India
New Delhi : Solar Industries has publicly showcased a three-dimensional (3D) model of its new Medium Altitude Long Endurance (MALE) unmanned aerial vehicle, designated Vijayastra, marking the first detailed public view of the platform. The MALE-class UAV has been designed to perform Intelligence, Surveillance, Target Acquisition and Reconnaissance (ISTAR) missions, while also supporting precision strike roles through dedicated weapon integration. The display of the Vijayastra model offers insight into the company’s entry into heavier, long-endurance unmanned systems, with emphasis on indigenous propulsion, extended persistence, and multi-mission adaptability. The platform is positioned as a high-endurance asset capable of sustained operations across land and maritime domains. Platform Design and Performance Profile Vijayastra is engineered for prolonged missions at medium altitude and is powered by a domestically developed 177 horsepower turbocharged engine. The airframe features a wingspan of 18.6 metres, optimized for aerodynamic efficiency and long-duration endurance. According to the technical details presented, the UAV is capable of operating at altitudes of up to 30,000 feet and sustaining flight for approximately 29 hours. The maximum takeoff weight (MTOW) of the platform is rated at 1,800 kilograms, with a maximum speed of 225 kilometres per hour. These parameters place Vijayastra firmly within the MALE category, intended for persistent surveillance and extended-area coverage. Operational reach varies by communications mode. In line-of-sight (LOS) configuration, the UAV supports operations up to a radius of 250 kilometres, while beyond-line-of-sight (BLOS) missions enabled through satellite communications (SATCOM) extend the operational range to approximately 1,000 kilometres. Payload Capacity and Hardpoint Configuration The Vijayastra UAV has been designed with a total weapon and mission payload capacity of 300 kilograms, distributed across four dedicated external hard points. This configuration allows the platform to carry a combination of sensors, mission-specific equipment, and precision-guided munitions, enabling a rapid transition from surveillance to engagement roles when required. The hardpoint architecture supports modular payload integration, allowing the UAV to be configured according to mission demands without changes to the core airframe. Sensor Suite and Surveillance Capabilities For intelligence, surveillance, and reconnaissance tasks, Vijayastra is designed to integrate both medium-range electro-optical (MREO) and long-range electro-optical (LREO) systems, providing day-and-night imaging capabilities. These systems are complemented by synthetic aperture radar (SAR), enabling high-resolution ground mapping and target detection in adverse weather conditions. A maritime patrol radar (MPAR) option is also included, extending the platform’s suitability for over-sea surveillance and coastal monitoring missions. The sensor architecture is intended to provide persistent situational awareness over wide areas, supporting both strategic reconnaissance and tactical battlefield observation. Intelligence Collection and Electronic Warfare Support Beyond conventional ISR roles, Vijayastra incorporates electronic intelligence (ELINT) and communications intelligence (COMINT) payloads. These systems enable the interception, detection, and analysis of electronic emissions and communication signals, contributing to broader intelligence-gathering and electronic support operations. The integration of ELINT and COMINT modules allows the UAV to function as a node in network-centric operations, supporting real-time intelligence dissemination to command and control elements. Airspace Integration and Mission Systems To support safe operation in controlled and contested airspace, Vijayastra is equipped with Identification Friend or Foe (IFF) capability and a Traffic Collision Avoidance System (TCAS). Unified Communications Routing (UCR) is included to manage secure data links and coordinate sensor feeds, command inputs, and mission data transmission during extended sorties. These systems are intended to ensure interoperability with existing airspace management frameworks while maintaining secure communications during BLOS operations. Expansion of Unmanned Systems Portfolio The unveiling of the Vijayastra MALE UAV represents an expansion of Solar Industries’ unmanned systems portfolio into higher-endurance and higher-payload platforms. With its combination of long-range surveillance, electronic intelligence capability, and precision strike integration, the platform reflects a move toward multi-role unmanned aircraft designed for sustained operational deployment. The company has not disclosed timelines for flight testing or induction, but the public presentation of a detailed 3D model indicates that the design has reached an advanced configuration stage, with clearly defined performance parameters and mission roles aligned to MALE-class operational requirements.
Read More → Posted on 2026-02-10 15:08:19
World
VILNIUS : Germany has begun the permanent deployment of a full armored brigade to Lithuania, marking a major shift in its postwar defense policy and NATO’s force posture on the alliance’s eastern flank. The move will see around 5,000 Bundeswehr personnel and 105 Leopard 2A8 main battle tanks stationed in the Baltic state on a long-term basis. The troops will be primarily based at a newly constructed military complex near Rūdninkai, approximately 30 kilometers from Lithuania’s southeastern border with Belarus. The deployment represents the first permanent stationing of German combat forces abroad since the end of World War II. Formation of the 45th Armored Brigade The deployed forces will form the core of the newly established 45th Armored Brigade “Lithuania.” The brigade is being built from existing Bundeswehr units and is scheduled to reach full operational capability by the end of 2027. Once complete, it will consist of mechanized infantry, armored units, artillery, logistics, air defense, and command elements, designed to operate as a fully self-sustaining formation. An advance detachment of approximately 250 personnel arrived in Vilnius in late 2024 to prepare infrastructure, command structures, and host-nation coordination. In early 2026, two key maneuver units — Panzergrenadier Battalion 122 and Panzer Battalion 203 — began deploying to Lithuania, significantly increasing Germany’s permanent military footprint in the country. Shift From Rotational to Permanent Presence Until recently, Germany maintained a rotational troop presence in Lithuania under NATO’s Enhanced Forward Presence framework. The transition to permanent basing follows a reassessment of the European security environment after Russia’s full-scale invasion of Ukraine in 2022. The deployment is a central element of NATO’s operational plan, OPLAN Deu, which assigns Germany primary responsibility for the defense of Lithuania in the event of a crisis. The plan emphasizes forward-positioned heavy forces rather than reliance on rapid reinforcement from Western Europe. A key geographic concern is the Suwałki Gap, a narrow land corridor linking Poland to the Baltic states. The area lies between Russia’s Kaliningrad exclave and Belarus, making it a focal point in NATO contingency planning. Infrastructure and Bilateral Agreements The permanent deployment required extensive political and logistical preparation. Germany and Lithuania finalized a bilateral roadmap in December 2023, outlining responsibilities for basing, legal status, and long-term support. Lithuania is investing more than $1 billion in new military infrastructure, including barracks, vehicle storage areas, training grounds, ammunition depots, and support facilities. Civilian housing, schools, and medical services are also being expanded to accommodate German soldiers and their families, underscoring the long-term nature of the deployment. On the German side, new legislation was adopted to adjust pay scales, allowances, and service conditions for troops assigned to long-term overseas postings, addressing retention and family welfare concerns. Leopard 2A8 Integration and Industrial Support A central component of the brigade’s combat power will be the deployment of 105 Leopard 2A8 main battle tanks. Publicly unveiled in late 2025, the 2A8 is the first newly manufactured Leopard variant since 1992, rather than a modernization of older hulls. The Leopard 2A8 incorporates a factory-installed Trophy Active Protection System, designed to detect and intercept incoming anti-tank guided missiles and rocket-propelled grenades. The tank also features a fully digitized open-architecture electronic system, enabling integration with NATO command networks, battlefield management systems, and unmanned aerial surveillance feeds. To support sustainment and readiness, defense manufacturer KNDS has signed agreements to establish a Leopard 2A8 assembly and maintenance facility in Kaunas. The plant will handle heavy maintenance, repairs, and system upgrades, reducing reliance on transport back to Germany. Role Within NATO Command Structure As the deployment progresses, the 45th Armored Brigade has formally assumed command of NATO’s Multinational Battle Group in Lithuania. This structure integrates allied forces from several NATO member states under German leadership, enhancing interoperability and unified command during training and potential contingency operations. The full brigade deployment is expected to be completed in phases through 2027. German and Lithuanian officials describe the move as a long-term commitment to regional defense, aligning national force planning with NATO’s updated deterrence and defense posture in Eastern Europe.
Read More → Posted on 2026-02-10 14:40:08
World
RIYADH, Saudi Arabia : Azerbaijan has concluded a €210 million defense procurement agreement for 96 SAM120 120-mm automatic self-propelled mortar systems from Slovakia, formalizing the deal on February 8, 2026, during the World Defense Show in Riyadh. The contract represents the first tranche under a broader bilateral framework agreement that provides for the potential delivery of up to 300 SAM120 systems. If fully exercised, the framework agreement would carry an estimated total value of approximately €650 million. Contracting Parties and Industrial Structure The agreement was signed on behalf of Azerbaijan by the state-owned Iglin Research and Production Enterprise. The Slovak side was represented by Miroslav Šim, Director of ZTS Special, the company responsible for manufacturing the systems. ZTS Special, based in Dubnica nad Váhom, operates within the DMD Group, a state-owned industrial group overseen by the Slovak Ministry of Defence. Production Timeline and Delivery Outlook Following the signing, Slovak Defence Minister Robert Kaliňák confirmed that production of the mortars will begin immediately. According to the Slovak Ministry of Defence, the first completed SAM120 system intended for Azerbaijan is scheduled to be unveiled in autumn 2026 at a defense exhibition in Baku. Officials from both countries have also discussed options for deeper industrial cooperation beyond the initial deliveries. These talks have included the possibility of localized assembly, licensed production, or other forms of industrial participation to support the development of Azerbaijan’s domestic defense manufacturing capabilities. No binding commitments on localization have been announced. System Description and Capabilities The SAM120 is the self-propelled variant of the 120-mm AM120 automatic mortar system. The AM120 was first publicly presented at the IDEB Defence & Security exhibition in Bratislava in May 2024. The system features a remotely operated turret and an automatic carousel loader with a capacity of 35 rounds. It is designed to be operated by a crew of two to four personnel. The mortar has a standard firing range of up to 8 kilometers and is capable of sustaining a rate of fire of up to 20 rounds per minute. Automation is intended to reduce crew workload and improve responsiveness during fire missions. Configuration and Integration Options The specific technical configuration ordered by the Azerbaijani Armed Forces has not been disclosed publicly. In previous demonstrations, the AM120 has been shown mounted on a Tatra Force 815-7 (6×6) chassis. The demonstrator configuration included a four-seat Puma L2 Long armored cab, a 300-kilowatt diesel engine, and an integrated fire control solution supplied by the Slovak defense company Kerametal under the Lansys system brand. While this configuration provides an indication of the platform’s intended integration approach, procurement officials have not confirmed whether Azerbaijan will adopt the same chassis, cab protection level, or fire control architecture for its production systems. Broader Context The contract adds to Azerbaijan’s ongoing efforts to modernize its indirect fire capabilities through the acquisition of automated and mobile artillery systems. For Slovakia, the deal represents one of the largest recent export orders for domestically produced mortar systems and reinforces ZTS Special’s position within the European land systems market. No delivery schedule beyond the 2026 presentation milestone has been publicly released, and further details on follow-on orders under the framework agreement are expected to depend on subsequent negotiations and operational evaluations.
Read More → Posted on 2026-02-10 14:33:05
World
YEREVAN : Armenia has signed an agreement valued at $11 million to acquire U.S.-manufactured V-BAT (MQ-35A) unmanned aerial systems, marking the first significant transfer of American military technology to the country. The deal was announced during an official visit to Yerevan by U.S. Vice President J. D. Vance, underscoring a widening defense relationship between the United States and Armenia. Armenian officials said the purchase supports ongoing efforts to modernize the Armenian Armed Forces and diversify procurement toward NATO-standard systems. U.S. officials described the transaction as a step toward strengthening regional stability through enhanced defense cooperation. Agreement and Procurement Framework The agreement was finalized following meetings between Vice President Vance and Armenian Prime Minister Nikol Pashinyan. According to Armenian government statements, the acquisition was conducted through the U.S. Foreign Military Sales (FMS) framework, which includes training, logistics, and technical support components. Prime Minister Pashinyan confirmed that Armenia had selected the V-BAT platform based on its operational track record. Vice President Vance said the sale represents the first major U.S. defense export to Armenia and reflects a broader intention to expand bilateral security cooperation. Platform Overview: V-BAT (MQ-35A) The contract covers the V-BAT unmanned aerial system, designated MQ-35A by the U.S. military and manufactured by San Diego-based defense technology firm Shield AI. The system is designed primarily for intelligence, surveillance, and reconnaissance (ISR) missions and is optimized for operations in austere environments. According to manufacturer and U.S. military data, the V-BAT features vertical takeoff and landing (VTOL) enabled by a ducted fan system, allowing launch and recovery without a runway. The platform offers endurance exceeding 10 hours and an operational line-of-sight range of more than 300 kilometers, depending on configuration and command-and-control architecture. A key capability of the MQ-35A is its ability to operate in GPS-denied and electronically contested environments using onboard autonomous navigation software. The system supports a payload of approximately 10–11 kilograms, accommodating electro-optical and infrared sensors and other ISR payloads. Launch and recovery can be conducted from a footprint of roughly 12 by 12 feet, enabling deployment from confined or remote locations. Defense analysts note that these characteristics align with Armenia’s mountainous terrain and its emphasis on mobile, flexible ISR coverage. Integration and Training Armenian defense officials said the V-BAT systems are expected to be integrated into the Armenian Armed Forces in the near term. Training and operational familiarization programs are anticipated to begin shortly under existing U.S.–Armenia military cooperation arrangements associated with the FMS process. While the number of systems included in the initial $11 million tranche was not disclosed, officials indicated that the package includes associated support necessary for initial operational capability. Broader Bilateral Context The drone acquisition was announced alongside other bilateral initiatives during Vice President Vance’s visit. Armenian and U.S. officials also finalized a joint statement concluding negotiations on an agreement for peaceful nuclear cooperation, focused on nuclear safety and energy diversification. Armenia has in recent years sought to broaden defense cooperation beyond its traditional partners, increasing engagement with multiple countries as part of a wider diversification strategy. The V-BAT agreement represents a notable development in that effort, establishing a precedent for future U.S.–Armenia defense transactions. Officials from both sides characterized the deal as limited in scale but significant in scope, positioning it as a foundation for potential future cooperation without indicating additional procurements at this stage.
Read More → Posted on 2026-02-10 14:14:15
World
Tehran : Iran has formally told international nuclear inspectors that unexploded U.S. munitions left behind after American airstrikes on its nuclear facilities in June 2025 pose unresolved safety risks, preventing inspections from resuming. The position was outlined by Foreign Minister Abbas Araghchi, who said access cannot be granted until new safety, security, and technical protocols are agreed. Inspection Deadlock and Safety Concerns Iranian officials say the presence of unexploded ordnance at bombed nuclear sites creates hazards for inspection teams and local engineers alike. According to Tehran, existing international inspection frameworks do not address visits to nuclear facilities that have been subjected to military strikes involving deep-penetration weapons. Araghchi said he raised the issue directly with the head of the International Atomic Energy Agency (IAEA), and was told there are no established procedures governing inspections under such conditions. Iran has notified the IAEA that any inspection would require prior agreement on risk mitigation, site access routes, and emergency response measures. Officials added that the issues extend beyond explosive danger to include structural instability, debris clearance, and verification of safe working distances within damaged underground halls. June 2025 Strikes and Affected Facilities The safety dispute stems from a 12-day conflict in June 2025, which Iranian authorities describe as a coordinated Israeli campaign supported by the United States and conducted under the operational designation Operation Midnight Hammer. During the fighting, U.S. aircraft struck three core components of Iran’s nuclear infrastructure: Fordow, Natanz, and Isfahan. Iran acknowledged significant physical damage to buildings and underground structures but said nuclear material had been relocated ahead of the strikes, avoiding any radiological release. The ceasefire that followed ended active hostilities, yet left the sites in a damaged and hazardous condition, with cleanup and verification efforts still incomplete months later. Weapons Used and Unexploded Munitions Iranian officials say the United States employed fourteen GBU-57A/B Massive Ordnance Penetrator bunker-buster bombs during the operation. They claim some of these munitions failed to detonate and remain embedded within rock and reinforced concrete at the targeted sites. The GBU-57 Massive Ordnance Penetrator (MOP) is the largest conventional bomb in the U.S. arsenal. Weighing approximately 13,600 kilograms, it is designed to penetrate deeply buried targets before detonating. The weapon’s hardened steel casing allows it to drive through tens of meters of earth or several meters of reinforced concrete, guided by a combined GPS and inertial navigation system (INS). A delayed fuze is programmed to trigger only after sufficient penetration is achieved. Iran says that if the fuze fails due to impact conditions or mechanical malfunction, the bomb can remain largely intact beneath collapsed structures. Such unexploded devices, officials argue, create unacceptable risks for inspectors and site workers until they are located, assessed, and neutralized. Delivery Platform and Targeting Approach The GBU-57 is carried exclusively by the B-2 Spirit strategic bomber. During the June 2025 strikes, U.S. aircraft reportedly aimed the weapons at ventilation shafts, access tunnels, and structural weak points intended to disrupt underground facilities rather than surface buildings alone. Iranian accounts say this approach increased the likelihood that some munitions became lodged deep within debris without detonating. Technical and Intelligence Implications Beyond safety considerations, the unexploded weapons raise sensitive technical and security questions. Iranian officials acknowledge that neutralizing and extracting any intact munitions would be a complex engineering task requiring specialized expertise and equipment. Even without recovering explosive material, access to a largely intact bomb could allow detailed examination of casing design, materials, and internal components. Defense analysts note that inspection of such hardware could reveal information about penetration mechanics, fuze design, and guidance systems. Tehran has not stated whether recovery efforts are underway, but has emphasized that any handling of the devices would prioritize safety and containment. Ongoing Contacts With the IAEA Iran says communication with the IAEA has continued, but no timeline has been set for resuming inspections at the affected sites. Officials maintain that access will remain suspended until mutually agreed procedures are in place to address unexploded ordnance, damaged infrastructure, and personnel safety. For now, the inspection impasse underscores how the aftermath of the June 2025 strikes continues to complicate international verification efforts, even months after the fighting ended.
Read More → Posted on 2026-02-10 14:05:24
World
Washington : The U.S. Department of War said on Monday that its enterprise artificial intelligence platform, GenAI.mil, has crossed one million unique users, marking one of the fastest internal technology rollouts in the department’s history. The milestone was reached less than two months after the platform’s initial deployment across all branches of the Armed Services. Alongside the usage announcement, department officials confirmed a formal partnership with OpenAI to integrate ChatGPT into GenAI.mil. The integration is intended to extend large language model (LLM) capabilities to the department’s full workforce of approximately three million uniformed and civilian personnel. Rapid Adoption Across Services GenAI.mil was launched as a centralized, secure platform designed to provide generative AI tools for operational, analytical, and administrative use. According to officials briefed on the program, adoption has been broad-based, with personnel from every Military Service accessing the system within weeks of its launch. The Department reported that the platform has recorded 100 percent uptime since deployment, supported by an enterprise-grade infrastructure built to handle sustained, high-demand usage. Officials said the system was stress-tested early to ensure reliability as user numbers scaled rapidly. Operational Use and Workforce Integration Department officials said GenAI.mil is already being used to accelerate routine workflows, including data synthesis, information retrieval, and drafting support for operational planning and readiness activities. The system is positioned as a productivity and decision-support tool, rather than an autonomous decision-making system. The forthcoming integration of ChatGPT is expected to expand these functions by enabling advanced natural language interactions, allowing users to query large datasets, summarize complex material, and generate structured outputs within approved security boundaries. Officials emphasized that the rollout is being accompanied by structured training programs. These programs are designed to ensure that personnel understand how to use generative AI tools effectively and responsibly, in compliance with departmental security and data-handling requirements. Training is being conducted in parallel with deployment to avoid unregulated or ad hoc use. Strategic and Policy Framework The expansion of GenAI.mil is a core component of the War Department’s AI Acceleration Strategy, released last month. The strategy outlines a shift toward treating artificial intelligence as a foundational capability across defense operations, rather than a niche or experimental technology. The initiative also aligns with the federal policy direction set out in the White House AI Action Plan, issued under President Donald Trump. Both frameworks call for the rapid but secure adoption of advanced AI systems to maintain technological and strategic competitiveness. In a departmental statement, officials described the OpenAI partnership as a step toward standardizing access to commercial-grade AI tools within a controlled, mission-ready environment, rather than relying on fragmented or externally hosted solutions. Platform Status and Scope As of February 2026, GenAI.mil supports more than one million unique users, with a total eligible population of approximately three million Department of War personnel. The system reached the one-million-user mark within two months of launch and has maintained continuous availability since going live. With the integration of ChatGPT, the Department aims to make advanced language model capabilities a routine component of daily operations, while retaining centralized oversight, security controls, and policy enforcement. Officials said future capability updates will be evaluated under the same governance framework as adoption continues to expand across the force.
Read More → Posted on 2026-02-10 13:53:00
World
New Delhi : IG Defence has been granted a patent for its indigenous Fixed-Wing Tactical Unmanned Aerial System (UAS), marking a further step in India’s domestic defence manufacturing and intellectual property ownership efforts. The patented system is a dual-use platform designed to combine surveillance and precision engagement capabilities within a single unmanned aircraft, addressing operational requirements that have emerged from recent conflict scenarios. The patent award adds to IG Defence’s defence-related intellectual property portfolio and follows earlier patents secured by the company for advanced training and simulation systems. Company officials said the fixed-wing tactical drone was developed with a focus on operational deployment rather than experimental use, and its design was informed by feedback and performance data gathered during live missions conducted as part of Operation Sindoor (May 2025). Operational Context and Validation According to information shared by the company, the fixed-wing tactical drone was conceived to meet the need for platforms capable of sustained surveillance while retaining the option for rapid engagement. Modern operational environments increasingly require systems that can shorten the sensor-to-shooter cycle, particularly in scenarios involving mobile targets and limited response time. During Operation Sindoor, indigenous unmanned systems were deployed in support roles that included reconnaissance and target monitoring in contested environments. These deployments demonstrated the utility of low-observable, domestically produced unmanned platforms capable of operating with minimal external logistical dependence. IG Defence has stated that lessons from these missions directly influenced refinements to the drone’s design, including endurance, payload integration, and deployability. System Design and Capabilities The patented UAS uses a fixed-wing configuration, selected for its aerodynamic efficiency and suitability for extended range and loiter missions. Compared to rotary-wing systems, the platform is optimized for longer endurance and broader area coverage. The system is designed to carry a payload of up to five kilograms, configurable for different mission requirements. These include Intelligence, Surveillance, and Reconnaissance (ISR) tasks as well as terminal precision engagement, allowing a single platform to support multiple operational roles. IG Defence has emphasized the drone’s lightweight and modular construction, enabling transport and deployment by small units without specialized launch infrastructure. The company states that the system can be operated from unprepared terrain, supporting special operations units and forces deployed in remote or forward areas. Company and Advisor Perspectives Commenting on the patent grant, Bodhisattwa Sanghapriya, Founder and Chief Executive Officer of IG Defence, said the focus of the company’s research and development efforts has remained on technologies intended for sustained operational use. He noted that the company has consistently prioritized ownership of core intellectual property across its product lines, including simulators and unmanned systems, and that the fixed-wing tactical drone reflects an approach shaped by real-world operational requirements. According to Sanghapriya, the objective has been to provide the armed forces with systems that improve situational awareness, reduce exposure of personnel to risk, and perform reliably under field conditions, in line with national self-reliance goals in defence technology. Air Commodore R N Gaekwad (Retd.), Advisor to IG Defence, highlighted the changing nature of battlefield decision-making. He said contemporary operations increasingly depend on platforms that can extend surveillance reach and provide commanders with timely information without committing additional personnel. He added that combining surveillance and strike capabilities in a single unmanned system offers operational advantages by supporting faster and more informed decisions. Role in the Indigenous Defence Ecosystem The patent strengthens IG Defence’s position within India’s defence innovation ecosystem, where policy emphasis has increasingly shifted toward indigenous design, development, and manufacturing. By retaining intellectual property rights over critical technologies, the company contributes to reducing dependence on foreign suppliers for key operational capabilities. As the Indian Armed Forces continue modernization programs across multiple domains, the availability of domestically developed, IP-protected systems such as the Fixed-Wing Tactical UAS is viewed as a factor in improving long-term operational readiness. Officials familiar with the program note that indigenous systems are less vulnerable to global supply chain constraints and can be adapted to evolving operational requirements. The patent grant underscores a broader trend within India’s defence sector toward field-tested, locally developed platforms that are integrated into active service planning, rather than limited to developmental or demonstrative roles.
Read More → Posted on 2026-02-10 13:44:39
India
Chennai : Researchers at Indian Institute of Technology Madras (IIT-Madras), working in partnership with Bharat Electronics Limited (BEL), have unveiled an indigenous 80mm precision rocket system intended for deployment from military helicopters. The development represents a new addition to India’s domestically produced air-launched munitions and supports the national objective of defence self-reliance under the Atmanirbhar Bharat initiative. The rocket has been designed and engineered at the Sudha Murty Centre for Electronic Systems and Instrumentation at IIT-Madras. It is configured to deliver an effective engagement range of approximately 10 to 12 kilometres while remaining compatible with standard helicopter rocket launch pods. According to project officials, the design ensures that multiple-rocket salvo firing can be carried out without adversely affecting aircraft balance or flight stability. Technically, the munition is powered by a solid-fuel propulsion system that provides sustained thrust, allowing the rocket to achieve velocities in excess of Mach 2. The payload section follows a modular architecture, enabling the same rocket body to be fitted with different warhead options, including high-explosive fragmentation, anti-armor, and airburst variants. This approach allows the weapon to be tailored for a range of mission profiles without structural modification. Although primarily conceived as a high-accuracy unguided rocket, the system incorporates advanced aerodynamic shaping to improve flight stability and terminal precision. The design also allows for future enhancement with inertial navigation and GPS-based guidance kits, extending its applicability to longer-range and beyond-visual-range engagements if required. Validation trials were conducted at the Aeronautical Test Range, Chitradurga, where the rocket was tested under simulated operational conditions. During these evaluations, the munition consistently demonstrated impact accuracy within a sub-10-meter circular error margin, meeting the performance thresholds set for helicopter-launched strike weapons. The rocket is optimized for integration with India’s indigenous rotary-wing platforms, including the HAL Dhruv and the Light Combat Helicopter (LCH) Prachand. BEL has been responsible for production scaling and electronic and systems integration, ensuring compatibility with existing avionics and weapon management systems used by the Indian Armed Forces. Officials associated with the program stated that the project was initiated to address operational requirements for lightweight, extended-range armaments suited to contemporary asymmetric and high-mobility warfare scenarios. Faculty involved in the development noted that several of the propulsion and aerodynamic technologies demonstrated in the 80mm rocket are also being adapted for other defence applications, including ramjet-assisted artillery concepts, as part of a broader research and development effort.
Read More → Posted on 2026-02-09 18:13:00
India
BENGALURU : Axiscades Technologies Limited on Monday said its wholly owned subsidiary, Mistral Solutions, has secured a production order valued at approximately ₹80 crore ($8.8 million) from Hindustan Aeronautics Limited (HAL) for the Light Combat Aircraft (LCA) Tejas Mk-1A programme. The contract covers the manufacture and supply of critical avionics hardware for the Tejas Mk-1A, a 4.5-generation fighter aircraft that forms a central element of the Indian Air Force’s fleet modernisation plans. The order is part of ongoing efforts to scale up production of the Mk-1A variant to meet committed delivery schedules. Scope of the Contract Under the agreement, Mistral Solutions will deliver hardware for two key onboard systems. The first is the mission computer, which functions as the central processing unit of the aircraft, integrating sensor inputs, avionics data, and weapon system management to support mission execution. The second is the Smart Multifunction Display, an advanced cockpit interface that provides pilots with real-time flight parameters, navigation information, and situational awareness through high-resolution visual displays. These systems are considered core elements of the Tejas Mk-1A’s avionics architecture and are essential for multi-role combat operations, including air-to-air and air-to-ground missions. Manufacturing and Localisation All hardware covered by the order will be produced at Axiscades’ recently commissioned Devanahalli Atmanirbhar Complex (DAL). The facility is located within the Bengaluru Aerospace Park, near Kempegowda International Airport, and has been developed as a dedicated centre for indigenous defence electronics manufacturing. The production work at DAL aligns with the government’s “Make in India” and “Aatmanirbhar Bharat” policies, which aim to expand domestic manufacturing capabilities and reduce reliance on imported defence systems. The Tejas Mk-1A incorporates more than 64 per cent indigenous content, including advanced subsystems such as the Uttam active electronically scanned array (AESA) radar and indigenous electronic warfare and self-protection suites. Industry and Programme Context Mistral Solutions has an established role in India’s defence electronics ecosystem and has previously worked with the Defence Research and Development Organisation (DRDO) and HAL on embedded systems for military platforms. Axiscades stated that the latest order reinforces its position within the domestic aerospace and defence supply chain. Commenting on the development, C. Manikandan, Chief Executive Officer of Mistral Solutions, said the contract reflects the group’s continued focus on defence indigenisation and its intent to participate in future defence programmes. The announcement follows other recent defence-related orders for Axiscades. In January 2026, the company secured a separate ₹100 crore contract for the supply of signal and data processing units for the LLTR Ashwini radar programme, adding to its order book in the defence segment. Tejas Mk-1A Background The LCA Tejas Mk-1A represents the most advanced operational variant of India’s indigenously designed fighter aircraft. In September 2025, the Ministry of Defence signed a ₹62,370 crore contract with HAL for the procurement of 97 additional Mk-1A aircraft. This brought the total number of Mk-1A fighters on order to 180 for the Indian Air Force (IAF). Deliveries of the additional aircraft are expected to begin during the 2027–28 period. The programme is intended to strengthen the IAF’s combat capabilities while supporting long-term growth of India’s indigenous aerospace and defence manufacturing base.
Read More → Posted on 2026-02-09 18:08:50
Space & Technology
Tehran : Iran is set to formally unveil Rad-1, its first domestically developed radar-imaging satellite, marking a technological transition in the country’s space program from optical Earth observation to microwave-based reconnaissance. The announcement was made on February 9 by Hassan Salarieh, head of the Iranian Space Agency, who said the satellite has reached the final stages of assembly and calibration. Initial orbital parameter preparations have already been completed, according to the agency. Shift to Radar-Based Earth Observation Rad-1 represents the first operational platform in a new Iranian satellite family based on Synthetic Aperture Radar (SAR) technology. Unlike earlier Iranian satellites such as the Pars and Nour series, which relied on visible-light optical sensors, SAR systems transmit microwave signals and analyze their reflections to generate images of the Earth’s surface. This approach allows data collection in conditions that limit optical systems, including cloud cover, dust, smoke, and darkness. Officials say the move reflects Iran’s intent to develop persistent, independent Earth-observation capabilities. Technical Characteristics According to information released by the space agency, Rad-1 operates primarily in the X-band of the microwave spectrum and is designed for medium-resolution radar imaging. The satellite’s reported ground resolution is better than 50 meters. Key technical features include continuous day-and-night imaging capability and full all-weather operation. A follow-on satellite, Rad-2, is currently under development and is expected to improve resolution to better than 20 meters, indicating a planned incremental expansion of Iran’s radar-imaging performance. Strategic and Security Context The development of Rad-1 comes after a period of heightened regional military tension, including a 12-day conflict in June 2025 involving Israel and the United States that resulted in strikes on Iranian nuclear and ballistic-missile-related facilities. Military analysts note that radar satellites provide advantages in strategic monitoring because their signals are not dependent on light or clear skies. SAR systems are particularly effective at identifying large metallic objects and structural changes on the ground, even when targets are camouflaged or relocated. Potential applications include maritime surveillance in the Persian Gulf and Gulf of Oman, monitoring of mobile air- and missile-defense systems, and rapid post-strike damage assessment of infrastructure sites such as Natanz and Isfahan. The capability also supports independent situational awareness without reliance on foreign satellite data. Launch Plans and Infrastructure Iranian officials have not disclosed an exact launch date, citing security considerations, but indicated the unveiling and launch are expected before the end of the Iranian calendar year in March 2026. The launch is expected to be conducted from one of Iran’s domestic spaceports. Officials have pointed to the Chabahar Space Base as a likely site. The facility’s first operational phase is reported to be 93 percent complete and optimized for solid-fuel launch vehicles. Broader Space Program Direction Rad-1 is part of a broader Iranian effort to expand indigenous satellite manufacturing, launch infrastructure, and orbital operations. By adding radar-based Earth observation to its existing optical systems, Iran aims to establish a more comprehensive and resilient space-based monitoring architecture. Officials describe the satellite as a foundational step in a longer-term program that will include higher-resolution radar platforms and expanded coverage in future launches.
Read More → Posted on 2026-02-09 18:01:04
World
HUNTSVILLE, Alabama : BAE Systems has secured Foreign Military Sales (FMS) contracts valued at $137 million from the U.S. Army to deliver its AN/AAR-57 Common Missile Warning System (CMWS) to a group of allied nations, the company said. The contracts are intended to strengthen aircraft survivability across coalition forces operating in contested environments. The agreement covers the supply of the AN/AAR-57 CMWS to international military customers approved under the U.S. Foreign Military Sales framework. The system is designed to protect rotary-wing and fixed-wing aircraft from a range of battlefield threats, including infrared-guided missiles, radio-frequency-guided weapons, and small-arms fire. System Capabilities and Operational Role The AN/AAR-57 CMWS is an automated, multi-spectral threat detection system that continuously monitors an aircraft’s surroundings for incoming hostile fire. When a threat is identified, the system provides immediate alerts to aircrews and can automatically trigger countermeasures. These responses include the deployment of flares or the cueing of directed infrared countermeasure (DIRCM) systems, depending on the aircraft configuration and mission profile. The system’s architecture is designed to reduce pilot workload by integrating detection, processing, and response functions into a single, unified solution. This enables rapid reaction times in complex, high-threat operational environments. Deployment History and International Use BAE Systems reports that the CMWS is currently integrated on more than 40 aircraft platforms worldwide, spanning both fixed-wing and rotary-wing fleets. More than 3,000 units have been delivered to military operators, and the systems have collectively accumulated over 4 million combat flight hours. Under the newly awarded FMS contracts, the CMWS will be fielded by military fleets in more than 20 countries. The U.S. Army will continue to act as the contracting and program management authority, overseeing delivery and export to approved coalition partners to ensure interoperability during joint and combined operations. Integration Within the Intrepid Shield Architecture The AN/AAR-57 CMWS forms a core element of BAE Systems’ Intrepid Shield survivability architecture. This approach combines sensors, processors, and countermeasures into a layered defensive system that operates across the electromagnetic spectrum. The architecture is designed to provide 360-degree coverage around an aircraft and to coordinate responses to multiple threat types simultaneously. By consolidating threat data and countermeasure control, the Intrepid Shield framework aims to improve system response speed while minimizing the operational burden on aircrews. Production, Facilities, and Delivery To meet what the company describes as urgent operational requirements from international customers, BAE Systems has maintained a production schedule that has, in some cases, delivered systems ahead of contractual timelines. Design, engineering, and manufacturing activities for the AN/AAR-57 CMWS are conducted across several U.S. locations, including Huntsville, Alabama; Austin, Texas; and Nashua, New Hampshire. These facilities support system assembly, testing, and sustainment activities associated with both U.S. and international programs. Program Oversight The U.S. Army remains the primary manager for the FMS contracts, coordinating procurement and delivery to partner nations. The arrangement is intended to support standardized defensive capabilities among allied air forces and to facilitate interoperability during multinational operations. BAE Systems stated that the continued selection of the AN/AAR-57 CMWS by international customers reflects its established operational record and long-term deployment across coalition aircraft fleets.
Read More → Posted on 2026-02-09 17:35:29
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ARLINGTON, Va., : RTX Corporation has finalized a series of long-term framework agreements with the U.S. Department of War aimed at substantially increasing domestic production of several core missile systems used by U.S. forces and allied militaries. The agreements, executed through RTX’s Raytheon business, establish production terms spanning up to seven years and are intended to shift missile manufacturing to sustained, high-output rates aligned with wartime requirements. The framework covers five separate agreements and sets new annual production ceilings for multiple missile families that have seen heavy operational use in recent years. Defense officials and industry sources say the arrangements are designed to stabilize supply chains, address depleted inventories, and provide predictable demand signals to the defense industrial base amid rising global security requirements. Expanded Production Targets Under the terms of the agreements, Raytheon will significantly increase annual output across several of the U.S. military’s most widely deployed missile systems. Production of Tomahawk cruise missile variants is set to rise to more than 1,000 missiles per year. The expanded output includes both the Land Attack version and the newer Maritime Strike Tomahawk, which is optimized for use against moving naval targets. In recent years, U.S. Navy procurement for its own inventories had averaged roughly 60 Tomahawks annually, underscoring the scale of the planned increase. Annual production of the AMRAAM (Advanced Medium-Range Air-to-Air Missile) will climb to at least 1,900 units. AMRAAM remains the primary beyond-visual-range air-to-air weapon for U.S. Air Force, Navy, and Marine Corps fighters, as well as for numerous allied air forces operating fourth- and fifth-generation aircraft. Output of the Standard Missile-6 (SM-6) will exceed 500 missiles per year under the framework. The SM-6 serves multiple roles, including fleet air defense, anti-surface warfare, and terminal ballistic missile defense, and is a key element of the Navy’s layered air and missile defense architecture. The agreements also include provisions to expand production of SM-3 Block IIA interceptors and to accelerate deliveries of SM-3 Block IB missiles, which are used for midcourse ballistic missile defense in cooperation with allied partners. Policy and Industrial Background The framework agreements follow a period of heightened scrutiny of U.S. defense manufacturing capacity. In January 2026, Donald Trump publicly criticized RTX, describing it as the least responsive of the major defense contractors to Department of War requirements. The remarks focused on concerns that shareholder buybacks had taken priority over investment in production facilities and workforce expansion. Subsequently, RTX announced plans to raise its capital expenditures for 2026 to $3.1 billion, an increase of approximately $500 million over prior projections. Company officials said the additional funding would be directed toward facility expansion, automation, and supply-chain resilience across Raytheon’s missile manufacturing operations. The new framework agreements incorporate what RTX and government officials describe as a collaborative funding approach. The structure is intended to support long-term industrial investment while limiting the need for large upfront expenditures by the company, providing greater cost visibility and stability for both parties. RTX Chairman and Chief Executive Officer Chris Calio said the agreements are closely tied to the administration’s acquisition reform agenda and are designed to shorten delivery timelines for critical systems without altering program requirements. Manufacturing Footprint Missile production under the framework will be concentrated at three primary Raytheon sites. These include the company’s Missile Systems headquarters in Tucson, its advanced missile and interceptor facilities in Huntsville, and its manufacturing and integration operations in Andover. Company officials said the agreements will allow Raytheon to expand staffing levels, secure long-lead components earlier, and invest in tooling and automation needed to sustain higher output over multiple years, rather than relying on short-term production surges. Strategic Implications Defense analysts note that the SM-6 production increase is particularly relevant for the protection of carrier strike groups and forward-deployed naval forces, especially against advanced anti-ship missiles guided by satellite and over-the-horizon targeting systems. The expanded Tomahawk output supports the U.S. Navy’s distributed lethality and long-range strike concepts, which emphasize dispersing offensive capability across a wider range of platforms. The RTX agreements follow similar long-term production frameworks concluded earlier in the year with Lockheed Martin for Patriot PAC-3 and THAAD interceptor missiles. Together, the deals signal a broader shift in U.S. defense acquisition policy away from just-in-time procurement and toward sustained, high-volume production intended to maintain ready reserves and support allied requirements. Officials familiar with the agreements say the framework model is expected to serve as a template for additional munitions programs as the Department of War seeks to align industrial capacity with long-term operational planning.
Read More → Posted on 2026-02-09 17:28:25
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WASHINGTON : The U.S. Department of State has approved a potential Foreign Military Sale (FMS) to the Kingdom of Saudi Arabia valued at an estimated $3.0 billion, authorizing long-term sustainment support for the Royal Saudi Air Force (RSAF) F-15 fighter fleet. The Defense Security Cooperation Agency (DSCA) formally notified the U.S. Congress of the proposed transaction on February 3, 2026, completing the statutory certification process required for arms sales to foreign partners. The approved sale does not include new aircraft. Instead, it is limited to sustainment services, maintenance support, and associated equipment intended to preserve the operational readiness and longevity of Saudi Arabia’s existing F-15 fleet. Scope and Purpose of the Sale According to the DSCA notification, the sustainment package is designed to support approximately 210 F-15 aircraft currently operated by the Royal Saudi Air Force, making it the second-largest F-15 fleet in the world. The fleet includes F-15C and F-15D air superiority fighters, as well as upgraded strike variants, including the F-15S and the F-15SA (Saudi Advanced). The proposed sale covers a broad range of sustainment activities essential to keeping the aircraft mission-ready. These include the provision of spare and repair parts, consumables, accessories, and repair-and-return services required for routine and corrective maintenance. The package also includes classified and unclassified technical publications, software support, and logistics management services necessary for fleet-wide operations. Training is another component of the agreement. Saudi personnel would receive technical and maintenance training, supported by specialized training equipment, to ensure continued self-sufficiency in operating and sustaining the aircraft. In addition, the package provides engineering, technical, and logistics assistance from both U.S. government personnel and defense contractors. Strategic Context and U.S. Policy Rationale The DSCA stated that the proposed sale is consistent with U.S. foreign policy and national security objectives, emphasizing Saudi Arabia’s role as a key security partner in the Middle East. In November 2025, the United States formally designated Saudi Arabia as a Major non-NATO Ally, a status that reflects close defense cooperation and facilitates access to U.S. military support and technology. U.S. officials noted that the sustainment package is intended to strengthen Saudi Arabia’s ability to deter regional threats and to maintain interoperability with U.S. and allied forces operating in the Gulf region. The agency added that the sale is not expected to alter the regional military balance, as it does not introduce new offensive capabilities or platforms. Contractors and Personnel Requirements Unlike major aircraft procurement programs, the F-15 sustainment sale does not identify a single prime contractor. Instead, multiple U.S. defense firms are expected to participate by providing parts, technical services, and logistics support as required under the agreement. The DSCA indicated that implementation of the sale may require the temporary or long-term assignment of a limited number of additional U.S. civilian contractors or military personnel to Saudi Arabia. These personnel would support technical, engineering, and logistics functions tied directly to the sustainment effort. U.S. officials also confirmed that the transaction will not adversely affect U.S. military readiness, as the equipment and services involved are primarily sustainment-related and do not draw from critical U.S. operational stocks. Financial Terms and Offsets The estimated value of the proposed sale is $3.0 billion, though final costs may vary depending on specific requirements, contract negotiations, and sustainment timelines. At the time of notification, there were no known offset agreements associated with the sale. Any future offset arrangements would be negotiated directly between Saudi Arabia and participating contractors, outside the scope of the DSCA notification. Broader Defense Cooperation The F-15 sustainment approval follows a separate U.S. authorization in late January 2026 for the sale of Patriot PAC-3 Missile Segment Enhancement (MSE) interceptors to Saudi Arabia, valued at approximately $9 billion. Together, the two approvals underscore a period of continued defense cooperation between Washington and Riyadh, focused on maintaining existing capabilities rather than introducing new platforms. Congress now has the opportunity to review the proposed F-15 sustainment sale within the standard notification period. Absent legislative action to block the transaction, the sale may proceed to contract negotiations and implementation.
Read More → Posted on 2026-02-09 17:06:39
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Palm Beach, Florida : On February 9, 2026 Lockheed Martin has formally unveiled the Lamprey Multi-Mission Autonomous Undersea Vehicle (MMAUV), marking the platform’s transition from internal research and development into an operationally deployable system. The company said the Lamprey is designed to support U.S. and allied naval forces by providing persistent, flexible undersea capabilities in increasingly contested maritime environments. According to Lockheed Martin, the Lamprey MMAUV represents a new category of autonomous undersea vehicle, optimized for operations alongside manned surface ships and submarines, rather than operating independently from shore-based launch and recovery infrastructure. Concept and Energy Generation The Lamprey MMAUV is named after the parasitic lamprey fish, reflecting its core operational concept. Unlike conventional unmanned undersea vehicles (UUVs) that rely on pre-charged batteries and dedicated deployment systems, the Lamprey is designed to physically attach to the hull of a host vessel, including surface combatants or submarines. While attached, the vehicle uses integrated hydrogenerators to harvest energy from water flow generated by the host platform’s movement. Lockheed Martin states that this approach allows the Lamprey to recharge passively while transiting with the fleet, ensuring it arrives in an operational area with a full power reserve. This design is intended to mitigate range and endurance constraints that typically limit battery-powered autonomous systems. Modular Architecture and Payload Design The Lamprey is built around an open-architecture framework intended to support rapid mission reconfiguration. Central to this design is a 24-cubic-foot internal payload bay that the company describes as payload-agnostic. The bay can be reconfigured to support different mission packages without structural modification to the vehicle. Lockheed Martin has identified two primary operational mission categories for the Lamprey. The first, assured access, emphasizes covert intelligence collection, persistent surveillance, and precision engagement in denied environments. The second, sea denial, is focused on disrupting adversary maritime operations through electronic warfare, sensor deception, and direct kinetic effects. The payload bay is designed to accommodate a range of systems, including lightweight anti-submarine torpedoes, electronic warfare sensors and decoys, launch systems for small unmanned aerial vehicles (UAVs), and deployable seafloor monitoring equipment. The company said this flexibility allows a single platform design to be adapted for intelligence, surveillance, reconnaissance, and strike roles. Autonomy and Cooperative Operations Lockheed Martin said the Lamprey is equipped with advanced mission autonomy software that enables it to execute complex tasking with minimal human intervention. The system is designed to interpret high-level mission commands rather than relying solely on preprogrammed routes or behaviors. This autonomy also allows the Lamprey to operate as part of a networked group of unmanned systems. In such configurations, multiple vehicles can coordinate sensing, electronic disruption, and engagement activities, supporting distributed maritime operations without continuous direct control from manned platforms. Maintenance and Sustainment From a sustainment perspective, Lockheed Martin emphasized that the Lamprey was engineered for ease of maintenance and rapid turnaround. Major internal subsystems are designed to be accessible within minutes, and the vehicle’s modular construction supports a plug-and-play approach to hardware replacement and upgrades. The company stated that these features are intended to reduce dependence on specialized port facilities and enable updates or repairs to be carried out closer to the operational theater, supporting higher operational availability. Program Background and Operational Context Lockheed Martin confirmed that the Lamprey MMAUV was internally funded, allowing the company to move from concept development to a mission-ready design without a formal government acquisition program during early stages. Company officials said this approach enabled faster iteration and integration of autonomy, energy harvesting, and modular payload technologies. The introduction of the Lamprey aligns with the U.S. Navy’s broader push toward a hybrid fleet structure that combines manned platforms with autonomous systems. By allowing an undersea vehicle to transit with the fleet, recharge passively, and deploy when required, the Lamprey MMAUV is positioned to provide persistent undersea presence in high-risk environments while reducing exposure of crewed vessels. Lockheed Martin said the system is intended to complement existing naval assets, rather than replace them, expanding operational options for intelligence collection, surveillance, and maritime control in contested regions.
Read More → Posted on 2026-02-09 16:04:07
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Riyadh, Saudi Arabia : Saudi Arabian Military Industries’ (SAMI) land systems division, SAMI Land, has formally unveiled a new family of indigenous wheeled armored vehicles, the HEET 8x8 and HEET 4x4, during the third edition of the World Defense Show (WDS) 2026. The presentation was overseen by Saudi Arabia’s Minister of Defense, Prince Khalid bin Salman, and aligns with the Kingdom’s Vision 2030 objective of localizing at least 50 percent of defense procurement and manufacturing. The HEET program reflects a move toward domestic design, engineering, and production of armored platforms intended to meet contemporary operational requirements. According to SAMI Land, both vehicles were developed to emphasize high mobility, modular protection concepts, and enhanced situational awareness suited to a wide range of operational environments. HEET 8x8 Configuration and Role The HEET 8x8 is the larger and more heavily armed platform within the family. It has been presented as a multi-role combat vehicle capable of reconnaissance, direct fire support, and anti-armor missions. The vehicle is fitted with a modern turret mounting a 105 mm main gun, providing the platform with direct-fire capability against armored targets and fortified positions. The design incorporates a modular protection architecture, allowing armor levels to be adjusted according to mission profile and threat environment. A notable feature of the vehicle is its driver and commander visibility arrangement. The 8x8 uses a wide, forward-facing windshield supplemented by two side windows, offering an approximate 180-degree field of view. This configuration reflects a design philosophy similar to that employed by Turkey’s FNSS in platforms such as the PARS wheeled armored vehicle series, prioritizing situational awareness during maneuver operations. HEET 4x4 Configuration and Role The HEET 4x4 represents a lighter and more compact platform intended for security missions, border patrol, and rapid tactical deployment. In contrast to the 8x8, the 4x4 is equipped with a small-caliber turret, assessed to be optimized for engagements against personnel and lightly protected vehicles rather than heavy armor. Despite its reduced size, the 4x4 retains the same high-visibility glasshouse concept used on the larger variant. SAMI Land stated that this approach is intended to support crew awareness in complex operating environments, including urban areas and rugged or mountainous terrain. Manufacturing and Industrial Base Both HEET variants are being produced at the newly inaugurated SAMI Land Industrial Complex in Al Kharj. The facility covers approximately 82,000 square meters and is intended to function as a regional center for the manufacture, testing, overhaul, and maintenance of wheeled and tracked military vehicles. SAMI Land has indicated that the complex integrates Industry 4.0 manufacturing practices, including the use of robotics and artificial intelligence-driven production processes. The company’s stated objective is to increase production efficiency while maintaining quality standards and reducing reliance on external suppliers. Strategic Context The introduction of the HEET armored vehicle family is positioned as part of Saudi Arabia’s broader effort to develop sovereign land combat capabilities tailored to the climatic and operational conditions of the Arabian Peninsula. By designing platforms domestically, SAMI Land aims to provide the Saudi Armed Forces with vehicles optimized for local terrain, logistics, and mission requirements, while also supporting long-term sustainment within the Kingdom. While several technical details remain restricted, SAMI Land confirmed during WDS 2026 that further information on the vehicles’ powertrain, onboard electronics, and integrated systems is expected to be released as the exhibition continues. The World Defense Show runs through February 12, with additional briefings planned on future development pathways for the HEET program.
Read More → Posted on 2026-02-09 15:56:05
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RIGA, Latvia : Latvia has announced plans to establish a domestic production facility for AT-2+ sensor-fused anti-tank mines, marking a significant expansion of its national defense manufacturing base. The decision is intended to strengthen supply security, support operational readiness, and reduce reliance on foreign military supply chains amid changing security conditions along NATO’s eastern flank. The initiative centers on creating a full production cycle inside Latvia, from assembly to quality control, ensuring that critical munitions required by the Latvian National Armed Forces can be sourced domestically. The facility is planned as part of a long-term defense industrial strategy to align defense procurement with national industrial capacity and alliance interoperability standards. Agreement With German Manufacturer On February 5, 2026, a Memorandum of Understanding (MoU) was signed in Riga between Latvia’s state-owned State Defence Corporation (VAK) and the German defense manufacturer Dynamit Nobel Defence. The agreement establishes a framework for technology transfer, industrial cooperation, and phased localization of production. According to the Ministry of Defence, the project will involve the transfer of advanced manufacturing know-how and technical documentation, enabling Latvian industry to support sustained production and maintenance. The plant is scheduled to become operational by 2028. While its primary role will be to meet the requirements of Latvia’s armed forces, the facility is also designed with scalable capacity to support future exports to European partners, subject to government approvals and alliance commitments. Integration With the Skorpion 2 System The localized production of AT-2+ mines is directly linked to Latvia’s acquisition of the Skorpion 2 remote minelaying system, contracted in October 2025. The system is intended to provide rapid and flexible anti-armor area denial capabilities in support of defensive operations. The Skorpion 2 platform is capable of deploying a controlled anti-tank minefield across an area of up to two kilometers within approximately ten minutes. This capability allows for fast emplacement in response to developing battlefield conditions while minimizing personnel exposure. The system is designed for integration with modern command-and-control networks, enabling precise planning and documentation of minefield locations. Technical Characteristics of AT-2+ Mines The AT-2+ is a programmable, sensor-fused anti-tank munition developed for use against armored vehicles. Unlike legacy contact-based mines, it employs a multi-sensor detection suite, including magnetic sensors and digitally controlled systems, to identify suitable targets and engage them from beneath the vehicle, where armor protection is typically reduced. The mines are designed with safety and post-conflict considerations in mind. Each munition includes a programmable self-destruct function, allowing operators to set a defined operational lifespan. This feature is intended to reduce long-term environmental impact and limit risks to civilian populations once hostilities have ended, in line with modern humanitarian and operational standards. Expansion of Latvia’s Defense Industrial Base The AT-2+ production facility will be incorporated into a broader defense industrial portfolio managed by VAK. These efforts aim to create a diversified and resilient domestic defense sector capable of supporting national requirements during peacetime and crisis. Existing initiatives include the “ROLLO” modular powder charge manufacturing plant in Iecava and a joint artillery ammunition project with Rheinmetall. Together, these programs are intended to establish end-to-end capabilities across selected segments of the ammunition supply chain. Latvian Minister of Defence Andris Sprūds stated that the AT-2+ project represents a strategic step toward military self-sufficiency. He noted that integrating advanced German technology into local industry is expected to enhance defense readiness while also contributing to industrial development and skilled employment. Alliance Context Latvia’s move aligns with broader efforts within NATO to encourage member states to strengthen national defense industries and improve collective resilience. By localizing production of critical munitions while maintaining interoperability with allied systems, Latvia aims to support both national defense planning and alliance commitments over the long term.
Read More → Posted on 2026-02-09 15:53:33
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ALGIERS — Algeria has formally inducted the Russian-built Sukhoi Su-57E into operational service, marking the country’s entry into fifth-generation combat aviation. Recent visual evidence and regional defense reporting confirm that the first batch of Su-57E aircraft has arrived in Algeria, accompanied by Russian instructors and test pilots who are overseeing conversion training and initial operational familiarization with Algerian Air Force personnel. The induction represents a significant step in Algeria’s long-term air force modernization program and reflects a deepening of defense cooperation with Russia, alongside reported technical coordination involving India for advanced missile integration. Platform and Weapons Integration The aircraft delivered to Algeria are the export variant of the Sukhoi Su-57, designated Su-57E. The platform is Russia’s most advanced multirole stealth fighter, designed for air superiority, deep-strike missions, and contested-environment operations. It incorporates reduced radar cross-section shaping, internal weapons bays, advanced electronic warfare systems, and an active electronically scanned array (AESA) radar integrated with multispectral sensors. Defense sources indicate that the Algerian Su-57E fleet is being configured to support the air-launched version of the BrahMos supersonic cruise missile. The BrahMos-A, developed jointly by India’s Defence Research and Development Organisation (DRDO) and Russia’s NPO Mashinostroyeniya, is capable of speeds approaching Mach 3 and is designed for long-range precision strikes against high-value land and maritime targets. Integration work is reported to involve avionics compatibility, flight profile testing, and targeting data fusion with the Su-57’s onboard sensor suite. If fully operationalized, the combination would provide Algeria with a standoff strike capability that significantly extends its operational reach beyond national airspace and enhances maritime denial options in the Mediterranean. Training and Operational Preparation Training activities are currently underway at multiple Algerian air bases, where new hardened aircraft shelters (HAS) have been constructed to accommodate the Su-57’s stealth coatings and specialized maintenance requirements. Russian pilots and engineers are supporting conversion training, focusing on flight control systems, three-dimensional thrust-vectoring engines, and glass-cockpit avionics unique to the fifth-generation platform. Exercises observed during the initial phase emphasize long-range strike coordination, sensor fusion, and cooperative operations with Algeria’s existing Su-30MKA multirole fighters. These drills are intended to ensure interoperability across the fleet and to integrate the Su-57 into Algeria’s broader air defense and strike doctrine. Fleet Modernization and Replacement Program Algeria’s acquisition of 14 Su-57 aircraft forms part of a broader defense modernization initiative valued at approximately $2 billion. The new fighters are scheduled to replace the aging MiG-25PD Foxbat interceptors, which have served as Algeria’s primary high-altitude defense aircraft for decades but are increasingly limited by maintenance demands and technological obsolescence. The transition from the MiG-25 to the Su-57 represents a substantial technological shift, introducing stealth characteristics, internal weapons carriage, advanced sensors, and network-centric combat capabilities absent from previous-generation platforms. With this induction, Algeria becomes the first country outside Russia to operate the Su-57 and the first nation in Africa and the Arab world to field an operational fifth-generation stealth fighter. Regional and International Context The deployment of the Su-57 in North Africa has attracted close attention from regional states and Western defense analysts. The United States has previously raised concerns over major Russian arms transactions under the Countering America’s Adversaries Through Sanctions Act (CAATSA), though Algerian authorities have reiterated their policy of strategic autonomy and diversified defense procurement. The presence of Russian personnel in Algeria and the reported integration of Indo-Russian missile technology underscore a widening defense relationship that extends beyond traditional supplier-customer dynamics. For Algeria, the program is intended to preserve a qualitative edge in airpower and to adapt its force structure to emerging aerial and maritime threats. As training progresses and weapons integration advances, the Su-57 fleet is expected to become a central component of Algeria’s air combat and long-range strike capabilities in the coming years.
Read More → Posted on 2026-02-09 15:42:29
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Moscow : Rostec has delivered a new batch of Su-57 fifth-generation multirole fighter aircraft to the Russian Ministry of Defense, continuing the implementation of the state defense order for advanced combat aviation. The handover was carried out by the United Aircraft Corporation (UAC), a Rostec subsidiary, following the completion of factory testing and acceptance procedures. According to UAC, the newly supplied aircraft are built in a revised technical configuration that reflects incremental upgrades to onboard systems, weapons integration, and operational performance. The fighters were manufactured at the Komsomolsk-on-Amur Aviation Plant, Russia’s primary production facility for the Su-57 program. Factory Trials and Military Acceptance Before transfer to the Ministry of Defense, each aircraft underwent a full cycle of factory trials, including ground inspections, systems verification, and test flights. After delivery, pilots from the Russian Aerospace Forces (VKS) conducted acceptance flights across multiple operational modes to confirm the performance of the upgraded avionics, flight control systems, and integrated weapons complex. Officials involved in the acceptance process stated that the testing focused on validating the reliability of new electronic components and ensuring compatibility with recently introduced airborne munitions. The aircraft were formally accepted into service after completing these evaluations. Program Status and Production Timeline The latest delivery follows the previous batch of Su-57 fighters transferred to the Russian military in November 2024. These handovers are part of a long-term contract under which the Russian Ministry of Defense is scheduled to receive 76 serially produced Su-57 aircraft by the end of 2027. Rostec has reported that production of the Su-57 is proceeding on a continuous basis, with design updates introduced in successive batches rather than through a single major modernization program. This approach is intended to incorporate operational feedback while maintaining steady output from the production line. Statements from Industry Leadership Rostec Chief Executive Officer Sergey Chemezov said that the Su-57 program remains in active development, with modernization driven by data gathered during operational use. He noted that the aircraft delivered in the current batch incorporate enhancements aimed at improving combat effectiveness and survivability when operating against advanced air defense systems. UAC Chief Executive Officer Vadim Badekha stated that the Su-57 is presently the most advanced combat aircraft in service with the Russian military. He added that work is ongoing to further expand the platform’s weapons options and electronic warfare capabilities, with additional upgrades planned for future production lots. Technical Configuration and Capabilities The Su-57 is designed as a multirole frontline aircraft capable of engaging air, ground, and maritime targets. The updated technical configuration delivered in this batch includes refinements to the integrated weapons system, allowing for the use of additional long-range and precision-guided munitions. Avionics upgrades include improved cockpit displays and automated flight control functions intended to enhance pilot situational awareness and reduce workload during complex missions. The aircraft also features updated electronic countermeasure systems designed to increase resistance to electronic jamming and radar detection. The Su-57 is engineered for round-the-clock operation and is certified for use in adverse weather conditions and high-threat environments. A VKS pilot who participated in the acceptance flights confirmed that the latest modifications expand the range of missions the aircraft can perform, particularly through the integration of new airborne weapons and updated mission systems. Fleet Size and Engine Development Industry estimates suggest that between 55 and 60 Su-57 airframes have been produced to date, including prototypes and serial production aircraft. In parallel with airframe production, development continues on the second-stage engine, known as the AL-51F1. This engine is intended to provide increased thrust, improved fuel efficiency, and sustained supersonic cruise without afterburner use once it enters full operational service. Rostec has stated that new production facilities and upgraded manufacturing lines have been introduced at Komsomolsk-on-Amur to support higher output rates, despite ongoing constraints on international supply chains. The company maintains that these measures will allow it to meet the delivery schedule outlined in the current state defense order.
Read More → Posted on 2026-02-09 15:03:17
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PERTH, Australia : The United States and the United Kingdom are moving toward the finalization of plans to establish a rotational deployment of nuclear-powered attack submarines in Western Australia beginning in 2027, marking a major operational milestone under the AUKUS security partnership with Australia. The initiative, formally known as Submarine Rotational Force–West (SRF-West), is a central element of Pillar One of AUKUS, the trilateral defense framework focused on undersea warfare capabilities and long-term submarine cooperation. Under the arrangement, U.S. and UK submarines will rotate through HMAS Stirling, Australia’s primary submarine base, located on Garden Island near Perth. According to official government frameworks and defense planning documents, the United States will rotate up to four Virginia-class submarines through the base, while the United Kingdom will deploy one Astute-class submarine as part of the same rotational cycle. The submarines will operate on a non-permanent basis, remaining under the sovereign command of their respective nations. Strategic Purpose in the Indo-Pacific The deployment is intended to expand allied undersea presence in the Indo-Pacific and strengthen deterrence amid ongoing regional military modernization, particularly by China. By positioning nuclear-powered attack submarines in Western Australia, the AUKUS partners aim to significantly increase the number of allied submarines operating west of the international dateline. Defense planners say the rotational presence will also help bridge a capability gap for Australia as it prepares to acquire its own nuclear-powered submarines. Australia is expected to receive Virginia-class submarines transferred from the United States in the early 2030s, ahead of the construction of a new, domestically built submarine design under AUKUS. In addition, basing rotations at HMAS Stirling extends the operational reach of the U.S. Navy beyond established hubs in Guam and Hawaii, providing greater flexibility for sustained undersea operations across the Indian and Pacific Oceans. Infrastructure Upgrades at HMAS Stirling To support SRF-West, the Australian government has committed approximately AUD 8 billion to expand and modernize infrastructure at HMAS Stirling. Planned upgrades include new submarine wharves, enhanced dry-dock and maintenance facilities, high-voltage electrical systems, and specialized infrastructure required to safely support nuclear-powered vessels. Preparatory work is already underway, with the base hosting an increasing number of allied submarine visits and technical activities ahead of the 2027 start date. In August 2024, Australian personnel conducted their first maintenance activities on a U.S. nuclear-powered submarine, the USS Hawaii, while it was docked at HMAS Stirling. The event marked the first time such work had been performed on Australian soil and was described by defense officials as a key readiness milestone. Workforce Development and Training Alongside infrastructure upgrades, AUKUS partners are expanding workforce and training programs to ensure Australia can support nuclear submarine operations over the long term. Australian sailors, engineers, and officers have begun embedding within U.S. and UK submarine crews to gain direct operational experience. Australian personnel are currently serving aboard U.S. submarines, including the USS Vermont, as part of a structured training pipeline focused on nuclear propulsion, maintenance, and undersea warfare operations. The Australian Submarine Agency is coordinating closely with U.S. shipyards in Pearl Harbor and UK facilities in Barrow-in-Furness to build a domestic workforce of nuclear-qualified technicians and engineers. This effort is intended to establish a sovereign industrial base capable of sustaining Australia’s future submarine fleet. Operational Structure Under AUKUS SRF-West represents the first of three major phases under the AUKUS “Optimal Pathway.” While the submarines will be forward-deployed for extended periods, Australian officials have emphasized that the arrangement does not create a permanent foreign military base. Instead, it is structured as a rotational presence supported by a combined workforce of Australian, U.S., and UK personnel. Operational command of the submarines will remain with the U.S. Navy and the Royal Navy, with Australia providing basing, logistical support, and increasing levels of technical involvement as its workforce matures. The rotational force is expected to grow gradually and reach full operational capacity by around 2031. Defense planners view the deployment as a continuous undersea deterrent that will remain in place until Australia commissions its domestically built SSN-AUKUS fleet in the early 2040s. Once fully implemented, SRF-West is expected to play a central role in allied undersea operations across the Indo-Pacific, integrating Australian facilities into long-term U.S. and UK submarine deployment patterns while supporting Australia’s transition to nuclear-powered submarines under AUKUS.
Read More → Posted on 2026-02-09 14:27:26
World
MUSCAT, Oman : The United States has informed Iran that it expects substantive concessions on nuclear energy and related issues at the next round of negotiations scheduled to continue in Oman, according to officials familiar with the discussions. The message reflects a hardened position by the administration of Donald Trump as indirect talks resume following a period of heightened regional tension. The renewed diplomatic engagement began with an initial meeting in Muscat on Friday, February 6, 2026, marking the first diplomatic contact between Washington and Tehran since a 12-day regional conflict in June last year. U.S. officials described the opening session as focused on procedural issues and the establishment of a framework for continued dialogue, while acknowledging that major policy differences remain unresolved. U.S. Position and Expectations According to U.S. officials, the administration has conveyed that progress will depend on what it describes as “meaningful substance” from Iran, particularly with regard to the scope, limits, and verification of its nuclear activities. While specific demands were not detailed publicly, officials stressed that the United States remains cautious based on what it views as a long history of Iranian commitments that were not fully implemented. One senior U.S. official said the administration continues to question the reliability of assurances from Tehran, citing past experiences in previous negotiations. The official added that any actions threatening U.S. sovereignty or the safety of American citizens would prompt a forceful response, reinforcing that military deterrence remains part of U.S. policy alongside diplomatic engagement. Iranian Red Lines Iranian Foreign Minister Abbas Araghchi stated on Sunday that Tehran would reject any agreement requiring Iran to suspend uranium enrichment or dismantle its missile program. Speaking at a forum in Tehran, Araghchi described uranium enrichment as an inherent national right and emphasized that Iran’s missile capabilities are defensive and non-negotiable. He said discussions should instead center on arrangements allowing enrichment to continue, paired with assurances that the program is used exclusively for peaceful purposes. Araghchi also reiterated that Iran’s regional activities and alliances are not part of the negotiating agenda. Structure of the Talks The Muscat meeting was conducted indirectly, with U.S. and Iranian delegations communicating through intermediaries. The U.S. delegation included Middle East special envoy Steve Witkoff, senior adviser Jared Kushner, and U.S. Central Command Commander Adm. Brad Cooper. The Iranian delegation was led by Araghchi. Officials familiar with the discussions said the initial session focused on setting parameters for future meetings rather than negotiating specific technical provisions. Both sides agreed to continue talks in Oman, though no formal schedule for subsequent rounds has been announced. Regional Context and Israel’s Position The negotiations coincide with parallel diplomatic activity involving Israel. Benjamin Netanyahu is scheduled to meet President Trump at the White House later this week. Israeli officials have reiterated that any agreement with Iran must ensure that Tehran is prevented from acquiring a nuclear weapon, include strict constraints on ballistic missile development, and address Iran’s regional influence. Israeli Foreign Minister Gideon Sa’ar said during a meeting with Paraguay’s foreign minister that Iran’s long-range missile capabilities now extend beyond the Middle East, arguing that the issue has implications for parts of Europe. Military Posture Diplomatic engagement has continued alongside visible military activity in the region. On Saturday, Witkoff and Kushner visited the USS Abraham Lincoln aircraft carrier operating in the Arabian Sea. U.S. officials said the visit underscored continued U.S. military presence while negotiations proceed. In Iran, Army Commander Maj.-Gen. Amir Hatami said on Sunday that the Iranian Air Force remains at a high level of readiness. He noted that the presence of U.S. naval forces in nearby waters is longstanding, but said Iranian forces are monitoring developments closely and are prepared to respond to any actions they consider hostile.
Read More → Posted on 2026-02-09 14:14:19Search
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