World
Marietta, Georgia — The U.S. Air Force has awarded Lockheed Martin a $142.9 million contract to maintain and update the software systems of the C-5M Super Galaxy, ensuring the Air Force's largest transport aircraft continues to operate safely and effectively in the coming years. Announced on July 6, 2026, the contract focuses on the aircraft's digital systems rather than physical upgrades. While the C-5M fleet has already received modernization improvements, including new General Electric engines and updated avionics hardware, the new agreement is aimed at sustaining the software that supports navigation, communications, flight instruments, and other mission-critical systems. The contract is structured as an indefinite-delivery, indefinite-quantity (IDIQ) agreement, allowing the Air Force to order software support services as required instead of committing to a fixed schedule of work. The contract has a maximum value of $142.9 million, with $19.3 million in fiscal year 2026 operations and maintenance funding initially obligated to begin the program. Software sustainment work will be carried out at Lockheed Martin facilities in Marietta, Georgia, and Greenville, South Carolina, with performance scheduled to continue through May 20, 2032. The contract is being managed by the C-5 Contracting Branch at Robins Air Force Base, Georgia. The Air Force awarded the contract to Lockheed Martin through a sole-source acquisition. As the original manufacturer of the C-5 aircraft and the company responsible for its modernization program, Lockheed Martin possesses the proprietary technical knowledge required to maintain and update the aircraft's software architecture. Software Sustainment Scope Under the agreement, Lockheed Martin will provide software sustainment services for the Air Force's fleet of 52 C-5M Super Galaxy aircraft. The work includes: Delivering routine software patches, updates, and cybersecurity improvements. Maintaining certification records to ensure the aircraft continues to meet current safety and performance requirements. Operating ground-based systems integration laboratories where software changes are tested before being installed on operational aircraft. Providing engineering and technical support to identify and resolve software issues before they affect flight operations. These updates help ensure the aircraft remains compatible with modern air traffic management systems, satellite navigation services, and military communication networks. Strategic Heavy Airlift Capability The C-5M Super Galaxy is the largest aircraft in the U.S. Air Force inventory and serves as one of its primary strategic airlifters. It is designed to transport oversized military equipment, vehicles, troops, and humanitarian cargo over intercontinental distances. Each aircraft can carry up to 281,000 pounds (127,460 kilograms) of cargo, enough to transport two M1 Abrams main battle tanks, three CH-47 Chinook helicopters, or 36 standard cargo pallets in a single mission. With its maximum payload, the aircraft has an unrefueled range of approximately 2,150 nautical miles. The current fleet of 52 C-5M aircraft is based at Dover Air Force Base, Delaware; Travis Air Force Base, California; Lackland Air Force Base, Texas; and Westover Air Reserve Base, Massachusetts. The aircraft has supported U.S. military operations since entering service in the 1970s, including strategic airlift missions during the 1973 Yom Kippur War and the 1991 Gulf War. It also continues to support humanitarian relief operations and global logistics missions. Today, the C-5M plays an important role in the Air Force's Agile Combat Employment (ACE) concept, which emphasizes dispersing personnel and equipment across multiple smaller and remote airfields to improve operational flexibility, particularly in the Indo-Pacific region. Service Life Through the 2040s The Air Force plans to keep the C-5M Super Galaxy in service into the 2040s. Although planning is underway for a Next-Generation Airlifter that will eventually replace both the C-5M Super Galaxy and the C-17 Globemaster III, procurement of the future aircraft is not expected to begin before 2038. Until that replacement program moves forward, maintaining the C-5M's software and avionics will remain essential for preserving the U.S. military's heavy airlift capability. The latest contract ensures the aircraft's digital systems continue to support safe, reliable, and efficient operations as the fleet remains a key part of the Air Force's global transportation network. Source: intellectia
Read More → Posted on 2026-07-07 12:46:03
World
HALIFAX, Nova Scotia — Canadian Prime Minister Mark Carney has announced that Germany's ThyssenKrupp Marine Systems (TKMS) has been selected as the preferred bidder for the Canadian Patrol Submarine Project (CPSP), marking a major milestone in Canada's effort to replace its aging submarine fleet. The project, expected to cost up to $100 billion over its full lifecycle, is the largest defence procurement program in Canadian history. Under the plan, Canada intends to acquire up to 12 Type 212CD diesel-electric submarines for the Royal Canadian Navy (RCN). TKMS was selected over South Korea's Hanwha Ocean, which had offered its KSS-III Batch-II submarine design following a competitive evaluation process. First Deliveries Planned by 2034 The announcement was made during Prime Minister Mark Carney's visit to Canadian Forces Base Halifax. To speed up the delivery schedule, TKMS, together with the governments of Germany and Norway, has agreed to defer some of their own submarine production slots. This arrangement is intended to allow Canada to receive its first four Type 212CD submarines by 2034, reducing the risk of a capability gap as the current fleet approaches retirement. Germany and Norway have already ordered the Type 212CD submarines. If Canada completes the purchase of all 12 vessels, the three NATO allies would operate a combined fleet of up to 24 submarines based on the same design. A common platform is expected to simplify training, maintenance, logistics, and operational cooperation. Replacing the Victoria-Class Fleet The Canadian Patrol Submarine Project was launched in 2021 to replace Canada's fleet of four Victoria-class submarines. Canada acquired the Victoria-class boats from the United Kingdom in 1998 after they had previously served as the Royal Navy's Upholder-class submarines. Over the years, the fleet has experienced technical problems and extended maintenance periods. According to the government, only one of the four submarines is currently operationally available for deployment. The new submarines are expected to strengthen Canada's underwater capabilities across the Atlantic, Pacific, and Arctic oceans. Type 212CD Capabilities The Type 212CD submarine is designed for long-endurance underwater operations and includes several features intended for modern naval missions. Its diesel-electric propulsion system is combined with a hydrogen fuel cell-based Air-Independent Propulsion (AIP) system, allowing the submarine to remain submerged for longer periods without surfacing. The design also incorporates a diamond-shaped hull that helps reduce acoustic and active sonar signatures, improving stealth during operations. The submarines are built to operate in under-ice Arctic conditions, including movement through first-year sea ice, supporting Canada's increasing focus on Arctic security. They are also designed to be fully compatible with NATO systems, allowing seamless integration with allied naval operations. Contract Negotiations Continue Although TKMS has been selected as the preferred supplier, a final contract has not yet been signed. The Canadian government and TKMS will now begin detailed negotiations covering areas such as contract terms, technology transfer, industrial participation, and overall project costs. The government has set a target to complete the negotiations and sign binding agreements by the end of 2027. Prime Minister Mark Carney said Hanwha Ocean's proposal was also highly competitive. If negotiations with TKMS do not produce an acceptable agreement on cost, technology transfer, or industrial benefits, Canada retains the option of selecting Hanwha Ocean as the reserve supplier. Support for Canadian Industry The submarine program will be carried out under Canada's Industrial and Technological Benefits Policy, which requires major defence projects to generate economic benefits within the country. The government expects a significant share of the project's long-term investment to support Canadian shipyards, technology companies, suppliers, and skilled jobs throughout the construction, maintenance, and operational life of the new fleet. Source: theguardian
Read More → Posted on 2026-07-07 11:38:48
World
TOWNSVILLE, Australia — U.S. Marines tested mobile anti-armor capabilities during the multinational Exercise Southern Jackaroo 2026, carrying out a live-fire BGM-71 TOW anti-tank missile launch from a concealed position at the Townsville Field Training Area in Queensland on July 2, 2026. The live-fire event involved Marines from Weapons Company, 1st Battalion, 5th Marine Regiment, assigned to Marine Rotational Force-Darwin (MRF-D) 26. The missile fired was the BGM-71 TOW (Tube-launched, Optically-tracked, Wire-guided) anti-tank missile, a combat-proven precision-guided weapon designed to engage armored vehicles, fortified positions, and other hardened targets. Exercise Southern Jackaroo 2026, held from May 29 to July 3, 2026, brings together forces from the United States, the Australian Defence Force (ADF), and the Japan Self-Defense Force (JSDF). The exercise is focused on improving interoperability, combined arms integration, and coordination between allied militaries during joint operations. During the exercise, Marines mounted the TOW missile launcher on an Oshkosh Joint Light Tactical Vehicle (JLTV) to improve battlefield mobility. The vehicle operated from a concealed firing position using camouflage netting and natural vegetation to reduce its visual signature. Modern battlefields are increasingly monitored by drones, thermal sensors, and persistent surveillance systems, making concealment an important part of operational planning. The JLTV-mounted TOW system provides Marines with a mobile "shoot-and-scoot" capability. Instead of remaining at a fixed firing location, the vehicle can move across difficult terrain, establish a firing position, engage targets at stand-off range, and relocate quickly before potential counterfire. This approach supports infantry units operating in dispersed formations where mobility, protection, and rapid movement are key requirements. Southern Jackaroo 2026 includes a broad range of multinational training activities designed to improve cooperation between participating forces. U.S. Marines and Sailors from the 1st Battalion, 5th Marine Regiment and Combat Logistics Battalion 5 are training alongside the Australian Army's 3rd Brigade, as well as maneuver elements from the U.S. Army and the Japan Self-Defense Force. Throughout the month-long exercise, participating units have conducted force-on-force offensive and defensive operations, mortar live-fire training, mounted machine-gun gunnery, and simulated nighttime air assault missions using U.S. Army CH-47 Chinook helicopters. The exercise concludes with a Combined Arms Live Fire Exercise (CALFX), bringing together ground maneuver and supporting firepower in a coordinated training scenario. The integration of the JLTV-mounted TOW system reflects the U.S. Marine Corps' emphasis on highly mobile and low-signature combat capabilities under operational concepts such as Expeditionary Advanced Base Operations (EABO) and stand-in forces. These concepts focus on deploying small, agile units capable of operating in contested environments, supporting sea control, gathering battlefield information, and providing precision direct-fire support. Northern Australia continues to serve as an important training location for multinational exercises in the Indo-Pacific. Through the rotational deployment of Marine Rotational Force-Darwin 26, the United States maintains a regular military presence in the region while expanding cooperation with Australian and Japanese forces. By conducting complex live-fire training and combined operations from dispersed locations, the three countries continue to strengthen their ability to operate together across a range of military scenarios. Source: dvidshub
Read More → Posted on 2026-07-07 11:20:51
India
JAKARTA, Indonesia — India and Indonesia signed a series of defence and strategic cooperation agreements on Tuesday following bilateral talks between Prime Minister Narendra Modi and Indonesian President Prabowo Subianto at the Istana Merdeka in Jakarta. The agreements were announced as part of efforts to deepen the India-Indonesia Comprehensive Strategic Partnership, established in 2018. Along with expanding defence cooperation, both countries signed agreements covering maritime security, critical minerals, education, digital connectivity, space cooperation and emerging technologies. Addressing a joint press conference after the talks, Prime Minister Modi said the agreements marked the beginning of a "golden chapter" in bilateral relations. "Today marks the beginning of a golden chapter in the India-Indonesia partnership. The growing trust between our countries is strengthening our defence, security and maritime cooperation," Modi said. BrahMos and Astra Mk-1 Discussions Continue Defence cooperation featured prominently during the talks, with both sides discussing potential cooperation on India's BrahMos supersonic cruise missile and Astra Mk-1 beyond-visual-range (BVR) air-to-air missile. According to officials, Indonesia selected the BrahMos missile after evaluating its operational performance during India's Operation Sindoor. However, no final purchase agreement for the BrahMos missile was signed during the visit, and discussions between the two sides are continuing. Officials also discussed the possible export of the Astra Mk-1 missile. If approved in the future, Indonesia would become the first foreign operator of the indigenous Indian air-to-air missile. However, no final procurement agreement for the Astra Mk-1 was announced during the visit. If a BrahMos agreement is concluded in the future, Indonesia would become the third Southeast Asian country to procure the missile after the Philippines and Vietnam. The proposed acquisition is expected to strengthen Indonesia's coastal defence and anti-access/area-denial capabilities in key maritime areas. The discussions represent another step in India's efforts to expand exports of domestically developed defence systems and strengthen defence-industrial cooperation with partner countries. Maritime Cooperation Strengthened The two leaders also finalized a framework on maritime safety and security cooperation. As maritime neighbours located along important sea routes, India and Indonesia agreed to increase cooperation between their coast guards to enhance security in the Indian Ocean and surrounding waters. Both sides also agreed to jointly develop Sabang Port, located near the Strait of Malacca, one of the world's busiest shipping lanes. The port is situated about 100 miles from India's Great Nicobar port project and is expected to support maritime connectivity and regional cooperation. Agreements Beyond Defence In addition to defence cooperation, the two countries exchanged nearly a dozen Memorandums of Understanding (MoUs) covering several sectors. India announced plans to invest in Indonesia's critical mineral supply chain, including projects related to stainless steel, nickel and rare-earth permanent magnets. Prime Minister Modi also announced that the Indian Institute of Management (IIM) Bangalore will establish a campus in Indonesia to serve students from Indonesia and across the ASEAN region. To improve economic and travel connectivity, both countries agreed to integrate India's Unified Payments Interface (UPI) with Indonesia's digital payment system. In the space sector, India and Indonesia decided to expand their long-standing cooperation. The Indian Space Research Organisation (ISRO) will assist Indonesia in the peaceful exploration of outer space and support capacity building for Indonesia's space sector through joint research and cooperation. The two sides also signed agreements to strengthen collaboration in artificial intelligence, telecommunications, digital public infrastructure and startup development. Long-Standing Defence Partnership India and Indonesia established formal defence relations in 1951. The two countries signed a Defence Cooperation Agreement in 2001, which was renewed in 2006. Defence ties were further strengthened during Prime Minister Modi's visit to Indonesia in 2018, when both sides upgraded their relationship to a Comprehensive Strategic Partnership and signed a Memorandum of Understanding on defence cooperation. Since then, military engagement has expanded through bilateral and multilateral exercises, coordinated maritime patrols, defence dialogues, training exchanges and cooperation between defence industries. External Affairs Ministry spokesperson Randhir Jaiswal said the two leaders reviewed the full spectrum of bilateral relations during the meeting, after which multiple agreements were exchanged in their presence. PM Modi Receives Indonesia's Highest Civilian Honour Earlier on Tuesday, President Prabowo Subianto conferred Prime Minister Narendra Modi with the Bintang Adipurna, Indonesia's highest civilian honour, in recognition of his contribution to strengthening relations between the two countries. Accepting the honour, Modi dedicated the award to the people of India and the longstanding historical and cultural ties shared by India and Indonesia. The Indonesia visit is the first leg of Prime Minister Modi's three-nation Indo-Pacific tour, which will also include visits to Australia and New Zealand. Following the official engagements in Jakarta, the two leaders are scheduled to visit the UNESCO World Heritage Site of Prambanan Temple in Yogyakarta on Wednesday. Source: ANI
Read More → Posted on 2026-07-07 11:09:17
World
ANKARA, Turkey — Denmark, Finland, Germany, and Norway have signed a letter of intent to jointly procure up to five Northrop Grumman MQ-4C Triton high-altitude, long-endurance (HALE) unmanned aircraft to strengthen NATO's Intelligence, Surveillance and Reconnaissance (ISR) capabilities. The announcement was made on Tuesday during the NATO Summit Defence Industry Forum in Ankara. The new aircraft will become part of NATO's ISR Force and will complement the alliance's existing Alliance Ground Surveillance (AGS) fleet, which operates from Sigonella Air Base in Sicily, Italy. According to NATO Secretary General Mark Rutte, the agreement is part of a broader package of defence industry initiatives announced during the summit. The joint procurement is valued at approximately $2.7 billion and marks the first time NATO, as an alliance, is acquiring the MQ-4C Triton system. Designed for Long-Range Maritime Surveillance The MQ-4C Triton is a maritime surveillance aircraft developed from the RQ-4 Global Hawk. It is specifically designed for persistent intelligence, surveillance, and reconnaissance missions over large ocean areas. Unlike the standard Global Hawk, the Triton is built to operate in demanding maritime environments. It features a reinforced airframe, lightning protection, and advanced de-icing systems, allowing it to safely fly through harsh weather conditions and descend to lower altitudes when required to identify surface targets. The aircraft is capable of flying for more than 24 hours on a single mission while operating at altitudes of over 50,000 feet (15.2 kilometres). This allows it to monitor large maritime regions while remaining above most commercial air traffic and adverse weather. Advanced ISR Capabilities The MQ-4C Triton is equipped with the AN/ZPY-3 Multi-Function Active Sensor (MFAS) radar, providing 360-degree maritime surveillance and surface target tracking. It also carries high-definition electro-optical and infrared (EO/IR) sensors for day-and-night imaging. In addition to its imaging systems, the aircraft includes signals intelligence (SIGINT) capabilities that can detect and analyse electronic emissions. It can also serve as a secure communications relay, enabling information sharing between naval units operating across long distances. According to NATO, these capabilities will improve early threat detection, enhance maritime domain awareness, and help protect critical sea lines of communication. Focus on the Arctic and High North NATO said the new Triton fleet will play an important role in supporting operations in the Arctic and the High North, where long-range surveillance is essential because of the vast maritime areas and challenging operating conditions. The aircraft are expected to provide persistent monitoring of maritime activity and strengthen the alliance's ability to respond to security challenges in northern regions. Transatlantic Industrial Partnership The programme will be delivered through a transatlantic industrial consortium. Northrop Grumman will manufacture the MQ-4C Triton aircraft in the United States, while Airbus Defence and Space, together with other European defence companies, will provide the ground segment. Their responsibilities include command and control systems, data management services, infrastructure, and mission support. NATO said the arrangement builds on transatlantic industrial cooperation developed over the past decade to support a modern and integrated ISR capability. Existing Operational Service The MQ-4C Triton is already in operational service with the U.S. Navy, where it works alongside the P-8 Poseidon maritime patrol aircraft. The Navy's Unmanned Patrol Squadron 19 (VUP-19) achieved initial operational capability with the Triton in September 2023 during a deployment to Guam. The aircraft was later deployed to Sigonella Air Base in Italy for the first time in March 2024. Outside NATO, Australia is also procuring four MQ-4C Triton aircraft for its defence forces. NATO has not announced a delivery schedule or confirmed the final number of aircraft beyond the planned procurement of up to five systems. Once operational, the new fleet is expected to expand the alliance's maritime surveillance capability and strengthen intelligence sharing across member nations. Source: nato.int
Read More → Posted on 2026-07-07 10:56:53
World
TALLINN, Estonia — The United States has significantly reduced its rotational military presence in Estonia, with the number of American troops in the country dropping from around 500–700 personnel to fewer than 100, according to Estonian broadcaster ETV. Estonian officials said a new U.S. rotational contingent is expected to arrive later this summer and remain until the end of the year, but there are currently no confirmed plans for a continued American military presence in Estonia beyond 2026. The reduction comes as the Pentagon conducts a six-month review of U.S. defense policy and force posture in Europe. The outcome of the review is expected to determine future deployments of American forces across the continent, including in the Baltic region. Current Troop Reduction The departing U.S. troops were stationed mainly at Tapa military base in northern Estonia, along with other military locations, including Camp Reedo in Võru. ETV reported that fewer than 100 American personnel remain in the country following the latest rotation. The U.S. military presence in Estonia is based on a bilateral defense agreement between Washington and Tallinn. Estonian Defence Minister Hanno Pevkur said the agreement remains unchanged despite the current reduction in troop numbers. Pevkur said he was informed during discussions with NATO's Supreme Allied Commander Europe and the Commander of U.S. Army Europe that the next U.S. rotational unit is expected to arrive during the summer and remain in Estonia until the end of the year. However, the size and composition of the upcoming deployment have not yet been decided, and no decisions have been made regarding the long-term presence of U.S. forces beyond this year. "The next rotation should still move to Estonia during the summer," Pevkur said, adding that future decisions will depend on the Pentagon's ongoing six-month review. Future Deployment Still Under Review According to ETV, the next U.S. rotation is also linked to the deployment of a new U.S. brigade to Poland, although the timeline for that deployment remains unclear. Previous U.S. rotations to Estonia have generally come from American brigades stationed in Poland or Romania. Pevkur noted that deploying a new brigade to Poland and establishing future rotations would be a longer process rather than something that could happen within a year. As a result, it remains unclear whether future U.S. rotations to Estonia would come from that brigade or another American unit. Estonian Officials Await Pentagon Decision Kalev Stoicescu, chairman of the Estonian Parliament's National Defence Committee, said decisions on the future of U.S. forces in Europe ultimately rest with the White House and are based on Washington's strategic interests. Stoicescu said that if the United States maintains military forces in Europe, they should continue to be positioned on NATO's eastern flank. No Major Announcement Expected at NATO Summit Pevkur said he does not expect any major announcements regarding the future of the U.S. military presence in Estonia during the upcoming NATO summit in Ankara. Until long-term decisions are made, Estonia will continue relying on its own defense capabilities and the NATO battlegroups rotating through the Baltic states. U.S. Rotational Presence in Estonia Under the current bilateral defense agreement between the United States and Estonia, U.S. troops have been stationed in the country on a rotational basis since 2022. Rotational deployments have typically consisted of between 500 and 700 personnel, with fewer than 100 American troops currently remaining in Estonia following the latest rotation. Part of Wider U.S. Force Adjustments in Europe The changes in Estonia are part of broader adjustments to U.S. military deployments across Europe. Lithuania has recently completed the withdrawal of more than 1,000 U.S. troops and their equipment after a scheduled rotational deployment. Meanwhile, the United States is planning to reduce its military presence in Germany by approximately 5,000 troops over the next six to twelve months, including a combat brigade and a missile unit previously planned for deployment in Europe. The Pentagon's ongoing defense review is expected to determine the future structure and distribution of U.S. forces across Europe, including decisions affecting NATO's eastern flank. Source: err.ee
Read More → Posted on 2026-07-06 16:20:48
World
KONYA, Türkiye — Turkish defense company Makine ve Kimya Endüstrisi (MKE) has demonstrated its TOLGA Short-Range Air Defence (SHORAD) System during a live-fire event attended by an international delegation of 64 military attachés, government representatives, and civilian participants from 24 countries. The demonstration was held on July 3 at the Turkish Ministry of National Defense's Karapınar Firing Test and Evaluation Group Command in Konya. Representatives from NATO members and Gulf states, including the United States, Lithuania, Egypt, Qatar, and Romania, attended the event to observe the system's operational performance. During the live-fire demonstration, the TOLGA system was tested in seven operational scenarios designed to reflect modern aerial threats. The exercises included engagements against loitering munitions, drone swarms, and fixed-wing unmanned aerial vehicles (UAVs). According to MKE, the system successfully neutralized all designated targets, achieving a 100% success rate throughout the demonstration. The event also highlighted TOLGA's role as an inner-layer air defense system within larger integrated air defense networks, including Türkiye's planned "Steel Dome" architecture. The demonstration allowed international observers to assess the system's layered defense capabilities under realistic operational conditions. MKE General Manager İlhami Keleş said the infrastructure required for serial production of the TOLGA system has been completed. He stated that the system strengthens Türkiye's defense capabilities while also providing a competitive option for international customers. Modular Short-Range Air Defense System Developed under MKE's "Effective – Simple – Affordable" design philosophy, TOLGA is a modular short-range air defense system designed to counter drones, loitering munitions, cruise missiles, and other asymmetric aerial threats. Its modular architecture allows different sensors, weapons, and electronic warfare systems to operate together through a centralized command and control unit. The system integrates several domestically developed components, including the GÖKBÖRÜ AESA radar, electro-optical and infrared sensors, an Acoustic Detection System, electronic countermeasure (jammer) equipment, and 12.7 mm, 20 mm, and 35 mm weapon systems. These components are coordinated through a single command and control infrastructure that supports manual, semi-autonomous, fully autonomous, and remote operating modes. The sensor suite can detect and track aerial threats at ranges of up to 10 kilometers, enabling operators to respond to different types of airborne targets. Soft-Kill and Hard-Kill Defense Layers TOLGA uses a layered defense approach that combines electronic warfare with kinetic weapons. The first layer relies on the Electronic Countermeasure (Jammer) System to disrupt an incoming drone's command, telemetry, or satellite navigation links. This soft-kill capability can neutralize threats at distances of up to 10 kilometers without using ammunition. If electronic countermeasures are ineffective, such as against autonomous or fiber-optic-guided drones, the system switches to its hard-kill layer. This layer uses programmable fragmentation ammunition designed to release a dense cloud of metal fragments around the target to improve the probability of interception. The 35 mm weapon system provides engagements at ranges of up to 3,000 meters, while the 20 mm system is effective up to 1,000 meters. The 12.7 mm weapon system is intended for very short-range threats at distances of up to 300 meters. The hard-kill capability is further strengthened by the Dual PMT-76 Platform Machine Gun System mounted on the Mobile Vehicle Platform (MAP DUAL). MKE has also developed new 7.62 mm fragmented anti-drone ammunition that enables infantry personnel to engage low-altitude drones using standard service rifles without requiring additional weapon platforms. Future Capability Development MKE stated that future upgrades to the TOLGA system will include the integration of a Laser Weapon System and the ENFAL-17 missile, adding further engagement options against emerging aerial threats. The command and control unit, available in both mobile and fixed configurations, enables all sensors and weapon systems to be managed from a single command center, allowing the system to adapt to different operational environments and mission requirements. Source: edrmagazine
Read More → Posted on 2026-07-06 15:57:51
India
NEW DELHI — The Indian Navy has issued a Request for Information (RFI) for the procurement of a Containerised Theatre Level Sonar (CTLS), marking a significant step toward strengthening underwater surveillance and anti-submarine warfare (ASW) capabilities across its fleet. The proposed system is intended to provide persistent Underwater Domain Awareness (UDA) and enable a wider range of naval vessels to carry advanced sonar capabilities without requiring permanent modifications. The move reflects the Navy's focus on improving operational flexibility as submarine activity in the Indian Ocean Region continues to grow. The RFI has been issued by the Integrated Headquarters, Ministry of Defence (Navy) as part of efforts to develop a modular sonar system that can be rapidly deployed on suitable ships. Containerised Design for Rapid Deployment Unlike conventional hull-mounted sonar systems that are permanently integrated into warships during construction, the CTLS is designed as a self-contained system housed inside standard 20-foot or 40-foot ISO containers. The containerised package will include a Variable Depth Sonar (VDS) and twin thin-line receiver arrays. According to the RFI, the host vessel will only require a certified A-frame and winch for deployment, while the remaining equipment will remain inside the containerised module. This approach allows the sonar package to be installed on different platforms, including offshore patrol vessels, auxiliary ships and other naval vessels with sufficient deck space, providing greater operational flexibility compared with dedicated ASW warships. Expanding Anti-Submarine Coverage The CTLS is expected to serve as a force multiplier by allowing the Indian Navy to expand anti-submarine coverage without waiting for new frigates and corvettes to enter service. Warship construction typically takes several years, while a containerised sonar system can be deployed on existing vessels capable of supporting the equipment. This allows additional ships to function as temporary anti-submarine warfare platforms whenever operational requirements demand. The Navy's concept also supports the development of a ship-agnostic underwater sensor network, where multiple vessels equipped with CTLS can operate together to detect, classify and track underwater contacts over larger areas. The system will support mono-static, bi-static and multi-static sonar operations, enabling ships to work together by transmitting and receiving sonar signals in different configurations to improve submarine detection and tracking over longer distances. Technical Requirements According to the RFI, the CTLS is expected to operate effectively in deep-water, shallow-water and littoral environments. The Variable Depth Sonar will be capable of operating at depths of at least 200 metres, allowing operators to position the sonar below challenging acoustic layers where underwater sound propagation is more favourable. The system will operate in both active and passive modes. In active mode, the sonar will transmit low-frequency acoustic signals designed for long-range detection of submarines and underwater targets. In passive mode, it will monitor underwater noise and detect acoustic signatures generated by submarines without transmitting signals. The passive detection system will use twin thin-line receiver arrays, each containing at least 180 acoustic elements capable of monitoring frequencies ranging from 10 Hz to 2 kHz. The Navy has specified advanced digital signal processing, adaptive noise suppression and target motion analysis to improve detection performance in environments with high ambient noise and reverberation. The RFI also calls for the integration of Artificial Intelligence (AI) to assist operators in target identification and tracking, helping improve the speed and accuracy of operational decisions. In addition, the system is expected to include predictive modelling software that analyses environmental conditions before deployment. The software will evaluate factors such as water depth, temperature, sound velocity profiles, seabed characteristics and ambient noise to estimate expected sonar performance and detection probability. The CTLS has been specified with a minimum service life of 15 years and is expected to feature a modular architecture that allows future hardware and software upgrades as sonar technologies evolve. Integration with Existing Naval Systems The Navy has stated that the containerised sonar should integrate with existing combat management and navigation systems, allowing it to operate alongside current fleet assets while remaining portable between platforms. The modular design is intended to simplify transportation, storage and installation while reducing the need for extensive ship modifications. Strategic Context The procurement comes as regional underwater capabilities continue to expand. Pakistan has recently inducted the first of its Chinese-built Hangor-class submarines, part of an order for eight boats, while China operates one of the world's largest submarine fleets, with around 60 submarines. The Indian Navy is seeking to strengthen underwater surveillance by increasing the number of platforms capable of contributing to anti-submarine operations, rather than relying solely on dedicated ASW ships. The Navy currently operates the Hull Mounted Sonar Array (HUMSA), developed by the Naval Physical and Oceanographic Laboratory, which has been in service since 2016. Separately, the Defence Acquisition Council has approved the procurement of six additional Boeing P-8I maritime patrol aircraft. The Indian Navy currently operates 12 P-8I aircraft, which are used for long-range maritime surveillance and anti-submarine warfare missions. The CTLS RFI represents an early stage of the procurement process. Industry responses will help the Indian Navy refine technical requirements and shape the programme before moving toward future acquisition decisions. Source: timesofindia
Read More → Posted on 2026-07-06 15:42:31
Rohde & Schwarz Australia Completes Key Design Review for Hunter Class Frigate Communications System
World
SYDNEY – Rohde & Schwarz Australia and BAE Systems Maritime Australia (BAESMA) have successfully completed the Preliminary Design Review (PDR) for the NAVICS Integrated Communications System (ICS) being developed for the Royal Australian Navy’s Hunter Class Frigate Program, marking an important milestone in the project's progress. The Preliminary Design Review confirms that the communications system design has reached a level of maturity where program requirements have been allocated to individual sub-systems and the overall system architecture has been established. The review also verified the design of internal and external interfaces that will enable the communications system to operate across the frigates. Rohde & Schwarz Australia and BAE Systems Maritime Australia are jointly delivering a multi-domain suite of internal and external communications for the first three Hunter class frigates. At the center of this capability is the NAVICS Integrated Communications System, which will act as the primary communications management system for the ships. NAVICS is designed to provide integrated and reliable communications while securely processing classified information within a multi-level security environment. The system supports coordination between onboard communications equipment and external communication networks, helping ensure secure information exchange during naval operations. Paul Chisholm, Head of Programs (Navy) at Rohde & Schwarz Australia, said the design package received positive feedback during the review process. "I’m proud to say the design deliverables were very well received, and good discussions were held with BAESMA and the Commonwealth on design direction for the next phase," Chisholm said. He added that completing the Preliminary Design Review reflects the company's commitment to meeting program requirements through close cooperation with BAE Systems Maritime Australia and successful integration planning. The next major milestone for the communications system will be the Critical Design Review (CDR), which is scheduled to take place during the second and fourth quarters of 2026. To support engineering, design and manufacturing activities for the Integrated Communications System, Rohde & Schwarz Australia has already doubled its workforce. The company expects additional recruitment as work on the Hunter Class Frigate Program continues. The program's industrial base has also expanded through additional supply contracts. Australian companies including STS Defence will supply configurable communication masts, while Sitep Australia will provide advanced UHF military satellite communications (UHF-MILSATCOM) antenna technology for the fleet. Gareth Evans, Managing Director of Rohde & Schwarz Australia, said the successful review reflected the long-standing partnership between Rohde & Schwarz Australia, BAE Systems Maritime Australia and the Australian Commonwealth. "This is an important step in the delivery of our Integrated Communications System for the Hunter Class Frigate Program," Evans said. "The working relationship between Rohde & Schwarz, BAESMA, and the Commonwealth has been extremely positive as we work together to achieve our common objectives for the Royal Australian Navy." The Hunter Class Frigate Program is one of Australia's largest naval modernization projects. It will deliver six advanced anti-submarine warfare frigates for the Royal Australian Navy based on the Type 26 Global Combat Ship design, adapted to meet Australian operational requirements. The vessels are being constructed by BAE Systems Maritime Australia at the Osborne Naval Shipyard in South Australia. David Shepherd, Managing Director of BAE Systems Maritime Australia, said the program extends beyond delivering new warships by supporting Australia's long-term naval shipbuilding capability. "Hunter is not only about delivering a Tier 1 warship optimised for Anti-Submarine Warfare to the Royal Australian Navy – it is also about regenerating Australia's sovereign shipbuilding capability," Shepherd said. He added that collaboration with suppliers, including Rohde & Schwarz Australia, plays an important role in supporting Australia's continuous naval shipbuilding and sustainment program. The Hunter class frigates are expected to begin entering service from 2032, providing the Royal Australian Navy with enhanced anti-submarine warfare capabilities while strengthening Australia's domestic defence industry and industrial workforce. Source: rohde-schwarz
Read More → Posted on 2026-07-06 14:35:35
World
BETHESDA, Md. — Lockheed Martin has signed a definitive agreement to acquire Ultra Maritime from private equity firm Advent International in a transaction valued at $3.45 billion, marking a significant expansion of the company's undersea warfare and anti-submarine warfare (ASW) capabilities. The acquisition will bring Ultra Maritime into Lockheed Martin's Rotary and Mission Systems business area once the transaction receives regulatory approvals and meets customary closing conditions. Ultra Maritime is a defense company specializing in advanced technologies for naval forces. Its products are used by the navies of the United States, the United Kingdom, Canada, and Australia, and include sonobuoys, towed sonar arrays, hull-mounted sonar systems, torpedo defense systems, radar solutions, and autonomous maritime sensing platforms designed to detect and counter underwater threats. Strengthening Maritime Defense Portfolio Lockheed Martin said the acquisition will strengthen its portfolio of undersea and anti-submarine warfare technologies by combining Ultra Maritime's specialized capabilities with its existing defense systems. The company plans to use Ultra Maritime's international presence and exportable ASW products to expand its offerings for current and next-generation naval platforms. The combination is expected to provide customers with a broader range of sonar and maritime sensing solutions. Stephanie C. Hill, president of Lockheed Martin Rotary and Mission Systems, said the acquisition reinforces the company's commitment to supporting the United States and allied nations with advanced undersea defense technologies. "Undersea superiority belongs to those who move fastest and work together best," Hill said. "By joining forces with Ultra Maritime, we're accelerating our commitment to deliver the most advanced undersea and anti-submarine warfare capabilities to our U.S. and allied partners across the globe." The agreement comes as many countries continue to invest in naval modernization and underwater defense capabilities, with increased focus on anti-submarine warfare and maritime security. Ultra Maritime's Growth Under Advent The transaction also marks the exit of Advent International after several years of investment in the business. Advent acquired British aerospace company Cobham in 2019 and later purchased Ultra Electronics in 2022. The businesses were combined to form the Cobham Ultra group, with Ultra Maritime becoming a key part of the maritime defense portfolio. According to Advent, Ultra Maritime underwent operational improvements, expanded manufacturing capacity, and advanced the development of autonomous maritime technologies during its ownership. Shonnel Malani, managing partner at Advent International and chairman of the board at Ultra Electronics, said the company has made significant progress since 2022. "When we invested in Ultra Maritime in 2022, we saw a business with mission-critical technology and a vital role in protecting allied nations from undersea threats, but one that had been underinvested and was not yet fully delivering for its customers," Malani said. "Over the past four years, we have changed that. Ultra Maritime is now a stronger, more innovative partner to allied navies, with improved execution, greater industrial capacity, and next-generation autonomous solutions that position it well for future warfare." Advent also said Ultra Maritime's revenue is expected to reach approximately $784 million in 2026, compared with $494 million in 2023, reflecting growth during its ownership. Transaction Details The $3.45 billion acquisition represents approximately 2.7% of Lockheed Martin's market capitalization, which is currently about $126 billion. The agreement follows a competitive sale process in which Lockheed Martin emerged as the leading bidder. Citi is serving as financial advisor for the transaction, while Hogan Lovells and Cadwalader are acting as legal counsel. The acquisition remains subject to regulatory approvals and customary closing conditions before it is completed. Once finalized, Ultra Maritime will be integrated into Lockheed Martin's Rotary and Mission Systems business, expanding the company's capabilities in undersea warfare and providing a broader range of solutions for allied naval customers. Source: lockheedmartin
Read More → Posted on 2026-07-06 13:54:14
Russia's Kalashnikov Develops New Hemostatic Bandage That Stops Arterial Bleeding in Under 3 Minutes
Science
MOSCOW — Russian defence manufacturer Kalashnikov Concern has developed a new kaolin-based hemostatic bandage designed to stop severe arterial bleeding within two to three minutes. According to the company, the product achieved a 91% success rate during medical testing, making it one of the highest-performing hemostatic products currently available on the Russian market. The new medical products include kaolin-based Z-fold hemostatic gauze and QuikMed field dressing kits. They were recently presented at the Second All-Russian Scientific Conference of the People's Experimental Design Bureau, held at the Skolkovo Technopark in Moscow, where they attracted interest from medical professionals working in trauma and emergency care. Designed for Rapid Bleeding Control The new bandage is intended for use in situations where rapid control of severe bleeding is critical, including battlefield injuries, emergency response, accidents, and trauma care. Uncontrolled bleeding remains one of the leading causes of preventable death after serious injuries, making fast hemostasis an important part of emergency treatment. The dressing uses kaolin, a naturally occurring white clay, as its active ingredient. When the kaolin-impregnated gauze comes into contact with blood, it activates clotting Factor XII, helping the body's natural clotting process begin quickly. The material also absorbs water from the blood, concentrating clotting factors directly at the wound site. This helps form a stable clot and control bleeding, including from major arteries, without affecting the body's overall blood-clotting system. Safety Features According to the developers, the kaolin-based composition is non-toxic and does not produce heat during use, unlike some earlier chemical hemostatic agents that could generate exothermic reactions and increase the risk of tissue burns. The dressing also maintains the wound's natural pH level. Medical testing highlighted several additional features of the product. Besides stopping bleeding within two to three minutes, the dressing was reported to reduce the likelihood of recurrent bleeding during the first 30 minutes after application. Researchers also observed lower levels of localized inflammation, which may help reduce complications once patients receive hospital treatment. The Z-fold gauze can remain safely inside a wound for more than 24 hours if necessary. It also contains a radiopaque thread, allowing surgeons to detect and remove any remaining gauze during treatment using X-ray imaging. Current Use Kalashnikov Concern is already supplying the QuikMed field dressing kits and kaolin-based hemostatic gauze to Russian uniformed agencies for inclusion in standard first-aid kits. In addition to field and emergency applications, the company said the products are seeing increasing use in hospitals. Clinical reports indicate that the dressing has also been effective in controlling bleeding during gynecological surgeries, expanding its use beyond military and emergency medicine. The development reflects ongoing efforts to improve trauma care by providing medical personnel with faster and more effective tools to manage life-threatening bleeding in both military and civilian healthcare settings. Source: kalashnikovgroup
Read More → Posted on 2026-07-06 13:44:28
World
BAKU, Azerbaijan — Azerbaijan has deployed its newly inducted JF-17 Block III multirole fighter aircraft to Türkiye for the first overseas exercise involving the country's new fighter fleet. The aircraft are taking part in the multinational "Guardians of the Skies" air exercise alongside Azerbaijani Su-25 ground attack aircraft, marking an important step in the operational integration of the country's latest combat jets. The deployment was confirmed by Azerbaijan's Ministry of Defence (MoD) on July 6, which also released video footage showing the JF-17 Block III fighters in active service. The aircraft shown in the footage were two single-seat JF-17C Block III fighters carrying tactical numbers 24-501 and 24-502. They were seen taking off with three external fuel tanks and without carrying weapons. Analysis of the footage indicates the aircraft were operating from Nasosnaya Air Base, which has recently undergone infrastructure improvements, including the construction of 16 new aircraft shelters. The video also showed additional JF-17 fighters parked nearby, along with Su-25 attack aircraft that are normally based at Kyurdamir Air Base. 🇦🇿 Azerbaijan Deploys JF-17 Block III Fighters to Türkiye for First Overseas ExerciseAzerbaijan has officially deployed its JF-17 Block III multirole fighter jets, alongside Su-25 ground attack aircraft, to Türkiye to participate in the "Guardians of the Skies" air exercise.… pic.twitter.com/ppIhBwqSTY — Global Defense Insight (@Defense_Talks) July 6, 2026 The pilots' flight patches identified the aircraft as the JF-17C Block III variant. The fighters were painted in a two-tone grey camouflage scheme and carried Azerbaijan's standard national markings. Visible external features included an in-flight refuelling probe and a zigzag lightning bolt painted below the cockpit. The aircraft also displayed a "Jaguar" emblem and the word "Jaguar" in Latin script on their vertical tails, identifying the newly established squadron operating the fighters. The accompanying Su-25 aircraft carried a wolf graphic on their noses, representing the Su-25 Squadron. According to the Ministry of Defence, the "Guardians of the Skies" exercise began with medical examinations for flight crews, followed by safety briefings and technical inspections of the participating aircraft before flight operations commenced. The flying programme includes the JF-17C Block III, Su-25ML, Su-25, and L-39 training aircraft. During the exercise, pilots are conducting individual and formation flights, coordinated air operations, simulated combat missions, tactical manoeuvres, target identification and engagement, and missions designed to improve combat readiness and decision-making under different weather and tactical conditions. The deployment represents the first international operational activity for Azerbaijan's JF-17 Block III fleet since the aircraft entered service. The fighters were first publicly displayed during Azerbaijan's Victory Day parade in November 2025, with training continuing as part of the country's air force modernization programme. Azerbaijan became the fourth operator of the JF-17 Thunder after Pakistan, Myanmar, and Nigeria. The country signed a contract for up to 40 JF-17 Block III fighters in a deal reportedly valued at approximately $4.6 billion, with deliveries beginning in late 2025. The JF-17 Thunder is jointly developed by the Pakistan Aeronautical Complex (PAC) and China's Chengdu Aircraft Corporation (CAC). The Block III variant is the most advanced version of the aircraft and features an Active Electronically Scanned Array (AESA) radar, upgraded avionics, an advanced infrared missile warning system, and other capability improvements over earlier variants. For Azerbaijan, the Block III is currently the most advanced combat aircraft in its inventory and forms a key part of the country's ongoing air force modernization efforts. The exercise also reflects expanding defence cooperation between Azerbaijan, Türkiye, and Pakistan. Joint training provides participating air forces with an opportunity to improve interoperability, evaluate new equipment in multinational operations, and strengthen coordination during combined missions. As Azerbaijan continues to integrate the JF-17 Block III into operational service, the deployment to Türkiye marks the aircraft's first international exercise and an important milestone in the development of the country's modern fighter capability. Source: azernews
Read More → Posted on 2026-07-06 13:36:10
World
PRAGUE, Czech Republic — Israeli defense technology company Axon Vision has successfully integrated its AI-powered EDGE ClearSky system with RETIA's radar and the TSG command-and-control (C2) system, demonstrating a unified multi-sensor capability for detecting and tracking drone threats during trials in the Czech Republic. The demonstration brought together thermal imaging, artificial intelligence, radar detection, and command-and-control technologies into a single operational network. The integrated system is designed to provide operators with a unified real-time view of aerial threats instead of requiring them to monitor separate sensor displays. EDGE ClearSky is part of Axon Vision's EDGE AI family of computer vision and situational awareness solutions for defense and security applications. The system uses thermal sensing and onboard AI-powered real-time image processing to rapidly detect and identify aerial threats from armored platforms or fixed positions. By combining its visual intelligence with RETIA's radar data and the TSG command-and-control platform, the system creates a single operational picture for drone detection and tracking. The integration was demonstrated under open-field conditions designed to simulate operational environments. During the activity, the connected systems exchanged information in real time while operators evaluated the integrated setup against representative drone scenarios, including initial detection, continuous tracking, and dynamically moving targets. According to the companies, the integrated system operated in sync throughout the testing and maintained stable performance during the evaluation. The demonstration also highlighted the operational benefits of combining radar with electro-optical sensing for counter-unmanned aerial system (C-UAS) missions, where relying on a single sensor type may leave gaps in coverage. The demonstration reflects the growing demand for interoperable defense architectures capable of integrating data from multiple third-party sensors into a common operational picture. Such multi-sensor approaches are increasingly being adopted as military and security forces face a wider range of low-altitude drone threats, including first-person view (FPV) drones that have become more common in modern conflicts. Neri Zin, CEO of Axon Vision, said drone threats continue to present new operational challenges that require faster detection, improved situational awareness, and the ability to combine multiple sensing capabilities into a single operational picture. "The successful integration in the Czech Republic demonstrates the flexibility of our EDGE ClearSky system and its ability to work seamlessly with radar and command-and-control systems. Together with RETIA and TSG, we were able to show how multi-sensor fusion can enhance counter-drone capabilities," Zin said. The Czech demonstration also marks another step in Axon Vision's efforts to expand the integration of its AI-powered visual intelligence technology with third-party radar and command-and-control systems. Earlier in 2026, the company completed operational evaluations of EDGE ClearSky with a leading defense force, where the system was assessed against first-person view drone threats targeting maneuvering forces. Those evaluations demonstrated the system's ability to detect, track, and support AI-assisted analysis of drone flight paths, contributing to an automated detect-to-intercept process when connected with onboard weapon systems. The latest trials further strengthen cooperation between Axon Vision, Czech defense company RETIA, and TSG. The companies said they will continue developing layered, multi-sensor counter-drone solutions designed to improve situational awareness and support defense and security missions as drone threats continue to evolve. Source: edrmagazine
Read More → Posted on 2026-07-06 13:25:15
World
LONDON — The UK Ministry of Defence has announced plans to invest £190 million in the Precision Strike Missile (PrSM) programme as part of its 2026 Defence Investment Plan, providing the British Army with a new short-range ballistic missile capability and significantly expanding its long-range precision strike capacity. The investment will see the UK join the Precision Strike Missile programme alongside the United States and Australia. Developed by Lockheed Martin, the PrSM is intended to strengthen the British Army's ability to conduct precision strikes at greater distances and forms part of a broader effort to modernise the Army's long-range firepower. The missile procurement is included in the Defence Investment Plan's weapons and munitions programme, alongside other projects designed to increase stockpiles and provide the Armed Forces with a balanced mix of advanced and lower-cost strike capabilities. The 2026 Defence Investment Plan outlines £298 billion in defence funding over the next four years to implement the 2025 Strategic Defence Review. The plan is backed by an additional £15 billion in spending over the period and is intended to improve the Armed Forces' warfighting readiness while supporting the UK's long-term defence modernisation goals. PrSM to Expand British Army's Strike Range According to the Ministry of Defence, the Precision Strike Missile investment is expected to triple the British Army's ground-based strike range compared with existing capabilities. The PrSM is a next-generation surface-to-surface ballistic missile developed by Lockheed Martin. It is designed to replace older missile systems and will provide the British Army with a modern long-range precision strike capability as part of future land operations. The investment is included within an £11.1 billion allocation for munitions and weapons over the next four years. The Ministry of Defence said the funding will replenish stockpiles while creating a "high-low" mix of capabilities, combining advanced weapons with lower-cost systems to engage a wide range of targets more efficiently. Wider Investment in Land Warfare The Defence Investment Plan outlines a broader transformation of the British Army's land capabilities. Between 2030 and 2035, the Ministry of Defence plans to invest at least £36 billion in new land-domain capabilities. The funding will support long-range precision fires, autonomous systems, distributed surveillance, digital connectivity and networked military operations. The plan states that future land forces will expand long-range sense-and-fires systems by integrating rockets, missiles and drones to improve the Army's ability to conduct operations in the deep battlespace. Other major strike programmes included in the investment plan are: £1.4 billion for the Stratus missile programme. £770 million for the Deep Precision Strike programme in partnership with Germany. Funding for low-cost cruise missiles and one-way effectors, including the DART 250 drone, which is designed to strike infrastructure at significantly greater distances than current UK land-based rocket systems. Project ASGARD and Digital Targeting The Precision Strike Missile is also expected to become part of the Army's evolving digital targeting architecture through Project ASGARD, the British Army's digital targeting initiative. The programme is designed to combine surveillance systems, sensors, artificial intelligence, communications networks and precision weapons to reduce the time needed to identify, decide upon and engage targets. According to the Ministry of Defence, Project ASGARD aims to shorten the targeting process from hours to minutes by improving the speed at which battlefield information is shared and acted upon. Earlier this year, a prototype of ASGARD's Dismounted Data System (DDS) was tested during NATO Exercise Hedgehog in Estonia. The trial enabled tactical units to share targeting information and coordinate strikes more rapidly through digital networks. Project ASGARD will eventually become part of the Ministry of Defence's Digital Targeting Web, a programme backed by more than £1 billion and expected to be fully delivered by 2027. The network will integrate cyber, space and conventional surveillance capabilities with joint firepower across the British Army, Royal Navy and Royal Air Force. International Cooperation The UK's participation in the Precision Strike Missile programme strengthens defence cooperation with the United States and Australia in long-range ground-launched strike capabilities. The Ministry of Defence said the investment supports closer interoperability with allied forces while enhancing the British Army's future precision strike capability. Wider Defence Modernisation The Defence Investment Plan also includes major investments across other parts of the UK's armed forces. Key allocations include: £64 billion for the UK's nuclear enterprise, including the Dreadnought submarine programme, SSN-AUKUS submarines and a new sovereign nuclear warhead. £26 billion for upgrades to naval bases at Faslane, Portsmouth and Devonport. £5 billion for drone warfare and autonomous systems across all military services. The Ministry of Defence is also introducing a new defence offsets framework alongside its "Backing British" procurement strategy. Under the policy, overseas defence purchases are expected to generate industrial benefits for the UK. Officials estimate the four-year investment programme could support nearly 60,000 additional UK jobs by 2030. Overall, the £190 million investment in the Precision Strike Missile programme represents one element of the UK's wider defence modernisation strategy. Alongside new digital targeting systems, expanded long-range firepower and increased investment in munitions production, the programme is intended to strengthen the British Army's future precision strike capability while improving interoperability with key allies. Source: defence-industry
Read More → Posted on 2026-07-06 12:51:00
Ukraine Unable to Intercept Russian Ballistic Missiles During Massive Attack Due to Patriot Shortage
World
KYIV — During the night of July 6, beginning at 6:00 p.m. local time on July 5, Ukraine's air defenses were unable to intercept any Russian ballistic missiles during a large-scale Russian missile and drone attack due to a shortage of Patriot interceptor missiles for its Patriot air defense systems, according to the Ukrainian Air Force report. Russia launched a total of 419 aerial weapons during the coordinated overnight attack, with Kyiv as the primary target. The strike was one of the largest combined attacks reported in recent months. Ukrainian authorities said the attack killed at least 11 people and injured approximately 60 others. According to the Ukrainian Air Force, Russian forces launched 351 attack drones and 68 missiles from multiple directions, including Russia's Bryansk, Kursk, Oryol, and Vologda regions, the city of Novorossiysk, and Russian-occupied parts of Ukraine's Donetsk region. The drone wave included Shahed/Geran attack drones along with Gerbera, Italmas, and Parodiya decoy drones. The missile salvo consisted of 33 Kh-101 cruise missiles, 23 Iskander-M ballistic missiles and S-400 surface-to-air missiles used in a ground-attack role, six 3M22 Zircon/Onyx anti-ship missiles, and six Kalibr cruise missiles. Despite the scale of the attack, Ukrainian air defense units, supported by electronic warfare systems, intercepted or neutralized 363 incoming aerial targets, including 326 drones and 37 missiles. The Air Force reported that it destroyed 31 of the 33 Kh-101 cruise missiles and all six Kalibr cruise missiles, demonstrating a high interception rate against cruise missile threats. However, none of the ballistic missiles or anti-ship missiles were intercepted. As of the morning of July 6, officials confirmed that 29 ballistic and anti-ship missiles, along with 18 drones, had struck 34 locations across Ukraine. Air Force spokesperson Yurii Ihnat said the inability to intercept the ballistic missiles was caused by a shortage of Patriot interceptor missiles. He explained that ballistic missiles travel at much higher speeds and follow trajectories that require advanced air defense systems such as the U.S.-made Patriot to intercept. According to Ihnat, Russia has increasingly relied on ballistic missiles to exploit this gap in Ukraine's air defense network. He added that while Ukrainian forces achieved an almost 100% interception rate against cruise missiles, the shortage of Patriot interceptors significantly reduced their ability to counter ballistic missile attacks. Ihnat also noted that the shortage of Patriot interceptor missiles is not limited to Ukraine, describing it as part of a broader global supply challenge. The impact of the attack was felt most heavily in Kyiv, where residential buildings in the Podilskyi and Darnytskyi districts were damaged by missile strikes. In the capital's suburb of Vyshneve, emergency services evacuated around 600 residents because of the risk posed by unexploded ordnance. The shortage of Patriot interceptors has prompted renewed efforts by Ukraine to secure additional air defense ammunition from its international partners. Defence Minister Mykhailo Fedorov said Ukraine has already signed, and continues to sign, contracts for additional Patriot interceptor missiles. However, he said deliveries under those agreements are not expected to begin until next year. To address the immediate shortage, Ukraine has appealed to partner countries to urgently transfer Patriot interceptor missiles from their existing military stockpiles. Under the proposal, Ukraine would later replenish those countries' inventories using interceptor missiles delivered through its future procurement contracts. The overnight attack highlighted the continuing challenge posed by ballistic missile threats despite Ukraine's high interception rate against cruise missiles and drones. Ukrainian officials continue to emphasize the need for additional Patriot interceptor missiles to strengthen the country's ability to defend major cities and critical infrastructure against future ballistic missile attacks. Source: militarnyi
Read More → Posted on 2026-07-06 12:31:44
World
Beijing — China has conducted its first publicly acknowledged submarine-launched ballistic missile (SLBM) test into the Pacific Ocean, marking a significant step in the operational development of the sea-based component of its nuclear deterrent. According to Reuters, the launch was carried out on July 6 at 12:01 p.m. (0401 GMT) using a nuclear-powered ballistic missile submarine (SSBN). The missile carried a non-nuclear dummy warhead and struck a designated impact area in international waters after China provided advance notification to relevant regional governments. China said the launch was part of routine military training and did not involve a nuclear payload. The test follows China's September 2024 launch of a land-based intercontinental ballistic missile (ICBM), when a DF-31-class missile traveled approximately 11,000 kilometers from Hainan to an impact area near French Polynesia. Together, the two long-range missile launches demonstrate China's continued efforts to strengthen different elements of its strategic deterrent. Focus on Sea-Based Operational Readiness The July 2026 launch primarily assessed the operational procedures required for a sea-based strategic deterrent rather than testing a nuclear warhead. A submarine-launched ballistic missile operation requires coordination across multiple stages, including secure transmission and authentication of launch orders, precise underwater navigation, missile launch procedures, and long-range flight tracking. Successfully completing the exercise demonstrated China's ability to conduct an end-to-end submarine-launched ballistic missile operation under realistic conditions. Ballistic missile submarines play an important role in nuclear deterrence because they can remain concealed at sea, providing a potential retaliatory capability even if land-based missile forces are attacked. Type 094 Submarines Form the Core of China's Sea-Based Deterrent China's current sea-based nuclear force is built around six operational Type 094 Jin-class nuclear-powered ballistic missile submarines. International defense analysts and the U.S. government have identified the Type 094 fleet as China's first credible sea-based nuclear deterrent. Each submarine is assessed to carry JL-2 or the newer JL-3 submarine-launched ballistic missiles. China is also developing the next-generation Type 096 ballistic missile submarine, which is expected to feature improved stealth characteristics, longer patrol endurance, and the ability to carry future multiple independently targetable reentry vehicle (MIRV)-capable submarine-launched missiles. The introduction of the JL-3 missile has expanded the operational flexibility of China's submarine fleet. With a reported range exceeding 10,000 kilometers, the missile allows submarines to remain in waters closer to China while still being capable of reaching distant targets. Earlier generations of Chinese submarine-launched ballistic missiles required submarines to patrol much farther into the Pacific Ocean, increasing their exposure to anti-submarine warfare (ASW) networks operated by countries including the United States, Japan, and Australia. The longer-range JL-3 reduces that requirement by allowing launches from protected waters closer to China's coastline. This supports what defense analysts commonly describe as a "bastion" strategy, in which ballistic missile submarines operate within protected patrol areas covered by surface warships, maritime patrol aircraft, underwater sensor networks, and land-based air defense systems. Regional Reactions The missile launch occurred on the same day Australian Prime Minister Anthony Albanese and Fijian Prime Minister Sitiveni Rabuka signed the Ocean of Peace Alliance in Suva, a mutual defense agreement aimed at strengthening security cooperation between Australia and Fiji. Several regional governments responded to China's missile test. Australia described the launch as destabilizing and expressed concern about China's expanding military capabilities and limited transparency surrounding its strategic modernization. New Zealand noted that the missile's impact area was located within the South Pacific Nuclear Free Zone established under the 1986 Treaty of Rarotonga. Japan also expressed concern over China's growing strategic military activities and warned against ballistic missile operations that could affect regional security. Although China notified several governments before the launch, helping reduce the risk of misunderstandings during the exercise, the test nevertheless generated political concern across the Pacific region. Part of China's Broader Nuclear Modernization China continues to maintain its official No First Use nuclear policy, under which it states it will not be the first to use nuclear weapons in a conflict. At the same time, the country is modernizing all three components of its nuclear forces. China was estimated to possess more than 600 operational nuclear warheads in 2024, with projections indicating the stockpile could exceed 1,000 warheads by 2030. Its modernization program includes expanded solid-fuel intercontinental ballistic missile silo fields, additional road-mobile missile units, theatre nuclear-capable delivery systems, and enhanced missile warning capabilities supported by TJS/Huoyan-1 infrared satellites and large phased-array radar systems. Following a series of land-based ICBM launches conducted during 2024, the July 2026 submarine-launched ballistic missile test adds an important maritime element to China's strategic readiness exercises. The launch demonstrates China's continued efforts to improve the operational capability of its sea-based nuclear force while expanding the survivability and flexibility of its overall nuclear deterrent through land, sea, and air-based delivery systems. Source: Reuters
Read More → Posted on 2026-07-06 12:16:57
World
BYDGOSZCZ, Poland — Poland has taken another step toward expanding its domestic missile production capabilities after Polska Grupa Zbrojeniowa (PGZ) signed an agreement with U.S. defense technology company Anduril Industries to manufacture the Barracuda cruise missile at Military Aviation Works No. 2 (WZL Nr. 2) in Bydgoszcz. The agreement was signed on Monday in the presence of Prime Minister Donald Tusk and Deputy Prime Minister and Minister of National Defence Władysław Kosiniak-Kamysz. It builds on a memorandum of understanding signed by PGZ and Anduril in October 2025, under which the two companies agreed to cooperate on autonomous air systems and prepare for the production of the Barracuda missile in Poland. According to Poland's Ministry of National Defence, the new agreement will enable PGZ companies to carry out the assembly, production and operational support of the Barracuda cruise missile. The partners also plan to develop a Polish version of the missile in a later stage of the program using components supplied by companies within the PGZ group. The production program marks a significant change for WZL Nr. 2, a facility that has traditionally specialized in the maintenance, repair and overhaul of military aircraft and helicopters, including Soviet-designed platforms operated by the Polish Armed Forces. The transition to cruise missile manufacturing will require new production equipment, workforce training and updated quality assurance processes as the plant expands into advanced weapons production. Introduced by Anduril in 2024, the Barracuda family of autonomous cruise missiles was designed to support affordable, high-volume manufacturing. The company says the missiles use a simplified design that allows faster production while reducing manufacturing costs compared with conventional cruise missiles. The Barracuda-500, the largest version in the family, carries a warhead weighing more than 45 kilograms and has a range exceeding 926 kilometers (575 miles). Approximately 70 percent of the missile is made from commercially available off-the-shelf components, and Anduril says it can be assembled in around 30 hours using only 10 common hand tools. The company estimates the design reduces production costs by about 30 percent while cutting manufacturing time by around 50 percent compared with similar cruise missiles. The Barracuda family includes the 100, 250 and 500 variants, which share more than 90 percent of their components. This common design allows different variants to be produced on the same assembly lines by the same workforce, simplifying manufacturing and logistics. The missile is designed for launch from a wide range of platforms, including F-16, F-35, F-15 and F/A-18 fighter aircraft, bombers and helicopters. It can also be deployed from C-130 and C-17 transport aircraft using the Rapid Dragon palletized launch system. For ground operations, the missile can be fired from standard 20-foot shipping containers capable of carrying up to 16 missiles, with launch operations integrated through Anduril's Lattice software. Speaking during the signing ceremony, Prime Minister Donald Tusk said Poland is well prepared to strengthen defense cooperation with the United States and other NATO allies. He said the partnership demonstrates mutual trust and reinforces the long-term Polish-American alliance while supporting efforts to improve the defense capabilities of Poland, Europe and the North Atlantic Alliance. Defence Minister Władysław Kosiniak-Kamysz said the agreement strengthens Poland's growing defense industry and confirmed that the rotation of U.S. troops in Poland will resume after a temporary pause. He said the process would continue over the coming weeks following confirmation from U.S. Deputy Ambassador to Poland Stephanie Holmes and the U.S. military attaché. The Barracuda program forms part of Poland's wider defense modernization strategy. The country plans to spend 5 percent of its gross domestic product on defense by 2030, one of the highest targets within NATO. Alongside investments in systems such as HIMARS, F-35 fighter aircraft, South Korean tanks and artillery, and the domestically developed Borsuk infantry fighting vehicle, Warsaw is also seeking to expand its own defense manufacturing capabilities. The program also reflects a broader effort by NATO countries to increase missile production capacity. In May 2026, the U.S. Department of Defense signed a framework agreement with Anduril under the Low-Cost Containerized Missiles program for the delivery of at least 3,000 surface-launched Barracuda-500M missiles over three years, with the first deliveries expected in the first half of 2027. With production set to begin at WZL Nr. 2, Poland is expanding its role in the manufacture of advanced precision weapons while strengthening cooperation with the United States and supporting the long-term development of its domestic defense industry. Source: xyz.pl
Read More → Posted on 2026-07-06 11:58:58
Ukraine Tests VATAG Heavy Unmanned Ground Vehicle in Rough Terrain, Highlights Autonomous Operations
World
KYIV— Ukrainian robotics company VATAG has released new field-test footage showing its heavy unmanned ground vehicle (H-UGV) operating across rough, plowed terrain, providing one of the clearest demonstrations of the platform's real-world mobility and autonomous capabilities since its public debut in 2025. The video, published on the company's official Facebook page, shows the 8×8 wheeled vehicle traveling over uneven off-road terrain while using onboard optical tracking systems. According to the company, the platform can reach speeds of up to 47 km/h (29 mph), while the newly released footage shows the vehicle operating at speeds of around 42 km/h (26 mph) during testing. The VATAG heavy UGV was first introduced at the Brave1 Defense Tech Valley summit in Kyiv on September 16, 2025. The latest trials demonstrate the system in operational conditions rather than as a static exhibition vehicle, highlighting its ability to transport cargo across terrain where conventional trucks may face significant difficulties or increased risk. Heavy Logistics Platform VATAG is designed primarily as a heavy robotic logistics platform intended to reduce risks to personnel operating in frontline environments. The vehicle is capable of carrying more than 2,000 kilograms (4,410 pounds) of cargo, including ammunition, equipment, supplies, or wounded personnel. The platform features armor protection for its hull and chassis designed to withstand shrapnel and mine threats. Its hybrid propulsion system combines fuel-efficient operation with a near-silent electric drive mode, allowing the vehicle to operate with a reduced acoustic signature during missions. In addition to transportation, the hybrid power system enables the vehicle to function as a mobile power source capable of recharging frontline communications and electronic equipment. Modular Combat Configuration Although developed primarily for logistics, the VATAG platform also serves as the basis for armed variants using the same 8×8 chassis and control architecture. This approach allows different mission configurations without requiring separate vehicle designs or operator training systems. The combat version is equipped with a proprietary remote-controlled weapon station (RCWS). The standard configuration mounts a 25mm automatic cannon, comparable to the M242 Bushmaster, while the universal weapon module can also be configured with: A cannon of up to 30mm A 40mm Mk19 automatic grenade launcher A 12.7mm heavy machine gun Anti-tank guided missile (ATGM) systems For surveillance and engagement, the vehicle uses a multispectral optical targeting system capable of automatic target detection and tracking, supported by fire planning and fire-control algorithms. Autonomous Navigation in GPS-Denied Environments Autonomous operation is a central feature of the VATAG platform. Since satellite navigation can be disrupted by electronic warfare, the vehicle is designed to operate in GPS-denied environments. Using machine vision, lidar, and onboard sensor arrays, the vehicle can independently navigate routes, detect and avoid obstacles, and maneuver without continuous operator input. The system also supports convoy mode, allowing multiple VATAG vehicles to operate in a follow-the-leader configuration to transport supplies with minimal human supervision. To improve reliability during electronic warfare, the platform uses redundant multi-channel communications that can automatically switch frequencies if interference or jamming is detected. Civilian Applications Beyond defense use, VATAG has also demonstrated the platform's commercial potential. Earlier this year, the company displayed a civilian transport version at the Ukrainian Pavilion during CES 2026 in Las Vegas. The civilian configuration is intended for industries including mining, forestry, and emergency response, where autonomous cargo transport across difficult terrain can reduce risks to human operators. The project reflects a broader trend among Ukrainian defense technology companies to adapt battlefield-developed robotic systems for commercial applications while continuing to expand unmanned capabilities for military logistics and support missions. The newly released field-test footage provides further evidence of the VATAG platform's operational performance, demonstrating its mobility, autonomous navigation, and modular design in realistic off-road conditions.
Read More → Posted on 2026-07-06 11:49:06
World
Brussels — The NATO Communications and Information Agency (NCIA) has awarded a contract to a consortium led by European defense companies Thales and Leonardo to provide a next-generation secure deployable communication and information system for the Allied Special Operations Forces Command (SOFCOM). The contract marks the first phase of a wider NATO program aimed at modernizing communication capabilities for Special Operations Forces and improving the alliance's ability to operate in demanding environments. Following the announcement on Monday, Thales shares rose 1.6% on the Paris stock exchange, while Leonardo gained 3.9% in Milan trading. Six Deployable Headquarters to Receive New Systems Under the agreement, the consortium will deliver equipment and training for six Deployable Points of Presence for Special Operations Component Commands (DPOP SOCC). The deployable headquarters are designed specifically for NATO Special Operations Forces and will provide secure communication and information systems that can be rapidly deployed during operations. Built on classified and resilient networks, the systems are intended to maintain reliable connectivity and support command and control in challenging operational environments. The DPOP SOCC units will also serve as the foundation of NATO's future secure communication and information architecture for special operations missions. New Capabilities for Deployed Forces The systems will include deployable IT infrastructure, resilient communications and high-performance computing capabilities to support operations in the field. According to Thales and Leonardo, the equipment has been designed with a reduced physical and electromagnetic footprint, helping lower its detectability during deployment. One of the main additions is the ability to share Full Motion Video (FMV) in real time between deployable systems. The companies said this is the first time such a capability will be introduced in a NATO deployable communications program. The new communication architecture will also provide a secure multi-domain environment for exchanging mission data while meeting NATO requirements for cybersecurity, interoperability and network resilience. Long-Term Support and Upgrades Thales and Leonardo will manage the systems throughout their operational life, allowing future upgrades as technology and operational requirements evolve. The consortium will also provide training and technical support to help ensure the systems are successfully introduced into service under NCIA's leadership. The project is being delivered through a wider European industrial partnership. While Thales and Leonardo lead the program, it also includes technologies and industrial contributions from the United Kingdom and Germany. Company Executives Welcome the Agreement Alexandre Bottero, Vice President of Networks and Infrastructure Systems at Thales, said the project combines the expertise of both companies to deliver a modular and upgradeable solution for NATO Special Operations Forces. "Thales brings end-to-end expertise in secure information and communication systems, deep knowledge of NATO's reference architecture, and a long track record of delivering projects to the Alliance," Bottero said. "By combining this expertise with Leonardo's capabilities, we are harnessing the best of European industry in a modular, upgradable, and field-proven system." Antonio Levato, Senior Vice President of Air and Land Systems at Leonardo Electronics, said the company's experience in delivering regimental and divisional command post capabilities in Italy supports the development of modular NATO-ready systems based on fixed and expandable shelters. He added that close cooperation with operational users has helped shape the design, combining Leonardo's deployable command post expertise with Thales' experience in NATO secure communications. Strengthening NATO Special Operations The contract forms part of NATO's broader effort to improve secure communications and command capabilities for Special Operations Forces, which often operate in dispersed locations and complex environments. By introducing deployable, secure and interoperable communication systems, the program is expected to improve information sharing, situational awareness and operational coordination across NATO special operations units while providing a platform that can be upgraded as future requirements emerge. Source: thalesgroup
Read More → Posted on 2026-07-06 11:34:00
World
KYIV — Ukrainian forces launched five FP-5 "Flamingo" cruise missiles during the night of July 4 in an apparent strike targeting the Votkinsk Machine Building Plant in Russia's Udmurtia region, according to open-source monitoring reports and defense analysts. The Votkinsk Machine Building Plant is a state-owned defense facility that manufactures missiles for Russia's Iskander operational-tactical missile system, making it an important part of the country's missile production infrastructure. According to Russian-linked monitoring reports and subsequent open-source analysis, all five cruise missiles were intercepted before reaching the facility. A-50U Airborne Early Warning Aircraft Played Key Role An after-action review published by the OSINT community CyberBoroshno, based on data processed by the OCHI AI system, concluded that the successful interceptions were enabled primarily by the timely deployment of a Russian A-50U airborne early warning and control (AWACS) aircraft rather than by ground-based air defense systems alone. According to the analysis, the Russian Aerospace Forces launched the A-50U at approximately 12:40 a.m. local time. The aircraft reportedly conducted patrols over the Ulyanovsk, Samara and Bashkortostan regions, providing radar coverage across areas where ground-based radar systems have limited visibility. Military analysts note that airborne early warning aircraft are designed to detect low-flying aircraft and cruise missiles over long distances, particularly in areas where rivers, forests and uneven terrain reduce the effectiveness of ground-based radar networks. Missile Flight Path and Interceptions Data reconstructed by the OCHI AI system indicates the FP-5 Flamingo missiles were airborne from approximately 1:10 a.m. until around 3:00 a.m. According to the analysis, the missiles followed a route commonly associated with previous long-range Ukrainian strikes. They initially traveled through a corridor toward the Volgograd region before continuing along the Volga River. The first interceptions reportedly occurred near the Engels-Balakovo area. The remaining missiles continued toward Ulyanovsk before turning through the Chuvashia region, using the surrounding terrain in an apparent effort to reduce the likelihood of radar detection. As the missiles returned toward the Volga River valley near Kazan, Russian fighter aircraft reportedly intercepted additional targets. The final missile, which reached the vicinity of the Votkinsk Machine Building Plant, was reportedly destroyed by a ground-based surface-to-air missile system. OCHI AI Analysis According to CyberBoroshno, the OCHI AI system reconstructed the attack using more than 32,145 open-source reports. After filtering duplicate and inaccurate information, analysts used 688 verified data points to determine the reported missile routes and interception locations. The analysis states that the route through the Volga River corridor and the Chuvashia region has been used previously because the terrain can reduce the effectiveness of ground-based radar coverage. However, analysts noted that repeated use of the same approach may have made the route more predictable for Russian air defense planning. Strategic Assessment The assessment concludes that the July 4 operation highlighted the importance of Russia's airborne early warning capability in defending against long-range cruise missile attacks. The A-50U's radar reportedly enabled Russian forces to detect low-flying missiles over areas where ground radar coverage is less effective, allowing interceptors to engage the targets before they reached their intended destination. The report also notes that airborne early warning aircraft remain an important component of Russia's integrated air defense network for detecting and tracking long-range threats. According to estimates cited by the monitoring group In Factum, the Russian Aerospace Forces currently operate about five combat-ready A-50 and A-50U aircraft. The group estimates that Russia's original fleet consisted of approximately 10 aircraft, with three reportedly destroyed by Ukrainian forces and two others believed to be undergoing long-term maintenance or otherwise non-operational. These estimates have not been independently verified. Neither the Ukrainian government nor the Russian Ministry of Defense has released a detailed official operational account confirming all aspects of the reported missile routes, interception sequence or aircraft deployment. The reported timeline and analysis are based on open-source intelligence assessments published by CyberBoroshno using data from the OCHI AI system.
Read More → Posted on 2026-07-05 16:10:09Search
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