Schiebel unveils next-gen UAS: Schiebel announced the launch of two new products: the CAMCOPTER S-101 and CAMCOPTER S-301 Unmanned Air Systems (UAS). These next-generation unmanned helicopter systems represent refined new designs, dedicated for weaponisation and engineered to meet the rapidly evolving demands of modern military operations. Building on the success of the CAMCOPTER S-100 – a proven solution designed for the military domain (navies and armies), it has been extensively sold and deployed operationally around the globe, both on land and at sea. The armed S-101 and S-301 introduce a new era of innovation and precision strike capability for a tactical UAS. The platforms feature advanced performance, military-grade systems integration, embedded AI and robust architecture, purpose-built for the most demanding defence missions across multi-domain environments. Both systems are engineered to ensure resilience in contested electromagnetic environments, guaranteeing operational effectiveness even under the most challenging conditions. Development and production of the S-101 and S-301 are carried out by Schiebel Defence GmbH, a newly established group subsidiary, based in Wiener Neustadt, Austria, dedicated exclusively to armed UAS. The company ensures the new platforms are specifically designed to meet the unique needs of military forces, with a focus on integrating already in-service missiles and rockets well suited to tactical rotary platforms that will provide a persistent and distributed lethality option against asymmetric threats allowing engagement at stand-off ranges.
INVISIO announces H-Series: Tactical communication expert INVISIO has unveiled the H-Series, a new generation of tactical smart hubs for professionals in mission-critical environments. It unifies radios, sensors, EUDs, laptops, audio, and power into a single connected system resulting in a faster setup, fewer failure points, and quicker decisions under pressure. The INVISIO H-series meets the need of modern soldiers. Mission-critical software can run on the hub itself, not just on the EUD. This reduces latency and keeps essential functions online. The hubs act as a router; prioritizing and forwarding data between radios, EUDs, and sensors, so teams receive the right information at the right time. Power is distributed and prioritized based on role or mission profile to maximise system run-time and keep the most critical devices alive. An optimised operating system with secure boot, no storage of data-at-rest, a web-based configuration UI, and over-the-air updates turn the hub into an adaptable, serviceable asset, not a black box. Bridges legacy and modern devices, so organisations can modernize and interoperate with partners without full replacement.
Cervus and Skyral announce strategic partnership: British modelling and simulation leader Skyral and veteran-owned data analytics specialist Cervus announced a strategic partnership that will revolutionise military training and operational decision-making through advanced M&S and data analytics technologies. The collaboration between the two innovative UK SMEs represents a significant advancement in the delivery of transformative solutions to the UK Ministry of Defence, while strengthening Britain’s position in the global defence technology market. The strategic alliance leverages Skyral’s proven track record in creating digital twins that model human behaviours alongside real-time infrastructure systems, with Cervus’s operational military knowledge and veteran-led insights. The partnership’s effectiveness has been validated through their joint work with the UK Army’s CTTP pathfinder programme, where their combined capabilities helped shape requirements for next-generation military training. This success positioned both companies in the Omnia consortium, paving the way for revolutionary advances in military training methodologies. The Cervus-Skyral partnership directly supports several key UK government initiatives. The collaboration demonstrates the MOD’s commitment to leveraging small and medium enterprise innovation in defence procurement and capability development. The two companies represent the real-terms value of increased UK Defence spending by delivering high-impact, innovative solutions with proven ROI.
Pratt & Whitney receives TF33 engine sustainment contract: Pratt & Whitney has received a $18 million TF33 engine sustainment contract from the NATO Support Procurement Agency (NSPA). Under this contract, Pratt & Whitney will provide comprehensive engine sustainment services for NATO’s fleet of airborne warning and control system (AWACS) aircraft, also known as the E-3 Sentry. “NATO’s TF33-powered E-3s have played a pivotal role supporting air, ground and maritime operations for over 40 years, providing its 32 member nations with air surveillance, real-time situational awareness and battle management,” said Jessica Villardi, vice president of Fighter and Mobility Programs at Pratt & Whitney. “Our integrated engine sustainment approach will help maximize fleet readiness for years to come.” Pratt & Whitney will provide a materials management program to include part forecasting, procurement and technical support. The contract duration is for three years, with an option to extend it for an additional two years. Work on this contract will be conducted at several locations, including the Geilenkirchen NATO Air Base, depots in Turkey and Greece, and Pratt & Whitney’s East Hartford, Conn. facility.
Boeing opens new engineering centre: Boeing has opened its new Boeing Engineering Centre in the Cici & Hyatt Brown Centre for Aerospace Technology at Embry‑Riddle Aeronautical University’s Research Park. The facility is now operational, expanding the company’s commitment to the region. “This day represents an important milestone for Boeing, Embry‑Riddle and the broader Daytona Beach community,” said Dan Gillian, vice president and general manager, Boeing Air Dominance. “This engineering center will accelerate Boeing’s work on critical defence programs and deepen our partnership with Embry‑Riddle, giving us access to an exceptional talent pipeline and enabling collaboration to drive aerospace innovation.” The Boeing Engineering Centre spans 65,000 square feet and will support engineering design, research, development and prototyping for Boeing Defense, Space & Security Air Dominance programs, as well as advanced technology efforts. The centre is anticipated to create approximately 400 high‑paying jobs in Daytona Beach and Volusia County as hiring continues.
JFJ Aviation & Defence teams Up with Vrgineers: JFJ Aviation & Defence GmbH announced a strategic partnership with Czech-US technology company Vrgineers to co-develop an unrestricted version of a 5th Generation Fighter Simulator. The simulator cockpit will feature Vrgineers’ proprietary electronics and will be fully integrated with the Somnium VR1 and XTAL CAVU mixed-reality systems. This cutting-edge setup will support advanced pilot simulation, mission rehearsal, and technology demonstration in a fully immersive environment. This marks the first direct collaboration between JFJ and Vrgineers, combining their respective strengths to deliver affordable, high-fidelity simulation solutions to defence and aerospace customers. The partnership aims to accelerate innovation by leveraging shared expertise in cockpit design, mixed-reality integration, and simulation hardware. The project reflects both companies’ commitment to modernizing the simulation market, which has long relied on legacy technologies such as flat screens and basic projection systems. By introducing unrestricted mixed-reality capabilities, the simulator will offer pilots a more realistic and responsive training experience. The unrestricted 5th Generation Fighter Simulator is expected to debut at upcoming defence exhibitions, where it will showcase the future of pilot training and operational readiness.
Boeing-built Nusantara Lima satellite launches: Boeing engineers confirmed PT Pasifik Satelit Nusantara (PSN)’s Satelit Nusantara Lima (SNL) communications satellite is healthy on orbit, sending and receiving signals. Built on Boeing’s proven 702MP platform, SNL is designed to provide more than 160 Gbps of capacity for broadband internet and essential communications services across Indonesia’s 17,000+ islands and neighbouring nations. Its advanced payload processing will allow PSN to direct capacity to where it’s needed most, from dense urban centres to remote villages and disaster-affected areas. “Nusantara Lima is about solving real-world problems with reliable technology,” said Adi Rahman Adiwoso, CEO of PSN Group. “For Indonesia, connectivity is nation-building. School children gaining online learning, patients connecting with doctors via telemedicine, small businesses reaching customers, and families staying in touch across our islands. SNL is designed to strengthen our national capacity and complement fibre and mobile networks so more people can access opportunity.” Boeing and Indonesia’s relationship spans more than seven decades, including the nation’s first domestic communications satellite, Palapa A1. Following orbit-raising and on-orbit testing, SNL is expected to enter commercial service in 2026.
Insitu launches Autonomy Centre of Excellence: Insitu, a Boeing Company, announced the establishment of its new Autonomy Centre of Excellence in Oxford, United Kingdom, solidifying the company’s long-standing commitment to advancing practical autonomy and artificial intelligence (AI) solutions critical to the future of global defence. The new centre builds upon a decade-long presence in Oxford, where a world-class software team has served as the technological backbone for Insitu’s data processing, exploitation, and dissemination (PED) systems. Their software powers advanced data workflows across Insitu’s fleet of uncrewed aircraft systems (UAS), including platforms fielded by allied forces around the world. The Autonomy Centre of Excellence is a focused investment that will deepen collaboration and the rapid adoption of new technology and AI solutions. The Centre will serve as a hub for research, development, and deployment of intelligent mission software, onboard autonomy, and edge computing capabilities that enable distributed, resilient operations. The team will continue to pioneer software that transforms raw data into actionable insight—at machine speed—giving commanders an operational advantage in the most contested environments.
Exercise Thai Boomerang returns to Thailand: More than 500 participants from the Royal Australian Air Force (RAAF) and Royal Thai Air Force (RTAF) are participating in Exercise Thai Boomerang 2025. This year’s exercise, which will run until 19 September, is the 15th iteration of the bilateral activity. The exercise provides an opportunity to build upon the rich history and deep defence partnership between Australia and Thailand since 1992. Primarily run out of Korat Royal Thai Air Force Base in Thailand, Exercise Thai Boomerang enhances cooperation and interoperability between Australia and Thailand’s Air Forces. This year’s exercise focuses on dissimilar air combat training and scenarios in large force employment, and close air support of ground forces in a non-confrontational training environment. The exercise involves F/A-18F Super Hornets from RAAF’s No. 1 Squadron and personnel from No. 4 Squadron working with RTAF F-16 Fighting Falcon and JAS-39 Gripen aircraft. Wing Commander Trent Baldry, Commanding Officer No. 1 Squadron, emphasised the importance of Exercise Thai Boomerang. “Exercise Thai Boomerang is a valuable opportunity to learn from one another through combined air combat training. The profiles and scenarios are from across the spectrum of combat air power,” Wing Commander Baldry said. “Defence engagements, like Exercise Thai Boomerang, foster friendship and rapport between RAAF and RTAF aviators at all levels. We look forward to training side by side, as we have done for many years.”
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