Sponsored by Echodyne
www.echodyne.com
————————————————————————-
01 Mar 24. The sensor solution provider HENSOLDT has sold its all-round vision system SETAS (See Through Armour System) for the first time. The customer is KNDS in Germany. The order comprises a total of 54 units. The order value is in the double-digit million range. SETAS will be integrated into the customer’s RCH 155 self-propelled artillery gun.
SETAS is a high-performance day and night observation system for armoured vehicles of all kinds. The high-resolution electro-optical vision system gives every crew member the opportunity to obtain full visual situational awareness 360 degrees around the vehicle from inside the vehicle. Threats within their radius of action can be reliably identified and classified at an early stage. The modular system comprises two high-performance sensor systems: high-resolution colour daylight cameras and uncooled thermal imaging cameras.
“With the initial integration, we are equipping our customer and the user with a revolutionary sensor solution in the field of all-round visibility,” says Tanya Altmann, Head of Optronics & Land Solutions at HENSOLDT. “The system will realise its full potential when it is connected to the vehicle network and the battle management system and provides crew members with the best possible information sovereignty using AI-supported sensor fusion. With this launching customer, HENSOLDT is therefore consistently continuing its growth path as a solution provider.”
In a further configuration step, the observation capabilities of SETAS can be enhanced with integrated automatic image processing functions such as Moving Target Indication (MTI), object tracking and other modes. This makes it easier for the crew to cope with the large amount of image data for personal 360-degree situational awareness. Thanks to its modularity and open interface architecture (NGVA-compliant), this observation system can be easily integrated into any new or existing vehicle. The interface allows full integration or standalone operation by supporting any type of HMI (standard or smart display, smart glasses, tablet, etc.).
Using a helmet-mounted display as an HMI, a crew member inside the vehicle can practically see through the armour and thus achieve the same orientation as when observing “from above”. Intelligent software algorithms automatically warn the crew if a potentially threatening movement is detected in the vicinity of the vehicle. SETAS can be installed as a stand-alone system, providing crews of both legacy platforms and new systems with significantly increased situational awareness.
29 Feb 24. DroneShield Commences Development of Software Defined Radios for Next-Gen C-UAS Technologies.
DroneShield Ltd (ASX:DRO) (“DroneShield” or the “Company”) is pleased to announce it has commenced development of custom higher performance multi-channel software defined radios (“SDRs”) to be used in new evolution capabilities of future generations of its products.
The Company is a global leader in the C-UAS market, including the handheld C-UAS solutions. Part of the challenge is reducing the hardware to an ultra-small Size, Weight and Power (“SWaP”) parameters to dimensions that can be tactically deployed in the field by end users, while ensuring sufficient computing ability to run complex AI-algorithms on the devices, without referencing cloud or other systems (also known as computing on the edge).
DroneShield presently have approximately 90 engineers in its Sydney facility. It is expected that more than 50% of the engineering team will be involved in this initiative, including Radio Frequency, Electronic Engineering, Firmware, Embedded Software, Data Science, Data, Mechanical, System and Quality Engineering.
Angus Bean, DroneShield Chief Technology Officer, commented, “As the drone threat space continues to rapidly evolve, DroneShield continues with a significant investment into next generation technologies, including moving into fully custom software defined radios in-house.”
28 Feb 24. Spanish Navy deploys counter-UAV system on Santa María-class frigate for the first time. The Spanish Navy has deployed a counter-unmanned aerial vehicle (UAV) system on the Santa María-class frigate Canarias (F 86) for the first time ahead of the frigate’s deployment to European Union Naval Force’s (EU NAVFOR’s) Operation ‘Atalanta’ in the Indian Ocean. Announcing the frigate’s departure from Rota on 15 February the navy said that “in this deployment, and for the first time, the ship will operate specifically designed defence assets to counter the new unmanned air threats”. The addition of the counter-UAV system is likely a response to the increased threat profile in the region as a result of the attacks against commercial shipping in the Red Sea by Yemeni rebel group Ansar Allah (commonly known as Houthis). (Source: Janes)
29 Feb 24. Merger Duo NXP50: Uncover the Night. Ever wondered what it’s like to see into the night with the best that thermal and digital vision technology has to offer? With the Merger Duo NXP50, Pulsar’s new first-in-class multispectral binoculars, you’ll be able to uncover night scenes like never before.
The Merging of Thermal and Night Vision
Delivered in classic ergonomic housing like the entire Merger line, the Merger Duo NXP50 multispectral binoculars are designed for those who want more than just a great thermal image. For the first time ever, users will be able to get their hands on a digital binocular system capable of both thermal and night vision.
The Merger Duo NXP50’s thermal mode will be able to detect heat signatures at long ranges, while its integrated night vision mode will be able to focus on details in full high definition. With the device’s picture-in-picture mode, users will be able to see both modes simultaneously.
Long-Range Detection
The Merger Duo’s top-class thermal channel features a high-sensitivity 640×480 pixel resolution and a 17-micron pixel pitch European-made Lynred sensor. This makes it exceptional for spotting targets even at extreme ranges and under the most adverse weather conditions.
Sharp Image Detail
The digital 1920×1200 pixel resolution channel offers ultra-low-light, full-HD digital night vision. With its highly sensitive CMOS sensor, you will clearly identify the tiniest details of your target from afar.
In addition, the Merger Duo NXP50 can detect targets in absolute darkness thanks to an attachable 940nm IR illuminator with adjustable spot positioning. This invisible infrared light increases image detail in the digital night vision channel during a pitch-black night.
Designed for Long Dark Nights
The Merger Duo NXP50 binoculars feature outstanding detection capabilities. Due to Pulsar’s advanced image boost technology and its high-sensitivity sensor, these binoculars can detect a 6 foot tall object at 2,000 yards in complete darkness.
The binoculars are powered by two rechargeable batteries: one built-in and one replaceable. This means you can hunt for up to 10 hours on a single battery charge. The dual battery system makes it quick and easy to replace a flat battery even in complete darkness.
Convenient and Portable
For ultimate comfort, Pulsar has designed a new ergonomic and modular carrying case.
Stylish but practical, the Merger Duo’s carrying case can be converted into a satchel with a shoulder strap, chest rig, or waist bag thanks to its versatile harness and buckle system and integrated MOLLE webbing. This new adaptability allows users to carry the binoculars in a manner that is most comfortable for them.
As a chest rig, the new strap and buckle system distributes the device weight on the hunter’s body, taking the load off the shoulders, back, and neck. With the new MOLLE system, it can also be attached to compatible belts and backpacks or used on chest rigs for law enforcement personnel.
Pulsar invites you to visit us at IWA Outdoor Classics 2024 to test and see all the new devices firsthand! We will be located at Stand 3A-621. See you in Nuremberg!
29 Feb 24. THALES Delivers CAPTAS-4 Sonar For USN.
- Advanced Acoustic Concepts (AAC), a subsidiary of Thales, has delivered the first CAPTAS-4 sonar for the U.S. Navy’s Constellation class Frigates (FFG). Prime contractor Fincantieri Marinette Marine (FMM) awarded the contract in May 2022.This delivery demonstrates the efficiency and the expertise of Thales’ solutions and services.
- The CAPTAS-4 variable depth sonar (VDS) has successfully completed all the milestones in the program established with FMM. The first system is currently in the United States ready for installation on the first Constellation-class Frigate (FFG-62).
- The CAPTAS-4 system, which has won several awards for its unrivalled performance in underwater warfare coalition exercises, will help the new U.S. frigates to detect, locate, classify and track increasingly stealthy submarines.
The first CAPTAS-4 variable-depth sonar transmitter has been delivered to the U.S. Navy’s Constellation Frigate Program (FFG-62). This delivery, ahead of schedule, demonstrates the effectiveness of Thales as a trusted partner to worldwide navies. The U.S. Navy will benefit from the demonstrated reliability and performance of the CAPTAS-4, the undisputed market leader in underwater variable depth active systems.
AAC delivered the system on Oct. 12, 2023, ahead of contractual milestones while under very aggressive time constraints. Thales’ unrivalled sonar technology was chosen by Fincantieri Marinette Marine, in agreement with the U.S. Navy to equip its new frigates. In addition to the two systems already ordered to date, up to eight additional CAPTAS-4 transmitters assemblies could be supplied under the current contract. In this perspective, in April, AAC will complete construction on a new CAPTAS production facility located at their current site near Uniontown, Pennsylvania, where final assembly, integration and acceptance testing will occur for shipsets two through 10.
Thales has more than 50 years’ experience in underwater warfare and is the world’s leading sonar exporter. The CAPTAS family comprises a series of low-frequency variable-immersion sonars dedicated to anti-submarine warfare. The CAPTAS-4 delivered to the U.S. Navy is the most powerful of the CAPTAS family. It has been tested under a wide range of operational conditions for instance by the French, British and Italian navies, and its technical maturity and performance are recognized the world over.
In 2020, 2021 and 2022, several French multi-mission frigates equipped with the CAPTAS-4 system won the prestigious Hook’Em Award, the American prize for excellence awarded to the best crew performance in the field of anti-submarine warfare, during coalition exercises in the 6th Fleet area of operations. Thales was singled out and recognized for the excellence of its know-how, for the ability of its sonar systems to detect, locate, classify and pursue increasingly stealthy and silent threats under the sea.
“Thales is a long-time supplier of advanced and capable ASW systems to the U.S. Navy and major U.S. prime contractors. With this new contract for the delivery of CAPTAS-4 variable depth sonar, they are once again demonstrating the performance of our acoustic systems and renewing their confidence in our teams,” said Gwendoline Blandin-Roger, Vice President, Underwater Systems, Thales.
“Advanced Acoustic Concepts is proud to announce that we have successfully delivered the first CAPTAS-4 variable depth sonar system for the U.S. Navy’s FFG-62, the first of the new U.S. Frigate class,” said Mike Carnovale, President and CEO of AAC. “We look forward to further serving the U.S. Navy as we continue to supply and support this critical ASW capability well into the future.”
29 Feb 24. Cuashub.com said today that Leonardo Equips CAF with Counter-Drone Technology. Leonardo has been awarded a contract by Public Services and Procurement Canada (PSPC) to provide its Falcon Shield C-UAS system for operation by the Canadian Armed Forces (CAF). The company will provide several systems and a 10-year sustainment package that includes options for additional equipment and the spiral development of new capabilities. The first systems will be delivered later this year with the Canadian Armed Forces that will immediately deploy Falcon Shield to forward operating bases to protect deployed personnel.
Falcon Shield is the UK’s operationally-proven solution to the growing threat from group 1 to 3 (smaller, slower, and lower flying) UAS, usually undetectable by conventional air surveillance equipment. Using a mix of advanced sensors from Leonardo and industry partners, the system rapidly detects, tracks, and prioritizes threats, giving operators the means to neutralize them effectively.
Produced at Basildon and Southampton sites, Falcon Shield is in service with the UK’s Armed Forces, is trusted by close allies on operations, and is readily available for export customers worldwide. Leonardo updates Falcon Shield to ensure it remains cutting-edge in a rapidly evolving security landscape.
For its UK Royal Air Force (RAF) customer, Leonardo delivered seven complete baseline counter-drone systems (ORCUS in RAF service) for the service’s ‘Synergia’ research and development program.
The RAF also employs these systems as a national standby capability supporting the Emergency Services. In this role, the RAF has operated Leonardo counter-UAS technology during several high-profile events, including the 2021 G7 summit in Cornwall and the Birmingham 2022 Commonwealth Games. During Christmas 2018, Falcon Shield has been deployed at both London Gatwick and Heathrow airports following suspected drone sightings, allowing air operations to resume.
Leonardo has also been working with the United States Armed Forces as part of the ongoing collaboration between the UK and the US on counter-drone research and development. Under this partnership, the company has integrated the US Air Force Research Laboratory’s (AFRL) NINJA technology into the RAF ORCUS system and demonstrated its ability to detect dozens of small drone platforms in the airspace around airbases and then mitigate them.
Leonardo will be operating Falcon Shield at Canada’s ‘Counter Uncrewed Aerial Systems Sandbox 2024’ exercise, held in Suffield, Alberta, this June, where it will counter drones flown by the Canadian Armed Forces ‘red team’ operators.
https://cuashub.com/content/leonardo-equips-caf-with-counter-drone-technology/?_hsmi=296223554&_hsenc=p2ANqtz-_tHFT7BgF-YO7psJhrpKqxoSbvaTt2JbLxN4riiiAC_UpOYbcnuvI3_XTkNSV-6rNjlgoRGHFBzbXzR-LKRmwPCMcMwJXm9aTXRkLxPeFX1ZAiaKI#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=296223554&utm_source=hs_email (Source: https://cuashub.com/)
28 Feb 24. Malaysia installs Lockheed Martin’s long-range radar in Labuan. The Malaysian Armed Forces has installed a long-range ground-based radar developed by Lockheed Martin in East Malaysia.
A spokesperson for the Malaysian Ministry of Defence (MoD) told Janes in mid-February that the Malaysian Armed Forces has installed Lockheed Martin’s AN/TPS-77 multirole radar in Labuan island, located off the coast of the state of Sabah in East Malaysia.
According to Janes C4ISR & Mission Systems: Land, the AN/TPS-77 radar is a mobile variant of Lockheed Martin’s AN/FPS-117 L-band 3D solid-state air-defence radar. The AN/TPS-77 radar features low power consumption and can be truck-mounted or transported via C-130 Hercules transport aircraft, truck, rail, or helicopter.
The AN/TPS-77 radar includes active electronically scanned array (AESA) and gallium nitride (GaN) solid-state transmitters. The AN/TPS-77 has a length of 7.62 m, a width of 4.57 m, a range of more than 470 km, an operating frequency of 1,215–1,400 MHz, and a detection altitude of 30,480 m. (Source: Janes)
28 Feb 24. Game Changing Pulsar News at IWA Outdoor Classics 2024. Pulsar, a leading name in the world of thermal imaging technology, will be introducing several groundbreaking technologies at the IWA Outdoor Classics 2024 in Nuremberg, Germany. The following products will be on display to the general public:
- Pulsar’s full range of HD-sensor optics including riflescopes and binoculars.
- New multispectral devices capable of thermal and digital night vision
- New additions to the Telos line of thermal monoculars, Pulsar’s new upgradable thermal handhelds
- A new firmware update enabling ballistic calculator support for Pulsar’s non-LRF riflescopes
Merger Duo NXP50: Uncover the Night
The latest addition to the multispectral line, the Merger Duo NXP50 binoculars, stands out in its ability to identify targets in both thermal and digital night vision mode. A wise choice for those seeking the pinnacle of nocturnal spotting capabilities, the Merger allows hunters to identify targets at a distance with high-quality thermal and see minute details on prey with sharp digital night vision.
Features:
- Thermal channel: an extremely sensitive 640×480 pixel resolution @ 17 micron (NETD <25 mK) European-made Lynred sensor. Ideal for detecting a target in any weather conditions from short to great distances.
- Digital channel: ultra-low-light, full-HD night vision. Incredibly high definition and detailed image of the target and terrain from the 1920×1200 pixel resolution sensor.
- Combined viewing mode: both thermal and night vision channels can be displayed on the screen at the same time using the picture-in-picture mode.
- Detachable invisible IR illuminator: with adjustable spot positioning. A life saver on a pitch-black night
Merger LRF XP35: Compact Thermal Binoculars with a Wide Field of View
Pulsar is expanding the Merger thermal binoculars line by introducing a compact version, the Merger LRF XP35. It boasts the widest field of view in its category and an exceptionally sensitive thermal imaging sensor.
This ergonomic, compact, and lightweight model, with an impressive 17.8° FOV, enables comfortable scanning of vast areas with both eyes without causing eye fatigue.
The Merger LRF XP35 is equipped with Pulsar’s signature European-made Lynred sensor with NETD <25 mK of thermal sensitivity, ensuring superb quality and highly detailed images even in adverse conditions.
The new model comes with a built-in laser rangefinder capable of measuring distances of up to 1,000 yards. With a thermal detection range of up to 1,475 yards, the Merger LRF XP35 enables users to detect heat signatures at extreme ranges.
Thermion 2 LRF XL50: New Premium Standards
Pulsar’s premium-class riflescope, the Thermion 2 LRF XL50, stands out from the crowd with its revolutionary HD thermal imaging sensor and powerful sensor capabilities.
The HD sensor resolution maintains great image quality even on higher zoom levels, making it perfect for long range shooting and viewing distant objects with its wide field of view.
The premium quality image generated thanks to its new 1024×68 pixel resolution is detail-rich and crystal clear, making the Thermion 2 LRF XL50 unbeatable for trophy identification. For smaller game or longer ranges, this unit makes shooting easier and more efficient with its internal ballistic calculator through the Stream Vision Ballistics app.
Ballistic Calculation in Non-LRF Riflescopes
Pulsar is introducing a new firmware update that will add ballistic calculators to non-LRF riflescopes. Users need only to update their scopes and use the manual distance settings available in the short menu bar. The suggested point of aim will be displayed on the scope’s screen.
Axion XQ30 Pro: Compact and More Powerful
The Axion XM30F has evolved into the Axion XQ30 Pro. This pocket-sized monocular is the most compact model in the Pulsar product line. Featuring a larger and more sensitive European-made Lynred sensor with NETD <25 mK of thermal sensitivity, this powerful device gives you a more detailed image than its previous iteration for the exact same price point.
Pulsar invites you to visit us at IWA Outdoor Classics 2024 to test and see all the new devices firsthand! We will be located at Stand 3A-621. See you in Nuremberg!
28 Feb 24. IOMAX prepares to deliver first ISR-upgraded Grand Caravan to Jordan. IOMAX is preparing to deliver to Jordan the first of four new Cessna C-208B Grand Caravan EX aircraft to be upgraded with an intelligence, surveillance, and reconnaissance (ISR) system, a company spokesperson told Janes on 27 February. The first aircraft will be presented to the Royal Jordanian Air Force (RJAF) at a ceremony at the company’s Mooresville facility in North Carolina during the week beginning 4 March. The remaining three aircraft will be delivered before the end of 2024. The work has seen the aircraft fitted with an electro-optic/infrared (EO/IR) sensor, operator console, tactical radio, ground surveillance radar, video datalink, and night-vision-compatible lighting. IOMAX previously told Janes that two aircraft were to be fitted with a new ISR system, but said that this was later amended to four new aircraft. The RJAF already fields six C-208B Grand Caravans (also known as the RC‐208B in their ISR configuration), which were delivered from 2010. These are operated out of King Abdullah II Air Base by 15 Squadron. (Source: Janes)
28 Feb 24. Cuashub.com said today that Drone Technology Company ParaZero Enters Counter-UAS Market. ParaZero Technologies Ltd. plans to enter the counter unmanned aircraft system (C-UAS or anti-drone) market. The company, specializing in drone technologies for commercial drones, defense drones, and urban air mobility aircraft, aims to leverage its proprietary technology portfolio to offer competitive solutions in detecting, classifying, and mitigating threats from small UAS platforms. The move is in response to the increasing utilization of small, lethal drones worldwide, reshaping the balance between humans and technology in various sectors, including military, corrections, and large public venues.
Counter-drone technology encompasses various solutions to detect, classify, and mitigate drones and unmanned aerial vehicles. This diverse range includes camera systems, specialized drone detection radars, net guns, and cyber takeover systems. These technologies are crucial in addressing the challenges of unauthorized drone activities and enhancing security measures in various sectors.
After extensive due diligence, ParaZero has analyzed the growing market for C-UAS technologies. The company believes that specific elements within its proprietary technology portfolio and its rapid design, development, and manufacturing capabilities for UAS technologies position it strongly to provide a competitive edge in defending against threats and attacks from small UAS platforms. This strategic decision aligns with global inquiries the company has received, and it recognizes the increased market demand for C-UAS technology across various applications, including military outposts, correctional facilities, large public venues, and more, where limited mitigation options currently exist.
“Our drone technology solutions leverage a distinct technology portfolio protected by global patents that we have developed over the course of more than ten years. We believe that this technology portfolio enables us to effectively counteract various threats posed by drones by rapidly developing bespoke C-UAS solutions for key clientele,” said Boaz Shetzer, ParaZero CEO. “Recent international conflicts have highlighted the extensive use of drones in various attacks and the critical necessity to counteract these strikes promptly with minimal damage. We believe that ParaZero can provide a unique alternative to today’s conventional solutions and intend to start development without delay.”
According to Global Market Insights, the Global Anti-Drone or Counter-UAV Market was valued at $1.9bn in 2023 and is forecasted to be worth USD 15.3bn by 2032, growing at an estimated CAGR of 26.0% between 2024 and 2032.
https://cuashub.com/content/drone-technology-company-parazero-enters-counter-uas-market/?_hsmi=296022910&_hsenc=p2ANqtz-8axkxGG5yG-wYybdV1llvo8UbE3Xmbj63LgdWPfTlefEPWLDT-4xN2HNctPfQyn4EuH8nJHLeRg9rJpYgqdRGhGyqSKvpfTxXWKoi4XN9-3p90gYw#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=296022910&utm_source=hs_email (Source: https://cuashub.com/)
28 Feb 24. Cuashub.com said today that DHS S&T Busy Testing Counter-Drone Technologies. The Department of Homeland Security Science & Technology Directorate (DHS S&T) has been extremely busy testing counter-drone technologies and evaluating their effectiveness in various environments and mission types. DHS S&T recently released a summary of its activities in 2023 and provided a preview of upcoming technology assessment activities in 2024. To counteract the potential malicious use of drones, DHS S&T conducted assessments of innovative counter-unmanned aircraft systems (C-UAS) technologies, also known as counter-drone technologies, through two live demonstrations last summer. Before these events, DHS S&T issued two public requests for information (RFI) in April 2023 to collect vendor data about existing counter-drone technologies. One RFI was to test innovative technologies to counter “dark” unmanned aircraft system (UAS) swarms, and the other was to assess kinetic mitigation capabilities for countering small UAS. The most promising solutions were selected to participate in the subsequent live demonstrations.
Kinetic Mitigation System Testing
In a live demonstration held at Camp Grafton South in North Dakota, several vendors participated in assessing the collateral effects of kinetic mitigation systems, which physically alter, bring down, or destroy drones using forces like projectiles, nets, photon plasma from lasers, and electromagnetic or radio waves. The purpose was to collect information on the potential unintended consequences or collateral effects, such as falling debris from intercepted drones. The University of North Dakota (UND), Northern Plains UAS Test Site (NPUASTS), and accessND provided personnel and expertise for the demonstration.
Following a live demonstration assessing the collateral effects of kinetic mitigation systems against drones, initial observations have provided a basic understanding of these effects. Further analysis of the results aims to establish a basic methodology for measuring collateral effects. DHS seeks to develop an understanding of the kinetic mitigation capabilities of current counter-drone technologies, assess the inherent risks, and determine potential damage that may result from their use.
Counter Swarm and Dark UAS Testing
The second live demonstration evaluated non-kinetic solutions for detecting, tracking, identifying, and countering swarms of small UAS remotely controlled. It also assessed technologies capable of detecting and mitigating “dark” drones emitting minimal or no radio frequency (RF) signals, noise, or emissions. The demonstration aimed to address potential threats posed by drone swarms in scenarios like interfering with first responders or launching distributed assaults on critical infrastructure during events of national or international importance. The event occurred at the Oklahoma State University Unmanned Aircraft Flight Station in Stillwater, Oklahoma, collaborating with industry partner Amentum Services, Inc. and the OSU C-UAS Center of Excellence.
The event drew visitors from U.S. homeland and defense agencies and foreign government partners. Six technology vendors also participated—three from the United States, and three were international.
Upcoming DHS S&T Tests in 2024
Following the promising evaluations and initial findings, DHS S&T and its partners are analyzing results from both events to determine future testing needs and prioritize research and development investments. Demonstrations for kinetic counter-drone technologies are planned for summer to assess collateral impacts and test additional technologies. The goal is to enhance the Department of Homeland Security’s (DHS) capabilities to safeguard the homeland against potential threats from UAS.
https://cuashub.com/content/dhs-st-busy-testing-counter-drone-technologies/?_hsmi=296022910&_hsenc=p2ANqtz-9reKwF5FJmgMm-wG8w_rvc_LK0yuKZhAylZHKAeZPRcBaGpRcMZqfvs3ECAYF16kZLDzsTLneoZrGPHqjWSeMXBNb1fiwADr47Bd2v3xyB9T6Tyeg#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=296022910&utm_source=hs_email (Source: https://cuashub.com/)
28 Feb 24. Stratodynamics Joins the HAPS Alliance. Stratodynamics Aviation Inc, a provider of high-altitude flight services utilizing uncrewed aerial vehicles (UAVs) designed for earth observation, has joined the HAPS Alliance, a non-profit association dedicated to building a high altitude platform stations (HAPS) ecosystem that brings digital connectivity to everyone, everywhere.
As a member of the HAPS Alliance, Stratodynamics will collaborate with world-leading telecommunications, technology, aviation, and aerospace companies to accelerate commercial adoption, advocate for safety and regulatory standards, and build a cooperative HAPS ecosystem.
This year, Stratodynamics will be launching a larger version of their stratospheric glider known as the HiDRON Suborbital. The new clean sheet aircraft designed for stratospheric flight can carry a 6kg payload in a 9U CubeSat form factor (10 x 10 x 90 cm). Furthermore, the company is adding Australia to its list of launch locations which also includes the US and Canada.
Stratodynamics Aviation Inc. CEO Gary Pundsack said,
“The greatest innovations arise when a community engages to solve complex problems. Stratodynamics Aviation Inc. is pleased to join the HAPS Alliance as we pioneer high-altitude flight with efficient aircraft that minimize environmental impacts.”
The HAPS Alliance members collaborate with other organizations to influence regulatory direction while promoting the benefits of HAPS in the stratosphere. The HAPS Alliance working groups bring together industry leaders to develop product specifications and promote standardization in the following ways:
- Telecom: Advocate for global harmonization of HAPS spectrum at ITU and national level; influence emerging commercial standards, including 3GPP non-terrestrial networks
- Aviation: Promote industry-managed cooperative separation in the upper airspace, including collaborative testing, simulations, and pilot programs
- Commercialization: Demonstrate the industry’s viability to potential customers and build a cooperative haps ecosystem
- Interoperability: Develop product specifications and promote the standardization of interoperable haps network elements.
(Source: UAS VISION)
28 Feb 24. APS delivers SKYctrl skid C-UAS to GCC customer. Polish company Advanced Protection Systems (APS) is delivering its SKYctrl skid counter-unmanned aircraft system (C-UAS) to a Gulf Cooperation Council (GCC) customer, Janes learnt. A spokesperson from APS told Janes on 14 February that the GCC customer has ordered an undisclosed number of SKYctrl skidss, with deliveries ongoing since December 2023. They were unable to elaborate on the order for security reasons. Skid is a multilayer C-UAS solution with non-kinetic and kinetic effectors designed to detect, track, classify, and neutralise unmanned aerial vehicles (UAVs). The C-UAS is jointly developed by APS and UK-based MSI Defence Systems, incorporating the non-kinetic (soft-kill) FIELDctrl 3D MIMO radar panels, the CyView C2 (command-and-control) system, and a 30 mm MK44 Bushmaster chain gun manufactured by MSI Defence Systems. (Source: Janes)
27 Feb 24. Counter UAS on the Rise. According to Wojciech Drojecki, vice president of sales at Polish APS Systems, the company approached the WDS event with an open mind regarding the transfer of technology and knowledge regarding its SKYctrl counter-uncrewed aerial vehicle system and FIELDctrl radars. He said that local service centres were sought and that the company had appointed its first employee in Qatar last December. Drojecki explained that a transfer of technology was not a problem for APS as research and development was continual. “In five years, we have released 10 versions of SKYctrl,” he revealed. APS Systems has worked with MSI-Defence Systems in the UK to develop a combined four X-band AESA C-UAS radar platform with 360-degree coverage with kinetic kill capability. Trails in October 2020 in the US involved the use of a Seahawk LW30M A2 gun firing 30mm programmable air burst ammunition. MSI-DS’s Terrahawk Paladin uses a 30mm Bushmaster auto-cannon The success of these trials has resulted in at least one sale to a customer in the Levant. (Source: Armada)
26 Feb 24. Flex Force latest Dronebuster Block 4 now in full series production. The latest iteration of the proven Dronebuster family of counter-UAS systems – the Block 4 – is now in full rate production, according to a social media announcement by the company on 22 February. Dronebuster Block 4 is environmentally qualified for radiation safety, ruggedness and ingress protection. Fully integratable into fixed or mobile counter-UAS solutions, it has a unique upgrade option allowing the use of navigation spoofing in addition to jamming. Simple to use, requiring minimal training and highly effective, it is the most widely used counter-UAS system in the world, according to the company. It is also the only handheld electronic attack system authorised by the US DoD. The new variant incorporates lessons learned from operational use of the Block 3 and Block 3B to address evolving drone threats and is fully exportable. For more information: www.flexforce.us(Source: www.unmannedairspace.info)
22 Feb 24. DAT-CON Slovenia integrates Blighter B400 ground surveillance radar for mobile security. DAT-CON Slovenia is partnered with Blighter Surveillance Systems, integrating the UK-based company’s B400 ground surveillance radar into a series of effective vehicle-based surveillance and security systems. Compact, lightweight and easily integrated onto vehicle platforms, the B400 offers high confidence detection of slow-moving targets in cluttered environments, making it ideal for threat identification and false alarm mitigation in challenging terrain. Solid state construction and high mean time between failures make it a reliable radar for arduous missions. Integrating the B400 with top tier high definition cameras, DAT-CON’s vehicle-based surveillance solutions offer users flexibility and scalability to address a broad range of security and threat mitigation applications. For more information: Mobile surveillance systems – DAT – CON (Source: www.unmannedairspace.info)
23 Feb 24. Skyfire collaborates with Fremont fire and police to launch joint drone first responder program. Skyfire Consulting is collaborating with the Fremont, California Fire and Police Departments to launch a joint Drone First Responder (DFR) program. Approved by the Fremont City Council, the program leverages Skyfire’s experience working with regulated Beyond Visual Line of Site (BVLOS) drone services aimed at enhancing public safety and emergency response times.
The Fremont DFR program utilizes Unmanned Aerial Vehicles (UAVs) launched from fixed locations to rapidly respond to public safety incidents. These UAVs, piloted by certified professionals, arrive on-scene ahead of first responders, providing critical real-time situational awareness through live-streamed video. This information empowers responders to make better decisions, de-escalate situations when possible, and identify potential hazards and rescues.
According to the media posts, the Fremont Police and Fire Departments conducted a successful pilot program from November 2022 to January 2023. The program, which deployed UAVs from strategic locations like Parkway Towers, demonstrated the value of DFR in enhancing public safety, reducing response times, and ensuring first responder safety.
The Fremont DFR program is further bolstered by a partnership with Washington Hospital Healthcare System (WHHS). Later this month, WHHS will host UAV launches from its rooftop location on Mowry Avenue, expanding the program’s reach and response capabilities within the community.
In 2019, Skyfire worked alongside the Chula Vista Police Department (CVPD) with support from the City of San Diego to obtain FAA approval for a emergency response Certificate of Authorization (COA) with a Beyond Visual Line of Sight (BVLOS) provision for public safety.
For more information visit: www.skyfireconsulting.com (Source: www.unmannedairspace.info)
23 Feb 24. Russia reveals “AI-enabled Stupor counter-drone system.” Kremlin-aligned news agency, RIA Novosti, has reported that Russia has developed “a comprehensive counter-drone system designated Stupor, developed and manufactured by a company of the same name.”
Citing engineers at the company, Novosti reports that Stupor has been tested in extreme conditions, including temperatures of minus 20°C, in northern Russia and that the system – which is apparently AI-enabled – is capable of autonomous operation. It further claims that Stupor will “detect and defeat drones using multiple methods”.
The system has a claimed drone detection range of more than 5,000 metres and can suppress unauthorised drones within a 2,000 metre radius. Stupor revealed a hand-held drone defeat system almost two years ago, which some observers claim has already seen service in Ukraine. (Source: www.unmannedairspace.info)
26 Feb 24. Holes in military counter-UAS defence strategies need to be urgently filled. The UK’s Ministry of Defence (MOD) last week announced a new strategy backed by at least GBP4.5 bn of investment over the next decade to accelerate access to uncrewed systems for the UK Armed Forces, rapidly equipping them with innovative technology across air, sea, and land. This follows the announcement of the US Replicator programme in August 2023 which will see, as a first iteration, “the fielding of thousands of autonomous systems across multiple domains within the next 18 to 24 months, as part of the Pentagon’s strategy to counter China’s rapid armed forces buildup,” according to Deputy Defense Secretary Kathleen Hicks.
Both strategies are, say their proponents, a direct result of defence departments in Europe and the USA learning the lessons of Ukraine, which has seen a massive proliferation of cheap commercial drones in the battlefield.
But what are the lessons of Ukraine? Since the Russian invasion, the drone/counter drone war has undergone four generations of evolution – the initial Bayraktar TB2 stage, the Shahed 136 response, the mass proliferation of DJI products and most recently the age of the Lancet and the FPV drone, where drones and loitering munitions have become fused. Now, a fifth generation is about to emerge –the Izdeliye 55, an autonomous drone which (according to Russian reports which may or may not be entirely accurate) cannot be detected by radio frequency (RF) analyser systems.
The appearance on the battlefield of truly autonomous systems is not so much a new generation of drone warfare as an entirely new type of threat.
No longer will small, mobile, affordable RF detectors be able to provide small infantry units with an early warning of nearby hostile drones. This will require a new type of technical response: large numbers of passive radars integrated with new, more capable kinetic C-UAS systems. These will have to be affordable, available at scale and with the software capable of rapid upgrades to cater for the inevitable evolution of the threat.
So how far will Replicator and the UK’s new uncrewed defence strategy be able to meet this threat? Developing a drone warfare strategy which focuses just on the offensive element without considering defensive requirements runs the risk of sending troops into battle with the enemy having control of the skies.
There is no doubt that defence planners in North America and Europe are keenly aware of the risks. The US Department of Defense’s Joint Counter-small Unmanned Aircraft Systems Office, or JCO, has been moving beyond researching C-UAS to acquiring systems for some months. At the end of last year NATO was reported to be about to adopt the UK SAPIENT protocol which allows for plug-and-play sensors and autonomous decision-making systems to be quickly adopted, which would mean new C-UAS software capabilities would be able to be deployed at scale quickly and seamlessly. Unmanned Airspace has asked NATO whether the protocol has now been adopted but has not received a response.
The potential of passive radars to provide a technical solution to detecting autonomous drones has been explored in the NATO study Drone Detectability Feasibility Study using Passive Radars Operating in WIFI and DVB-T Band, with positive conclusions. And European forces are now starting to deploy C-UAS systems at scale among small infantry units. Urgent operational requests for portable air defence systems are also being published in increasing numbers.
But what is lacking in all these elements – at least in the public domain – is a clear understanding of how new C-UAS technologies able to meet developing threats will make their way onto the battlefield on a similar scale and methodology as the offensive drone systems now being planned in Europe and North America. (Source: www.unmannedairspace.info)
26 Feb 24. De-risking Large Over-The-Horizon Radar (OTHR) Deployment. As NORAD modernization kicks into high gear, concerns have been raised by both NORAD partners about the risk and cost of deploying large OTHR systems (many thousands of channels each) for North American Defense. D-TA has been hard at work to address these concerns. D-TA is the only company in North America who has deployed two large OTHR systems with over 1000 channels each. By leveraging over 12 years of experience in developing innovative OTHR solutions, D-TA has crafted receiver and transmitter modules that meet the stringent analog performances in terms of Noise Figure, IP2, IP3 and phase noise specifications. By incorporating software-based channelization (NCO & DDC implementations) an unprecedented 140 dBc SFDR is achieved by using double-precision arithmetic. The PA-integrated transmit solution includes an arbitrary waveform generator (AWG) that is based on I/Q data streaming to allow any waveform of any frequency and any duration to be easily generated. The AWG system can also be interfaced to other 3rd-party PAs. What’s more, the AWG can double as a radar tester. These COTS modules are available to any Lead System Integrator of HLD-OTHR, A-OTHR or others at competitive prices and firm deliveries. D-TA has also trained and equipped its Contract Manufacturers to handle large volume productions.
————————————————————————-
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.
————————————————————————