contract allows for additional systems to be ordered later, depending on operational requirements, budget availability, and potential multinational participation. Industrial Organization And National Production From an industrial perspective, responsibilities within the consortium are clearly divided. CNIM Systèmes Industriels and CEFA are responsible for the development and manufacture of floating bridge components, including pontoons, ramps, and associated mechanical systems. Soframe provides the tractor trucks and semi-trailers required for the transport, deployment, and recovery of the crossing equipment. The consortium is tasked with the full scope of development and production, covering engineering activities, manufacturing, and preparation for operational service within French Army engineer units. The partnership, publicly formalized in 2024, is presented as a fully national industrial arrangement, with all major components produced in France. This integration of floating bridge elements with the road mobility chain is considered essential, as operational crossing capability depends directly on transport availability, deployment speed, and long-term sustainment. Addressing Long-Standing Capability Gaps By awarding the Syfrall framework contract, the French Ministry of the Armed Forces seeks to address structural constraints that have affected wet-gap crossing capacity for both maneuver and logistics. The program reflects lessons identified through operational experience and military exercises, where limited crossing density and insufficient load margins constrained the tempo of armored operations. Syfrall is therefore positioned as a core enabling capability for future French Army brigade and divisional maneuver, restoring autonomous heavy crossing capacity while offering a scalable framework for long-term expansion and potential European cooperation.

Corruption in China’s Military Peaks as Nuclear Missiles Found Filled With Water and Silos Show Defects

World

Beijing : China’s military leadership has been thrown into deep turmoil following a far-reaching corruption investigation that U.S. intelligence assessments say was triggered by serious flaws discovered inside the country’s strategic missile forces, including allegations that some nuclear-capable missiles were improperly prepared and that key launch infrastructure suffered from major construction defects. The investigation, which has led to the detention and removal of several senior officers, represents the most extensive shake-up of the People’s Liberation Army (PLA) in more than a decade and has directly affected the uppermost levels of China’s military command structure. At the center of the case is Zhang Youxia, formerly Vice Chairman of the Central Military Commission (CMC) and the highest-ranking uniformed officer in China. Zhang, long regarded as a close associate of President Xi Jinping, was reportedly detained in mid-January and is under investigation for corruption and other serious violations. Intelligence Findings And Equipment Concerns According to reports cited by U.S. intelligence officials in 2024, systemic corruption inside the PLA Rocket Force — the branch responsible for China’s nuclear and conventional missile arsenal — resulted in severe maintenance and readiness problems. Among the most notable claims was that certain liquid-fuel intercontinental ballistic missiles (ICBMs) were found to contain water rather than propellant, a condition that would render them inoperable. U.S. officials also assessed that large missile silo complexes in western China, including in Xinjiang, suffered from faulty construction. In some cases, silo lids were reportedly too heavy or mechanically flawed to open as designed, potentially preventing missile launches in an emergency. These assessments were first made public in reporting by Bloomberg, which said the findings contributed directly to Beijing’s internal military purge. While Chinese authorities have not publicly confirmed the specific technical allegations, analysts say the scale of the subsequent disciplinary campaign indicates that leadership in Beijing treated the intelligence seriously. Scope of the Military Purge Chinese state media has confirmed that Zhang Youxia is under investigation for “serious violations of discipline and law,” a phrase commonly used to describe corruption cases involving senior officials. People familiar with internal briefings say the inquiry goes beyond financial misconduct and includes allegations of accepting bribes, selling promotions, and interfering with procurement processes. The investigation has widened to include General Liu Zhenli, chief of the Joint Staff Department, as well as more than a dozen senior officers linked to the Rocket Force and the Equipment Development Department. The removal of Rocket Force leadership in 2023 and 2024 marked the first time an entire strategic branch had its top command replaced in modern PLA history. The South China Morning Post, citing a commentary in PLA Daily, reported that the military leadership had ordered a sweeping effort to eliminate corruption that undermines combat readiness, with particular focus on misuse of defense funds and compromised weapons programs. Debate Over Missile Fueling Claims Some analysts and publications have questioned the technical interpretation of the intelligence findings. Asia Times reported in early 2024 that China does not normally keep liquid-fuel missiles filled while in storage, noting that long-term fueling can cause corrosion and other damage. From that perspective, the presence of water inside missiles would be unusual unless it resulted from deliberate sabotage or testing procedures, rather than routine neglect. The Centre for Strategic and International Studies (CSIS) noted in a January 2025 analysis that even if some missiles were compromised at the time of inspection, there is no evidence that the condition would persist long-term. The report argued that the scale of the crackdown itself demonstrated Xi Jinping’s intent to strengthen, rather than abandon, China’s nuclear forces. Strategic And Political Implications The revelations have raised questions among foreign intelligence agencies about China’s near-term military readiness, particularly as Beijing continues large-scale exercises near Taiwan and takes a more assertive posture toward Japan over regional security issues. Former and current U.S. intelligence officials have long assessed that 2027 could be a key benchmark year for potential Chinese military action against Taiwan, making operational reliability a central concern for China’s leadership. Analysts say the current purge suggests that Xi Jinping is prioritizing internal discipline, equipment integrity, and command accountability as part of broader military preparations. Jonathan Czin, a senior fellow at the Brookings Institution, told The Telegraph that the campaign reflects a focus on operational standards rather than a distraction from them. Former Central Intelligence Agency (CIA) analysts quoted by the newspaper similarly said the removals point to an effort to address readiness gaps exposed by internal reviews. Official Response From Beijing China’s Ministry of Defense has not directly addressed the allegations regarding missile fueling or silo defects. In official statements, however, it has emphasized the need to eradicate corruption that weakens combat effectiveness and has pledged continued inspections across all branches of the armed forces. Zhang Youxia’s fall represents the most significant removal of a senior military figure since Xi Jinping began consolidating control over the PLA in 2012. Observers say the outcome of the investigation will likely shape future reforms in procurement, personnel management, and strategic weapons oversight, as China continues efforts to modernize its military amid growing regional and global tensions.

Hypersonix Clears Hydrogen-Fueled DART-AE for Flight After Completing Critical Vibration Tests

World

SYDNEY : Australian aerospace firm Hypersonix Launch Systems has cleared a major technical milestone on the path to the first flight of its hydrogen-fueled scramjet demonstrator, announcing that its DART-AE vehicle has successfully completed full-scale vibration testing. The company confirmed the results on Wednesday, January 28, 2026, formally authorizing the vehicle for shipment to the United States ahead of a planned suborbital launch later in the first quarter of the year. The demonstrator, known as DART-AE—short for Demonstrator for Accelerated Reusable Technology with Additive Engineering—is scheduled to fly aboard a Rocket Lab HASTE (Hypersonic Accelerator Suborbital Test Electron) rocket. The launch will take place from the Wallops Flight Facility in Virginia, where final integration activities are expected to begin shortly after the vehicle arrives from Australia. Structural Qualification and Additive Manufacturing Vibration testing, commonly referred to within the aerospace sector as the “shake and bake” qualification process, is designed to replicate the intense acoustic loads and mechanical stresses experienced during launch. According to Hypersonix, the DART-AE airframe and onboard systems were subjected to launch-level vibration profiles representative of the Rocket Lab HASTE ascent environment. The tests carried particular significance because DART-AE is among the first hypersonic vehicles to be produced almost entirely through high-temperature additive manufacturing. The vehicle’s primary structure is fabricated from Inconel, a nickel-based superalloy selected for its strength and thermal stability at hypersonic temperatures. Successful completion of the tests confirms that the 3D-printed airframe, internal avionics, fuel systems, and propulsion interfaces can withstand high-G loads prior to separation from the launch vehicle. Hypersonix stated that no structural anomalies or avionics faults were detected during or after the test campaign, allowing the program to advance directly into flight preparations without redesign or requalification. Launch and Flight Sequence The upcoming mission will be conducted under the U.S. Defense Innovation Unit’s HyCAT (Hypersonic and High-Cadence Airborne Testing) program, which aims to accelerate the development and demonstration of hypersonic technologies through rapid, lower-cost flight testing. Under the current mission profile, the HASTE booster will loft the DART-AE to an altitude of approximately 30 kilometers, accelerating it to around Mach 5 before release. Following separation, the vehicle will ignite its SPARTAN scramjet engine, transitioning from a boost phase to autonomous powered hypersonic flight. Unlike conventional rocket engines, the SPARTAN scramjet does not carry an onboard oxidizer. Instead, it ingests atmospheric oxygen at high speed, compressing the airflow through its inlet to sustain supersonic combustion of hydrogen fuel. This approach reduces vehicle mass and enables efficient operation within the hypersonic flight regime. During the test, DART-AE is programmed to accelerate to speeds approaching Mach 7, or roughly 8,600 kilometers per hour. The objective is to demonstrate stable, sustained, non-ballistic hypersonic flight while collecting data on propulsion performance, thermal loads, structural behavior, and vehicle control. Transportation and Integration in the United States With vibration qualification complete, Hypersonix is preparing the demonstrator for trans-Pacific transport to Rocket Lab’s U.S. integration facilities at Wallops. Once on site, the vehicle will undergo final checkouts, interface verification with the HASTE launch vehicle, and range safety approvals before entering the launch window. Rocket Lab’s HASTE platform is a suborbital variant of its Electron rocket, modified to support hypersonic test payloads requiring precise deployment conditions. The system has been positioned as a rapid-response option for government and commercial hypersonic testing, offering repeatable access to relevant speed and altitude regimes. Hydrogen Scramjets and Emissions Profile The DART-AE flight also serves as a technology demonstration for hydrogen-based hypersonic propulsion. When operating in scramjet mode, the SPARTAN engine’s primary by-product is water vapor, rather than carbon-based exhaust. Hypersonix has emphasized that while the broader launch system still relies on conventional rocket propulsion, the scramjet phase represents a lower-emission approach to sustained hypersonic flight within the atmosphere. If the Q1 2026 mission proceeds as planned, it will represent one of the most advanced demonstrations to date of a reusable, additively manufactured, hydrogen-fueled scramjet operating at hypersonic speeds. Data from the flight is expected to inform future DART variants and potential applications across defense testing, space access concepts, and high-speed atmospheric research.

Iranian Officials Warn U.S. Strike Could Reignite Protests and Break Government Control

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TEHRAN / WASHINGTON : According to Reuters, Senior figures within Iran’s political and security establishment have warned that a new U.S. military strike could severely undermine the government’s ability to maintain control, potentially reigniting large-scale domestic unrest following last month’s deadly suppression of protests, according to multiple sources familiar with internal discussions. The warnings were conveyed during recent high-level meetings attended by Iran’s Supreme Leader, Ayatollah Ali Khamenei, Reuters reported, citing six current and former Iranian officials. Participants in the meetings said the country remains highly unstable after January demonstrations that were met with heavy force by security services, resulting in significant casualties. Internal Assessments of Public Sentiment Officials briefed on the discussions said the leadership is increasingly concerned that longstanding methods of deterrence, particularly reliance on fear and coercion, may no longer be sufficient to prevent renewed protests. Four current officials described the January crackdown as the most severe since the early years following the 1979 Islamic Revolution, and said public anger has not subsided. According to these officials, assessments presented to the Supreme Leader indicated that a segment of the population is now more willing to confront security forces than during previous periods of unrest. The briefings contrasted the current situation with earlier foreign military actions, including Israeli and U.S. strikes in mid-2025 on Iranian-linked targets, which did not prompt significant street demonstrations at the time. Officials argued that conditions have since changed, with economic pressures, inflation, unemployment, and political grievances compounding public dissatisfaction. As a result, they warned that a limited U.S. military strike would be unlikely to generate national unity and could instead act as a catalyst for broader opposition activity. Risk of Combined External and Internal Pressure Several officials described a scenario in which foreign military action and domestic protests reinforce one another. In such an environment, they warned, security forces could be stretched across multiple fronts, increasing the risk of instability within the governing system. One official familiar with the discussions said there is concern that sustained external pressure is being calibrated to intensify internal divisions and encourage continuous protests. Another noted fears that any perception of weakening state authority could embolden both organized opposition groups and spontaneous public demonstrations. Statements From Opposition Figures Concerns within the establishment have been echoed by opposition figures, including Mirhossein Mousavi, a former prime minister who has been under house arrest since 2011. In a statement published on the reform-oriented Kalameh website, Mousavi criticized the government’s response to the January protests and said the use of force had deepened public resentment. His remarks underscored a broader narrative among reformist and opposition voices that the protests reflect structural issues rather than isolated unrest, and that continued repression could intensify demands for political change. U.S. Military Posture The internal Iranian warnings come amid heightened tensions between Tehran and Washington. U.S. President Donald Trump has publicly stated that military options remain under consideration as part of broader efforts to deter Iran and respond to regional threats. According to officials briefed on U.S. planning, potential options include targeted strikes against Iranian security and command infrastructure. The U.S. military has also increased its regional presence, including the deployment of an aircraft carrier and accompanying naval assets, expanding its capacity for rapid operations if ordered. U.S. and Israeli officials have previously assessed that air power alone is unlikely to bring about fundamental political change in Iran. However, Iranian officials now appear increasingly concerned that military pressure combined with unresolved domestic grievances could produce unpredictable outcomes. Domestic Conditions Despite the current absence of large-scale demonstrations, analysts describe the situation inside Iran as tense. Economic challenges, including currency depreciation and rising living costs, continue to affect daily life, while political restrictions limit avenues for dissent. Officials interviewed by Reuters said there is an expectation that any future protests would be met with even harsher measures than those used in January, raising the risk of higher casualties. At the same time, some citizens interviewed indicated that the threat of further repression may no longer deter participation in demonstrations, particularly among families affected by recent violence. For now, both Iranian authorities and foreign governments are closely monitoring developments, with internal assessments suggesting that the interaction between external military pressure and domestic unrest remains one of the most significant risks facing the Islamic Republic in the months ahead.

Leonardo Unveils Hystrix 40 and 76 ADS Counter-UAS Systems Integrated Integrated with Michelangelo Dome

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Rome : Italian defence group Leonardo has unveiled the Hystrix family of land-based air defence and counter-unmanned aerial systems, marking the adaptation of its naval gun technologies for terrestrial air defence roles. The new family consists of two configurations, the Hystrix 40 ADS and the Hystrix 76 ADS, both designed to counter drones, loitering munitions, and low-altitude aerial threats under a centralized command-and-control framework. The Hystrix systems are fully integrated into Leonardo’s Michelangelo Dome defensive architecture, a modular and scalable air defence framework that links sensors, command elements, and effectors into a unified C5 structure. Within this architecture, gun-based systems form part of a layered defence approach, addressing threats in defined engagement zones before they reach protected assets. Hystrix Concept and System Architecture The Hystrix designation, derived from the Latin word for hedgehog, identifies a family of land artillery systems that reuse naval gun designs in static or relocatable land configurations. Leonardo has positioned Hystrix as a gun-based solution that complements missile-based air defence systems, offering sustained fire, rapid reaction, and cost-efficient engagement of aerial threats. Within the Michelangelo Dome structure, the 76 mm systems form the longer-range gun layer, while the 40 mm systems provide a mid-range engagement layer. Both calibres operate under the same command-and-control logic, allowing coordinated engagements based on threat density, priority, and mission requirements. Hystrix 40 ADS: Mid-Layer Counter-UAS System The Hystrix 40 ADS is the mid-layer gun system within the Hystrix family. It is derived from the Marlin 40 naval mount, a system whose lineage traces back to 40 mm gun developments by Oto Melara in the 1950s. More than 850 Marlin 40 mounts are currently in service with around 30 navies worldwide. For land use, the Hystrix 40 ADS adopts the Independent Line Of Sight (ILOS) configuration, integrating its own electro-optical sensor suite. This enables autonomous detection, tracking, ballistic calculation, engagement, and engagement termination, while remaining compatible with higher-level command-and-control inputs. A Hystrix 40 ADS prototype is scheduled to be completed before the end of 2026 to support full integration with Michelangelo Dome command-and-control elements. The system provides 360-degree traverse with an elevation range from –20 degrees to +85 degrees. It features training speeds of 120 degrees per second and elevation speeds of 75 degrees per second, both supported by accelerations of 200 degrees per second squared. In its land configuration, the Hystrix 40 ADS has a dry mass of approximately 2,100 kg, around 100 kg lighter than the naval mount. It carries 72 ready-to-fire rounds, with total ammunition mass of about 180 kg. The gun fires exclusively at its maximum rate of 300 rounds per minute, with full reloading completed in under five minutes. The sensor suite includes a 6.5 km laser rangefinder, a thermal camera with detection, recognition, and identification ranges of 15 km, 6.8 km, and 3.5 km, and a daylight camera with ranges of 20 km, 9 km, and 4.5 km. The final configuration is expected to integrate the Janus D fully digital sensor, optimized for counter-UAS operations. The Hystrix 40 ADS can be mounted on flatbed trucks or semitrailers, using hydraulic jacks for autonomous unloading and emplacement. It is compatible with IDV Astra 8×8 vehicles used with SAMP/T and SAMP/T NG systems. Ammunition options include high-explosive incendiary tracer, high-explosive pre-fragmented proximity-fuse rounds, and multifunction programmable ammunition supporting airburst, point-detonating, and combined modes. Leonardo is cooperating with MBDA Italy to evaluate integration of the Fulgur VSHORAD missile, extending the engagement envelope beyond gun-only range. Leonardo has previously exported trailer-mounted Marlin 40 ILOS turrets to an unnamed Far East country, with local industry conducting final assembly, and a further army requirement is under discussion. Hystrix 76 ADS: Long-Range Gun Layer The Hystrix 76 ADS represents the long-range gun layer within the Michelangelo Dome architecture. It is based on the 76/62 naval gun system in the SovraPonte configuration, avoiding below-deck intrusion and enabling land installation. Development is self-financed by Leonardo. Designed for fixed or relocatable deployment, the system has a dry mass of approximately 7,000 kg. With 72 rounds loaded, ammunition adds around 900 kg, limiting suitability for mobile vehicle-mounted roles. The displayed configuration uses a two-axle flatbed trailer with four hydraulic outriggers. A forward container module houses fire-control electronics, communications equipment, and an onboard generator. The current container is a 10-foot standard format, with efforts ongoing to reduce size and weight. The Hystrix 76 ADS offers 360-degree traverse, an elevation range from –5 to +85 degrees, and dual-feed magazines holding 36 rounds each. The system is remotely operated via a two-way data link, transmitting fire missions and returning system status data, including remaining ammunition. A prototype is planned before the end of 2026, with initial trials in the same timeframe. Hystrix 76 ADS Light Variant The Hystrix 76 ADS Light is under development for 8×8 wheeled or tracked platforms. It has a dry mass below 4,000 kg, operates at a reduced rate of fire of 100 rounds per minute, and carries slightly over 40 rounds with approximately 500 kg of ammunition. The design reuses components from 76/62 Compact, 76/62 SP, 76/62 SR Super Rapido DF/MF, and the Hitfact MkII land turret. Trials of the standard Hystrix 76 ADS are planned before year’s end, with the Light variant prototype to follow later. Ammunition and Counter-UAS Performance Supported ammunition includes HE-PF-IM6-OES (3AP fuse), HE-MOMA1 (4AP fuse), Vulcano 76 BER, and the DART guided munition. Additional Vulcano variants with infrared and semi-active laser seekers are in advanced development. Use of DART requires the Davide guidance kit, while Davide Plus will add tracking capability and stand-alone operation. Leonardo confirmed existing 76 mm ammunition has demonstrated effectiveness against small drones. At the La Spezia Navy range, a 4AP proximity fuse detonated within 2–3 metres of a Class 1 drone. Leonardo identified detection and tracking as key limiting factors and cited its C-band Tactical Multi Mission Radar as a supporting sensor. The blast and fragmentation effects of a single 76 mm round were assessed as sufficient to engage multiple drones in a swarm. Integrated Role Within Michelangelo Dome Within Michelangelo Dome, Hystrix contributes to a layered defence concept, including a Dead Zone where point-defence effectors engage threats before reaching protected sites. By adapting naval gun systems for land-based static or relocatable roles, Leonardo aims to reduce development timelines while expanding counter-air and counter-UAS coverage, reinforcing its integrated sensors-to-shooters air defence approach.

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Leonardo Unveils Hystrix 40 and 76 ADS Counter-UAS Systems Integrated Integrated with Michelangelo Dome

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