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18 Oct 24. At the AUSA 2024 conference, sensor solution provider HENSOLDT and Raytheon signed a Memorandum of Understanding (MoU) which aimed at deepening their collaboration on Electro-Optical/Infrared (EO/IR) systems for NATO forces. This agreement underscores the shared commitment of both companies to support and strengthen NATO operations by enhancing the sustainment and readiness of critical military technologies.
The MoU marks a new phase in the partnership between HENSOLDT and Raytheon, which has been working together for some time on global opportunities. The agreement demonstrates a united effort to move sustainment and support closer to operational units, ensuring that NATO service members have reliable access to high-performance EO/IR systems that are mission-ready.
One of the first major outcomes of this new collaboration will be the establishment of a Maintenance, Repair, and Overhaul (MRO) facility in Oberkochen, Germany, set to be operational by the end of Q1 2025. This facility will provide crucial support to NATO partners across Europe, enhancing the readiness and operational capability of EO/IR systems in the field.
The partnership will initially focus on airborne EO/IR programs, both in Europe and the United States. However, the scope is expected to grow, eventually encompassing land-based programs as well. By leveraging the unique strengths of both companies, HENSOLDT and Raytheon will address clear customer requirements, positioning their joint capabilities to better serve NATO and other defense customers in both regions.
“This MoU is a testament to our shared vision of bringing ourselves and our capabilities closer to our customers and their needs”, said Tanya Altmann, Head of the Optronics & Land Solutions division at HENSOLDT. “By collaborating with Raytheon, we are ensuring that our customers in Europe and the US have access to the most advanced and capable EO/IR systems available, all backed by world-class sustainment services.”
With the signing ceremony at AUSA 2024, HENSOLDT and Raytheon have laid out clear plans for their cooperation. The immediate next steps include finalizing the establishment of the MRO facility in Oberkochen and positioning resources to support NATO’s operational needs. The two companies will continue working closely to ensure the swift and efficient execution of the agreement, with plans to expand further into the US market in the near future.
15 Oct 24. Benin receives more gyrocopters for aerial surveillance and law enforcement. German gyrocopter manufacturer AutoGyro GmbH has delivered another five gyrocopters to the Benin government for law enforcement and other duties.
On 10 October the company said it had handed over three Cavalon Sentinel and two Calidus Sentinels fully equipped with a unique package of law enforcement systems, including provision for infrared and high-res cameras.
The first two of 12 Cavalon Sentinel gyrocopters were delivered in July this year, with the two (TY-50L and TY-51L) taking part in Benin’s independence day celebrations on 1 August.
The first batch of aircraft are deployed in Cotonou, where they carry out border monitoring and aerial surveillance in rural and urban areas. AutoGyro also provided a turn-key package of pilot training, with the first four Beninese pilots already flying the aircraft for months. The training programme extends into 2025 to cope with the number of pilots and skills required, including night and mountain operations.
Gerald Speich, CEO of AutoGyro GmbH, said the Cavalon and Calidus Sentinels are solid, reliable, and well proven aircraft platforms fitted with the latest avionics, communications and surveillance technologies. The company said that gyrocopters are inherently safe, with a broad speed range, making them an excellent observation platform perfect for border or highway patrols or wildfire spotting.
The Cavalon Sentinel is a side-by-side seat model while the Calidus Sentinel is AutoGyro’s tandem seat model. They are powered by the Rotax 916 iS engine, giving a maximum speed up to 225 km/h and range of four hours or 600 km.
Customer-defined equipment includes a high-res day-, night- and infrared camera system with real-time data downlink to mission control as well as multiple radios for different communication systems.
At the same time as the Beninese delivery, AutoGyro handed over another three Cavalon Sentinels to its Turkish partner SkyOlympos, for camera fitment and deployment with the Jandarma (Turkey’s national gendarmerie force). “The Jandarma already has huge success with this cost-effective policing solution, providing an excellent real-world use case by a major police service. Turkish Jandarma is very proud of their Sentinels and displayed them recently in the official Ceremony of Commissioning of their 7204 new vehicles. Because of this success, AutoGyro products are now part of the NATO parts catalogue, available to all NATO services,” the company said.
AutoGyro commenced its Made-in-Germany production in 2003 and since then has delivered more than 3 200 aircraft across the globe. The company has a sales and service network in over 40 countries.
(Source: https://www.defenceweb.co.za/)
16 Oct 24. Saab Presents New Compact Sensor for Communication Surveillance. Saab announces the launch of Sirius Compact L20C, a highly mobile, passive sensor designated for tactical reconnaissance of communication signals.
Saab presented the Sirius Compact L20C, a new addition to Saab’s Sirius Compact tactical Electronic Warfare (EW) sensor family at an event in Nuremberg, Germany. This new Communications–Electronic Support Measures (C-ESM) sensor can detect, classify, localise and track communication signals such as enemy troop radios or drone signals. Saab thus offers a modern and NATO-compatible sensor system that provides a high degree of operational flexibility in the field of electromagnetic reconnaissance.
The L20C sensor is capable of operating remotely, is easy to operate and difficult to detect. With high bearing accuracy and state-of-the-art signal processing for robust signal detection, L20C supports the electromagnetic situation picture (Recognised Electromagnetic Picture). The compact form factor and NATO-compatible interfaces enable a wide range of deployment scenarios, such as soldier-borne transport, use on highly mobile light vehicles or tool-free installation on masts. The design philosophy of the sensor follows the principles of Software Defined Defence: namely standardised data interfaces which enable seamless integration into Command & Control (C2) systems.
“Our newest Sirius Compact sensor, L20C, is a milestone within the Sirius Compact family. Our customers will benefit from L20C to always stay ahead of the threats through its capability to track enemy communication signals. In combination with Sirius Compact L20R, it provides users with vital information simultaneously to deliver situational awareness that is of the highest relevance on today’s battlefield,” said Carl-Johan Bergholm, head of Saab’s business area Surveillance. (Source: ASD Network)
11 Oct 24. Cuashub.com said today that Numerica launches radar system tailored for airborne threats. Numerica Corporation, a specialist in air and missile defence technologies, has introduced its new multi-mission sensing platform, the Spark radar. The wideband hemispheric radar is designed to offer integrated protection across several domains, including active protection systems, short-range air defence (SHORAD) and C-UAS. The Spark system aims to enhance the defensive capabilities of military vehicles against a wide range of airborne threats.
The Spark radar is specifically built to address threats such as short-range rocket-propelled grenades, anti-tank guided missiles and other high-speed kinetic vehicle threats. It is also equipped to counter hostile UAS, including one-way attack drones and top-attack threats.
Using modern wideband phased array technology and on-radar software, the Spark radar enhances detection, targeting and automation processes. It offers true hemispheric coverage, including 90-degree overhead detection, which is critical for countering top-attack vehicle threats that often bypass traditional defensive measures. Additionally, it delivers high-precision tracking necessary to support next-generation autonomous responses to threats, including both kinetic and non-kinetic solutions..
Jeff Poore, president of Numerica, noted:
“Spark radar is game changing because it covers multiple missions within a single capability. Spark’s advanced on-radar software and accelerated processing capabilities deliver unmatched tracking precision at extended ranges.”
The Spark radar, designed and manufactured in the U.S., aims to address evolving modern threats with a cost-effective solution for military vehicle protection and air defence. The goal is to support broad deployment across defence operations with versatile integration capabilities.
https://cuashub.com/en/content/numerica-launches-radar-system-tailored-for-airborne-threats/ (Source: https://cuashub.com/)
16 Oct 24. UAV Navigation-Grupo Oesía Develops Heads-Up Display for Enhanced First-Person Flight Visualization. UAV Navigation-Grupo Oesía, the company that is an expert in guidance, navigation and control solutions for UAS, has announced the development of advanced On-Screen Display (OSD) technology which improves the Primary Flight Display (PFD) of the flight control system to show first-person visualization to NATO CAT I & II UAS operators.
This advancement has been designed so that it can be integrated with IP cameras and Visionair, the advanced mission planner of the Spanish autopilot and navigation systems manufacturer.
The new HUD (Heads-Up Display) technology provides UAV operators with enhanced situational awareness catering to both civil and military applications. By overlaying vital flight data on the live video stream, operators can make more informed and quicker decisions to maintain superior control over their UAV operations. The remote pilots will be able to estimate distances to other platforms, improving flight safety or getting bullseye precision during landings and other maneuvers and applications.
This significant improvement has been specifically designed and developed for our long-term client Primoco UAV, whose platform is in the process of acquiring the STANAG 4703 certification. This collaboration underscores our commitment to delivering tailored solutions to our clients, listening to their needs and our commitment to meet the rigorous standards required for advanced UAV operations.
“Our experience with UAV Navigation-Grupo Oesía has been exceptional,” shared Ladislav Semetkovsky, CEO at Primoco UAV. “The integration of the new OSD technology into our UAV fleet has significantly increased situational awareness of our operators and it presents another step towards safety standards typical for manned aviation. The development team’s dedication to understanding our specific operational needs and delivering customized, cutting-edge solutions has been instrumental in optimizing our performance in challenging environments. We can confirm the new OSD concept is fully compliant with the applicable UAV certification standards. “
“This latest advancement underscores our client-focused approach and dedication to flight safety while reinforcing our leadership in UAV innovation,” said Miguel Ángel de Frutos, Director & CTO at UAV Navigation-Grupo Oesía. “Our new OSD technology not only boosts the operational capabilities of UAVs but also markedly enhances the safety and efficiency of their missions.” (Source: UAS VISION/UAV Navigation-Grupo Oesía)
14 Oct 24. Leonardo DRS, Inc. (NASDAQ: DRS) and BlueHalo announced today the successful live-fire demonstration of a new Counter Unmanned Aircraft System (C-UAS) Directed Energy (DE) Stryker designed to defeat Group 1-3 UAS with multiple kinetic and non-kinetic defeat technologies.
During last month’s demonstration for U.S. Army officials in Socorro, N.M., the mobile C-UAS capability successfully destroyed numerous drones using BlueHalo’s 26kW LOCUST Laser Weapon System. Additionally, the demonstration included near-simultaneous C-UAS and ground engagements with the laser and a 30mm remote weapon station (RWS). The C-UAS DE Stryker successfully destroyed every drone over the two-day demonstration.
Leonardo DRS has deep experience in developing, integrating, and fielding mobile air defense and C-UAS solutions for the U.S. Army, The demonstration is the latest step in a process that started with the company identifying the need for a directed energy multi-layered mobile C-UAS system built around best of breed technologies from strong partners.
“In just eight months, Leonardo DRS and our outstanding industry partners designed, built, and tested this Stryker-based Directed Energy Counter-UAS prototype. We were able to move quickly by leveraging DRS’s proven experience building a cohesive team of partners to rapidly deliver air defense capabilities to the Army,” said Aaron Hankins, Senior Vice President and General Manager of Leonardo DRS Land Systems. “Our C-UAS Directed Energy Stryker is a future capability available to warfighters today, and we’re excited to display it during the 2024 AUSA Annual meeting.”
The Stryker includes two primary kinetic effectors – EOS Defense Systems’ USA R400 30mm RWS with Northrop Grumman’s XM914 cannon and BAE Systems’ 2.75” Advanced Precision Kill Weapon System fired from an Arnold Defense launcher. The on-board radar is DRS’ RPS-92 nMHR which provides long-range detection, continuous tracking, and weapon system cueing. As the lead vehicle integrator, DRS Land Systems worked across the coalition to integrate these capabilities.
Non-kinetic effectors include BlueHalo’s LOCUST LWS, which is stored inside the Stryker and deployed when a threat is detected. The 26-kilowatt LWS combines precision optical and laser hardware with advanced software and processing to enable and enhance the directed energy “kill chain”. It tracks, identifies, and defeats Group 1-3 UAS and other threats. In addition to the LOCUST LWS, the Stryker employs BlueHalo’s Titan C-UAS™ and Titan-SV non-kinetic technologies, delivering comprehensive 360° surveillance and threat detection and mitigation of Group 1 and 2 drone threats.
“BlueHalo’s LOCUST Laser Weapon System is operationally deployed, proven, and trusted. Its modularity and ease of integration across platforms makes it a great fit for the Stryker armored vehicle,” said Mary Clum, BlueHalo Portfolio President and Corporate Executive Vice President. “BlueHalo is thrilled to lean forward with our partners at Leonardo DRS and the incredible coalition of industry leaders that has come together. Our unique combination of operational know-how and innovation has enabled us to rapidly develop a critical capability that directly addresses the challenges our warfighters are facing daily in contested environments. We are excited to share this progress with customers and roll these systems out to the frontlines in support of our nation’s most critical missions.”
The C-UAS DE Stryker provides soldiers with the mobility, firepower, and protection required to maneuver, fight, and survive at the tactical level in contested environments. The Stryker has enhanced lethality to defeat ground and air threats, and it is fully integrated with the US Army’s Forward Area Air Defense Command and Control (FAAD C2) network, ensuring it is interoperable with other Air Defense systems.
The new C-UAS DE Stryker brings together innovative technologies from a coalition of industry partners. In addition to Leonardo DRS and BlueHalo, the coalition includes EOS Defense Systems USA, Northrop Grumman, BAE Systems, Digital Systems Engineering, Arnold Defense, and AMPEX.
12 Oct 24. NATO market survey seeks data on C-UAS equipment for Jordan. The NATO Communications and Information Agency (NCI Agency) is seeking information in order to assess the availability, pricing and delivery timeline of counter-uncrewed aerial systems (C-UAS) technology within all NATO nations for the supply of such systems to Jordan.
Facing an increasing UAS threat, particularly from commercial Class 1 UAS, Jordan shared its requirement for C-UAS equipment with NATO which has led to the initiation of a Defence Capacity Building (DCB) Trust Fund Project Proposal to support the Border Security initiative of the Updated DCB Package for Jordan. The project addresses the urgent need for C-UAS equipment and is looking for a field-proven solution.
The initial requirement is for two transportable, integrated C-UAS systems composed of at least container-mounted C-UAS equipment, including 3D Radar, EO/IR camera, and a Command & Control (C2) system. Training for the operators and maintainers is also required.
Additional components, such as passive detection systems, can also be proposed. The delivered system should be extendable with other equipment, such as Electronic Warfare (EW) detection and jammers.
The NCI Agency notice is a market survey and not intended as a solicitation for proposals. It is being issued to identify potential solutions, to calibrate requirements and identify possible suppliers. Responses are due back to the NCI Agency no later than 23:59 hours Central European Time (CET) on 21 October 2024.
“The purpose of the C-UAS equipment is [to] support the protection against the UAS threat along the border on specific areas (e.g. hot zones),” the notice states. “These installations can be deployed in urban as well [as] in rural environments. The project shall deliver transportable military C-UAS capability able to detect, identify and track enemy UAS, flying over protected zones.
The requirement is to detect any commercial UAS, in a zone with a minimum 30 km radius, although the notice adds that the detection range will depend on the target size and environmental conditions.
“The Command and Control system (C2) shall ensure that all sensors are fully integrated, and facilitate easy operation (e.g. include manual and automated modes of operation),” the notice continues. “The capability shall have the possibility to distinguish between Friend or Foe UAS, based on Unmanned Traffic Management (UTM) technologies such as remote drone ID.” (Source: www.unmannedairspace.info)
13 Oct 24. Rafael demonstrated new advanced drone detection and interception capabilities at AUSA. Israeli defence company Rafael Advanced Defense Systems Ltd reports it will “introduce unique modular Counter-Unmanned Aerial Systems (C-UAS) capabilities, combining advanced detection and interception technologies,” at the upcoming AUSA event in Washington DC, USA.
“This includes the Lite Beam laser-based interception system and the Samson 30mm Remote Weapon Station (RWS), on a 4-wheeled platform. These solutions provide maneuvering forces with robust force protection and flexibility against a wide range of airborne threats, including UAVs,” said the company in a press statement.
As part of the broader defense offering at AUSA, RAFAEL will also highlight the enhanced capabilities of its TROPHY Active Protection System (APS), which has been proven effective against a range of modern threats, said the company. The system has successfully neutralized airborne targets such as anti-tank guided missiles (ATGMs), rocket-propelled grenades (RPGs), and UAVs. “Additionally, TROPHY has demonstrated the capability to neutralize aerial threats such as drones and UAVs, providing comprehensive protection for platforms against both ground and air threats.”
TROPHY’s technology is operational on over a dozen platforms worldwide, including Armored Personnel Carriers (APCs), Armored Fighting Vehicles (AFVs), and Main Battle Tanks (MBTs), said the company.
For more information: https://www.rafael.co.il/news/ausa-2024-rafael-showcasing-enhanced-trophy-aps-defense-capabilities/ (Source: www.unmannedairspace.info)
14 Oct 24. Directed energy Stryker destroys drones in US Army live-fire demonstration. Leonardo DRS, Inc and BlueHalo announced today the successful live-fire demonstration of a new counter uncrewed aerial system (C-UAS) Directed Energy (DE) Stryker designed to defeat Group 1-3 UAS with multiple kinetic and non-kinetic defeat technologies.
During September’s demonstration for US Army officials, the mobile C-UAS capability successfully destroyed numerous drones using BlueHalo’s 26kW LOCUST laser weapon system. Additionally, the demonstration included near-simultaneous C-UAS and ground engagements with the laser and a 30mm remote weapon station (RWS). Leonardo reports that the C-UAS DE Stryker successfully destroyed every drone over the two-day demonstration.
The new C-UAS DE Stryker was designed, built and tested within eight months, combining technologies from EOS Defense Systems USA, Northrop Grumman, BAE Systems, Digital Systems Engineering, Arnold Defense, and AMPEX as well as Leonardo and Blue Halo.
The Stryker includes two primary kinetic effectors – EOS Defense Systems’ USA R400 30mm RWS with Northrop Grumman’s XM914 cannon and BAE Systems’ 2.75” advanced precision kill weapon system fired from an Arnold Defense launcher. The on-board radar is DRS’ RPS-92 nMHR which provides long-range detection, continuous tracking, and weapon system cueing. As the lead vehicle integrator, DRS Land Systems worked across the coalition to integrate these capabilities.
Non-kinetic effectors include BlueHalo’s LOCUST LWS, which is stored inside the Stryker and deployed when a threat is detected. The 26-kilowatt LWS tracks, identifies, and defeats Group 1-3 UAS and other threats. In addition to the LOCUST LWS, the Stryker employs BlueHalo’s Titan C-UAS and Titan-SV non-kinetic technologies, delivering 360 degree surveillance and threat detection and mitigation of Group 1 and 2 drone threats. (Source: www.unmannedairspace.info)
11 Oct 24. Boeing 5kW compact lasers down Group 3 drones during Red Sands exercise. Boeing’s Compact Laser Weapon System (CLWS) engaged and defeated Group 3 uncrewed aerial systems (UASs) — a category of larger drones weighing up to 1,320 pounds (~ 600 kilograms) and capable of carrying heavier, advanced payloads — with a 5-kilowatt laser at the Red Sands Integrated Experimentation Center in Saudi Arabia, reports Boeing.
“Two Boeing field engineers integrated the system with the Army’s Forward Area Air Defense (FAAD) Command and Control (C2) network to receive cues from a radar system within minutes prior to carrying out the demonstrations alongside representatives from U.S. Army Combat Capabilities Development Command (DEVCOM) and U.S. Army Central Command,” said the company in a press release.
The annual counter-UAS exercise, dubbed RED SANDS, was a collaborative event hosted by the U.S. Central Command and the Saudi Arabian Armed Forces to test select industry capabilities in a realistic environment to counter the rapidly proliferating UAS threat.
“There’s no substitute for getting to work alongside servicemembers in real theatre conditions where you have desert heat, dust, atmospherics — you name it — to fine tune our c-UAS systems and show what they can do,” said Ron Dauk, programme manager for Boeing’s Directed Energy portfolio. “As the only directed energy system at RED SANDS, CLWS again showed that it fits a warfighter need as an important piece of the broader layered air defence puzzle on the modern battlefield.”
RED SANDS followed a counter-UAS challenge hosted by DEVCOM at Fort Drum, New York, where Boeing CLWS units integrated with a military-grade all-terrain vehicle and Army C2 networks to defeat small drones in a variety of scenarios.
“Boeing’s CLWS has now defeated nearly 500 drones — ranging from Group 3 and first-person-view drones to swarms — in dozens of demonstrations, scenarios and environments by operators using an Xbox controller with as little as one hour of training, “ said the company. “The combat-proven, multi-mission system is capable of providing a full counter-UAS response at distances ranging from 650 feet (200 meters) to 1.6 miles (2.5 kilometers); meeting U.S. and international integrated C2 requirements; operating in a fixed containerized or mobile configuration; and individually or cooperatively detecting and defeating both single and multiple UAS simultaneously.
For more information: https://www.boeing.com/features/2024/10/boeing-compact-lasers-down-group-3-drones-for-first-time (Source: www.unmannedairspace.info)
14 Oct 24. Skylock provides portable C-UAS for Asian military client. Skylock has provided a mobile drone defence system to an undisclosed military client in Asia. The company noted that the client has a requirement to protect a vast area from increasingly sophisticated drone threats and swarms. The system includes 4D Radars for long-range detection, EO/IR camera for visual tracking, RF detectors to pinpoint communication signals and directional and omni jammers for target neutralisation. The system is installed directly onto the customer’s vehicle to provide 360-degree protection. (Source: www.unmannedairspace.info)
11 Oct 24. South Korea commissions Cheongwang high-energy laser for military use. The Republic of Korea Armed Forces has commissioned the Cheongwang (Sky Light) high-energy laser (HEL) system for military use. Army Recognition reports that it was officially integrated into active service on October 4 during the KADEX 2024 defence exhibition in South Korea. The system was exhibited by Hanwha Group at the event. South Korea has become increasingly concerned about Pyongyang’s investments in drone technology and advanced missile systems and initiated the Cheongwang project in 2020 via the national Agency for Defence Development. The system uses high-energy lasers to detect, track and intercept a variety of aerial targets, including drones, missiles and other airborne threats. It is designed to be effective against multiple targets such as drone swarms and can be used in urban areas as the laser is able to neutralise threats without using explosive force. (Source: www.unmannedairspace.info)
08 Oct 24. CERBAIR and InnovATM provide C-UAS and UTM system for Rwanda’s Kigali Airport. CERBAIR has announced that it has installed its radio frequency detection system at Kigali International Airport in Rwanda. The system is designed to detect both drones and their pilots without disrupting surrounding communications. CERBAIR’s RF detection is combined with InnovATM’s drone traffic management system to secure the airspace while also supporting drone operations across Rwanda. The combination enables the Rwandan Civil Aviation Authority to track collaborative drones as well as detect non-collaborative uncrewed aerial systems. The completion of the first phase of the installation was marked by a live demonstration attended by key figures, including the Rwandan Minister of Infrastructure and the French Ambassador to Rwanda. (Source: www.unmannedairspace.info)
14 Oct 24. Leidos reintroduces C-UAS system with new name and updated technology. Leidos has today announced the launch of AirShield, its latest counter-uncrewed aerial system (C-UAS) technology which will include both kinetic and non-kinetic effectors.
AirShield is a multi-layered system that can operate autonomously in a single location or on the move to provide detection, tracking, classification, identification, prioritisation, assessment, and neutralisation of threats.
“Our Co-axial Unmanned Guided Autonomous Rotorcraft (CUGAR) effector, showcased last year at the MFIX demo, is our current effector,” said Derrick Birdsell, AirShield programme manager for Leidos. “We plan to augment it with the APKWS [Advanced Precision Kill Weapon System] missile system to boost its effectiveness. Additionally, we have the ability to easily integrate with other effectors including high-energy lasers, turret-mounted guns, and even high-powered microwave systems.”
Leidos is also integrating its software into the hardware development of AirShield, employing AI for weapon-to-threat pairing, previously managed by a rule-based algorithm. The company has also placed a high emphasis on cyber resiliency while developing the AirShield system and says future evolutions will integrate both offensive and defensive cyber strategies.
The original C-UAS work for Leidos began under the Defense Advanced Research Projects Agency (DARPA) Mobile Force Protection (MFP) programme. Following last year’s successful demonstration, the programme transitioned to the US Army Combat Capabilities Development Command (DEVCOM) Aviation and Missile Center.
Multiple prototypes of AirShield have been built and demonstrated in live fire exercises, with plans for some to be fielded by US Southern Command in 2025. Additionally, Leidos is building a production line that will begin delivering systems to future customers as early as 2025.
(Source: www.unmannedairspace.info)
15 Oct 24. Protest puts Army’s HADES spy plane on hold. The program is part of the service’s “No. 1 operational imperative,” officials have said.
Work is paused on the U.S. Army’s effort to equip high-flying jets with spy gear as L3Harris protests the service’s decision to give the contract to the Sierra Nevada Corporation.
In August, SNC won a 12-year contract worth up to almost $1bn to load Bombardier’s Global 6500 jet with spy systems, beating out a team of three companies: L3Harris, Leidos, and MAG Aerospace.
L3Harris filed a formal protest on Sept. 16 asking the Government Accountability Office to review the decision, according to a company spokesperson. “We carefully reviewed the information during the Army’s debrief process, which led us to challenge the HADES decision and request further analysis to ensure the proposal received an equitable evaluation,” they said.
This protest is only a “temporary setback,” said Tim Harper, SNC’s vice president of business development. Harper said he’s confident in the process and awaits the GAO’s decision.
“We stand by our proposed solution and the experienced team of professionals who have diligently worked to create an aerial ISR solution that will give the Army the advantage required for the near-peer fight. Regarding the protest, we remain fully committed and are confident in the superiority of our solution and the Army’s selection of SNC for the HADES contract,” Harper said.
Army officials have previously called “deep sensing”—that is, efforts to track enemies at a distance—the service’s No. 1 operational imperative for the Army of 2030.
The office will make a decision on the protest by Dec. 26. Aviation Week was first to report the protest.
As work on HADES is stalled, SNC is continuing to work on the Army’s Theater-Level High-Altitude Expeditionary Next Airborne Intelligence, Surveillance and Reconnaissance platform—called ATHENA, which is gearing up for flight tests this month. The Army is using ATHENA and other prototype programs to figure out requirements ahead of HADES production. (Source: Defense News Early Bird/Defense One)
16 Oct 24. Cuashub.com said today that Teledyne FLIR Defense, a division of Teledyne Technologies, has introduced its new Cerberus XL C-UAS platform at the Association of the U.S. Army (AUSA) conference in Washington, D.C. The Cerberus XL C-UAS is a mobile, integrated system designed to address air domain monitoring and counter-drone operations in military and civilian settings.
Equipped with advanced thermal and visual imaging systems, long-range 3D radars, and radio frequency (RF) detection, the Cerberus XL can detect, track and identify drone threats from a distance of up to three kilometres. It integrates third-party non-kinetic effectors capable of neutralising threats, providing users with a multi-domain situational awareness tool.
The system is suitable for air, ground and maritime environments, making it versatile for various security applications, including military force protection, airport and seaport security, border monitoring and the protection of critical infrastructure.
“The Cerberus XL C-UAS is one of the most sophisticated, sensitive, and comprehensive counter-drone systems available anywhere,” said Dr. JihFen Lei, president of Teledyne FLIR Defense. “Battle-tested and proven in Ukraine, Cerberus brings together the superior surveillance and radar technologies FLIR Defense has innovated for decades.”
The Cerberus XL addresses the complete counter-drone “kill chain,” covering the phases of detection, tracking, identification and defeat. Its modular design allows the system to be configured based on specific mission requirements, and it can be integrated with both kinetic and non-kinetic defeat systems. Using advanced AI technology, it enhances the accuracy of target identification.
A key aspect of the Cerberus XL is its mobile, trailer-based design, which enables rapid deployment even in extreme conditions. The system features a fixed mast and can be set up in minutes. It is also capable of continuous air defence, simultaneously detecting and tracking more than 500 targets with radar and RF technology.
The platform integrates with the Teledyne Cameleon Command and Control client interface, which offers features such as mapping, track display, camera control, mission recording and system health monitoring. According to Teledyne FLIR, the system reduces operator workload by analysing and integrating data from multiple sensors and systems.
Last year, FLIR Defense secured a $31 m contract with Kongsberg Defence & Aerospace to supply Cerberus XL as part of a broader counter-drone solution for Ukrainian forces. The system has been deployed and has proven effective in operations within Ukraine.
“Military and civilian customers can go from zero counter-UAS capacity to a full solution with this rapid-setup platform that integrates with existing effector systems to deliver drone defeat capabilities users can rely on,” added Dr. Lei.
(Source: https://cuashub.com/)
15 Oct 24. Cuashub.com said today that MyDefence announces ‘Spectrum Warrior’ AI-driven C-UAS system. MyDefence, a Danish counter-drone technology provider founded in 2013, has introduced its new ‘Spectrum Warrior’ AI-powered counter-UAS solution.
Spectrum Warrior is the latest upgrade of the company’s existing ‘Wingman’ drone detection units, of which over 2000 are currently deployed globally in high-risk areas, including in Ukraine. The upgraded system offers AI-enhanced frequency surveillance for detecting drones across a wide range of radio frequencies, capturing critical signals and integrating with the Android Tactical Awareness Kit (ATAK) and similar systems for improved threat detection, situational awareness, and battlefield coordination. https://cuashub.com/en/content/mydefence-introduces-spectrum-warrior-ai-enhanced-c-uas-system/ (Source: https://cuashub.com/)
11 Oct 24. The Future of Tracking and Defeating Drones. L3Harris collaborates with MatrixSpace to demonstrate enhanced capability in countering uncrewed aerial systems (UAS).
Securing air and ground dominance is critical for defending high-value assets and controlling the skies. Recognizing this need, L3Harris recently collaborated with MatrixSpace – an innovator in next-generation, AI-enabled radar – to demonstrate how the companies’ novel technologies can be combined to provide a ground-breaking, low-cost solution to detecting, identifying, and tracking drones.
Integration for Mission Success
In August 2024, L3Harris and MatrixSpace held a joint demonstration at the Oklahoma State University Unmanned Aircraft Flight Station. The team integrated four technologies into its counter UAS solution:
L3Harris UAS (Uncrewed Aerial System) TRACER: UAS TRACER effectively detects, recognizes, and tracks drone swarms using raw inputs from single EO/IR sensors, multiple distributed sensors and additional tracking systems. Additionally, UAS TRACER employs machine learning software capabilities to recognize specific types of UAS threats within the mission concept of operations.
L3Harris Chimera Modular Open System: UAS Tracer is built on L3Harris’ Chimera framework. Chimera is a rapidly configurable software development tool that enables teams to build software according to Modular Open Systems Approach/Architecture (MOSA) standards. Chimera provides graph-based data management that promotes modularity. Providing an easy path to creating discrete modules, Chimera leads teams to develop systems that are easily maintained, upgraded, integrated and tested. The resulting modular MOSA designs are more akin to assembled building blocks as opposed to one-off, single purpose solutions.
L3Harris WESCAM MX™ Series: L3Harris’ WESCAM MX-Series of multi-sensor, multi-spectral, electro-optical and infrared (EO/IR) surveillance and targeting systems support intelligence, surveillance, reconnaissance and target acquisition missions from platforms across the air, land and maritime domains. L3Harris WESCAM MX sighting systems incorporate battle-proven WESCAM MX-Series EO/IR imaging technology and operate flawlessly in extreme temperatures, at excessive speed and varying altitudes, and within the harshest environments, including those with intensive dirt, dust and smoke.
MatrixSpace Radar: MatrixSpace radar technology provides small size, weight, power and cost (SWaP-C) units that can synchronize to create a radar mesh network, giving users the power to digitize their outdoor environments. MatrixSpace deploys arrays of these radar units to vehicles and stationary locations at the tactical edge. It can be set up and operational in a matter of minutes to facilitate those situations where speed of deployment is a key factor for a successful outcome. The radar offers new information and details to users previously unavailable from the ground or in the air. The overall architecture design delivers confidence to customers that they will receive the information necessary to make immediate, real-time decisions.
The successful demo leveraged an L3Harris WESCAM MX-Series EO/IR sensor turret to provide imagery of fixed-wing and rotary-wing UAS systems. MatrixSpace’s radar tracking capabilities were validated within an existing L3Harris UAS TRACER software system.
Forging Unique Partnerships as the Defense Industry’s Trusted Disruptor
L3Harris’ relationship with MatrixSpace was forged through a strategic partnership with venture capital firm Shield Capital to foster emerging defense and commercial technologies that address customers’ growing requirements for innovative, agile solutions that can be rapidly fielded. The solution tested in August is directly aligned with the partnership’s goal to expand integration of emerging technologies in high customer demand.
The Result? Improved Drone Defense
As drones become a persistent and escalating threat, the development of integrated systems that aid operators by providing a common operating picture while continuing to interrogate new threats is crucial. The small size, weight, power and cost (SWaP-C) solution recently demonstrated by L3Harris and MatrixSpace is a powerful example of how unique collaborations can disrupt the defense technology ecosystem and deliver new capabilities to customer at the speed of relevance to the evolving threats they’re facing. (Source: ASD Network)
11 Oct 24. Cuashub.com said today that Chinese laser DEW reportedly spotted in Iran. Iran has reportedly deployed a Chinese laser system designed to counter UAS during a public sermon attended by Supreme Leader Ayatollah Ali Khamenei in Tehran. Images of the system emerged on social media, sparking discussions among military analysts who identified the laser as likely being China’s Shennong Shield. This laser system, developed for the non-kinetic destruction of UAS, is believed to be less powerful than comparable Western systems, such as the UK’s Dragonfire.
The Shennong Shield, available in mobile and stationary versions, is equipped with radar capable of detecting targets up to 5 km away. It can blind drone optical systems within a range of 3 km and destroy UAS at distances of up to 1.5 km. However, its lower power output, ranging between 10 and 20 kilowatts, makes it significantly less potent than other directed-energy weapons, such as Dragonfire, which boasts a power output of 55 kilowatts.
The capability of laser directed energy weapons to disrupt or destroy drones at short ranges make them a valuable addition to a layered defence strategy. Such systems provide an option for disrupting or disabling hostile UAS that have made it past longer range defences, such as interceptor missiles.
The deployment of such systems is likely driven by Iran’s concern over the threat of drone strikes from Israel. Israel has used UAS, including kamikaze drones, to carry out targeted strikes recently. Iran, which has supplied UAV technology to its regional allies and has launched its own drone strikes against Israel previously, is likely looking to defend itself against similar threats.
The use of Chinese technology suggests an ongoing military cooperation with China, particularly in acquiring counter-drone capabilities.
In addition to the laser system, observers noted the presence of other defence technologies, including what appeared to be electronic warfare systems and radar arrays.
https://cuashub.com/en/content/chinese-laser-dew-reportedly-spotted-in-iran/ (Source: https://cuashub.com/)
11 Oct 24. Cuashub.com said today that Indian Air Force seeks a counter to drone swarm threats. The Indian Air Force (IAF) has called on the defence industry to develop a multi-domain aerial system capable of defending sensitive installations against drone swarm attacks. This request comes as drones increasingly dominate modern warfare, with swarm drones posing a critical threat.
Drone swarms can either be remotely controlled or autonomously pre-programmed to carry out surveillance or attack missions, functioning as force multipliers. When deployed in large numbers, relatively inexpensive drones can effectively overwhelm the capacity of C-UAS defences.
In the second edition of Acing Development of Innovative Technologies with Innovations for Defence Excellence (iDEX), launched by Defence Minister Rajnath Singh on October 7, the IAF outlined its need for a counter-swarm drone system, according to Indian media sources. This system must be capable of being launched through various platforms, including individuals, vehicles, tubes, aerostats, or balloons.
The IAF’s document highlights the growing threat of long-range swarm drones to vital installations, noting that their interception requires substantial infrastructure and high per-weapon costs. Drone swarms often possess distributed intelligence, with individual drones programmed for various tasks such as communication, carrying munitions or navigation.
To counter this, the IAF is seeking an autonomous swarm drone interceptor system capable of detecting, identifying, disrupting, neutralising and destroying hostile drones. The desired system should use multiple drones to disrupt communications, create confusion with smoke or optical disruptors and employ both “soft kill” and “hard kill” methods. This could involve jamming signals, disrupting navigation, or physically destroying the swarm.
The drones must be able to loiter above installations, awaiting incoming threats, and then neutralise them using various technologies such as electromagnetic pulses, sensor disruption or kinetic methods. The system is expected to operate at altitudes of 16,000 feet or higher.
The IAF also specified that the counter-drone system must be portable, able to be transported by road, rail, ship or aircraft for rapid deployment. Additionally, it s seeking a system that is compatible with existing IAF networks, ensuring seamless integration with command and control systems, communications and identification systems for distinguishing between friendly and hostile drones.
https://cuashub.com/en/content/indian-air-force-seeks-a-counter-to-drone-swarm-threats/ (Source: https://cuashub.com/)
16 Oct 24. Cuashub.com said today that Kongsberg presents ICS system alongside C-UAS tech at AUSA. At the Association of the U.S. Army (AUSA) conference, Kongsberg Defence and Aerospace presented its Integrated Combat Solution (ICS) and C-UAS technology, highlighting the systems’ operational success in current defence environments.
The ICS is a platform-agnostic solution that enhances situational awareness and combat capability by integrating C5I systems (command, control, communications, computers, combat systems and intelligence), according to Kongsberg.
Kongsberg’s ICS has been deployed as a crucial component in the Typhon C-UAS, currently operational in Ukraine. The system is designed to network multiple sensors and weapons, providing a low-cost kinetic solution to counter drone threats.
“The fielded system continues to see operational success in Ukraine with its ability to network multiple RWS and sensors using ICS to allow small units to conduct area C-UAS using readily available weapons and munitions to fire on a single drone,” the company stated.
Additionally, Kongsberg revealed that its Remote Weapon System is now under contract for full-rate production as part of the U.S. Marine Corps’ Marine Air Defense Integrated System (MADIS) program. This system is equipped with medium-calibre cannons and missiles to offer short-range air defence capabilities.
https://cuashub.com/en/content/kongsberg-presents-ics-system-alongside-c-uas-tech-at-ausa/ (Source: https://cuashub.com/)
16 Oct 24. Cuashub.com said today that Dutch MoD to enhance air defence through CITADEL programme. The Dutch government has submitted a recommendation to Parliament, outlining plans to acquire new air defence systems as part of its comprehensive CITADEL programme. The proposal, filed on 14 October by the Ministry of Defence (MoD), seeks to enhance the Netherlands’ integrated air and missile defence capabilities by acquiring NOMADS and NASAMS systems.
Kongsberg Defence & Aerospace President, Eirik Lie, highlighted the significance of the acquisition, stating:
“The Netherlands’ plans to acquire NOMADS and new NASAMS systems will significantly enhance the country’s operational capabilities. This forthcoming acquisition underscores NASAMS’ position as the world-leading medium-range air defence system, and the importance of NOMADS as an effective complement to NASAMS, offering a mobile and integrated air defence solution for NATO allies.”
The Netherlands first procured NASAMS in 2006. The proposed additions are intended to strengthen and expand the country’s ground-based air defence system. NASAMS can operate with a mix of missile types, including the AMRAAM-Extended Range and AIM-9X Sidewinder, which provide both long- and short-range coverage.
In addition to NASAMS, the CITADEL programme includes the National Manoeuvre Air Defence System (NOMADS), which offers a highly mobile air defence platform specifically designed to protect land forces in dynamic and contested environments.
NOMADS is equipped with two launch canisters containing two missiles each, a 3D radar system and a Kongsberg Protector remote weapon station. The system is fully integrated with NASAMS and NATO networks, allowing for autonomous and cooperative operations across multiple vehicles.
Kongsberg has also confirmed its intention to collaborate with Dutch industry on the project, with the delivery of these new systems expected to begin in 2028. While the company has not released further statements, the contract is anticipated to be signed later in 2024.
https://cuashub.com/en/content/dutch-mod-to-enhance-air-defence-through-citadel-programme/ (Source: https://cuashub.com/)
17 Oct 24. US Army, Lockheed Martin move to sole source production on Sentinel radar. The US Army will move forward with full-rate production of the Lockheed Martin-built Sentinel A4 radar system, agreeing in principle to a sole source production deal with the company for the air-defence platform.
“The army went through and did a [justification and approval] to get permission to award us a full-rate production contract,” said Chandra Marshall, vice-president of Radar and Sensor Systems at Lockheed Martin.
“Originally, that was something that was going to be competed, but the army decided …. to go sole source to Lockheed Martin,” she told Janes during a 16 October interview at the Association of the US Army (AUSA) annual symposium in Washington, DC.
The army and Lockheed Martin have yet to formally finalise the sole source, full-rate production contract for the Sentinel. Company officials are still waiting for the army to issue an official request for proposal (RFP) for the sole source deal, before the agreement can be finalised, Marshall said.
The deal, once finalised, will allow company officials “to move to full-rate production for the Sentinel A4”, Marshall said. “We will be working with [the army] on those proposal activities over the course of the next six or so months,” she explained.
The army plans to field a total of 240 Sentinel A4 radars, to meet service requirements for the programme, said David Kenneweg, programme director for multimission air-defence radars at Lockheed Martin.
“That’s the army acquisition objective,” he added, regarding the 240 total figure, during the same 16 October interview.
The army has already awarded an accelerated low-rate initial production (LRIP) contract for 19 Sentinel A4 radar systems, which are currently in production, according to Marshall. (Source: Janes)
17 Oct 24. Updated Technology Introduced for Counter-UAS System. Leidos’ C-UAS mission solution has been renamed AirShield, reporting ongoing research into how further AI and Machine Learning enhancements can be integrated into the system.
Leidos’ latest solution for counter-unmanned aerial system (C-UAS) missions has been rebranded as AirShield™ with updated capabilities featuring both kinetic and non-kinetic effectors.
This reintroduction and next step in the evolution of the system’s architecture comes amid the company’s desire to highlight how its successfully tested technology stands out from other options already on the market.
AirShield is engineered to deliver robust air defense while on the move, providing capabilities among the most advanced in the industry. The system employs advanced threat assessment along with multiple mechanisms to provide a comprehensive air defense solution against unmanned aerial vehicles (UAVs), particularly in dynamic and fluid operational environments.
AirShield is a multi-layered system that can operate autonomously in a single location or on the move to provide protection from UAS threats. It’s designed to excel in detection, tracking, classification, identification, prioritization, assessment, and neutralization of threats, providing a kill-chain solution that can seamlessly integrate into existing air defenses.
As a leader in trusted mission AI, Leidos is also integrating its software innovations into the hardware development of AirShield. The system employs AI for weapon-to-threat pairing, previously managed by a rule-based algorithm. Ongoing research explores how further AI and Machine Learning enhancements can be integrated into the system.
The company has also placed a high emphasis on cyber resiliency while developing the AirShield system. Future evolutions will integrate both offensive and defensive cyber strategies, offensively targeting and neutralizing threats while defensively combating any cyber intrusions and attacks.
The original C-UAS work for Leidos began under the Defense Advanced Research Projects Agency (DARPA) Mobile Force Protection (MFP) program. Following last year’s successful demonstration, the program transitioned to the U.S. Army Combat Capabilities Development Command (DEVCOM) Aviation and Missile Center.
Multiple prototypes of AirShield have been built and demonstrated in live fire exercises, with plans for some to be fielded by U.S. Southern Command in 2025. Additionally, Leidos is building a production line that will begin delivering systems to future customers as early as 2025.
(Source: https://www.defenseadvancement.com/)
16 Oct 24. MARSS showcases RADiRguard capabilities to Gulf delegation.
MARSS, a specialist defence technology company based in the UK, recently hosted a delegation from the Gulf States for a live demonstration of its cutting-edge RADiRguard family of products.
The event, which took place in the South of France, provided a comprehensive overview of MARSS’s advanced surveillance and security solutions.
The RADiRguard family is a suite of intelligent perimeter protection and surveillance systems designed to safeguard critical assets, compounds, military bases and private properties. Utilising advanced radar and optical sensors coupled with artificial intelligence, RADiRguard offers autonomous detection, tracking and classification of potential threats across various ranges and scenarios.
The demonstration was attended by high-ranking officials from the Gulf States, including representatives from the military. The MARSS team was led by Rob Balloch, Chief Growth Officer, and VP of Science, Dr Alberto Baldacci.
The event began with an introduction to the RADiRguard family, including:
- RADiRguard SR (Short Range): Designed for perimeter protection with a 250-metre detection range.
- RADiRguard CITY: Optimised for urban environment, a discreet and versatile solution for autonomous surveillance, traffic monitoring, and access control, effective at 30-60 metres.
Here, MARSS representatives emphasised the systems’ flexibility in terms of power options and communication methods, showcasing their adaptability to various demanding operational environments.
The visiting delegation was then escorted to a live installation of the RADiRguard SR system. Installed along a service road, the demonstration allowed officials to observe the system’s real-time detection and tracking capabilities of both vehicles and pedestrians.
Of particular interest was the RADiRguard SR’s self-contained design, where a single pole houses not only the sensor array but also supports solar panels and contains the necessary electronics, batteries and charging systems to work completely independent of the power grid.
14 Oct 24. Kalashnikov Testing Goliath Drone in Ukraine.
The Kalashnikov Group announced the successful testing of its latest unmanned aerial system, the Goliath, amid the ongoing conflict with Ukraine. Plans are underway to potentially integrate this drone into tactical security agencies’ first response units to enhance combat effectiveness.
Kalashnikov confirmed the successful trials of the Goliath drone in Ukraine, highlighting its potential for future integration into tactical units within security agencies.
The Goliath is available in two transport configurations: a case containing six drones and a single-drone case, each equipped with an integrated recharging system to enable quick deployment and on-field recharging.
Kalashnikov’s new Goliath drone is designed for real-time reconnaissance missions, target acquisition, and strikes on unarmored vehicles and personnel. Weighing only 1 kg, it is optimized for continuous operations, allowing for 24/7 intelligence collection. This quadcopter model is controlled via a compact console specifically developed by Kalashnikov, facilitating rapid and intuitive operation in the field.
The Goliath also incorporates innovations specific to current combat conditions, such as an automatic return function in case of signal loss, addressing the need for resilience on the ground. The drone is easy to transport, with configurations allowing multiple units to be stored in a case with an integrated recharging system, facilitating rapid deployment.
The development of the Goliath drone by Kalashnikov is part of a strategy to enhance reconnaissance and attack capabilities for the Russian army, drawing inspiration from previous drone models, including those by ZALA Aero, a Kalashnikov subsidiary. This model was designed in response to observed operational needs, particularly for real-time reconnaissance and short-range engagements, which have proven critical in the conflict.
The Goliath’s design also includes features adapted to combat scenarios, such as an automatic return mode if communication is lost. This approach is part of a line of lightweight and cost-effective drones, designed to operate in environments where electronic countermeasures are common. The drone is also designed for easy transport, with options for multiple units in a case equipped with an integrated recharging system, enabling quick deployment.
This project reflects the Russian defense industry’s intent to bolster the use of unmanned technologies capable of operating autonomously or within a larger system network, supporting swarm tactics and electronic warfare measures to meet modern combat requirements.
These successful trials in the special military operation zone open the door to potentially integrating this drone within security forces for first-level tactical missions, thus enhancing capabilities for precise information collection and strikes on the ground. However, the extent to which this drone will be introduced, along with Russia’s production capacity, will determine its battlefield impact. While the Goliath is unlikely to be a “game-changer,” as few weapons truly are, its evolution warrants close monitoring. (Source: UAS VISION/Army Recognition)
18 Oct 24. Russia has Enhanced the Shahed-136 Drone with New Technology and Long-Range Capabilities. Recent reports from Russian military media suggest that Russia has developed an upgraded version of the Shahed-136 drone, now equipped with an electro-optical homing head and potentially enhanced with satellite communication for long-range capabilities.
However, a closer examination by Defense Express reveals that this is not a new development but rather a misinterpretation based on a still image from September 19 broadcast on Russia’s Channel One.
The broadcast in question showcased Russian President Vladimir Putin visiting the Special Technology Center in St. Petersburg, a facility not directly involved in the development of the Shahed drones but primarily focused on the Orlan-10 UAVs and electronic warfare systems.
The model displayed was part of a broader exhibition and was not highlighted as a new development. In fact, information about this variant, designated MS 236, which features a homing head but no satellite communication, had already surfaced in February after hackers from the Prana Network exposed classified Iranian documents.
While there is currently no confirmed use of this specific Shahed-136 variant by the Russian military, and it has not garnered significant attention compared to other UAV systems like the Zala Lancet, the idea of a loitering munition with a 2,000 km range and satellite communication is a notable concern.
However, the lack of a stable supply chain for satellite terminals, such as Starlink, which is not available in Russia, limits the immediate feasibility of mass production for such drones.
(Source: UAS VISION/Defense Express)
16 Oct 24. On 16 October 2024, in the first flight tests of their kind, Thales demonstrated the potential of deploying swarms of drones with different levels of autonomy. Autonomous functionality optimised by Artificial Intelligence (AI) and intelligent agents reduces the cognitive load on operators yet ensures that they remain in control at all times, particularly during critical mission phases.
- In this latest step in its Drone Warfare strategy, Thales and its partners are applying the principles of interoperability and integration to improve the coordination of drone swarms for deployment on a wide range of mission types.
- To meet the requirements of the armed forces, Thales is proposing an innovative AI-based system architecture that provides drone swarms with an unparalleled level of supervised autonomy and enables them to adapt their behaviour to changing operational requirements.
The operational value of drones on the battlefield is now firmly established, but their effectiveness is still limited by two factors: they usually require one operator per drone, and a secure, resilient datalink must be available throughout the mission. Flight tests organised for the JDEC (1) demonstrations on 16 October 2024 turned the spotlight on the latest breakthroughs by Thales and its partners in their efforts to overcome these limitations and support drone swarm operations tailored to military requirements. In the tests, Thales’s COHESION demonstrator showed how AI and intelligent agents can be used to achieve an unparalleled level of autonomous operation in drone swarm deployments.
The system architecture of the COHESION demonstrator enables operators to adapt the level of autonomy of their drone swarms to the operational requirements of each phase of the mission. This new possibility offers an unprecedented level of flexibility in contested environments, where electronic warfare measures can saturate communication systems and jam datalinks that rely on GNSS signals. Autonomous operation by single drones and/or entire swarms overcomes the need for a permanent datalink with the control station. The drones are capable of perceiving and analysing their local environment, sharing target information, analysing enemy intent and prioritising missions. They can also utilise collaborative tactics and optimise their trajectories to increase resilience and boost force effectiveness, helping to accelerate the OODA(2) loop and enhance battlefield transparency.
This innovative approach acts as a force multiplier without increasing the cognitive load on operators, who remain in charge of the most critical decisions. The use of trusted, cybersecure, human-in-the-loop AI guarantees safe human supervision at all times, in line with Thales’s principles of TrUE AI (3).
“We are proud to be developing innovative solutions aligned with strong ethical values. Our solutions are demonstrable, applicable, incremental and deployable, acting as a force multiplier without increasing the cognitive burden on operators, yet guaranteeing that they retain their central role in the decision-making process.” Hervé Dammann, Executive Vice President, Land and Air Systems, Thales
Positioned as a systems provider and integrator, Thales has developed its Drone Warfare offering to accelerate interoperability between a wide range of land, airland, air and naval platforms. The Group is also a key player in an ecosystem of French industries and tech companies working to expand the capabilities of front-line drones in the theatre of operations.
- In June 2023, Thales unveiled OpenDRobotics, a revolutionary AI-based solution that ties together robotics technologies and different types of unmanned air and ground-based assets to build complete human-in-the-loop mission systems.
- Thales is also an established manufacturer of unmanned air systems: its Spy’Ranger 330 system, for example, has been selected for the French Army’s SMDR (4) programme.
- Thales’s acquisition of Aeromapper in 2024 has expanded its range of drone products to include the TOUTATIS loitering munition.
In March 2024, Thales created cortAIx to speed development of trusted AI for critical systems. Among its short-term objectives, cortAIx aims to integrate and industrialise AI development tools to enable the armed forces to optimise analysis of the data generated by sensors and decision support solutions while addressing the specific cybersecurity, embeddability and frugality requirements of systems operating in constrained environments.
11 Oct 24. Dark 30, an innovative new company in the outdoor technology sphere, is proud to announce the launch of the Dark 30 Defiance, a state-of-the-art 360° pan tilt zoom (PTZ) vehicle-mounted thermal camera. This groundbreaking device is set to transform the way professionals monitor wildlife, enhance security, and conduct inspections with its superior imaging and intuitive controls.
The D30 Defiance enhances the capabilities of nocturnal hunters and law enforcement professionals who have previously had to use thermal handheld devices on foot and through vehicles, which obscured their views through windows and windshields. Mounted on top of a vehicle, the D30 Defiance offers a 360° field of view, allowing users to survey their surroundings with unparalleled clarity and precision. This elevated perspective not only provides a broader and clearer view but also enhances detection and target tracking without users needing to stop or dismount.
Engineered for versatility, the D30 Defiance comes equipped with multiple mounting options, including magnets, suction cups, and direct screws—ensuring compatibility with any vehicle type. All mounting hardware is included, offering a hassle-free setup at no extra cost. The camera’s 360-degree rotation capability ensures comprehensive coverage, allowing users to monitor their surroundings from every angle. Additionally, the integrated directional indicator simplifies target location, enhancing accuracy during critical moments.
Compatible with any vehicle with a 12v cigarette lighter, users may control the device’s angles and rotation with the included low-latency HDMI screen or via their phones with the Dark 30 app, perfect for group operations. The camera’s adjustable panning speeds provide optimal performance across various environments, from rapid sweeps over open fields to detailed scans in dense forests.
This hardy vehicle-mounted thermal camera is built to endure the toughest conditions, and its rugged weather-resistant design can withstand the rigors of off-roading, including impacts from tree branches and the jostling of uneven terrain. At its core, the Lynred sensor ensures exceptional image quality, delivering the sharp and detailed thermal imagery needed for effective surveillance and hunting.
Ideal for a wide range of applications, the D30 Defiance is not just a vehicle-mounted trail camera. It can also be used for wildlife monitoring, law enforcement thermal observation, border patrol, and other situations where a robust mobile thermal device is needed. The D30 Defiance is an all-in-one solution for nighttime surveillance, offering the performance and reliability professionals need to succeed.
16 Oct 24. In a ceremony held today at its Koblenz site, Thales handed over the final radar of a total of 17 Ground Alerter 10 (GA 10) warning and alerting systems for protection against indirect fire (WASI) to the Bundeswehr. In February 2021, the company was awarded the contract by the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw) to supply an initial five systems, with the option for further systems, following a competitive tendering process. The contract, which in addition to the delivery of the systems also includes training, documentation and an initial supply of spare parts, was completed today with the handover of the last system on time and on budget and to the satisfaction of all parties involved.
Eric Huber, Vice President Surface Radars Thales, commented “We are very pleased with this successful project completion on time and on budget, demonstrating Thales capabilities in camp protection and warning alerts. The GA10 contributes significantly to the protection of German soldiers during their important missions at home and abroad. Our Ground Alerter 10, manufactured in Ditzingen as a European military off-the-shelf product, draws on strong radar expertise and operational experience, and has already saved many lives in the past, and we are particularly proud of that.”
The Ground Alerter 10 is a portable counter rocket, artillery and mortar (C-RAM) system for Force Protection. It is combat proven in various missions, such as convoy protection, camp protection and has saved many lives in the recent past. Its integrated alert network warns military personnel of missile and mortar threats by generating an acoustic and visual alert at the estimated impact point area. This takes place as soon as the trajectory indicates an imminent impact in the respective safety area and the system simultaneously provides reliable data on the firing position at an early stage to facilitate necessary countermeasures. To date, various GA10s are already in use to protect UN camps in North East and Eastern Mali, as well as by the French Forces in several out-of-area camps
Easy to set-up, operate and transport, the GA10 is well suited for deployment in dismounted operations for convoy protection. Two people can accomplish en-camp/de-camp and only one person is required for system initialization and monitoring. Being the lightest system of its class and completely portable (only 1- or 2-men loads), re-deployment of the system is possible with protected vehicles or by helicopter. Mandatory for mobile operations, the GA10 prime power consumption only amounts to 350 Watts and facilitates battery-only supply.
Expertise in radar technology
At Thales Germany’s Baden-Württemberg site in Ditzingen near Stuttgart, tried-and-tested, highly mobile radars for ground and coastal surveillance are developed and manufactured that are used by armed and security forces worldwide for stationary or mobile protection of complex environments.
The Ground Alerter 10 is a complete sense and warn system consisting of a UHF radar, an integrated alarm network with multiple wireless and wired alarm devices and an operating unit (ruggedized laptop).
The radar system consists of the main elements:
- Antenna (incl. GPS positioning system) with 6 m telescopic mast
- electronic radar frequency control unit (RFC)
- electronic signal processing unit (SPC)
The power supply is also possible with a battery system. This consists of two 6-packs (6-fold battery arrangement) of Li-Ion batteries of the internationally used type BB2590 in a transport box that also serves as a charging station.
With a corresponding interconnection (J-unit), the battery boxes can be alternately replaced during operation. The set of two boxes is sufficient to operate the radar for > 2×4 hours. The system is operated with a ruggedized laptop with a European keyboard via the VENUS operating software. The integrated alarm network selectively generates an audible and visual alarm only in the area of the point of impact.
15 Oct 24. Leonardo DRS, BlueHalo conduct live-fire of C-UAS DE Stryker.
During the engagement, this Stryker-based C-UAS DE prototype successfully engaged and destroyed numerous drones.
The C-UAS DE Stryker system demonstrated its capability to handle near-simultaneous air and ground threats. Credit: Leonardo DRS.
Leonardo DRS and BlueHalo have demonstrated a new Stryker-based counter-uncrewed aircraft system (C-UAS) Directed Energy (DE) prototype during a live-fire engagement.
The system is designed to defeat Group 1-3 UAS with multiple kinetic and non-kinetic defeat technologies.
The demonstration for US Army officials took place last month in Socorro, New Mexico, where the mobile C-UAS DE Stryker successfully engaged and destroyed numerous drones.
The system also demonstrated its capability to handle near-simultaneous air and ground threats with its laser and a 30mm remote weapon station.
The C-UAS DE Stryker brings together solutions from Leonardo DRS, BlueHalo, and other industry partners such as AMPEX, Arnold Defense, BAE Systems, Digital Systems Engineering, EOS Defense Systems USA, and Northrop Grumman.
Leonardo DRS Land Systems senior vice-president and general manager Aaron Hankins said: “In just eight months, Leonardo DRS and our outstanding industry partners designed, built, and tested this Stryker-based Directed Energy Counter-UAS prototype.
“Our C-UAS Directed Energy Stryker is a future capability available to warfighters today, and we’re excited to display it during the 2024 AUSA Annual meeting.”
The Stryker’s primary kinetic effectors include EOS Defense Systems’ R400 30mm RWS with Northrop Grumman’s XM914 cannon and BAE Systems’ Advanced Precision Kill Weapon System.
The system’s non-kinetic capabilities feature BlueHalo’s LOCUST Laser Weapon System, which is deployed from within the Stryker to neutralise aerial threats.
This 26kW laser weapon system is designed for precision and is complemented by BlueHalo’s Titan C-UAS and Titan-SV technologies for comprehensive surveillance and drone threat mitigation.
Designed to provide soldiers with enhanced mobility, firepower, and protection, the C-UAS DE Stryker is fully integrated with the US Army’s Forward Area Air Defense Command and Control network. This ensures interoperability with other Air Defense systems.
BlueHalo portfolio president and corporate executive vice-president Mary Clum said: “BlueHalo’s LOCUST Laser Weapon System is operationally deployed, proven, and trusted. Its modularity and ease of integration across platforms makes it a great fit for the Stryker armoured vehicle.”
In September 2024, Leonardo DRS delivered critical C5I capabilities for the Australian Army’s Heavy Armoured Capability Systems.
(Source: army-technology.com)
17 Oct 24. French forces have received the first 300 Thales night vision goggles ordered by the French defence procurement agency (DGA) in 2020 as part of the Bi-NYX contract.
- The 300 goggles delivered to the DGA are the first batch of an order for 2,000 sets placed in December 2023. The remaining 1,700 will ship by the end of this year.
- The Bi-NYX binocular goggle is optimised for vehicle driving and will complement the 12,960 O-NYX binocular night vision goggles already in service with French Army regiments for dismounted soldiers.
The delivery confirms Thales’s ability to provide the high-volume production capacity needed to meet the requirements of the French forces.
Bi-NYX goggles build on the Nellie solution unveiled in June 2020, which incorporates the latest optical and light-intensification technologies to provide high-resolution stereoscopic vision with an extra-wide field of view (47°) in an ultra-lightweight package (<460 g).
Bi-NYX is a binocular (two eyepieces/two lenses) night vision solution providing the true stereoscopic vision needed by specialist frontline sections and vehicle drivers, in particular, to operate at night and in difficult terrain. The new product complements the O-NYX night vision goggles (two eyepieces/one lenses), build on the Minie solution,for dismounted soldiers already in service with the French forces.
Bi-NYX is the result of a self-funded development project conducted by Thales at its Saint-Héand site, which has the manufacturing and supply chain capacity to produce more than 250 units a month.
“Today we are delighted to be making the first official delivery of our Bi-NYX night vision goggles ordered for the French Army. Once again, we thank the French Army and the French defence procurement agency for their confidence in the night vision systems designed and manufactured by Thales with the support of our partners. We are firmly convinced of the operational benefits of Bi-NYX goggles in night combat situations.” said Benoit Plantier, Vice President, Optronics, Missile Electronics and Unmanned Air Systems, Thales
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