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03 Oct 24. Martyn’s Law coming into effect in the UK. Martyn’s Law is already prompting security reviews for events and venues and will come in over the next year or two for enhanced tier event venues over 800 people – Scrutiny in the House of Commons is coming up shortly and it will update on counter terror preparedness and have implications for the licensing of events and culpability for a failure to prepare adequately. The Security Industry Authority is noted as the new regulator. Drones are certainly part of that conversation on a sliding scale proportionally of what is needed to keep people safe on site. The bigger the meet / event the more likely a standard will need to be met for drone safety. ROCUs (Regional Counter Terror Policing Advisors) are already in training at some forward thinking areas of the country.
30 Sept 24. USAF Selects Honeywell’s System to Demonstrate Drone Swarm Defense. Honeywell’s UAS Reveal And Intercept system has been selected by the U.S. Air Force Global Strike team to demonstrate its ability to defend high-value assets from swarm drone threats during active on-the-move operations. The Stationary And Mobile UAS Reveal And Intercept system by Honeywell has been chosen by the U.S. Air Force Global Strike team, through STRIKEWERX/AFWERX, for a critical demonstration of its anti-swarm drone capabilities.
The system will be tested in January 2025, where it will showcase its ability to defend high-value military assets against drone swarms during on-the-move active operations.
The demonstration will highlight the system’s advanced multi-layered defenses, which combine beyond-visual-line-of-sight communication and command-and-control capabilities. The system is designed for use on both mobile and stationary platforms, making it ideal for protecting valuable assets on the move.
“Modern warfare is rapidly changing and the threat swarm drones pose to high-value assets can have a devastating effect on military operations,” commented Matt Milas, President, Defense and Space at Honeywell Aerospace Technologies. “Our Stationary And Mobile UAS Reveal And Intercept system is a highly reliable, scalable and fully integrated defensive system that has been developed after extensive research and testing with the needs of military operators in mind.
“This system’s multi-layered defensive capabilities set it apart in the industry and enable it to not only track and detect, but also defeat multiple threats. We’re excited to demonstrate this technology for the Air Force and are confident the system can provide critical new capabilities on the battlefield.”
The system has been developed by integrating components from defense manufacturers such as Blue Halo, Leonardo DRS, Pierce Aerospace, Silent Sentinel, Walaris, Rocky Research and Versatol. These components include radio frequency detection with sensor technology that uses light to detect, track and identify objects as well as offensive drones to counter swarms. (Source: https://www.defenseadvancement.com/)
02 Oct 24. Saab and KAI sign MoU for the AEW&C II competition and future Korean opportunities. Saab and Korea Aerospace Industries (KAI), have signed a Memorandum of Understanding (MoU) for industrial cooperation and technology transfer related to the ongoing AEW&C (Airborne Early Warning & Control) II competition for the Republic of Korea and future domestic opportunities.
The MoU was signed on the first day of the Korea Army International Defense Industry Exhibition, KADEX, by Mr. Chongho Yoon, Senior Executive Vice President and General Manager of Aircraft Program Division, KAI, and Markus Borgljung, Vice President and Deputy Head of Business Area Surveillance, Saab.
The MoU signifies Saab’s and KAI’s commitment for industrial cooperation if Saab is selected for the AEW&C II programme.
Saab’s proposal for the Republic of Korea’s ongoing AEW&C II competition is GlobalEye, the only advanced and future proof AEW&C solution on the market that is in production, on contract and in operation. GlobalEye offers higher availability, better sortie rate, longer missions, lower costs and superior performance to any current platform.
The MoU’s collaborative arrangements relate to the transformation of the Global 6500 business jet into a GlobalEye AEW&C special mission aircraft. This includes airframe and aerodynamics modifications, system installation, testing and integration and comes with an extensive package of training and technical assistance to build competencies in these areas. KAI will therefore be self-sufficient in carrying out future modifications, maintenance and repair of GlobalEye (AEW&C II).
“This MoU between Saab and KAI will increase critical radar technology competence, and create domestic capability and self-sustainability to secure strategic independence for the Republic of Korea in the airborne surveillance segment. In fact, GlobalEye is the only system that offers real technology transfer,” says Markus Borgljung, Vice President of Saab’s Business Area Surveillance.
“This program will be a stepping stone to expand the cooperative relationship between Saab and KAI, not only for the AEW&C II program but also any subsequent domestic AEW&C program and future special mission aircraft programs in Korea. Through the technology transfer, we will strengthen our capabilities for future independent domestic research and development for future Special Mission Aircraft programs,” says Chongho Yoon, Senior Executive Vice President and General Manager of Aircraft Program Division, KAI.
This arrangement will include technology transfer to build-up knowledge and capability not only for the modification of GlobalEye but also for potential follow on AEW&C needs in Korea and future domestic programmes. Specifically, KAI will be able to use transferred technology for other Korean Special Mission Aircraft programmes as this offset programme will cover an extensive scope with Special Mission Aircraft design, modification, and mission system integration and testing.
Saab has selected KAI as a key partner as KAI is a total solution provider in aerospace, with a leading role in Korean defence aviation industry with excellent capabilities and suitable facilities in the field of special mission aircraft modification through the AEW&C I programme, P-3CK MPA upgrade programme and on-going Baekdu Capability enhancement II programme. If Saab is selected, KAI’s capability will support Saab to deliver AEW&C II aircraft to ROK Air Force in a timely manner.
(Source: ASD Network)
01 Oct 24. Indra Equips the Spanish Air and Space Forces With New State-of-the-art Radar to Strengthen Air Defence
- The new Lanza 3D radar has been deployed in the Air Surveillance Squadron 2 (EVA-2), located in the province of Toledo, responsible for surveillance the air space of the central area of the peninsula
- This is the first of a series of five new radars that Indra will deliver equipped with the most advanced technology to detect all types of aircraft, drones and missiles
- Once in operation, the entire Spanish network of airspace surveillance will be based on Indra radar, thereby bolstering the technological sovereignty and autonomy of the Armed Forces
- These systems are, in turn, part of NATO’s Integrated Air and Missile Defense System (NATINAMDS), critical to the defense of the continent and its allies
Indra has completed the implementation and testing of the new Lanza 3D long-range radar to be used by the Air Surveillance Squadron 2 (EVA-2) of the Spanish Air and Space Force, located in the province of Toledo and responsible for the surveillance of the central area of the peninsula.
The project being implemented by Indra is part of the ongoing process to modernize the Spanish Air and Space Force’s air surveillance and control system and strives to replace systems that have reached the end of their service life with next-generation equipment.
All in all, Indra will deploy five radars: four fixed Lanza 3D LRR (Long Range Radar) and one deployable Lanza 3D LTR-25 (Long-range Tactical Radar). Furthermore, the program will address technological developments that enable future upgrades of the 3D Lanza systems in service in the Air Surveillance Squadrons and extend their service life, improving their operational performance to face new threats.
For years, most of Spain’s airspace surveillance has been carried out by Indra’s Lanza 3D radars. Once the delivery of these new systems is completed, all EVA squadrons protecting our airspace will operate with the company’s radars, which are equipped with the latest technologies to detect aircraft, drones and missiles with a smaller radar section, those that use newer materials and technologies to go undetected.
The application of cutting-edge technologies developed by Indra makes the Lanza 3D one of the most advanced and reliable radars on the market, one capable of detecting a wide range of targets.
These systems are, in turn, integrated into and are a key element of the NATO Integrated Air and Missile Defense System (NATINAMDS), which protects the European countries of the Atlantic Alliance.
The Defence Systems Business Development director, Francisco Jiménez, points out that “the Ministry of Defense and the Armed Forces made a decision decades ago to foster the development of this technology within Spanish industry and today we can say that we are one of the most advanced countries in the world in this field. The technologies used in the development of radar also have countless civilian applications and are strategic for the development of the information societies in which we live.”
For years, the company has been providing the Air Force with radar support for EVA radars, a key aspect to guarantee maximum operation of these critical defense systems. This support is also increasingly advanced and is progressively incorporating new technologies to improve it constantly.
Technological sovereignty
Indra is one of the world-leading radar manufacturers. As a result, allied countries, and especially Spain, have a cutting-edge company working to ensure their superiority in this field. It should be noted that these sensors are a key deterrent due to their early warning and detection capability of any attack or airspace violation. In their on-board versions, they largely determine the capabilities of fighters, helicopters, ships or armored vehicles, determining their superiority.
Indra has one of the largest radar factories in Europe, with more than 7,000 square meters and more than 200 specialized professionals, who develop radars used by some of the world’s most advanced armies on five continents. It has supplied radars to European countries such as France, Germany, the United Kingdom, Lithuania and Poland, and has also delivered mobile radars to NATO. It has also participated in the development of the Eurofighter’s Captor radar and is currently working on it, bringing its superiority to one of the most advanced multi-role combat aircraft in existence, as well as supplying systems of this kind for all types of air, naval and ground platforms. It has also developed a space detection radar currently operated by the Spanish Air and Space Force, which is among the most advanced on the continent, with the capacity to detect objects in orbit thousands of kilometers from Earth. (Source: ASD Network)
01 Oct 24. ParaZero Secures New Order for Advanced Counter-Drone System from Global Defense and Intelligence Organization. ParaZero Technologies Ltd. (Nasdaq: PRZO) (the “company” or “ParaZero”), an aerospace company specializing in drone safety systems for defense and commercial drones and for urban air mobility aircraft, today announced that it has received a new purchase order for its advanced Counter-Unmanned Aerial Systems (C-UAS) solution from a global leading Tier 1 defense and intelligence OEM company. This is another significant achievement for ParaZero in its continued expansion into the defense market and the rapidly growing counter-drone market specifically.
This order follows the company’s recent success in securing an initial contract for its innovative C-UAS technology and highlights the increasing global demand for reliable, scalable, and robust solutions to mitigate threats posed by drones of various sizes.
Meeting the Evolving Threat Landscape
With drones becoming a major security concern for military and non-military organizations, ParaZero’s cutting-edge C-UAS solution offers a drone neutralization system. This technology provides essential protection for critical infrastructure, sensitive military operations, and public spaces while also ensuring minimal disruption while neutralizing aerial threats.
“Securing another order from a prestigious global defense and intelligence organization is a strong testament to the trust in our technology,” said Boaz Shetzer, CEO of ParaZero Technologies. “We believe that our C-UAS solutions address the growing demand for highly effective drone mitigation systems, and that this new order reflects our commitment to providing the highest level of safety and security to our clients.”
Expanding Capabilities in the Counter-Drone Market
As the market for counter-drone technology is expected to grow to $7.05 bn by 2029 according to a MarketandMarkets report, ParaZero continues to invest in its proprietary C-UAS platform, which integrates seamlessly with existing security systems. The platform’s high level of customization and scalability makes it ideal for a wide range of applications, including military, law enforcement and commercial operations.
ParaZero’s continued success in the counter-drone market reinforces its position as a leader in aerospace safety technology and its commitment to addressing emerging global security challenges with innovative and reliable solutions. (Source: ASD Network)
01 Oct 24. Kopin Awarded Contract to Develop Daytime Readable See-Through HUD (Heads Up Display) Module for Warfighters.
- Next-generation, daytime-readable, augmented HUD addresses power efficiency, extended fields of view and improved resolution
Kopin Corporation (NASDAQ: KOPN), a leading provider of application-specific optical systems and high-performance microdisplays for defense, enterprise, industrial, consumer and medical products, announced today that it has secured a contract to further develop its daytime-readable, augmented reality HUD (Head-Up Display) technology in support of warfighters.
The goal of this next-generation HUD is to offer enhanced resolution, better daytime readability and a greater see-through field of view-and require less power.
“Warfighters want to keep their eyes on the horizon to detect and address threats, instead of looking down at a device,” said Bill Maffucci, Sr. VP Business Development and Strategy. “Our technology provides a wide range of augmented geospatial information in a heads-up format, reducing the loss of situational awareness. In addition, the new HUD module aims to meet the growing demand for an advanced display solution that is easily readable in daytime lighting.”
Kopin has been developing daytime-readable, see-through HUDs and demonstrating early prototypes. The new contract award is for the development of a next-generation HUD with advanced specifications for a specific targeted application. Key features and capabilities include:
- Higher-resolution OLED microdisplay
- Larger see-though daytime readable field of view
- Superior power efficiency (compared to waveguides)
- Better visual acuity
- Lighter weight and lower profile
- A path to full-color daytime readability
“We have established ourselves as a leading optical display solution provider, which has resulted in the award of this contract after a rigorous selection process,” said Maffucci. “This development funding will give us the opportunity to enhance our existing HUD capabilities with the end goal being the release of a deployable product that will enable the Warfighter to safely and efficiently carry out operations.”
(Source: ASD Network)
02 Oct 24. Replicator 2 drones to focus on counter UAS mission. A memo from Secretary of Defence Austin determined Replicator 2’s new mission, countering small UAS.
The US Department of Defense (DoD) officially determined the course of development for the next phase of its Replicator initiative, with Secretary of Defence Lloyd Austin stating in a memo on 27 September that Replicator 2 will be a counter small uncrewed aerial system (C-sUAS) for the defence of critical military installations.
Replicator 2’s focus on counter-drone technologies complements existing efforts by the DoD to enhance force protection and operational capabilities within 24 months of congressional funding approval.
The initiative builds on lessons from Replicator 1, which focused on deploying large numbers of attritable, affordable, autonomous systems that can be used aggressively without the financial consequences of losing high-value assets. The Defense Secretary described Replicator 1 as ready to field its first systems in Summer of 2025, adding that the the programme has laid the groundwork for scaling autonomous systems across the force.
As part of this broader strategy, the DoD chose AeroVironment’s Switchblade 600 system for the first phase of Replicator’s deployment in May, 2024. The Switchblade 600, a portable long-range munition designed to destroy fortified targets from extended distances, was already in full-rate production, with a proven combat record.
Replicator’s first tranche will see the delivery of thousands of autonomous systems, including uncrewed surface vehicles (USV), counter-uncrewed aerial systems (C-UAS), and additional uncrewed aerial systems (UAS), sourced from a diverse range of defence vendors. The aim is to have these systems fielded within 18 to 24 months, a timeline critical to addressing the rapid military advancements of other global powers.
Deputy Secretary of Defense Kathleen Hicks recently confirmed in May that the first tranche of Replicator had been successfully executed, and that the DoD had allocated approximately $500m in funding for fiscal year 2024, of which $300m comes from the defence appropriations bill.
In addition to land-based operations, the maritime sector will also benefit from the Replicator initiative. The DoD is expanding its supplier base for uncrewed surface vehicles through the recently launched Production-Ready, Inexpensive, Maritime Expeditionary Commercial Solutions Opening. This program has already attracted over 100 technology companies and is expected to award contracts later this summer.
(Source: army-technology.com)
02 Oct 24. Cuashub.com said today that ‘Robot dog’ showcased at Red Sands could have C-UAS purpose.
The Red Sands C-UAS drills, held in the Central Command (CENTCOM) area of responsibility, saw the United States and the Kingdom of Saudi Arabia come together to demonstrate C-UAS technologies, with a focus on countering UAS in regions heavily affected by drone activity.
One of the key highlights of this year’s exercise was the use of a Quadrupedal-Unmanned Ground Vehicle, often called the ‘robot dog,’ which drew attention due to its unique nature and potential role in drone defence.
The quadrupedal robot, identified as Ghost Robotics’ Vision 60, was equipped with a training variant of the M4A1 rifle. Though specific details of its role in Red Sands remain undisclosed, the Vision 60 has previously been involved in various U.S. military drills, including the Advanced Battle Management System at Nellis Air Force Base in 2020 and Project Convergence at Fort Irwin in early 2024.
These earlier exercises explored the robot dog’s ability to enhance situational awareness and provide security, particularly in urban and battlefield environments. At Red Sands, its role appears to have evolved further, with indications that it could be used to shoot down aerial drones due to the nature of the drills. The Vision 60’s night vision, thermal mode electro-optical system and swivelling turret also suggest that it is being evaluated for this purpose.
In addition to the Vision 60, the exercise showcased other C-UAS systems, including Rheinmetall’s Mission Master XT, a large unmanned ground vehicle equipped with dual M134D miniguns and radar to detect and engage drones. The Oshkosh M-ATV (MRAP-All Terrain Vehicle) was also present, armed with the Crows Blade C-UAS system, which integrates radar and a .50 calibre heavy machine gun.
The event also featured a U.S. Army AH-64 Apache attack helicopter firing a Hellfire missile to destroy a small UAS, possibly marking the first such engagement by the U.S. Army in live drills. Such drills are a reminder of the ongoing work to evaluate systems and approaches for countering the UAS threat in modern warfare.
https://cuashub.com/en/content/robot-dog-showcased-at-red-sands-could-have-c-uas-purpose/ (Source: https://cuashub.com/)
02 Oct 24. The sensor solution provider HENSOLDT is working with DFS, the German air navigation service provider, to allow the use of its Twinvis passive radar for civil air traffic safety. A cooperation agreement has now been signed with the aim of certifying the Twinvis passive radar for civil use by the end of 2026.
Twinvis is a passive radar based on the latest digital technology that can be used for long-range military airspace surveillance or civil air traffic control. A passive radar acts purely as a receiver, i.e. it does not transmit itself, and locates targets by evaluating reflected signals from existing third-party transmitters. In military use, the system enables covert surveillance of large areas using networked receivers and offers the advantage that the radar cannot be located by the enemy and is very difficult to be jammed.
Two studies funded by the German Federal Ministry for Economic Affairs and Climate Protection (BMWK) have already provided important insights into whether the Twinvis passive radar can be used for civil applications (air traffic control). For this purpose, the Twinvis system was installed near Frankfurt Airport, for example. HENSOLDT and DFS worked together as partners in both the studies. As a result of the joint series of tests and live air situation images generated at national airports, DFS was able to see for itself the maturity of the passive sensor technology. The combination of the non-rotating passive radar antenna with the advanced Twinvis software enables the updating of the position of all detected aircraft every second, for instance. This means that tracks from fast-manoeuvring aerial targets, such as sailplanes or military aircraft, can be maintained with a high degree of stability.
“The studies demonstrated that passive radar is also highly effective for safeguarding civil air traffic,” said HENSOLDT CEO Oliver Dörre. “Having already been successfully deployed in the military sector, the system also offers significant market potential for air traffic control.”
From an air traffic control perspective, passive radar technology is particularly attractive because it can be more robust and therefore less maintenance-intensive than conventional radar systems. Currently, DFS operates around 30 radar facilities to monitor German airspace which have a large rotating primary radar. There may soon be a powerful and resource-efficient alternative for these.
In parallel, DFS is already working on utilisation concepts for the future use of passive radar data at DFS and on their integration into the DFS infrastructure. To this end, a system will be stationed near Stuttgart Airport before the end of the year.
“We are looking forward to the joint trials at the Stuttgart site with great interest,” said Friedrich-Wilhelm Menge, Chief Technology Officer on the DFS Executive Board. “Following successful certification, we see potential for the future use of this technology.”
01 Oct 24. Zapata AI (NASDAQ: ZPTA), a leader in AI solutions for large enterprises and the defense sector, today announced the first commercial agreement of its partnership with MAG Aerospace (“MAG”). MAG is the leading independent defense contractor providing full-spectrum outsourced ISR (intelligence, surveillance, reconnaissance) services for manned and unmanned systems, and a full spectrum of multi-domain deep sensing capabilities, including cyber, electronic warfare, and tactical communications in theaters around the world. In the initial phase of the partnership, Zapata will build foundational elements of MAG’s next-generation integrated surveillance platform.
The Zapata and MAG teams will work to enable next-generation ISR relying upon advanced sensor fusion technology, bringing together airborne and ground-based sources, and a wide variety of signal and sensor types – such as radar, camera, SIGINT, LiDAR, and thermal imaging – powered by real-time data processing, correlation, image classification, and decisioning at the edge to automate target acquisition, identification, and tracking. The teams will also build reconfigurable software packages based on specific mission objectives, along with dynamic communications to optimize how information is collected, fused, and shared across contested networks. This integration represents a significant step forward in ISR capabilities, with significantly improved performance in enabling tactical decision superiority across any number of challenging operational environments.
“As the battle space becomes more digitized, Zapata’s ability to rapidly build and deliver AI solutions that deliver real-time situational awareness and decision support, including on the edge and in contested environments, is the unique value we deliver as a mission partner,” said Christopher Savoie, Zapata AI Co-founder & CEO. “The partnership with MAG showcases how Zapata’s innovative approach to AI can solve complex, real-world challenges, and we’ll help push the boundaries of what’s possible for the next generation of airborne ISR, while helping MAG better serve its customers in achieving their mission objectives.”
Zapata AI will leverage its Orquestra® Enterprise Solution to drive rapid algorithm development and integration in MAG’s systems. Zapata’s technological expertise lies in the ability to ingest large and varied time series data streams, sensors, and other signals, including in low connectivity environments, make sense of the data, and deliver back to the user real-time insights, anomaly detection, and accurate predictions for what will happen next. These capabilities lie at the heart of ISR and the decision cycles necessary in tactical environments.
“MAG’s mission is to make the world smaller and safer. We serve our customers anywhere in the world under extreme and austere operating conditions. As the decisions in our operating theaters becomes faster paced, we must look to partner with non-traditional AI and software providers who can rapidly deliver innovations to help us deliver solutions to maintain our customers’ tactical decision superiority. We are excited to partner with a company like Zapata AI to help drive this transformative effort,” said Donald Robinson PhD, MAG Chief Strategy Officer.
“One of MAG’s greatest strengths is our ability to rapidly move innovations from a concept to fully operational in weeks or months, not years. Zapata has a proven ability to deploy AI applications for fast moving vehicles with complex telemetry and streaming data, while providing real-time decision support in high stakes environments such as INDYCAR racing. Merging Zapata’s experience with Andretti Racing and MAG’s ability to quickly and efficiently innovate, this partnership aims to create algorithmic mission packages that work with the complex platforms MAG integrates and operates for its customers.”
The MAG partnership adds to Zapata AI’s experience in the United States Department of Defense sector. As the only company participating across all tracks of the Defense Advanced Research Projects Agency (DARPA) Quantum Benchmarking program, and the company’s development partnership with USSOCOM, along with several late stage agreements and partnerships, Zapata AI is leading groundbreaking efforts in applying its quantum-enabled algorithms, sensor intelligence and anomaly detection technology, proprietary AI capabilities, and proven delivery methodology to produce results in environments where “intelligence anywhere”, speed, and accuracy are mission critical.
About Zapata AI
Zapata AI (NASDAQ: ZPTA) is a leader in enterprise AI solutions, helping solve the Fortune 500’s toughest mission critical challenges through specialized, computational models powered by quantum-enabled algorithms which excel in handling complex, time series, and numerical data.
Founded out of Harvard University computer science and quantum labs, Zapata AI helps large enterprises and the defense sector unlock the promise of AI with industrial-grade solutions powered by Orquestra®, the company’s proprietary software development platform that accelerates the Model Development Lifecycle (MDLC). Zapata AI’s innovative approach delivers real-time, actionable insights across industries such as manufacturing, finance, energy, and defense, enabling immediate, accurate decision-making in high-stakes environments. With one of the largest patent libraries for enterprise AI and quantum computing, Zapata AI delivers practical, efficient AI solutions while ensuring data governance and security. For more information, visit www.zapata.ai
About MAG Aerospace
MAG is the leading independent provider of manned/unmanned full-spectrum outsourced intelligence, surveillance, and reconnaissance (ISR) services, with 1,000+ employees operating 200+ platforms over 100,000 flight hours annually on 6 continents. MAG offers turnkey C5ISR services (ISR operations, ISR training, tactical communications, specialized logistics and technology services) through a technology agnostic approach to government, international, and commercial customers globally. MAG has secured diverse contracts with highly sought after customers across multiple end markets. MAG is headquartered in Fairfax, Virginia. MAG is part of the New Mountain Capital portfolio, leading technology-focused private equity firm.
30 Sept 24. Axon Vision Launches New AI-Based Counter-UAS Solution at AUSA 2024. The company recently completed successful demonstrations of its technology in the United States for a major defense authority and a leading defense contractor.
AUSA exhibition, October 2024, Hall A Booth #1247
Axon-Vision, a leading provider of vision-based Artificial Intelligence solutions for manned and unmanned platforms across all operational domains—land, air, and sea—announces the launch of its new AI-based Counter-UAS (C-UAS) solution at the AUSA exhibition.
Axon-Vision’s AI solutions enhance situational awareness, enable rapid decision-making, and automate responses, ensuring precise and effective military operations. The new real-time C-UAS solution is a comprehensive, ground-to-air defense system designed to protect ground and maneuvering forces. It integrates advanced Electro-Optical (EO) and thermal cameras for rapid, passive detection and identification of threats, along with Axon-Vision’s AI-based EdgeRCWS (Remote-Controlled Weapon System) system that engages threats swiftly and effectively. The system’s rapid reaction time provides an effective countermeasure against drones in complex urban battlefields.
Agnostic to platform, weapon, and type of EO sensor, Axon-Vision’s C-UAS solution offers unparalleled flexibility and adaptability across diverse operational scenarios. With a modular architecture, the solution is offered as a full package or in parts, as each component can be integrated with existing systems. The system’s AI processes and fuses all sensors to both analyze and accurately track many targets. The smart Fire Control fuses the recognition output and detailed ballistic data, such as bullet caliber and rifle type, and calculates optimal firing sequences based on the weapon, projectile, target context, and distance. This enhances both the accuracy and efficiency of engagements, while facilitating speed-critical decision-making and automating processes to ensure rapid, effective responses with minimal training and maintenance.
“Our new AI-based Counter-UAS solution represents a significant leap forward in defense technology,” said BG. (Ret.) Roy Riftin, CEO of Axon Vision. “By integrating advanced artificial intelligence with state-of-the-art sensing and targeting systems, we provide military forces with an unmatched ability to neutralize drone threats with precision and efficiency, across any operational environment. We are proud to launch this solution at AUSA 2024.”
At the AUSA exhibition, Axon-Vision will also showcase its full portfolio of AI solutions, including advanced AI capabilities for aerial platforms such as drones and UAVs, which enable superior performance in low-to-medium altitude covert operations. Axon-Vision’s AI solutions for UAVs are designed to simultaneously detect and track multiple targets across all spectrums and conditions, ensuring comprehensive Intelligence, Surveillance, and Reconnaissance (ISR) and situational awareness. The enhanced operational efficiency of these solutions makes them ideal for a range of defense and security missions, including ISR, inspection, search and rescue (SAR), and covert reconnaissance missions.
Axon-Vision recently completed successful demonstrations of its technology in the United States for a major defense authority and a leading defense contractor, underscoring its groundbreaking capabilities in real-time counter-drone operations.
01 Oct 24. Plextek launches PLX-U16 Ubiquitous Radar. Drones and other unmanned aerial vehicles are now widely available in commercial, industrial and consumer markets. Reliably detecting, tracking and identifying drones can be problematic particularly in urban areas where line of site is diminished. Plextek’s PLX-U16 Ubiquitous Radar has been designed and developed to address these issues. In contrast to traditional scanning radars which scan
a narrow beam around the scene the PLX-U16 Radar is able to detect returns from many directions simultaneously. It can also differentiate between drones and birds even determining the size and type of drone (e.g. fixed wing vs rotary wing). The PLX-U16 has a wide range of applications and is very versatile, for example it can be deployed in congested environments (e.g. on ground, side of buildings) as part of a distributed sensing system. Alternatively, it can be mounted on drone/helicopter as a forwardfacing radar to provide medium range (500 m – 1 km, depending on target size) detection.
Key Features:
» Low size weight and power
» Deployable on the ground, buildings or drones
» Operates standalone, or as apart of a distributed radar network to
provide coverage in complex cluttered environments
» Can detect, localise and track a wide range of targets including drones, people, cars, helicopters and more
» Can reliably distinguish between birds and drones
» Technology can be used as a seeker for hunter-killer drones, or collision avoidance for uncrewed systems
» Operates in Ku band (15.7-17.2 GHz)
Example Applications:
The PLX-U16 platform can be used for a wide and diverse range of applications, including but not limited to:
Mounted on drone/helicopter as a forward facing radar to provide medium range (500 m – 1km, depending on target size) detection capability against other airborne targets Downward facing to enable measurement of ground- Doppler to assist in GNSSdenied navigation. Deployable radar in congested environments (e.g. on ground, side of buildings) – as part of a distributed sensing system Infill/Overwatch radar (to plug gaps in the coverage of other wide area surveillance systems)
Ubiquitous Radar Benefits
» Wide beam on transmit, digitally beamform on receive
» Radar able to detect returns from many directions simultaneously
» Contrast with traditional scanning radars which scan a narrow beam around the
scene
» Enables tracking of multiple dynamic targets simultaneously
» Enables extended dwell times on a target which aids target classification, without compromising simultaneous wide area coverage
| +44 (0) 1799 533200 | www.plextek.com
01 Oct 24. Cuashub.com said today that Laser DEWs come into focus at NATO’s TIE24 exercise.
At the NATO Technical Interoperability 2024 (TIE24) C-UAS exercise, the topic of directed energy weapons (DEWs), particularly lasers, and their use in C-UAS strategies was once again a key point of discussion. One of the projects discussed was “Project Jupiter”, which is a combined effort from Germany and the Netherlands, is said to be under development for integration with the GTK Boxer vehicle. The project aims to provide mobile, 360-degree laser coverage for countering hostile UAS.
Laser DEWs are widely considered as an answer to one of the greatest challenges involved with developing effective C-UAS strategies, as they tip the scales when it comes to cost-asymmetry. However, according to Lieutenant Colonel Reinout de Vries of the Dutch MoD, Project Leader for Jupiter, lasers are “an addendum, an additional tool in the toolkit of the commander. Nothing more, nothing less.”
The broader conversation on laser DEWs often highlights their potential in counter-drone operations. Lasers can offer near-instantaneous targeting, with virtually limitless “ammunition,” provided sufficient energy supply. Their precision is another advantage, allowing the neutralisation of fast-moving, small aerial targets like drones. However, as de Vries noted at TIE24, while lasers bring significant advantages to the battlefield, they are not a standalone solution.
Lasers have some key limitations, as they can struggle in adverse weather conditions, such as rain or fog, and require precise alignment with targets. These factors mean that lasers, though promising, are not a “silver bullet” for modern defence. Instead, they should be integrated into a broader, layered defence strategy. A holistic approach would combine traditional kinetic interceptors, electronic warfare and aerial drone-to-drone effectors to address a wide range of aerial threats effectively.
The discussions around Project Jupiter align with NATO’s ongoing efforts to advance counter-UAS technologies. The increasing proliferation of drones, from commercial off-the-shelf models to advanced military systems, poses significant challenges to NATO forces and their allies. This has been particularly evident in the ongoing war in Ukraine, where drones have become one of the primary offensive tools applied by both sides. Exercises like TIE24 offer the opportunity for member states to explore innovative technologies, share best practices and collaborate on future solutions.
As the defence landscape evolves, lasers will likely play an ever-growing role in counter-UAS strategies. However, they are not a one-size-fits-all solution. The future of defence lies in a layered, integrated approach, where technologies like lasers complement existing systems, ensuring a robust and adaptable response to emerging threats.
https://cuashub.com/en/content/laser-dews-come-into-focus-at-natos-tie24-exercise/ (Source: https://cuashub.com/)
01 Oct 24. Cuashub.com said today that Ukrainian C-UAS defences down 67 drones overnight. In the early hours of September 30, Ukraine’s air defence forces successfully intercepted and destroyed the majority of a large-scale Russian air attack involving missiles and drones. The Ukrainian Air Force reported that three missiles and 73 Shahed drones were launched by Russian forces, with 67 drones and one missile being shot down over multiple regions across the country.
The attack targeted Kyiv and several other oblasts, including Cherkasy, Vinnytsia, Kirovohrad, Zhytomyr, Poltava, Chernihiv, Sumy, Kharkiv, Dnipropetrovsk and Mykolaiv. Despite the intensity of the assault, Ukrainian C-UAS defences managed to neutralise most of the drones before they could cause widespread damage.
C-UAS defence efforts
According to a statement by the Ukrainian Air Force, anti-aircraft missile troops, aircraft, electronic warfare units and mobile fire groups worked together to repel the attack. One of the intercepted missiles was identified as a Kh-59/69 guided missile.
The air defence forces acted swiftly to down the Shahed UAVs, which had been launched from the Russian cities of Kursk, Yeysk and Orel. The Russian forces also launched an Iskander-M ballistic missile from occupied Crimea, and a Kh-31P anti-aircraft missile from over the Black Sea.
Despite the success, a small number of drones remain unaccounted for. One Shahed flew towards Belarus, three disappeared from radar over northern Ukraine, likely due to electronic warfare countermeasures, and one UAV was still in Ukrainian airspace at the time of the report, with ongoing combat efforts to bring it down.
The attack caused air raid warnings across the country, with Kyiv, in particular, issuing alerts throughout the night. All Shahed drones aimed at the capital were successfully intercepted, according to the Kyiv City Military Administration.
While most drones were intercepted, some managed to inflict damage. In Sumy Oblast, defence forces successfully downed eight Shahed drones. Meanwhile, in Mykolaiv Oblast, a drone strike sparked a fire at a critical infrastructure facility in the Bashtanka district.
https://cuashub.com/en/content/ukrainian-c-uas-defences-down-67-drones-overnight/(Source: https://cuashub.com/)
26 Sept 24. Azerbaijan develops laser weapons to target drones. Azerbaijan has demonstrated its first domestically produced laser weapon to target uncrewed aerial systems, reports the Azerbaijani edition of Report.AZ. The 30kW Fireforce system was demonstrated at the ADEX-2024 exhibition in Baku on September 24. Weighing 900kg, it is designed to be mounted on light armoured vehicles The report notes that a 50kW system is also currently being developed. (Source: www.unmannedairspace.info)
01 Oct 24. SMARTSHOOTER Combat-Proven SMASH Fire Control Systems Turn Dismounted Soldiers into Effective Drone Eliminators.
The company will present its SMASH Hopper LRCWS mounted on Polaris’ MRZR, a tactical mobile solution that can effectively take down drone swarms
AUSA 2024, Washington DC, Halls DE, Booth #7947.
SMARTSHOOTER, a leading designer, developer, and manufacturer of innovative fire control systems that significantly increase the accuracy and lethality of individual and crew-served weapons, is excited to announce its participation in the AUSA Annual Meeting and Exposition 2024. SMARTSHOOTER will showcase its combat-proven SMASH family of fire control systems, including the SMASH Hopper LRCWS mounted on Polaris’ MRZR Military vehicle.
The SMASH system is already deployed and combat-proven by various military forces worldwide, including the U.S. Army, U.S. Marine Corps, and the Israel Defense Forces (IDF). It was chosen by the U.S. Joint Counter-UAS (JCO) as the only kinetic solution for counter-sUAS missions at the squad level.
Equipped with an onboard computer that delivers advanced targeting solutions, the SMASH Fire Control System (FCS) transforms any standard weapon into a precise, smart-shooting platform. Once the operator identifies a target manually or via integration with external detection systems, SMASH seamlessly locks onto it, tracks its movement in real-time, and automatically coordinates the shot release for rapid, highly accurate engagements. This capability ensures maximum hit probability, even against fast-moving targets and drones, and dramatically enhances operational effectiveness on the battlefield.
The SMASH technology represents a significant advancement in modern warfare, making it a vital asset for military operations worldwide. With its combat-proven capabilities, the SMASH family enhances hit probability against various threats, including drones and drone swarms, while reducing collateral damage and ensuring the safety of friendly forces.
“SMARTSHOOTER is revolutionizing modern combat by ensuring that every dismounted soldier becomes a highly effective drone eliminator,” said Michal Mor, SMARTSHOOTER CEO. “Our SMASH technology empowers individual soldiers to not only defend themselves and their squads from threats like armed drones and drone swarms but also to safeguard other critical air defense assets. The SMASH systems continue to redefine counter-UAS capabilities, proving that precise kinetic elimination of drones and small UASs at the squad level is essential.”
At AUSA 2024, attendees will have the opportunity to see the SMASH Hopper Light Remotely Controlled Weapon Station (LRCWS) mounted on Polaris’ MRZR Military vehicle. This ultra-light turbo diesel combat vehicle, combined with the Hopper LRCWS, allows maneuvering forces to engage threats from a safe distance, providing a mobile and effective hard-kill solution against drones, drone swarms, and ground threats.
SMARTSHOOTER will also present the SMASH 2000L, the lightest handheld-operated fire control system currently in use against ground and aerial targets, including in the ongoing conflict with Hamas. Leveraging AI, computer vision, and advanced algorithms, the SMASH 2000L maximizes force lethality and situational awareness, ensuring precise target elimination day or night.
SMARTSHOOTER’s US Operations is headquartered in Herndon, Virginia. For further information, please contact Scott Thompson at or visit www.SMART-SHOOTER.com
25 Sept 24. Australian Army notes need for defence against FPV drones. The Australian Army has called on industry for battlefield innovations to boost the “endurance, lethality and survivability” of soldiers as new threats continue to emerge on the battlefield.
“First-person-view drones continue to wreak havoc on armour and personnel in the war in Ukraine, highlighting the need for counter-drone technologies,” the Army said in a statement. Counter-drone technologies from several companies were recently the focus at Army Innovation Day 2024, held during the Chief of Army Symposium in Melbourne.
At last year’s event, Platypus Research and Development took part, leading to funding to further develop its electromagnetic pulse (EMP) drone disruption technology. The device, which the company calls Bug Zapper, is a trailer-mounted array of printed circuit boards that directs a high-powered radio frequency field into a chosen area. This ‘fries’ the drone, preventing it from re-engaging after an attack. Despite the system’s high-power output, it can operate on small-power sources, such as a car battery. The technology can be scaled down or up, providing protection against drone swarms with a broad area of effect.
Another company that secured funding at last year’s innovation day, Codarra Advanced Systems, returned this year to showcase advancements in its passive drone detection and exploitation technology. Since last year’s event, the company’s product has grown from a directional system to an omni-directional one, offering a 360-degree view for drone detection and a significantly longer range. It is designed to give a soldier the exact location of the drone, its distance, and its path, as well as an indication as to the drone’s role. The system looks at a drone’s radio signal signature, allowing it to infer details about its activity and purpose. Codarra is currently working on strengthening the hardware to withstand tough environmental conditions and improve software to simplify maintenance and updates. (Source: www.unmannedairspace.info)
24 Sept 24. Epirus to deliver Leonidas Expeditionary air defence system to US Navy. Epirus has announced the introduction of Leonidas Expeditionary, developed as part of a USD5.5m contract award from the US Navy’s Office of Naval Research (ONR).
The high-powered microwave (HPM) system, with the programme name Expeditionary Directed Energy Counter-Swarm, or ExDECS, is being developed by ONR, Marine Corps Warfighting Lab and the Joint Counter-small Unmanned Aircraft Systems Office.
Leonidas Expeditionary, or ExDECS, is the latest derivative of the Leonidas HPM product suite. The modular and scalable system is designed to fit on a Joint Light Tactical Vehicle trailer and assist Low Altitude Air Defense in expeditionary operations. It is designed to be compact and manoeuvrable.
Epirus developed ExDECS, a solid-state, software-defined, long-pulse HPM system to support US Marine Corps Expeditionary Advanced Base Operations and counter-unmanned systems missions. The programme’s future will involve initial integration with the US Marine Corps’ Common Aviation Command and Control System (CAC2S), along with field experimentation and multi-platform testing in expeditionary scenarios to enhance USMC’s Ground Based Air Defense Capabilities. Epirus expects to deliver a completed ExDECS HPM system to the Marine Corps Warfighting Lab by the end of 2024. (Source: www.unmannedairspace.info)
26 Sept 24. Anduril Lattice to provide counter drone defence for Royal Australian Air Force. Anduril Australia has closed a contract for a three-year trial with the Royal Australian Air Force (RAAF) to demonstrate the company’s air and ground defence capabilities at RAAF Base Darwin which will support the defence of Australia’s northern defence bases against drones and other threats.
Anduril will deploy a range of active and passive sensors, and kinetic and non-kinetic effectors tailored to RAAF Base Darwin’s specific security requirements and Darwin’s environment. The system is powered by Lattice, an open architecture software platform that enables integration and command and control of Anduril and third party sensors and effectors. Lattice allows for persistent awareness and autonomous detection, classification, and tracking of objects of interest. It alerts users to potential ground or airborne threats and prompts users with options for mitigation or engagement.
The contract with the Royal Australian Air Force will allow Anduril Australia to deliver counter drone and counter intrusion as a capability-as-a-service. Anduril Australia will maintain continuous hardware and software system updates, and develop and deploy new capability in an effort to ensure the system remains relevant and effective. (Source: www.unmannedairspace.info)
26 Sept 24. Zen Technologies launches remote-controlled C-UAS weapon system platform. India’s Zen Technologies in collaboration with its subsidiary AI Turing Technologies has unveiled four remote-controlled weapon and surveillance systems, including a new counter-UAS system. The RCWS- 7.62 x 51 MMG (Parashu) is a multi-platform remote-controlled weapon system equipped with advanced thermal imaging and anti-drone capabilities. “Parashu is optimized for use on vehicles and ships, offering seamless integration with multiple calibers, making it a critical asset for rapid-response missions and counter-UAV operations,” said the company in a press release.
“Parashu/Calibers is a versatile remote-controlled weapon station designed for optimal performance in various operational scenarios including the ones impacted with drone-based threats,” saus the company’s website. It features a built-in thermal camera that enhances target acquisition and visibility, even in harsh weather conditions, ensuring reliable operation across different environments. The Parashu is lightweight compared to similar systems, making it an excellent choice for mounting on a wide range of platforms, from ground vehicles to naval vessels. In addition to its compact and adaptable design, the Parashu is equipped with auto-tracking capabilities, allowing it to function effectively as an anti-drone system. This advanced technology ensures precise tracking and engagement of moving targets, enhancing situational awareness and defensive capabilities.
“The Parashu can be equipped with various weapon calibers, including 7.62mm machine guns and 5.56mm rifles, providing flexibility for a range of mission requirements. Its combination of advanced features and lightweight construction makes the Parashu a superior choice for modern military applications.”
For more information /https://www.zentechnologies.com/assets/uploads/files/zen-launches-groundbreaking-remote-controlled-weapon-and-surveillance-systems.pdf (Source: www.unmannedairspace.info)
30 Sept 24. Pentagon homes in on counter-drone tech in Replicator 2 initiative.
“The expectation is that Replicator 2 will assist with overcoming challenges we face in the areas of production capacity, technology innovation, authorities, policies, open system architecture and system integration, and force structure,” Defense Secretary Lloyd Austin said.. The Pentagon has greenlit a second Replicator initiative, this time taking aim at the problem of countering small drones at US military installations across the globe, the department announced today.
In a Sept. 27 memo detailing the new effort, Defense Secretary Lloyd Austin charged Deputy Defense Secretary Kathleen Hicks with developing a plan for Replicator 2, with the intent of seeking funding for the new project in the upcoming fiscal 2026 budget request and fielding “meaningfully improved” counter-drone capabilities within 24 months of receiving money from Congress.
“I am confident the Replicator initiative will complement and advance the significant C-sUAS [counter small unmanned aerial systems] work already underway in the DoD,” Austin stated in the memo. “The expectation is that Replicator 2 will assist with overcoming challenges we face in the areas of production capacity, technology innovation, authorities, policies, open system architecture and system integration, and force structure.”
See how we Define the Possible.
Pentagon officials will have only three months to get the ball rolling on Replicator 2. Left unsaid in the memo is that while the Biden-era Defense Department will start work on the initiative, it will be up to a future administration to decide whether to actually include funding it in the FY26 budget, or to even continue Replicator at all.
Under the first Replicator, the Pentagon sought to field thousands of inexpensive, attritable unmanned systems in multiple domains over two years. The effort, a pet project of Hicks, was launched in August 2023 and has resulted in two tranches of small drones being purchased or selected including both aerial and maritime systems.
With the Pentagon “on track” to meet the fielding goal of the first Replicator initiative next summer, the department assessed “validated joint capability gaps” over a period of several months to determine where to focus Replicator next, Austin said in the memo.
With Ukraine providing a blueprint for how cheap, commercially-made drones can be used to overwhelm an adversary, the proliferation of small drones — both from curious aviation geeks and hobbyists as well as by more nefarious actors — has proven to be a difficult problem for the US military as it seeks to secure its bases. In March, the Senate Armed Services Committee held a classified briefing at drone incursions after a series of occurrences at Langley Air Force Base, Va., in December.
Hicks will work with Adm. Christopher Grady, Vice Chairman of the Joint Chiefs of Staff, as well as heads of the services and combatant commands through the Innovation Steering Group, to formulate the plan for Replicator 2.
The Defense Innovation Unit will be the office primarily responsible for the effort, but will work with the undersecretary of defense for acquisition and sustainment, who serves as the department’s C-sUAS principal staff assistance, the memo stated.
“The Military Departments are largely responsible for the development, production, and fielding of capabilities related to the Replicator 2 effort,” Austin stated. “The Replicator 2 Initiative will leverage the work of the Counter Uncrewed Systems Warfighter Senior Integration Group, and collaborate closely with other ongoing efforts.”
During an interview with Breaking Defense this morning, Army Undersecretary Gabe Camarillo said his service is all in on Replicator 2 and weighing its options for both existing systems and ones that could be developed.
“All of the services will be looking at participating in replicator as a way to ensure that we can break down barriers in terms of policy, ensure that we are addressing production and manufacturing challenges and cohesively investing R&D [research and development] funding to try to get the next generation capabilities that we can produce and field at scale,” he said.
Camarillo declined to disclose which systems the Army could put forward as potential contenders for Replicator 2 funding, noting it could be a mix of existing systems or ones in development, but said the project will be looking at “defense of fixed sites” both in and outside of the continental United States. (Source: Breaking Defense.com)
30 Sept 24. Asio Technologies Seals Delivery of Hundreds of AeroGuardian™ Systems and Thousands of ORION Systems to Key Customers.
AUSA Annual meeting and exposition 2024, Washington DC, Hall A Booth 1139
Asio Technologies, a renowned developer and manufacturer of geospatial position systems and tactical defense solutions, is pleased to announce the successful completion of substantial deliveries of its cutting-edge solutions to defense customers worldwide. The company has completed the delivery of hundreds of AeroGuardian™ GNSS-denied vision-based navigation solution for UAVs and thousands of ORION rugged mobile terminals, significantly expanding the operational capabilities of key clients. These solutions will be prominently showcased at the AUSA Annual Meeting and Exposition in Washington, DC.
At AUSA, Asio Technologies will present the AeroGuardian™ system, a groundbreaking jam-proof navigation solution for drones and UAVs that offers complete immunity from jamming by using a vision-based navigation system independent of GPS or connectivity with the drone. Equipped with day and night cameras and advanced machine vision algorithms, AeroGuardian™ provides real-time visual sensing of the flight path, accurately determining the drone’s coordinates and location. This ensures that drones can function effectively in disrupted communication environments and operate beyond the visual line of sight (BVLOS), even in fully autonomous scenarios. Unlike traditional electronic defense systems that only partially mitigate jamming for limited periods, AeroGuardian™ offers a revolutionary solution with consistent, precise performance.
Also featured at AUSA will be the ORION rugged mobile terminal, widely deployed for key defense customers for dismounted forces. ORION enables both off-grid and on-grid mission planning, real-time navigation, and enhanced situational awareness using Geographic Information System (GIS) databases and Augmented Reality (AR) capabilities. From individual soldiers to battalion commanders, ORION provides real-time updates on friendly and hostile forces, delivering mission-critical information at the point of need. Combat-proven across diverse scenarios, ORION integrates seamlessly with other Asio Technologies’ tactical solutions, such as the LYNX Tactical hand-held multi-function situation awareness system, creating a fully integrated tactical combat suite for ground forces.
David Harel, CEO of Asio Technologies, commented, “The delivery of hundreds of AeroGuardian™ systems and thousands of ORION units to our key customers marks a significant milestone for Asio Technologies. Our advanced navigation solutions offer unprecedented autonomy and precision for drone operations and ground forces alike. We are proud to continue supporting our customers with the most advanced tools to ensure mission success in the most challenging environments.”
30 Sept 24. SCD Unveils Sparrow HD: Revolutionary High-Definition Mid-Wave Infrared (MWIR) Detector for Advanced Defense Applications
Industry-first 5-micron pixel pitch technology delivers unmatched performance in a compact, cost-effective detector.
AUSA 2024, Washington D.C., October 14-16, booth #4319
SCD, a global leader in the development and manufacture of a wide range of cooled and uncooled infrared detectors and high-power laser diodes, announces the launch of its groundbreaking Sparrow HD detector. The next-generation Mid-Wave Infrared (MWIR) sensor module features an industry-first 5-micron pixel pitch, the smallest available, representing a quantum leap in infrared imaging technology for defense and homeland security applications.
Building on SCD’s proven expertise in 5-micron technology, previously demonstrated in the successful Crane detector, the Sparrow HD offers unparalleled performance in a SWaP (Size, Weight, and Power) optimized design. The previous-generation Sparrow has already been widely adopted, with thousands of units delivered annually. Designed for wide distribution, it caters to a range of applications from handheld thermal imagers to advanced UAS payloads and vehicle-mounted systems.
The Sparrow HD provides more pixels on target, significantly enhancing detection and identification capabilities. Available in two configurations – High Operating Temperature (HOT) XBn operating at 150K, and HOT Full-Mid-Wave (HFM), both designed to meet diverse integration requirements in tactical defense applications. The detector features flexible mechanical configurations, including 90-degree vertical or horizontal orientations, crucial for multifunctional systems such as Multi-functional Handheld Thermal imager (HHTI), aerial gimbals, loitering munition, and remote weapon stations.
Engineered for cost-effective, large-scale production, the Sparrow HD incorporates advanced interfaces like MIPI CSI for seamless integration with Edge AI processors. Optional video engine and image processing capabilities further enhance its versatility, supporting the growing demand towards high-resolution imaging and automated target recognition in the battlefield.
“The Sparrow HD is a major breakthrough in infrared detection, building on our advanced 5-micron pixel technology,” said Shai Fishbein, VP of Business Development & Marketing at SCD. “Its high-definition performance allows us to offer the industry a robust, scalable solution for modern defense challenges. With the ability to integrate across multiple platforms, from UAS to advanced weapon systems, Sparrow HD sets a new standard for both tactical flexibility and operational efficiency.”
27 Sept 24. DoD Inspector General report flags US Navy E-2D Hawkeye deficiencies. The US Department of Defense’s (DoD’s) Inspector General (IG) has released a report claiming that the US Navy’s (USN’s) fleet of Northrop Grumman E-2D Hawkeye airborne early warning (AEW) aircraft have operational deficiencies that the service has not adequately attempted to resolve.
The report, dated 19 September, alleged that navy squadron PMA-231, charged with E-2D acquisition and testing, “did not effectively manage deficiencies identified during operational testing”, with a total of 141 identified deficiencies unresolved because the squadron “did not track unresolved operational test deficiencies or develop plans” to fix them.
The IG identified over 200 deficiencies, of which 141 were unresolved. None were considered severe enough to compromise the E-2D’s radar tracking and command-and-control missions, but 30 were categorised as having a “critical impact on mission accomplishment”, while the majority were considered to have a moderate impact or no impact of significance.
The problems were discovered during testing for various configurations of the Delta System Software Configuration (DSSC) upgrades, which update the software and hardware from the initial E-2D configuration to add capabilities. Testing on four DSSC upgrades has been completed, with additional upgrades slated for testing in fiscal years (FYs) 2025 and 2027.
Almost all deficiencies mentioned in the report are redacted as Controlled Unclassified Information, but unredacted examples include an electronic surveillance system screen that did not clear tracks when requested, and problems locking radar operators’ seats in place during take-off and landing. (Source: Janes)
27 Sep 24. Cuashub.com said today that U.S. and Singapore launch joint C-UAS challenge. The U.S. Defense Innovation Unit (DIU) and Singapore’s Ministry of Defence (MINDEF) have launched a collaborative initiative aimed at advancing drone communications and counter-drone technologies. Known as the U.S.-Singapore Joint Challenge, this initiative seeks to identify innovative C-UAS technologies that can enhance the ability to detect, track, identify and disrupt unauthorised drones, while also improving drone communications during critical operations.
The challenge is divided into two key areas of focus. The first aims to support ships operating near shore in their efforts to continuously detect and neutralise unauthorised drones. The second focus is on ensuring resilient communications for small commercial drones used in humanitarian assistance and disaster relief (HADR) missions.
This joint effort marks the first major initiative resulting from a Memorandum of Understanding (MOU) for Defence Innovation Cooperation, signed earlier this year between DIU and Singapore MINDEF.
The agreement, formalised in May by Tan Peng Yam, Chief Defence Scientist for MINDEF, and Doug Beck, Director of DIU and Senior Advisor to the U.S. Secretary of Defense, underscores a commitment to closer bilateral cooperation on adopting and scaling commercial technologies to address operational challenges faced by both nations’ military forces.
Beck expressed the importance of this collaboration, stating:
“We are proud to contribute to the strategically important effort to deepen bilateral cooperation with Singapore in support of a free and open Indo-Pacific. We look forward to working with our Singaporean partners to deliver concrete solutions that address the pressing security challenge of unauthorised drones, as well as critical support for humanitarian assistance and disaster relief.”
Security through C-UAS innovation
The U.S.-Singapore Joint Challenge is the latest effort by both nations to secure a safe, free and open Indo-Pacific region. With a focus on countering the growing threat of unauthorised drone use and maintaining robust communications in HADR scenarios, the challenge reflects the need for adaptable, commercial technology that can be rapidly implemented in real-world environments.
Throughout the 12-week challenge, participating innovators will develop and demonstrate counter-drone solutions tailored for shipboard use. These systems must be able to detect drones, notify operators, disrupt unauthorised activities and function in tropical maritime conditions.
The solutions are expected to integrate seamlessly onto naval vessels, offering a detection and engagement range of over one kilometre, with response times under one minute and minimal manpower requirements.
The challenge is open to companies based in the U.S. or partner nations, including NATO members, Five Eyes Alliance countries, and those within the Trans-Pacific Partnership (TPP) and United States–Mexico–Canada Agreement (USMCA).
Eligible participants include early to mid-stage companies, or non-traditional businesses as outlined by the U.S. Department of Defense, with winners to be awarded a share of a $300,000 prize pool.
This initiative paves the way for increased defence innovation and technology collaboration between the U.S. and Singapore, while pushing to tackle critical security challenges in the region.
https://cuashub.com/en/content/u-s-and-singapore-launch-joint-c-uas-challenge/ (Source: https://cuashub.com/)
27 Sep 24. Cuashub.com said today that U.S. Army plans to develop an sUAS interceptor missile. The U.S. Army is calling on organisations for insights into the development of advanced missile interceptor technologies. A Request for Information (RFI) has been issued by the U.S. Army Combat Capabilities DEVCOM Aviation and Missile Center (AVMC). The request seeks to gather market research on new systems aimed at enhancing C-sUAS capabilities.
The RFI focuses on interceptor technologies that could contribute to the development of a new missile for the Stinger Vehicle Universal Launcher (SVUL). This system is intended to have an extended range and increased effectiveness in addressing threats posed by UAS, specifically groups 2 and 3, which are capable of operating at higher altitudes and greater standoff ranges.
The Army is looking for innovative concepts that will drive the development of long-range kinetic interceptors. These interceptors will provide manoeuvre forces with quick-response capabilities, improved lethality and reduced reaction and reload times in both mobile and fixed-site scenarios.
Objectives of the XRC program
The XRC program seeks to push the boundaries of missile technology to counter the evolving UAS threat. The main goals of the program include:
- Increasing range and lethality of interceptor missiles.
- Reducing reaction time and reload time to enhance response capabilities in operational environments.
- Improving missile reliability for use in combat.
- Ensuring compatibility with the SVUL and Forward Area Air Defence Command and Control systems.
- Ensuring integration with existing Army air defence systems for multi-domain operations.
The Army also seeks to maintain lethality against traditional Mobile Short-Range Air Defence (MSHORAD) targets, expanding the utility of the proposed interceptors across different defence systems.
Starting in fiscal year 2025, the Army plans to partner with industry leaders to develop technologies while maintaining internal research teams to verify and collaborate on the progress of these systems. The end goal is to demonstrate a prototype by FY30, capable of responding to threats posed by high-altitude UAS in a variety of operational contexts
https://cuashub.com/en/content/u-s-army-plans-to-develop-an-suas-interceptor-missile-2/ (Source: https://cuashub.com/)
27 Sep 24. An advanced new radar to equip Royal Air Force (RAF) pilots with the ability to locate, identify and suppress enemy air defences has flown for the first time.
This significant achievement saw the prototype of the European Common Radar System Mark 2 (ECRS Mk2) operated on a UK Typhoon test and evaluation aircraft at BAE Systems in Lancashire, supported by the radar’s developer, Leonardo UK.
The flight is the latest step in the ongoing development programme for the UK Typhoon fleet and strengthens the aircraft’s control of the airspace.
The ECRS Mk2 can perform traditional radar functions such as search and targeting, as well as providing advanced electronic warfare capabilities making it an even more potent capability in NATO’s frontline fleet. This will enable Typhoons to locate and deny use of an adversary’s radar with a powerful electronic jamming attack, whilst staying beyond the reach of threats.
Air Commodore Nick Lowe, Head of Capability Delivery Combat Air and Typhoon Senior Responsible Officer, RAF, said: “Evolution of Typhoon’s air combat capability is paramount to ensure it continues to deter potential aggressors, defend our nation and defeat our adversaries wherever we need to fly and fight whether for the UK or in our staunch support to the NATO alliance. This first flight of this ECRS Mk2 prototype new radar in the test aircraft is a positive step towards ensuring this.”
Andy Holden, Radar Delivery Director, BAE Systems, said: “The development of Typhoon’s radar supports 600 jobs across the UK’s combat air industry. Programmes such as the ECRS Mk2 ensure the UK retains a sovereign capability to develop and integrate cutting-edge systems in to frontline combat aircraft such as Typhoon. Through this work we’re directly supporting critical know-how and sustaining hundreds of highly-skilled jobs.”
Tim Bungey, Chief Engineer for ECRS Mk2, Leonardo UK, said: “In parallel with the trials, the radar’s production design has also been progressing apace. The development of the ECRS Mk2 is fully using the UK’s world-class radar design skills. Over the past few months, its processor, receiver and antenna power supply and control units have all been re-engineered from the prototype design to further enhance the capacity, capability and performance of the Mk2 system in alignment with the new antenna and electronic warfare capability.”
The first flight follows a programme of integration through ground-based testing delivered by a successful collaboration between the UK Ministry of Defence, Defence Equipment and Support, the RAF and industry.
27 Sept 24. A Throwable 360-Degree Camera Could Change Close-Quarters Combat. American tech firm Bounce Imaging has introduced the Pit Viper 360, a throwable tactical camera designed to enhance situational awareness for soldiers and law enforcement in high-risk operations. The device was unveiled at a recent conference and is aimed at helping military personnel gather intelligence without exposing themselves to danger.
The Pit Viper 360, named for its heat-sensing capabilities, offers 360-degree panoramic thermal imaging, allowing operators to detect movements and assess potential threats inside buildings or rooms from a safe distance. The camera can be thrown, rolled, or mounted to gather visual information in challenging environments, making it ideal for CQB operations such as hostage situations or armed standoffs.
Bounce Imaging’s CEO, Francisco Aguilar, emphasized that the device can connect to existing military radio networks, enhancing communication and data-sharing capabilities during missions. The camera integrates with the Android Team Awareness Kit (ATAK), a geospatial infrastructure and situational-awareness app used by military and law enforcement.
Bounce Imaging has also secured significant contracts with the U.S. military, including an $11m deal with the Department of Defense (DoD) to equip special operations units with several hundred systems, with the first shipments expected in May 2024. The company has also signed $5 m in contracts with the U.S. Air Force for developing next-generation systems with advanced thermal video and 5G communications.
In addition, the company has started delivering TrellisWare-enabled K9 cameras to a NATO country and is in discussions with other NATO allies. The Pit Viper 360 and similar cameras are already in use by various U.S. federal, state, and local law enforcement agencies, as well as international partners. (Source: https://www.sofx.com/)
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Echodyne is a U.S. designer and manufacturer of advanced commercial radar solutions for defense and national security applications. The company’s proprietary metamaterials electronically scanned array (MESA®) architecture, a rare breakthrough in advanced radar engineering, leverages a physics-design approach to adapt conventional materials and deliver unexpected and beneficial behavior. The result is a solid-state, low-SWaP unit coupled with advanced software capabilities that delivers superior radar performance and unparalleled data integrity, radically improving system performance and enhancing safety for people and machines. With leading positions in counter-UAS, force protection, base security, and portable ISR, Defense Agencies and Suppliers rely on Echodyne radar for extraordinary accuracy and consistent, reliable operation. For more information, please visit: Echodyne.com.
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