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25 Apr 24. Teledyne FLIR IIS expands its Forge camera series with IP67 rating targeting smart agriculture, food, and beverage industries.
The Forge 1GigE IP67 camera series is designed for reliability in demanding industrial factory automation environments.
Teledyne FLIR IIS is pleased to announce the Forge® 1GigE IP67, the latest in its industrial camera series designed to perform in harsh industrial environments while ensuring highly efficient production capabilities. Forge 1GigE IP67 is the latest in our commitment to deliver advanced imaging systems for factory automation.
“We are proud to announce the launch of our latest machine vision product, exclusively designed for smart agriculture, food, and beverage industries,” said Sadiq Panjwani, General Manager at Teledyne FLIR IIS. “Unlike general-purpose cameras in a crowded machine vision market, our solution is tailored to address the complexities of a specific industry. We focus on key markets, and develop solutions from the ground up, armed with a clear understanding of the market, customer partnerships, and technology innovation.”
The Forge 1GigE IP67 camera series has an IP67 cylindrical enclosure for optimal and easy system integration, simplified post operation washing, and the prevention of dirt accumulation. A wide selection of IP67 rated components are available with partners such as Smart Vision Lights® and Components Express, LLC. (CEI) to create an entire IP67 vision ecosystem for our customers.
With advanced on-camera features such as auto-brightness functions (AGC and Auto-Exposure), the new cameras dynamically adjust in variable and outdoor lighting conditions. The IEEE1588 protocol enables multi-camera image capture synchronization, and Lossless Compression (LLC) provides higher frame rates and lower bandwidth requirements, maximizing camera output without compromising image quality for high-speed applications.
Key Features
- IP67 ingress protection minimizes dust and debris accumulation for simplified maintenance
- Onboard processing for no-drop image capture and delivery
- Highly robust and reliable Teledyne GigE framework within the Spinnaker® 4 acquisition SDK
- Support for Sapera® Image Processing Library with AI capability
- Newest Sony® CMOS image sensors, and 1.2 MP to 12 MP resolution options
- Includes a three-year warranty, access to rich online resources, and world-class technical support
The Teledyne FLIR IIS team is grateful for our customers’ ongoing support of our commitment to GigE innovation. Future advancements of Forge 1GigE IP67 will include higher resolution models.
25 Apr 24. Saab delivers fourth GlobalEye to the UAE. Saab has delivered another GlobalEye Airborne Early Warning and Control (AEW&C) aircraft to the United Arab Emirates (UAE), marking the delivery of the fourth advanced AEW&C aircraft to the UAE in just four years.
The delivery took place on 18 April 2024 and follows Saab’s previous deliveries of three GlobalEye to the UAE in 2020 and 2021.
“I am proud to celebrate the fourth delivery of our world-leading AEW&C solution GlobalEye to the UAE and to continue supporting its operational availability and mission success. The high delivery pace in the GlobalEye programme is testament to our unique in-house capability which means we control the entire process, from development to integration,” says Micael Johansson President and CEO of Saab. The UAE has ordered a total of five GlobalEye aircraft from Saab, with the initial contract signed in 2015 and an order for two additional aircraft received in 2021. GlobalEye is an advanced multi-domain AEW&C solution with an array of active and passive sensors that provide long-range detection and identification of objects in the air, at sea and over land. By providing real-time information to units in air forces, armies and navies, GlobalEye enables enhanced situational awareness of the surrounding areas and early detection of threats. (Source: Defense Arabia)
25 Apr 24. Cuashub.com said today that Sentrycs Added to UK NPSA Catalogue of Security Equipment. Sentrycs, a leading innovator in adaptive counter-drone solutions, is proud to announce its inclusion in the prestigious UK National Protective Security Authority (NPSA) Catalogue of Security Equipment.
Following a rigorous assessment process, Sentrycs’ cutting-edge Counter Unmanned Aerial Systems (C-UAS) solution has met the high standards set by the NPSA for Detection, Tracking, and Identification (DTI). The testing, conducted at the NPSA’s designated testing facilities in August 2023, rigorously evaluated the Sentrycs system against the NPSA’s DTI Testing and Evaluation Standard v3.1.
Sentrycs elected to be assessed under Configuration D as a 3D system with Ground Control Station (GCS) detection capability and platform identification capability, which is the most demanding test scenario with the highest number of scored parameters.
The Sentrycs system demonstrated exceptional capabilities in various security scenarios, showcasing its robustness in detecting and tracking with high accuracy and zero false alarms. The system’s innovative use of cyber techniques to extract data from targets and its streamlined human-machine interface were especially noted for their efficiency and ease of use.
“Our team is proud to have Sentrycs recognized by the UK National Protective Security Authority,” said Yoav Zaltzman, CEO of Sentrycs. Being listed in the CSE is not just an honor; it’s a testament to our technology’s reliability and effectiveness in contributing to the ever-changing airspace security landscape.
Sentrycs’ technology is now accessible through the NPSA CSE, providing security practitioners with verified solutions that meet the UK’s rigorous security standards. This inclusion not only underscores Sentrycs’ role in advancing security technology but also enhances its visibility and credibility on a global stage.
https://cuashub.com/en/content/sentrycs-added-to-uk-npsa-catalogue-of-security-equipment/?_hsenc=p2ANqtz-8z7Ix0a7PSxbjMeYOH8KZh-ue1gkKElJGaXnlPiCQFkI0tuKPk6EACoaOl2GVxQ5JN8MCpwUiMMcuidVYg9tkLEAqbXdkcjx-1zhOOgqK-oN7oPEI&_hsmi=304305295#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=304305295&utm_source=hs_email (Source: https://cuashub.com/)
25 Apr 24. Cuashub.com said today that Feloni Aero’s Weaponized and Counter-Drone UAVs Introduced. Feloni Aero, a frontrunner in unmanned aerial vehicle (UAV) technology, has unveiled its latest weaponized drones, including a counter-drone UAV designed to enhance Ukraine’s defense capabilities. With the recent approval of the U.S. government spending bill, Feloni Aero aims to deliver cutting-edge solutions to fortify Ukraine’s security framework.
The U.S.’s steadfast support for Ukraine’s defense initiatives highlights the critical demand for advanced technologies. Feloni Aero’s weaponized UAVs present a game-changing solution, delivering unmatched precision, agility, and operational efficiency in combat situations. Featuring cutting-edge weaponry, including the 5.56 weapon system, missile payloads, and advanced surveillance capabilities, these drones empower Ukrainian forces to tackle intricate security challenges with heightened confidence.
“Our mission at Feloni Aero is to empower nations with cutting-edge defense technologies that ensure safety and security in an ever-evolving geopolitical landscape,” said Todd Dunphy, CEO at Feloni Aero. “With the unwavering support from the United States government through the recent spending bill, we stand ready to contribute to Ukraine’s defense efforts by delivering advanced weaponized UAVs that redefine the paradigm of modern warfare.”
Feloni Aero’s weaponized UAVs are tailored to meet the varied demands of military operations, offering adaptable configurations to align with specific mission needs. From surveillance and reconnaissance to precise targeting and acquisition, these drones ensure unmatched performance and dependability in operational scenarios.
The company’s cutting-edge counter-drone millimeter wave technology introduces a groundbreaking solution to counter the escalating threat of unauthorized drones in sensitive areas. Leveraging millimeter wave technology, these systems deliver exceptional accuracy and efficacy in detecting, tracking, and neutralizing rogue drones. This advanced capability facilitates swift responses to potential threats, protecting critical infrastructure, public gatherings, and military bases from illicit drone intrusions. With its capacity to deliver real-time situational awareness and preemptive countermeasures, the C-UAS technology emerges as a pivotal tool in combating unauthorized drone activities.
Strategic alliances and technological advancements in defense are paramount as geopolitical tensions intensify. Feloni Aero remains dedicated to partnering with governments and defense organizations globally to bolster national security and uphold global peace and stability.
https://cuashub.com/en/content/feloni-aeros-weaponized-and-counter-drone-uavs-introduced/?_hsenc=p2ANqtz-9lzFaqJUkJn22rIDHI-y_1OM9hkqIrzRXsh4A6RbWUvkkbVq0i1L-p7hFmyyYQWdpO_FaE6jOwElNA0Akw2IttQSbLXaORgjaJwtG0mURubz39iWg&_hsmi=304305295#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=304305295&utm_source=hs_email (Source: https://cuashub.com/)
25 Apr 24. AI-Assisted Optronics – European Project To Increase Combat Perception Capabilities.
- The European Commission signed the Grant Agreement for the launch of the STORE (Shared daTabase for Optronics image Recognition and Evaluation) collaborative research project, coordinated by Thales and funded by the EDF (European Defence Fund).
- Bringing together a consortium of 20 partners (manufacturers, SMEs and academics) from 8 EU Member States and Norway, this project aims to build a shared image database secured by most advanced technology and to develop and evaluate artificial intelligence (AI) algorithms dedicated to data analysis of ground platform imaging systems.
- This project will contribute to the automatic management and tactical analysis of information in land combat situations, thanks to technological innovation in deep learning of optronic data.
To address a complex and constantly changing threat environment, the European Defence Fund is supporting the European Union’s STORE collaborative project to accelerate the introduction of AI and associated shared database in the imaging systems for land forces.
As threats become increasingly sophisticated (hypersonic missiles, combat drones, drone swarms, etc), optronic sensors are more strategically important than ever and need to deliver the highest levels of performance in the field.
STORE will lay the foundations for Europe’s first shared, scalable database of defence imagery and explore different algorithm solutions for threats detection. In particular, it will address issues of data governance and the cost-effective development of sovereign technologies. The STORE project, by combining optronic sensors with AI-based analysis techniques, will set-up future functionalities related to augment war fighters’ perception of the battlefield, enhancing their tactical situational awareness, shortening the decision loop to accelerate reaction times and, consequently, improve survivability.
“We are proud that the EDF is financing this project which entrusts Thales as project lead and coordinator of this network of partners, European industrial and technological jewels. We will leverage all of our experience and expertise in optronics and artificial intelligence to offer high perception capacities, providing decisive tactic superiority on battlefields.” Benoît Plantier, Vice-president of Optronics and Missile Electronics activity, Thales.
The publication was funded by the European Union. Its contents are the sole responsibility of Thales and do not necessarily reflect the views of the European Union.
Key information
Call title: Research actions –Digital transformation
Duration of the project: 36 months
Estimated total cost: 23.3m€
Project partners:
Thales France (Coordinator)
Safran E&D, France
ONERA, France
GMV, Spain
Leonardo, Italy
IOSB, Germany
Flysight, Italy
TNO, Netherlands
LIST, Luxembourg
HENSOLDT Optronics, Germany
HENSOLDT Analytics, Austria
Kongsberg, Norway
Rheinmetall Electronics Gmbh, Germany
Marduk, Estonia
AIT, Austria
University of Cologne, Germany
Cybernetica, Estonia
STAM, Italy
Falconers, Estonia
UniMore, Italy
Thales on the STORE project
As STORE project leader, Thales will draw on its experience on the SCORPION programme and leverage its operational knowledge, technical expertise and experience in managing large-scale collaborative projects to coordinate the work and drive synergies between industry players and academic partners.
24 Apr 24. Lockheed Martin to ramp up UK Sniper production. Lockheed Martin is building a new production line for AN/AAQ-33 Sniper Advanced Targeting Pod (ATP) components at its Ampthill, Bedfordshire site in the UK, seeking to meet anticipated demand from NATO allies and other customers for the system, the company has told Janes . The UK-based work on Sniper supports the manufacturing activities at Ocala, Florida. This work has been expanded with a new production line at Ampthill that will focus on producing cabling to integrate the system into aircraft. Stacy Kubicek, Lockheed Martin’s vice-president and general manager – sensors and global sustainment, said the fresh investment is part of a wider strategy at Lockheed Martin. She placed it into the context of a shifting outlook among customers. (Source: Janes)
24 Apr 24. General Atomics Aeronautical Systems, Inc. (GA-ASI) is continuing its support of EagleEye multi-mode radar development with a company investment to add an Active Electronically Scanned Array (AESA) antenna and associated software that will increase range and deliver significant mode enhancements. AESA will be a “drop-in” hardware upgrade to the existing EagleEye radar and could be an option for the new Gray Eagle 25M (GE 25M) aircraft assembly when ready.
“We expect the AESA antenna to more than double the range for EagleEye,” said Jeff Hettick, GA-ASI vice president of Agile Mission Systems. “The increased range and optimized multi-mode performance of the radar are perfectly tailored to provide deep sensing capability in Multi-Domain Operations (MDO). That will allow the aircraft to operate well outside Weapons Effects Zone of most threat systems adding a layer of survivability supporting the Stand-Off survivability with Stand-In effects of long-range sensors. This is a key component of the Gray Eagle 25M Unmanned Aircraft System being developed for the U.S. Army.”
AESA antennas replace the mechanically steered dish antennas of earlier-generation radars with a solid-state, all-electronic emitter. In addition to enhancing the radar’s performance, by replacing the motor and other components that physically move the radar dish, AESA greatly improves repairability and reliability.
As part of the EagleEye development, GA-ASI will improve target detection range using Artificial Intelligence/Machine Learning (AI/ML). GA-ASI expects to have a working lab prototype of the new AESA component by the end of this year, with plans to conduct flight tests in 2025 and operational demonstrations on GE 25M after that.
EagleEye is a multi-mode radar that builds on years of pioneering expertise by GA-ASI. Using Synthetic Aperture Radar (SAR), Eagle Eye enables operators to look in detail through clouds, smoke, dust, haze, or other conditions that might obscure a purely visual sensor. And for the first time on the Gray Eagle platform, EagleEye delivers radar-based Full Motion Video (FMV) called “Video SAR,” which enables live visual tracking of moving targets via the radar system.
The EagleEye radar performs Moving Target Indication (MTI), detects changes, builds strip maps, and yields other precise insights to analysts, commanders, and operators. With its Maritime Wide Area Search (MWAS) mode, EagleEye also provides a dedicated maritime MTI mode for tracking and targeting vessels and further supports the MDO mission set of the U.S. Army, particularly in support of the U.S. Indo-Pacific Command (INDOPACOM) mission, but also in Europe, Africa and the Middle East where there is an increased need for maritime reconnaissance, surveillance and target acquisition, which is critical to achieve information dominance and overmatch.
24 Apr 24. Pulsar Elevates Performance with Latest Firmware Updates for Thermal Imaging Devices. Pulsar, a renowned leader in the field of thermal imaging technology, announces the release of firmware updates which enhance the capabilities of their premium thermal imaging devices. These updates affect the Merger LRF thermal imaging binoculars, Thermion Duo DXP50/55 multispectral riflescopes, and the flagship Thermion 2 LRF riflescopes, mark a significant leap forward in providing hunters and outdoor enthusiasts with advanced features and improved performance.
Merger LRF Firmware Update 2.5
Firmware Update 2.5 for the Merger LRF thermal imaging binocular line delivers essential enhancements for improved nighttime performance. Compatible with the entire Merger LRF line, this update brings reduced eye fatigue, prolonged battery life, and expanded language options, providing users with a smoother and more versatile experience. Notable features include improved image quality, display dimming for reduced eye strain, and an auto-off function for prolonged battery life.
Thermion Duo DXP50/55 Receives Firmware Update 3.3
Pulsar expands the capabilities of the Thermion Duo DXP50/55 multispectral riflescopes with Firmware Update 3.3, offering users enhanced ballistic options and versatility. This update enables manual distance input and introduces a display dimming function, providing users with precise shot placement and reduced eye fatigue in various lighting conditions. Additionally, users can now customize settings such as reticle color and auto-calibration indication, further enhancing their shooting experience.
Enhanced Ballistic Capabilities Unveiled for Thermion 2 LRF Riflescopes
Pulsar continues its commitment to innovation with Firmware Update 3.3 for the Thermion 2 LRF riflescopes. This update introduces a new optional variable distance input mode, allowing users to measure their distance to target via either their devices’ integrated LRF or manual distance input customize their shooting experience for unparalleled accuracy. With features such as display dimming and battery-saving functions, users can optimize performance in any environment. The update also includes language additions and improved battery level indication, ensuring a seamless user experience.
All firmware updates are available for download via the Stream Vision 2 mobile application.
23 Apr 24. Cuashub.com said today that Dedrone Receives SAFETY Act Designation Status from DHS. Dedrone, the leader in smart airspace security, today announced that it is the first counter-drone company to receive the Support Anti-Terrorism by Fostering Effective Technologies Act of 2002 (SAFETY Act) Designation status from the Department of Homeland Security (DHS) Office of SAFETY Act Implementation (OSAI). Both its command-and-control (C2) platform, DedroneTracker.AI, and its DedroneSensor radio frequency (RF) sensors have been officially awarded as approved technology under the SAFETY Act. Dedrone was advised by Petrone Risk to successfully pursue this award, with Senior Managing Director Kathleen Lupia leading the effort.
“With this Designation award, DHS today made clear that airspace security is now an essential part of any anti-terrorism security apparatus,” said Aaditya Devarakonda, CEO of Dedrone. “Having previously worked with some of our customers in their efforts to acquire SAFETY Act acknowledgment, we know that OSAI’s process is extremely rigorous. This is a tremendous honor for Dedrone as the preeminent counter-drone company, now with SAFETY Act Designation status technology and a resounding validation of our ongoing work to ensure our dual-use technology is as effective as possible for both civilian and military applications.”
The SAFETY Act was designed to encourage developing and using anti-terrorism products and services. A technology must have demonstrated effectiveness during operational testing or through prior use. Designation provides a liability cap, exclusive action in Federal court, no joint and several liability for non-economic damages, and no punitive damages or prejudgment interest. The full Designation is in effect for Dedrone until April 30, 2029. Any Dedrone technology deployed during its Designation period is protected for its deployment’s lifetime.
Dedrone is implemented across 32 countries and used by five G-7 nation governments; 829 sites, including 49 airports and 59 stadiums; 15 US federal entities; and 20 non-US governments. The company actively provides counter-drone solutions for some of the most high-profile events and organizations, working with public safety entities to protect over 360 sites globally.
https://cuashub.com/en/content/dedrone-receives-safety-act-designation-status-from-dhs/?_hsenc=p2ANqtz-9N-xUMHqZFygw3tNYU4ACLM-ZMUVsnEMZlobDAxCjJk5GWHOVSufLozCLouinh5mKsiPVkTJR5mWCdnpQizyu1Xx1oWAQ01mnIa99bsk6g8pF7ntY&_hsmi=303934176#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=303934176&utm_source=hs_email (Source: https://cuashub.com/)
24 Apr 24. Cuashub.com said today that Nearthlab Unveils Kinetic Interceptor Drone. Nearthlab, a leading autonomous drone solutions provider, unveiled its latest counter-UAS (CUAS) technology at this year’s AUVSI XPONENTIAL event from April 23 to 25 at the San Diego Convention Center. XPONENTIAL is an annual assembly of international leaders and end-users in the unmanned systems and robotics sector. Built on the principle that cross-disciplinary collaboration fosters innovation, it offers chances to network and collaborate with experts across various markets and fields.
The CUAS technology showcased is a high-speed kinetic interceptor drone equipped with advanced autopilot algorithms to calculate and track precise target trajectories, effectively neutralizing Group 1 and 2 aerial threats with exceptional accuracy.
Additionally, Nearthlab will showcase AiDEN, an autonomous drone tailored for various operational scenarios, including intelligence, surveillance, and reconnaissance (ISR) missions, emergency response efforts, and infrastructure inspections.
All of Nearthlab’s solutions, including the CUAS drone and AiDEN, are produced in compliance with the National Defense Authorization Act (NDAA). This stringent adherence to NDAA standards ensures that the company’s drones meet the federal requirements for immediate deployment in military and industrial applications within the United States.
“Drones are increasingly becoming fundamental to modern life, and it’s crucial that we equip ourselves with advanced tools to stay ahead of the curve,” said Jay Choi, CEO and co-founder. “We’re excited about the opportunity to demonstrate how our newest innovations will come to redefine industry standards at this prestigious event.”
https://cuashub.com/en/content/nearthlab-unveils-kinetic-interceptor-drone/?_hsenc=p2ANqtz-9UMNdSt2_xOXIGGPKYQUbe6gGUgD8BVkCq7SMtjX2TLNMjMsprrGj4B7O3xNGgf1Uvb9DHhoRDnW_I6Js8P5shz479Vx2YCnoDhBh8JZTX5A06rFs&_hsmi=304062378#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=304062378&utm_source=hs_email (Source: https://cuashub.com/)
22 Apr 24. Chess Dynamics, a leading developer of real-time video and image processing solutions, has launched the Vision4ce Mini CHARM, a new image processor specifically designed for size and weight-constrained applications, such as drones and small tactical vehicles.
The Mini CHARM offers a powerful and flexible solution for electro-optical system manufacturers and integrators seeking advanced image processing capabilities in a compact footprint. Its compact design and efficient operation make it ideal for integration into small, lightweight camera systems, offering a leading image processing capability to space-constrained platforms, particularly airborne applications.
The Mini CHARM’s flexible software framework supports a wide range of image processing tasks, including AI-based target detection, tracking and classification. The real-time, low-latency processing enables rapid decision-making and accurate performance in critical situations.
“The Mini CHARM leverages the proven performance and reliability of the CHARM product range, delivering these capabilities in a miniaturised form factor,” said Steve Hogg, Director of Image Processing at Chess Dynamics. “This new product empowers manufacturers and integrators to develop next-generation camera systems that meet the demanding requirements of modern applications.”
The launch expands and complements the existing Vision4ce CHARM product line of image processors. Chess Dynamics’ extensive experience in developing the Vision4ce branded real-time image processors for electro-optical systems enabled the development of this miniaturised solution. With a team bringing decades of experience in land, sea, and air applications, Chess Dynamics offers a comprehensive suite of products and support services to meet the evolving needs of the industry.
22 Apr 24. Cuashub.com said today that USMC Low Air Altitude Defense Battalion Tests C-UAS Concepts. DVIDS reported last week that the U.S. Marines from the 2nd Low Altitude Air Defense (LAAD) Battalion, Marine Air Control Group 28, 2nd Marine Aircraft Wing (MAW), conducted scenario-based training on counter-unmanned aircraft systems (UAS) at Marine Corps Base Camp Lejeune, North Carolina, from April 15-17
The training aimed to evaluate, improve, and validate tactics, techniques, and procedures for countering UAS threats. It also aimed to enhance the confidence of the 2nd LAAD Battalion Marines in executing counter-UAS missions. Such events allow the 2nd LAAD Battalion to train its personnel, educate them, and develop expertise to support the establishment of counter-UAS initiatives across the 2nd MAW. These initiatives are vital for identifying and neutralizing adversary intelligence, surveillance, reconnaissance, and targeting systems, aiding counter-reconnaissance efforts, and enabling friendly forces to operate within enemy weapon engagement zones. Counter-UAS remains a critical mission for the 2nd LAAD Battalion. The battalion will continue to adapt, refine, and validate its tactics to address the evolving challenges posed by the UAS landscape and the increasing prevalence of unmanned aircraft systems.
“Today’s training gives LAAD a way to develop tactics, techniques, and procedures for us to conduct active air defense against small UAS when we are integrated with the infantry,” said 2nd Lt. John Osment, a native of Charlotte, North Carolina, and the unit readiness coordinator for 2nd LAAD Battalion. “It also gives the infantry a chance to see standard operating procedures that we employ so that when LAAD is not there to support them, they can conduct force protection on their own with weapons that are organic to the infantry battalion.”
During the training, Marines were evaluated on their shooting, moving, and communicating skills during counter-UAS scenarios. They engaged single-operator drones using direct-fire weapons like shotguns, machine guns, and rifles while on patrols and in defensive positions. Three distinct scenarios were presented to the Marines. Upon detecting a drone within their firing zone from an unidentified location, they had to report its location, assume their firing positions, and engage with the drone until it was neutralized or the exercise was concluded.
The Marines attributed their success to thorough planning and rehearsals before the live-fire training. Before the live-fire exercise, they spent several days on sand-table exercises and immediate-action drills, becoming familiar with the training area’s terrain and practicing without live ammunition to boost their confidence. Small-unit leaders ensured their Marines were fully equipped and prepared to execute their counter-UAS mission effectively.
“The proliferation of UAS employment in modern conflict necessitates our Marines to shoot, move, and communicate in a UAS-dominant environment,” said Lt. Col. Bradley Creedon, commanding officer of the 2nd LAAD Battalion and a native of Albuquerque, New Mexico. “Today’s training gives us the opportunity to put our CUAS tactics, techniques, and procedures to the test and build the confidence of our Marines in conducting CUAS gunnery.”
https://cuashub.com/en/content/usmc-low-air-altitude-defense-battalion-tests-c-uas-concepts/?_hsenc=p2ANqtz-9OIuD3TLVezYf1rZU6t_QPMlogRoMBvTvw6QSFc4qRVseNijVOJNvgMUz9MAjaTlpJ_F0mmPwxuUh3WamrQmQUEfOw7Rr_Y-CEnkQu9yzp5R0k-No&_hsmi=303629257#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=303629257&utm_source=hs_email (Source: https://cuashub.com/)
22 Apr 24. French media report problems with the Paris Olympics counter-UAS system. News outlet France 24 reports that the anti-drone system PARADE, developed to protect the Parisian skies throughout the July 26-September 8 Olympics and Paralympics, has performed worse than expected during a March exercise, according to media reports.
“On two of the sites where Parade was tested, it didn’t work as well as expected. Put in other words, PARADE stopped the drones, but within a much smaller perimeter than expected,” an observer of the “Coubertin LAD 2” exercise told the French weekly Marianne. Satirical newspaper Le Canard Enchaîné said the system had performed even worse than during the first exercise, “Coubertin LAD 1”, that was held to test its efficiency. During that exercise, PARADE was reportedly only able to detect one out of three malicious drones at a distance of 800 metres. It’s annoying that this is coming out publicly but unfortunately, contrary to the official line, things aren’t really working as we’d like,” a senior security source told AFP on condition of anonymity.”
Thales and CS Group won the French defence procurement agency’s (DGA) tender to develop an anti-drone system back in April 2022. The contract is worth EUR350m over an 11-year period. In the consortium’s tender, PARADE was presented as a “scalable, modular, multi-mission system” for fighting drones.
According to Thales: “The modular, multi-mission PARADE system will detect, classify and safely neutralise micro- and mini-drones either to protect sensitive sites on a temporary basis or as part of overseas deployments abroad. The PARADE system will be able to reinforce the security of the public and the infrastructures during large gatherings…..The PARADE system provides permanent 360° site protection and is designed for easy transport from one site to another by road, air or sea, considerably increasing its scope of use and speed of deployment.”
For more information
https://www.france24.com/en/sport/20240419-tests-expose-worrying-flaws-in-france-s-anti-drone-system-for-2024-olympics
https://www.thalesgroup.com/en/worldwide/defence/press_release/french-defence-procurement-has-officially-notified-thales-and-cs
https://www.insidethegames.biz/articles/1137759/paris-2024-drone-attack-system (Source: www.unmannedairspace.info)
23 Apr 24. MARSS signs $70m contract to deliver integrated logistic support for Middle East client. MARSS announced the signing of a multi-year contract in excess of $70m to deliver an integrated logistic support contract with a leading Middle East client. MARSS previously led an international group of partners to design and deliver a multi-domain critical infrastructure protection system for a key strategic location in the Middle East.
The new contract, spanning five years, will see MARSS provide level 1-4 support across the site – from basic maintenance to troubleshooting complex issues – and includes programmes for corrective and preventative maintenance to ensure the site’s operational effectiveness throughout the contract’s duration. As part of this, MARSS will maintain a full-time in-country presence to manage and maintain the system.
The system, which was previously designed and commissioned by MARSS, provides end-to-end protection covering surface, land, air, and sub-surface domains. MARSS’ NiDAR platform, integrated throughout the site, is an AI–powered solution capable of detecting, verifying, and defeating asymmetric threats. The system seamlessly fuses sensors and effectors across all domains, providing a unified situational awareness picture for operators.
Rob Balloch, MARSS’ Chief Revenue Officer, commented, “Securing this contract showcases MARSS’ ability to provide full life-cycle support that is essential to ensure the operational effectiveness of complex integrated platforms. Having led on the prestigious delivery project, we are delighted that the client has returned to us to ensure the smooth running of the protection.”
Recent events across the world have demonstrated the difficulty of reliably protecting people and critical-assets from rapidly evolving threats. To be effective, systems have to be able to react to threats in seconds, relying on layered countermeasures that can be deployed effectively and economically. By integrating physical sensors and effectors with AI, the MARSS NiDAR system greatly reduces the operational burden on operators and centralises all of the critical decision making into a single software solution.
This five-year project will also plug into the continued machine learning of NiDAR CORE – obtaining valuable object and event data to improve NiDAR’s AI capabilities – including the rapid and accurate detection and verification of threats.
Balloch added, “There have been a lot of discussions over the last few years about the need to change the broken defence procurement model that exists across NATO and other defence ministries. The need for rapidly deployable and effective Air and Maritime Defence has never been greater, systems have to be modular, sensor and effector agnostic and upgradeable in days not years. Companies such as MARSS, and contracts such as this, demonstrate the ability to rapidly develop and implement complex integrated defence programs by smaller, agile companies, at a fraction of the cost and in half the time.”
22 Apr 24. In data: land military radar market share overtaken by air segment. The military radar market is projected to be dominated by the air sector, moving ahead of the land sector from 2025, according to GlobalData.
While the market size for the Land Radar segment has been projected as $6bn for 2024 by GlobalData in the ‘The Global Military Radar Market Forecast 2023-2033’, this has been predicted to drop below $5bn for most of the next ten years while the value of the Air Radar segment is set to rise above it for the foreseeable future.
The value of the Land segment starts at nearly $6bn in 2024, above the value of the Air Radar section at $5.3bn, but in 2025 this order is reversed, with Air’s market value rising to $5.8bn, and Land’s value falling to $4.7bn.
This ordering remains for the rest of GlobalData’s projection, with both sections showing slowing growth until minima in 2029, and then sustained increasing growth until 2033.
The Global Military Radar Market is projected to grow at a CAGR of 3.6%, increasing from $10.6bn in 2023 to $15.2bn by 2033. The total global spending on this market over the forecast period is estimated to be $144.9bn.
The market is divided into three segments: Air, Land, and Maritime. The Air segment is expected to lead the market, comprising 41.4% of the total, followed by the Land segment with a 35.2% share.
Geographically, North America is expected to hold the largest market share at 44.0%, with Europe and Asia-Pacific following with shares of 22.5% and 21.6%, respectively.
Air Radar
Air Radar encompasses systems such as fire control radars, which furnish essential targeting data, including target azimuth, elevation, range, and range velocity to the fire-control system of various platforms such as aircraft, rotorcraft, and uncrewed aerial systems (UAS) to precisely engage targets. Notable systems include the AN/APG-81 and RBE2 AA.
The Air segment also includes maritime surveillance radars that are mounted on maritime patrol aircraft, naval helicopters, and UAVs. These aid in the detection and surveillance of surface and sub-surface entities for missions such as anti-surface and anti-submarine warfare, and coastal defence operations.
Airborne ground surveillance radars are designated for identifying and monitoring ground or low-altitude targets, including vehicles and helicopters moving at low speeds. These radars are equipped on aircraft, rotorcraft, and UAVs, primarily for surveillance and reconnaissance duties, and are also useful in border patrol and search and rescue operations, as seen with EL/M-2055 and AN/APY-8 Lynx II radar.
Airborne early warning radars serve principally to locate and follow aircraft, ships, and ground vehicles over considerable distances. When operational at high altitudes, they allow the aircraft’s crew to observe and track objects and function as an Identification Friend or Foe system, with examples such as AN/APS-145 and E-801M OKO.
Synthetic aperture radars enable surveillance in all weather conditions utilising synthetic aperture technology, capable of functioning during nighttime or through cloud cover, producing high-resolution radar imagery. Systems such as Phased-Array SAR and Micro-SAR are notable examples.
Auxiliary radars in the Air segment carry out support functions such as navigation, weather prediction, and geographical mapping, and typically operate alongside primary radars like fire-control and early warning systems on airborne platforms, including the GSX 70 and AN/APQ-174B models.
The Land market
In the domain of Land Radar, air-defence radars act as proactive monitors to locate, identify, and pursue aerial threats, including ballistic missiles, aircraft, and UAS, as well as directing interceptor missiles to neutralise such dangers. Systems in this category include 91N6E-Big Bird, 92N6E-Grave Stone, and 96L6E.
Counter-battery radars are operational to warn against, detect, and track artillery projectiles, using the projectile’s trajectory to ascertain the launch position of artillery such as howitzers, mortars, or rocket launchers, and facilitate their neutralisation, with examples that include AN/TPQ-37 and AN/TPQ-50.
Ground and coastal surveillance radars are comprehensive installations on land or over water that aim to secure borders against unauthorized entry and uphold national sovereignty. They monitor a variety of targets across land, air, and sea, with systems such as J/FPS-3 and TPS-77 MRR being instrumental.
The auxiliary radar market for the Land segment encapsulates radar types that do not align with the previously mentioned categories, including those designed for ground penetration, instrumentation, and portable applications. This segment comprises systems such as the GMLRS radar and the Husky Mounted Detection System (ground penetrating radar).
(Source: army-technology.com)
22 Apr 24. Lockheed Martin Successfully Transitions Long Range Discrimination Radar to the Missile Defense Agency. The Long Range Discrimination Radar (LRDR) at Clear Space Force Station in Clear, Alaska, completed DD250 final acceptance and was officially handed over to the Missile Defense Agency in preparation for an Operational Capability Baseline (OCB) decision and final transition to the Warfighter. In addition, prior to this transition, the system has started Space Domain Awareness data collects for the United States Space Force.
“This milestone represents years of dedication to the MDA’s mission to protect our homeland,” said Chandra Marshall, vice president of Radar and Sensor Systems at Lockheed Martin. “LRDR is a cutting edge asset providing the benefits of both low frequency and high frequency radars for an innovative approach to search, track, and discriminate targets.”
Protecting the Homeland
LRDR provides the ability to simultaneously search and track multiple small objects, including all classes of ballistic missiles, at very long ranges, under continuous operation. Its discrimination capability will allow LRDR to identify lethal objects, such as enemy warheads, and differentiate them from non-lethal decoys. LRDR, along with other elements of the Missile Defense System, will preserve the homeland defense interceptor inventory by conserving the number of Ground-Based Interceptors required for threat engagement.
The highly adaptable LRDR operates in S-band frequencies and features a scalable, open systems architecture designed to be scaled and extended to counter evolving threats without changing the hardware design. It is integrated into the Missile Defense System through the Command and Control, Battle Management and Communications element. As an example of LRDR’s open systems architecture, Lockheed Martin is adding new capability in support of hypersonic defense, which will give decision makers actionable information to make timely decisions, faster.
In addition to missile defense, the radar system supports Space Domain Awareness by monitoring satellites orbiting the earth, detecting, tracking, and identifying active or inactive satellites, spent rocket bodies, and debris.
Proven Radar Experience
With broad experience developing and delivering radar solutions to customers, Lockheed Martin’s high-performing, high-reliability, solid state radar systems specialize in counter target acquisition, early warning, situational awareness and integrated air and missile defense. Lockheed Martin radars are designed with a high degree of commonality, are available in highly mobile configurations, operate in all environments and are deployed worldwide.
23 Apr 24. US Army SOF Introduces New Drone Course to Enhance Operator Skills. The U.S. Army’s John F. Kennedy Special Warfare Center and School has introduced the Robotics and Unmanned Systems Integration Course (RUSIC), a comprehensive six-week program that equips Army special operations forces with advanced drone operating skills. The course not only covers flying drones but also includes building them and handling electronic warfare payloads.
The training begins with two weeks focused on understanding Federal Aviation Administration (FAA) regulations and mastering standard military drones. The following weeks escalate to more complex scenarios including flying in jammed environments, coordinating with advanced software like the Android Team Awareness Kit, and operating counter-drone systems.
A significant portion of the course, occurring in the fifth week, involves the practical assembly of drones and the management of their battery packs, crucial for varied operational payloads. According to Major Steve Schuerman, the commander leading RUSIC, the course aims to provide foundational knowledge so soldiers can effectively troubleshoot and adapt to various technological challenges while working with international partners.
The final week tests all the acquired skills through comprehensive exercises, simulating real-world operations where students apply their knowledge in flying drones for one-way attacks using first-person view (FPV) technology.
The program also addresses the need for certified master trainers in drone operations within the Army special operations community. Graduates of RUSIC receive a master trainer certification, enabling them to instruct other soldiers, thereby expanding the cadre of qualified drone operators. (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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