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08 Oct 24. Miniature Interferometric Synthetic Aperture Sonar Excels in Annual Exercise.
Kraken Robotics’ MINSAS, integrated onto a range of uncrewed underwater vehicles, found more than 50 mine-like targets during the annual Portuguese Navy REPMUS exercise.
Kraken Robotics Inc.’s Miniature Interferometric Synthetic Aperture Sonar (MINSAS) was evaluated by five NATO navies at the Portuguese Navy annual Robotic Experimentation and Prototyping with Maritime Unmanned Systems (REPMUS) exercise.
Five Kraken MINSAS modules were integrated onsite to American, Dutch, Swedish, Belgian, and Portuguese uncrewed underwater vehicles (UUVs). These systems combined were able to locate more than 50 mine-like targets over the course of the exercise, including redundant coverages.
Kraken’s MINSAS was used for a wide range of tasks during the exercise including area search and reacquire/identify. Real-time beamforming and georeferencing facilitated the rapid recovery of acquired data from payloads, enabling immediate post-mission analysis of data when the UUVs returned to shore using SeeByte’s SeeTrack C2 System.
Kraken SAS was also used in a multi-national collaborative autonomy exercise to survey mine-like objects in a full ‘Find-Fix-Finish’ mission. SeeByte’s SeeTrack and Neptune collaborative autonomy software, combined with the U.S. Navy’s C2 and TAK (Team Awareness Kit), were used to plan and execute the multi-national exercise.
Additionally, SeeTrack provided the tasking of a VideoRay Defender remotely operated vehicle to conduct an in-stride digital ‘Finish’.
Taking place in Sesimbra and Troia, Portugal, the 2024 REPMUS exercise spanned from September 9th—27th, bringing together more than 30 nations, 2000 participants, and 100 autonomous assets to enable collaborative development and testing of concepts and requirements in support of multi-domain operations.
Greg Reid, President and CEO of Kraken Robotics, said, “REPMUS has been an invaluable experience for our team at Kraken, providing the opportunity to work directly with end-user navies, demonstrate the capabilities of MINSAS, support the rapid processing of data from multiple missions, and get real-time feedback from users that we can integrate into our product roadmap.
“Our team supported integration of SAS modules on several different UUV configurations including legacy REMUS systems that were more than 10 years old, the U.S. Navy’s MK-18 Mod 1, REMUS 100 NGR, and a Gavia vehicle.
“This illustrates the versatility of our technology to be rapidly deployed and exchanged between both new and legacy platforms, providing a significant capability enhancement for mine countermeasure operations from UUVs.” (Source: https://www.defenseadvancement.com/)
10 Oct 24. A technological leap in soldier protection: MyDefence introduces AI-driven drone detection.
The new AI-powered “Spectrum Warrior” marks a significant innovation of MyDefence’s widely deployed “Wingman” drone detection units, which have seen over 2,000 units utilized in high-threat zones, including the ongoing conflict in Ukraine.
As unmanned aerial systems (UAS) rapidly increase in complexity and capability, the need for sophisticated counter-drone solutions has become more critical than ever. Drones are a serious threat to military operations and critical infrastructure. Traditional detection systems are no longer sufficient to keep up with these advancing threats, emphasizing the importance of adopting advanced solutions to safeguard soldiers and protect essential assets.
MyDefence, a global leader in counter-drone technology specializing in radio frequency-based defense systems, announces the launch of its advanced upgrade of the drone detection solution for military defense, “Spectrum Warrior”. This advanced AI-powered solution marks a significant innovation of the company’s widely deployed Wingman drone detection units, which have had over 2,000 units deployed in high-risk areas, such as the ongoing conflict in Ukraine.
This large-scale deployment has provided critical frontline data and insights, steering the development of Spectrum Warrior to give soldiers a critical tool to detect, identify, and neutralize drone threats with precision and efficiency, addressing the rapidly growing challenges of electronic warfare.
Designed with soldiers, for soldiers to counter next-generation aerial threats
The development of Spectrum Warrior stems from a close partnership with soldiers operating in conflict zones, such as Ukraine, where MyDefence has provided 2,000 of its Wingman drone detection units. This collaboration has allowed MyDefence to refine and advance its technology based on the real-world experiences and challenges faced by troops on the ground.
Dan Hermansen, CEO of MyDefence, highlighted the significance of this relationship:
“Our mission is to protect lives and critical infrastructure. By working closely with soldiers, we have been able to refine our solutions to address the complex realities of modern warfare. Spectrum Warrior is a reflection of that mission and the collaboration with those on the frontlines.”
Spectrum Warrior: Key features and frontline support
Spectrum Warrior offers AI-enhanced frequency surveillance for detecting drones across a wide range of radio frequencies. It captures critical signals and integrates with the Android Tactical Awareness Kit (ATAK) and similar systems for improved threat detection, situational awareness, and battlefield coordination. Designed for soldiers in high-threat environments, the system improves detection, response times, and unit collaboration. Spectrum Warrior is built with continuous development and multiple releases per year to follow the constantly evolving threat landscape, ensuring that the user is one step ahead of emerging challenges.
Availability
The first Wingman upgrade with Spectrum Warrior features is now available. For more information on specifications, pricing, and deployment options, visit MyDefence’s website or contact the sales team.
About MyDefence
Founded in 2013, MyDefence specializes in radio frequency-based counter-drone technology to protect soldiers, vehicles, and critical infrastructure. The company has continuously innovated to meet modern warfare needs and strengthened its position in 2024 after a major ownership change and increased global demand. More info at https://mydefence.dk/
10 Oct 24. US Army Ponders Alternatives to Microsoft’s Troubled AR Goggles. The US Army’s $22bn Integrated Visual Augmentation System program has struggled, and the service is now open to recompeting the contract should another vendor present a better solution than what Microsoft has developed.
The system, known as IVAS, is an augmented reality headset meant to provide soldiers a single platform on which to fight, rehearse and train, increasing situational awareness and improving decision-making.
The Army in March 2021 awarded Microsoft a 10-year contract worth up to $21.9 bn for IVAS, but the initial version of the system experienced technical difficulties with a number of soldiers experiencing dizziness, headaches or nausea after wearing the goggles.
Microsoft and the Army redesigned the system, and the latest version, known as IVAS 1.2, is currently undergoing operational evaluations, with service officials expressing confidence the updated system will make it to the field.
However, that has not stopped the Army from exploring alternatives.
In December 2023, the service hosted an “Industry Day for IVAS Next,” the invitation to the event stating the Army “would inform interested companies of the IVAS Next requirements and acquisition path.”
Some 80 companies, including Microsoft, attended the event, according to the attendees list.
Doug Bush, assistant secretary for the Army for acquisition, logistics and technology, told reporters in September the service hadn’t determined if it would recompete the IVAS contract, but “the potential … for future competition is there, because I think there are so many companies in this space, and there’s so much dynamic tech here, that we certainly need to preserve the option of having a competition in the future if other people come with good solutions.
“The decision hasn’t been made yet to for sure go that route, but we’re setting conditions to where, if we decide to, we can,” he said. “In the meantime, Microsoft is doing a good job with its current contract. The evaluations are going broadly pretty well,” and “we’re still hoping to get there” with IVAS 1.2.
Microsoft is not sitting still as the Army mulls its options. Anduril — which also attended the IVAS Next industry day — announced in September it was collaborating with Microsoft on the program.
Anduril founder Palmer Luckey — who also founded virtual reality headset company Oculus VR — said in a release IVAS is his “top priority.”
“It’s one of the Army’s most critical programs being fielded in the near future, with the goal of getting the right data to the right people at the right time,” Luckey said.
The release stated that Anduril has successfully integrated its AI-enabled Lattice software system “into Microsoft’s IVAS hardware and software platform, enabling soldiers to see real-time threats across the battlespace.”
“Soldiers wearing Lattice-enabled IVAS headsets are rapidly warned of incoming autonomously detected airborne threats, enhancing survivability in complex, contested environments,” the release said.
An Anduril official speaking on background said in an email that having Lattice integrated into IVAS will be particularly useful for countering unmanned aerial systems.
“Our integration of Lattice with counter-UAS detection systems has greatly improved the speed and efficiency of processing data from multiple sources,” the company official said. “Lattice detects and assesses drone threats, sending this information directly to IVAS. Soldiers using IVAS get instant alerts and can track movements in real time, without needing to be involved in the detection process. This speeds up the early warning system, which is critical for improving response times and increasing soldier survival.”
A Microsoft spokesperson speaking on background said in an email the company has had “ongoing conversations” with Anduril about partnering on IVAS and that the partnership is currently limited to the integration of Lattice into the system.
“There was no change to any Army requirements,” the Microsoft spokesperson said. “Partnering with Anduril was a way to demonstrate the extensibility of IVAS in bringing enhanced situational awareness to the warfighter.”
The Army declined to comment on whether the service has received and tested Lattice-enabled IVAS headsets yet.
IVAS Product Manager Lt. Col. Denny Dresch told National Defense in February the Army is gearing up for a company-level operational test with IVAS 1.2 in spring 2025 that will inform the service’s full-rate production decision for the headset. During the September media roundtable, Bush gave no indication that the plan had changed.
The Army still plans to conduct a series of evaluations “between now and … next summer, so I think a decision timeline … is probably next year,” Bush said.
“I think the broad goal of bringing this kind of wearable tech in a military form factor to infantry units to make them more effective is something everyone in the Army, almost everyone, agrees on. How do we get there is the issue,” he said. “Is this exact version of IVAS that version, or do we need another spin of development?” (Source: glstrade.com/National Defense)
09 Oct 24. Leonardo DRS and BlueHalo Successfully Demonstrate New C-UAS DE Stryker, Defeating Drones in Live-Fire Engagement. 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 in Socorro, NM.
The C-UAS DE Stryker was designed, integrated, and tested to provide warfighters with mobile kinetic and non-kinetic defeat technologies effective against Group 1-3 UAS. During last month’s demonstration, the C-UAS DE Stryker destroyed multiple drones with BlueHalo’s LOCUST Laser Weapon System (LWS). The team also demonstrated near-simultaneous kinetic and lasing engagements, defeating drones with BlueHalo’s LOCUST LWS while EOS Defense Systems USA’s R400 Remote Weapon Station (RWS) engaged ground targets with the XM914 (30mm) cannon and an M240B (7.62mm) machinegun.
“DRS is excited to display the C-UAS DE Stryker at the 2024 AUSA Annual Meeting this week in Washington, D.C. The Stryker represents rapid prototyping in action. DRS and our industry partners designed, built, and tested this Stryker in only eight months. The industry coalition was thrilled with the Stryker’s flawless performance in New Mexico. Thanks to leading-edge ingenuity from our team, the C-UAS DE Stryker is a technology of the future–available to warfighters today,” said Aaron Hankins, Senior Vice President and General Manager at DRS Land Systems in St Louis, MO.
The C-UAS DE Stryker allows crews to detect, identify, track, and defeat multiple Group 1-3 UAS with kinetic and non-kinetic effectors–all from a single platform. Kinetic effectors include the EOS Defense Systems USA R400 30mm RWS, BAE Systems’ 2.75” Advanced Precision Kill Weapon System (APKWS) using an Arnold Defense launcher, and the Northrop Grumman Defense Systems XM914 30mm cannon.
Non-kinetic effectors include BlueHalo’s LOCUST LWS, which is stored inside the Stryker and rapidly 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. Titan-SV serves as the passive detection cueing system for the Live-Fire Engagement.
“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 will provide 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 best-in-class technologies from a coalition of industry partners, each making significant investments to rapidly develop this capability. In addition to Leonardo DRS and BlueHalo, the coalition includes EOS Defense Systems USA, Northrop Grumman Defense Systems, BAE Systems, Digital Systems Engineering, Arnold Defense, and AMPEX.
09 Oct 24. IEE Exhibiting Lineup of Rugged Displays at AUSA Annual Meeting and Expo 2024. IEE, manufacturer of field-proven military displays, will be exhibiting their product line at the 2024 AUSA Annual Meeting and Exposition in Washington, D.C., October 14th-16th. IEE’s focus on low-latency video displays is in response to the significant growth in the development and deployment of autonomous vehicles (air and ground). From Optionally Manned, to Remotely Controlled, to Fully Autonomous, the need for effective visualization by the system’s operator has never been higher.
“Our customers’ requirements continue to demand the latest in video display technology while still retaining the challenges of military ruggedization,” commented Steve Motter, V.P. of Business Development for IEE. “We are working at the display LCD cell level to develop very high operating temp displays with next generation video performance and resolution; to implement video processing in FPGA’s & ASIC’s that can withstand the rigors of temperature extremes and radiation tolerance; and extend internal/external process controls of design and supply base to achieve the ever-expanding cyber security defenses.”
Crew-station requirement trends include:
- Higher resolution displays and sensors to support clear visualization of the battlespace; pixels per inch to match the application
- Lower Latency video displays with support for Open System Digital Video Standards are essential to remote command and control of next generation systems
- Real-time video processing enhancements, wide display color gamut, extended gray scale depth, and support for AI enabled information highlighting, are key to improved mission performance and operational success
10.1-inch Multi-Function Display (MFD)
IEE’s 10.1” MFD answers customers’ requirement for low latency video display technology with very high pixel density (>220 ppi) while maintaining its rugged, fully featured bezel (keys, knobs, and joystick) and “gesture” capable multi-touch screen.
Product Features:
- Enhanced, High Bright 10.1” Liquid Crystal Display (LCD)
- WUXGA (1920×1200) AMLCD bonded with high-strength multi-touch screen with EMI shield, heater and anti-reflective/ anti-glare/ anti-smudge (ARAGAS) treatments
- Dual-mode LED backlight with selectable high-bright day (1,100 cd/m 2) and NVIS B night (MIL-STD-3009 compliant) modes
- 31 programmable bezel pushbuttons and 3 rocker switches, with tactile feedback and NVIS A filtered backlight
- Programmable dual-concentric encoder and 8-way joystick, each with pushbutton
- Lightweight, rugged, sealed enclosure fit for use in cockpit avionics applications
- Video Inputs: 2x DVI and 2x 3G-SDI
- Control Interface: Bezel RS-422, Touchscreen RS-422, Discrete IO
13.3-inch FHD Operator Display Panel
Developed for use in both airborne and military ground vehicle operations, this 13.3-inch monitor features full-HD resolution (166ppi) with 4K (332ppi) in development. Higher resolution displays support clear visualization and are able to directly render the latest camera and sensor data. Its narrow bezel is optimized for side-by-side mounting of multiple displays, creating a panoramic operator workstation.
Product Features:
- Enhanced, High-Bright 13.3” LCD Display
- Full-HD (1920×1080) LCD bonded with high-strength cover glass including EMI shield, heater and anti-reflective/glare treatments
- LED backlight with high-bright day (sunlight readable) and night (NVIS compatible) modes
- 8 backlit soft key bezel layout
- 2x Composite NTSC/PAL; 1x 3G-SDI
- Serial communication bus
IEE is exhibiting in booth #706 in Hall A at the AUSA Annual Meeting and Exposition, October 14th-16th. Stop by or make an appointment with Steve Motter by calling 1-800-422-0867, ext. 327, or email: .
(Source: BUSINESS WIRE)
09 Oct 24. ARES Security and MatrixSpace announce a technology partnership that combines the AI collaborative sensing capability of MatrixSpace Radar™ with ARES Security’s AVERT Mission Planning and Operations (MPO) software for autonomous systems.
The AVERT MPO software enables mission planning and control for squads of ground and aerial robotic systems from a single interface in a remote tactical operations center (TOC). The expendable low SWAP-C MatrixSpace Radar, which can be deployed on ground and aerial autonomous platforms, brings unparalleled adversary, vehicle, and sUAS detection capability into the AVERT MPO common operational picture.
Through this collaboration, customers, in particular branches of the Department of Defense, are now equipped with a decisive tactical advantage across a range of security and defense applications.
The new capabilities will be featured at the Department of Defense’s Thunderstorm 24.4 in early November, an invitation-only field technology showcase focused on innovative solutions for expeditionary military operations.
“Battlespaces and secure sites have a myriad of objects they must detect accurately, moving at rapid speeds in all weather conditions, day and night. Building MatrixSpace Radar into the ARES solution takes it to the next level in terms of managing and monitoring these secure locations. Enabling rapid counter UAS initiatives by bringing advanced technological solutions to the DoD is the key focus of our partnership,” stated Lori DeMatteis, CRO, MatrixSpace.
MatrixSpace Radar offers robust situational awareness of both airborne and ground-based objects, regardless of lighting and weather conditions. This facilitates highly accurate detection and Counter Uncrewed Aircraft System (CUAS) capabilities, Beyond Visual Line of Sight (BVLOS) flight for uncrewed, autonomous and tethered aircraft, and overall general awareness and security.
AVERT MPO integrates robotic platforms, sensors, and personnel using the tactical assault kit (TAK) into a common operational picture providing critical data for informed decisions and rapid response. AVERT MPO is unique in its ability to automate robotic sentries using trusted AI, intelligent pathing, and 3D modeling / simulation, and is capable of integrating with over 450 sensors through an advanced C2 platform, providing a decisive advantage during tactical operations.
Ben Eazzetta, CEO of ARES Security commented: “We are impressed by MatrixSpace’s powerful radar that delivers new levels of 4D outdoor surveillance, enhancing detection range, accuracy, and adaptability to adverse conditions. Paired with AVERT MPO’s AI-driven control and intelligent pathing, the solution enables precise mission planning, faster threat responses, and optimized patrols, creating a more robust security ecosystem for any security force protecting personnel and assets.”
09 Oct 24. Cuashub.com said today that MARSS completes NiDAR installation on superyacht.
MARSS has completed the installation of its NiDAR system on a 120-metre superyacht and is set to finalise the installation on the yacht’s 70-metre support vessel in the coming weeks. The $4 m project was completed within six months of securing the contract.
These deployments build upon MARSS’ C-UAS work in 2023, which saw the delivery of NiDAR systems to five ships, including three luxury yachts, a legacy yacht upgrade and the combat support ship, Asterix, for the Royal Canadian Navy.
NiDAR, known for its C-UAS and surface surveillance capabilities, has been tested and proven effective during the superyacht’s summer season. During unannounced drone flights by the yacht’s security team, the system successfully detected and tracked the UAS using the NiDAR system.
The NiDAR system provided timely alerts to the security team, enabling them to track and locate an unscheduled camera drone, as well as identifying both the launching vessel and its pilot
The installation integrates Echoshield radars and Aaronia X9 sensors, further enhancing the yacht’s drone detection and tracking capabilities.
Frederik Giepmans, Managing Director of MARSS Maritime, said:
“I am immensely proud of our team’s collaborative effort in delivering this cutting-edge system in such a short timeframe. This installation, on one of the world’s largest sailing yachts, not only demonstrates our technical abilities, but also reinforces our position as an industry leader in maritime security.”
“We look forward to wrapping up the project in the coming weeks, as our full attention now turns to the supporting vessel.”
The yacht’s crew and security team also noted that NiDAR detected more drones during testing than the previous system.
This installation builds on MARSS’s 2023 performance, which included delivering NiDAR systems to five ships, including luxury yachts, a legacy yacht upgrade and the Combat Support Ship Asterix for the Royal Canadian Navy. https://cuashub.com/en/content/marss-completes-nidar-installation-on-superyacht/ (Source: https://cuashub.com/)
08 Oct 24. Anduril lands $250m Pentagon contract for drone defense system. The Pentagon awarded Anduril Industries a contract worth $250 m to counter drone attacks against U.S. forces with the company’s recoverable Roadrunner interceptor.
Under the deal, which Anduril announced on Tuesday, the Defense Department will buy 500 Roadrunner all-up rounds as well as the firm’s portable Pulsar electronic-warfare capability, which can be integrated with aircraft to jam enemy systems.
“This latest contract award highlights Anduril’s commitment to investing its own research and development to support defense innovation, providing rapid, scalable solutions to safeguard U.S. forces,” the company said in a statement.
An Anduril spokesperson declined to name the firm’s DOD customer due to security concerns, but the company said the contract will serve multiple military services in “priority regions where U.S. forces face significant threats” from drones. Deliveries will begin this year and continue through the end of 2025.
The firm is already on a 10-year, indefinite-delivery, indefinite-quantity contract worth up to $1bn with U.S. Special Operations Command to supply counter-drone hardware and software, but the spokesperson would not confirm whether the new business is part of its SOCOM award.
That deal was announced in January 2022 and later that year, the command awarded Anduril $12.5m for Roadrunner. SOCOM also requested another $19 m for the technology in its fiscal 2024 budget request.
Anduril unveiled Roadrunner last December after spending two years secretly developing it with internal funding. At the time, the company’s founder Palmer Luckey told reporters that Roadrunner was in low-rate production with an initial U.S. customer for “hundreds of units.” He said the company plans to quickly scale to quantities in the hundreds of thousands.
The use of drones and loitering munitions on the battlefield has expanded in recent years. The department wants to learn from the ingenuity of the Ukrainian military, which has deployed small drones in response to Russia’s onslaught, but it also wants to develop a strong defense against the use of hostile drones by adversaries like Iran and its proxies.
The Pentagon created the Joint Counter-Unmanned Aircraft Systems Office to develop a coordinated, long-term response to drone threats in 2019, and in 2023, Deputy Defense Secretary Kathleen Hicks revealed a new DoD initiative called Replicator to field thousands of autonomous systems by next summer.
The department announced last week that Replicator’s next area of focus will be Counter-UAS.
According to Anduril, Roadrunner offers a solution for both sides of the challenge. Chris Brose, the company’s chief of strategy, told reporters last December the system — which can carry a variety of payloads — was built to adapt as DOD’s needs change.
“We’re very hopeful that the government will see in this capability what we see in it, which is a novel solution that is built to be adaptable to where those threats are going in the near future — which, by the way, has been a process that’s been playing out over the past few years, and it’s just going to get worse,” he said. (Source: Defense News)
08 Oct 24. Raytheon secures $197m U.S. Army contract for Coyote interceptors. Raytheon has secured a new $197m contract from the U.S. Army to deliver Coyote interceptors, part of the military’s ongoing strategy to strengthen defences against UAS threats. The contract, announced by the Department of Defense in an email release last week, will run until September 2027, reflecting the Army’s continued investment in counter-drone technologies as threats from adversarial drones rise on modern battlefields.
The Coyote interceptors, developed by Raytheon, are ground-launched and radar-guided systems capable of neutralising enemy drones. These interceptors come in both kinetic and non-kinetic variants. The Army has integrated them into its larger “system of systems” to defend troops from low, slow and small UAS threats.
Earlier this year, the Army awarded Raytheon’s parent company, RTX Corp., a $75m contract for the production of 600 Coyote Block 2C interceptors, underlining the military’s increasing reliance on these systems. The contract announcement by the U.S. Department of Defense last week did not specify the number of interceptors to be produced in the new deal or the specific variants, and Army officials have not yet released further details.
The Army’s fiscal 2025 budget request includes $116.3m for additional Coyote interceptors, reflecting the high demand for counter-drone systems. According to previous planning documents, the Army’s projected needs include thousands of interceptors and hundreds of supporting systems, such as launcher systems and radar sensors, over the next few years.
With adversaries increasingly deploying drone technology, particularly in the U.S. Central Command region in the Middle East, the Coyote system is seen as a key part of the U.S. military’s counter-drone capabilities.
https://cuashub.com/en/content/raytheon-secures-197-m-u-s-army-contract-for-coyote-interceptors/ (Source: https://cuashub.com/)
08 Oct 24. Cuashub.com said today that US Apache Helicopters defeat drone targets in Red Sands Exercise. During the recent iteration of the ‘Red Sands Exercise’ with the Kingdom of Saudi Arabia, US Army AH-64 Apache Helicopters were seen to be practising the downing of drone targets. In footage posted earlier this week on the CENTCOM official X profile, soldiers aboard a US Army AH-64D Longbow Apache attack helicopter were seen to successfully engage and down UAS targets from an AH-64 fitted with an upgraded version of the Hellfire missile.
The third Red Sands Exercise was conducted by US Central Command (CENTCOM) and the Armed Forces of Saudi Arabia at the Red Sands Integrated Experimentation Center. The exercise built on previous iterations and included training, operational demonstrations and the testing of 15 different systems employing various kinetic and non-kinetic techniques to destroy and disable unmanned aerial systems (UAS).
Importantly, conducting the exercise at the Red Sands IEC allowed for the testing of various C-UAS systems under realistic environmental conditions, ensuring the selected systems are effective for deployment by US allies in the Middle East.
Apache helicopters, known for their advanced technology and combat effectiveness, are renowned as a valuable asset in various scenarios. With the increasing prevalence of malicious UAS in recent conflicts in the Middle East and the ongoing war between Ukraine and Russia, the US have included the training of Apache flight crew and equipped the platforms to defeat enemy UAS as part of Red Sands III.
With the conclusion of Red Sands III, CENTCOM has this week began executing its Desert Guardian exercise. According to Chief Technology Officer Schuyler Moore, the exercise will focus “on forcing different [C-UAS] systems to integrate and function together”.
https://cuashub.com/en/content/apaches-defeat-drone-targets-in-red-sands-exercise/ (Source: https://cuashub.com/)
08 Oct 24. Cuashub.com said today that ParaZero Technologies receives second order for its Counter UAS solution. ParaZero Technologies has just received a second order for its Counter UAS solution from a global, Tier 1 defence and intelligence OEM company. Following the company’s recent success in securing its first contract, this marks another milestone for ParaZero in its quest to expand and grow within the C-UAS market.
With the C-UAS market predicted to grow to $7.05bn by 2029, as stated in a recent MarketandMarkets report, there has been an evident increase in the demand of scalable, robust and reliable solutions to counter drones across the globe.
Continuing to invest in its proprietary C-UAS platform, ParaZero has demonstrated a commitment to addressing emerging global security issues. Such solutions are increasingly in demand, with use of drones for hostile purposes in both conflict zones and civilian contexts on the rise.
ParaZero’s C-UAS solution features a drone neutralisation system to safeguard critical infrastructure, sensitive military operations and public areas while ensuring minimal disruption.
According to Boaz Shetzer, CEO of ParaZero Technologies:
“C-UAS solutions address the growing demand for highly effective drone mitigation systems, and that this new order reflects our commitment to providing the highest level of safety and security to our clients,” he said. “Securing another order from a prestigious global defence and intelligence organisation is a strong testament to the trust in our technology”.
Founded in 2014, ParaZero is an aerospace company specialising in safety systems for drones used in defence, commercial applications and urban air mobility aircraft. In addition to designing autonomous parachute safety systems that enable safe flight operations overpopulated areas and BVLOS, ParaZero also develops bespoke C-UAS solutions for a wide range of applications including military, law enforcement and commercial operations. https://cuashub.com/en/content/parazero-technologies-receive-second-order-for-its-counter-uas-solution/ (Source: https://cuashub.com/)
07 Oct 24. LIG Nex1 delivers weapon locating radars to RoK Armed Forces. New details have emerged about LIG Nex1’s contract to supply weapon locating radars (WLRs) to the Republic of Korea (RoK) Armed Forces.
Speaking to Janes at the Korea Army International Defense Industry Exhibition (KADEX) 2024 held at Gyeryongdae from 2 to 6 October, a LIG Nex1 official confirmed that the company has delivered “around 20” of its WLRs to the RoK Armed Forces.
The official said LIG Nex1’s TPQ-74K WLR, also known as ‘Sky Mirror’, is a C-band (4–8 GHz) active electronically scanned array (AESA) radar.
TPQ-74K is a mobile radar that can simultaneously detect and track different types of munitions including mortars, field guns, and rockets, the official added.
The official said that the primary objective of the deployed TPQ-74Ks will be to detect hostile artillery, reverse-trace its trajectory, and transmit its location information to friendly artillery units.
“The range of TPQ-74K differs depending upon targets. It has a range of around 100 km for detecting and tracking missiles,” the official added.
According to LIG Nex1, TPQ-74K comprises gallium nitride (GaN)-based transmit/receive modules (TRMs).
In December 2022 the Defense Acquisition Program Administration (DAPA) announced that it has awarded a contract worth KRW30 bn (USD22.3 m) to LIG Nex1 to acquire WLRs from the company. It is unclear if the latest deliveries of TPQ-74K are part of this contract.
DAPA said new WLRs procured from LIG Nex1 will replace the older AN/TPQ-36, and AN/TPQ-37 WLRs used by the RoK Army (RoKA) and the RoK Marine Corps. (Source: Janes)
07 Oct 24. Aimpoint, the leading manufacturer and innovator of red dot sighting technology, announces the release of the Aimpoint ACRO C-2 red dot sight, available in a series of mount configurations for immediate purchase at aimpoint.us.
Optimized for rifle and carbine use, the new ACRO C-2 is the ultimate solution for an extremely low-profile, lightweight red dot optic providing rapid target acquisition and accuracy with a 2.5 MOA dot.
The ACRO C-2 features a series of mounting solutions designed to fit Picatinny rails. The optic includes all accessories needed to mount to your rifle. Customers have a choice of mount configurations that include Reptilia® Lower 1/3 Mount, Scalarworks® 1.57” Mount, and B&T® 39mm Mount.
The ACRO C-2 is powered by a standard CR2032 battery found easily around the world. Coupled with an advanced LED, the optic will be always ready, always on for over 5 years (50,000 hours) of continuous use on a single battery. While the optic powers on at an optimal setting 7, digital intensity buttons are intuitively designed for quick and easy brightness adjustments of the 2 night vision compatible settings and 8 daylight settingswith no automatic shutoff or ambient light adjustments. The ACRO C-2 is easily zeroed with tactile clicks of the flush-mounted windage and elevation adjustments.
Upon introduction, the ACRO series was tested to withstand the G-force produced by .40 S&W on a semi-automatic pistol slide for 20,000 rounds. The red dot series has set the standard on ruggedness and reliability for pistol optics, while also an adopted ultra-compact sighting solution on multiple firearm applications. The ACRO advantage is trusted by law enforcement, military, hunters, and sport shooters worldwide.
As the originator of red dot sighting technology, Aimpoint is trusted as the worldwide leader of reflex sights in both quality and technical support. For more information on the ACRO C-2 optic or any other Aimpoint products, visit the company’s webpage: www.aimpoint.us
07 Oct 24. SRT MARINE SYSTEMS PLC (AIM: SRT) (“SRT” or the “Company”) wins US$213m new MDA system contract award. SRT Marine Systems plc (‘SRT’), a global provider of maritime domain awareness systems and technologies for security, safety and environmental protection is pleased to advise that it has received a formal contract award notification from a sovereign government Ministry for a contract worth US$213 m to deliver an integrated SRT maritime surveillance system. The award is subject only to completion of the formal contract and associated performance bond which are now underway and expected to be completed prior to the end of next month, with implementation commencing immediately thereafter.
The contract is for SRT to provide their national coast guard with a new state-of-the-art national maritime surveillance system that integrates numerous multi-sensor surveillance platforms, both fixed and mobile, along with several integrated command centres located across the country. The contract includes the turn-key delivery of the system within 2 years, followed by a 10 year support and maintenance package.
Simon Tucker, CEO of SRT Marine Systems, commented: “This is a large and hugely exciting new project with a new customer in a new country, and the second contract of this scale to convert from our validated sales pipeline in the last 18 months. This new SRT system will equip the customer with significant maritime surveillance and intelligence capabilities which will assist in ensuring the safety, security and sustainability of their marine domain. We are honoured to have this prestigious new customer and look forward to implementing and operationalising the system over the next 2 years, as well as further projects as this ambitious customer grows their capabilities in the future.”
01 Oct 24. Meprolight (1990) Ltd., a member of the SK Group and a leading manufacturer of electro-optical systems, thermal and night vision equipment, as well as self-illuminated sights for military, law enforcement, and civilian applications, unveils the MMX3/MMX4 micro magnifiers for assault rifles. These compact and lightweight magnifiers provide up to 4x magnification for any red dot sight, significantly enhancing soldiers’ accuracy, range, and observation capabilities, thereby equipping them with marksman-like abilities.
In today’s conflict scenarios, the perception of assault rifles has shifted. Military forces, police forces, fast-response teams, and other security agencies use assault rifles equipped with red-dot sights. Meprolight’s magnifiers enable those users to achieve faster target identification and extremely high shooting precision at a lower cost compared with constant or variable magnification optical sights.
The MMX3/MMX4 micro magnifiers provide versatility for different setups and enhance operational flexibility. With no need for zeroing, they allow users to quickly attach them to the Picatinny rail only when needed and benefit from enhanced magnification without time-consuming adjustments. With a quick-release Picatinny adapter and a side flip mechanism where agility and speed are of the utmost importance, it enables users rapid target acquisition with both eyes open maintaining a full field-of-view; only when mission requires the magnifier can be quickly engaged.
Compact and weighing less than 200g they reduce the footprint, saving rail space and weight for the user. Elevation and windage adjusters provide precise alignment of FOV with sight’s reticule. The Mepro MMX3 and Mepro MMX4 micro magnifiers attach to any MIL-STD-1913 rail directly behind the optic.
“The Mepro MMX3/MMX4 were developed to meet the growing need for improved shooting capabilities in the field,” says Golan Kalimi, SVP Marketing at Meprolight. “We are proud that these magnifiers have already been operationally proven and are being used by the IDF, Israel Police, and other forces around the world. By enhancing long-range target acquisition and short-range precision all at a reasonable cost, capabilities that were previously reserved for specialised marksmen are now available for every soldier and user, significantly contributing to force mission success.” (Source: joint-forces.com)
30 Sept 24. At AUSA 2024 SCD will unveil Sparrow HD ~ a revolutionary high-definition Mid-Wave Infrared (MWIR) Detector for advanced defence applications. SCD, a global leader in the development and manufacture of a wide range of cooled and uncooled infrared detectors and high-power laser diodes, announces the launch of its groundbreaking Sparrow HD detector. The next-generation Mid-Wave Infrared (MWIR) sensor module features an industry-first 5-micron pixel pitch, the smallest available, representing a quantum leap in infrared imaging technology for defence and homeland security applications.
Building on SCD’s proven expertise in 5-micron technology, previously demonstrated in the successful Crane detector, the Sparrow HD offers unparalleled performance in a SWaP (Size, Weight, and Power) optimised design. The previous-generation Sparrow has already been widely adopted, with thousands of units delivered annually. Designed for wide distribution, it caters to a range of applications from handheld thermal imagers to advanced UAS payloads and vehicle-mounted systems.
The Sparrow HD provides more pixels on target, significantly enhancing detection and identification capabilities. Available in two configurations – High Operating Temperature (HOT) XBn operating at 150K, and HOT Full-Mid-Wave (HFM), both designed to meet diverse integration requirements in tactical defence applications. The detector features flexible mechanical configurations, including 90-degree vertical or horizontal orientations, crucial for multifunctional systems such as Multi-functional Handheld Thermal imager (HHTI), aerial gimbals, loitering munition, and remote weapon stations.
Engineered for cost-effective, large-scale production, the Sparrow HD incorporates advanced interfaces like MIPI CSI for seamless integration with Edge AI processors. Optional video engine and image processing capabilities further enhance its versatility, supporting the growing demand towards high-resolution imaging and automated target recognition in the battlefield.
“The Sparrow HD is a major breakthrough in infrared detection, building on our advanced 5-micron pixel technology,” said Shai Fishbein, VP of Business Development & Marketing at SCD. “Its high-definition performance allows us to offer the industry a robust, scalable solution for modern defence challenges. With the ability to integrate across multiple platforms, from UAS to advanced weapon systems, Sparrow HD sets a new standard for both tactical flexibility and operational efficiency.” (Source: joint-forces.com)
04 Oct 24. Cuashub.com said today that Leidos’ Enduring Shield system successfully intercepts UAS. Leidos, in collaboration with the Program Executive Office for Missiles and Space, has successfully conducted intercepts of UAS and cruise missiles using the Indirect Fire Protection Capability Increment 2 (IFPC Inc 2) system, also known as Enduring Shield. The system was developed by Dynetics, a Leidos subsidiary, under a U.S. Army contract.
The missile flight test demonstrated the Enduring Shield’s ability to detect, track, engage and neutralise UAS and cruise missile targets. The system used a surface-launched AIM-9X missile and was integrated with the Army’s Integrated Battle Command System, Sentinel A3 radar and the Missile Datalink.
Dino Pusinsky, Leidos Enduring Shield Product Area Vice President, said:
“This event was a testament to our commitment to deliver products critical to supporting our customer to stay ahead of our adversaries. It marks another major step forward in evaluating the overall operational capability and lethality of the system.”
Leidos was recently awarded a contract by the U.S. Army Contracting Command – Redstone Arsenal for additional hardware to support the Army’s Enduring Indirect Fires Protection Capability Initial Operational Test and Evaluation. The contract includes upgrades to the missile remote communications link and software, bolstering the Army’s Integrated Air and Missile Defense architecture.
Larry Barisciano, Senior Vice President and Business Area Manager for Land Systems at Leidos, noted:
“We believe this award will let us showcase the ability of the IFPC Inc 2 system to transform warfighting capabilities as it progresses toward being declared operationally ready for our warfighters.”
The Enduring Shield is a ground-based, mobile defence system designed to protect critical civilian and military infrastructure from UAS and cruise missile threats. It offers utility in bridging the gap between short-range tactical air defences and strategic systems such as Terminal High Altitude Area Defense and Patriot missile forces.
As the system progresses toward operational readiness, Leidos is involved in the development of integrated air and missile defence, contributing to the military’s capability to address evolving aerial threats.
https://cuashub.com/en/content/leidos-enduring-shield-system-successfully-intercepts-uas/ (Source: https://cuashub.com/)
04 Oct 24. Cuashub.com said today that Vision Flex system takes first place at NATO’s TIE24 event.
OpenWorks Engineering recently participated in the NATO Technical Interoperability Exercise 2024 (TIE24), showcasing its Vision Flex system in a series of performance challenges. The system reportedly achieved a first place ranking for performance in both tracking and identification capability.
The event, which brings together C-UAS specialists from NATO allies, is designed to foster the development and integration of counter-drone technologies.
The NATO TIE event, held annually, is a collaborative platform for NATO members and industry experts to test and evaluate new C-UAS technologies. Participants engage in a range of performance challenges designed to push the limits of tracking, detection, identification and neutralisation systems. The event plays a crucial role in advancing technological solutions that address the growing threat posed by UAS.
The Vision Flex system demonstrated its ability to autonomously identify targets using input from RF and radar sensors, without operator intervention.
The system was successfully integrated with a variety of radar platforms, accurately tracking both fixed-wing and quad drones at long distances. Such testing is important to develop the industry’s understanding of how various C-UAS systems can be deployed alongside one another as part of a holistic, layered defence.
OpenWorks’ technical director, Alex Wilkinson, noted the importance of the TIE event for research and development, stating:
“OpenWorks was proud to support NATO allies in the TIE event. Each year this event provides us with excellent feedback and many research and development opportunities. We were excited to receive first place, reflecting our hard efforts over the past year to improve the capabilities of our autonomous optical capabilities’
The NATO TIE event offers an opportunity for industry leaders to collaborate and refine their technologies. It also allows NATO to assess the C-UAS systems that the industry has to offer and determine if and how they can assist with meeting UAS defence objectives for the Alliance.
https://cuashub.com/en/content/vision-flex-system-takes-first-place-at-natos-tie24-event/(Source: https://cuashub.com/)
04 Oct 24. Cuashub.com said today that NATO intensifies surveillance following Russian airspace violation. NATO has intensified surveillance over Romanian airspace following the incursion of a Russian drone during an attack on Ukraine.
On September 29, NATO deployed an airborne surveillance aircraft (AWACS) to monitor the situation. The decision was made based on a recommendation from NATO’s Supreme Allied Commander Europe, with the aim of supporting the Alliance’s enhanced presence in the region and tracking Russian military activity.
The surveillance flights will be conducted from NATO bases in Preveza, Greece, and Geilenkirchen, Germany, and will operate solely over NATO territory. According to the press service of NATO’s Joint Air Force Command, these flights are designed to enhance Romania’s ability to monitor and respond to air activity near its borders.
“NATO AWACS flights over Romania support the Alliance’s reinforced presence in the region and monitor Russian military activity at its borders,” the press service said.
The press service emphasised that such activity represents an appropriate and legitimate response to the incursion, noting that the surveillance is “legal, defensive, proportionate and fully transparent.”
This move follows an incident on September 27, when a Russian drone entered Romanian airspace during a Russian strike on Ukraine’s Odesa region. The intrusion triggered warnings for residents in Tulcea and Constanta counties, as officials cautioned them about the risks of falling debris.
Romania has previously seen incursions into its airspace, including an event on September 7, when Russian Shahed drones entered the country’s territory. These incidents have raised concerns about the safety of Romanian border areas as the conflict between Russia and Ukraine continues to spill over into neighbouring regions.
https://cuashub.com/en/content/nato-intensifies-surveillance-following-russian-airspace-violation/ (Source: https://cuashub.com/)
04 Oct 24. Cuashub.com said today that Bosch seeks patent for UAS-based counter-drone system. German industrial giant Robert Bosch has applied for a patent for an innovative UAS-based counter-drone system. The patent outlines an approach to neutralising unauthorised drones by employing electromagnetic jamming signals emitted from defensive drones, a strategy that adds yet another arrow to the counter-UAS quiver.
A new approach to drone defence
Bosch’s system combines mobility and precision by mounting a jamming device on a UAV. This allows the defensive drone to target intruding UAS in mid-air. Unlike traditional counter-drone solutions, which often rely on ground-based signal jammers or larger kinetic drones designed to collide with threats, Bosch’s method enables the defensive drone to match the mobility of the foreign drone.
This flexibility offers a clear advantage over stationary or bulky alternatives, as the jamming UAS can pursue and neutralise threats at any location within its operational range.
How it works
The core of the invention lies in the method by which the defensive UAS approaches and disables a foreign drone. The defence drone is equipped with a jamming device that emits a powerful electromagnetic signal, disrupting the target’s control and communication systems.
The jamming signal is activated when the defensive drone reaches a predefined distance and height relative to the intruding drone. The system’s ability to maintain an optimal position ensures precise jamming, maximising effectiveness while reducing the risk of collateral interference.
The patent further describes a defence system that allows multiple drones to work together, creating a coordinated network of UAS capable of protecting sensitive areas or assets from a wide range of drone threats.
The increasing prevalence of drones in sensitive airspace has led to a surge in development for C-UAS products, driving demand for innovative and reliable solutions. Bosch’s UAS-based jamming system offers yet another approach that can be included in layered defence strategies, combining the portability and flexibility of a UAS with the cost efficiency of electromagnetic jamming. https://cuashub.com/en/content/bosch-seeks-patent-for-uas-based-counter-drone-system/ (Source: https://cuashub.com/)
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Echodyne is a U.S. designer and manufacturer of advanced commercial radar solutions for defense and national security applications. The company’s proprietary metamaterials electronically scanned array (MESA®) architecture, a rare breakthrough in advanced radar engineering, leverages a physics-design approach to adapt conventional materials and deliver unexpected and beneficial behavior. The result is a solid-state, low-SWaP unit coupled with advanced software capabilities that delivers superior radar performance and unparalleled data integrity, radically improving system performance and enhancing safety for people and machines. With leading positions in counter-UAS, force protection, base security, and portable ISR, Defense Agencies and Suppliers rely on Echodyne radar for extraordinary accuracy and consistent, reliable operation. For more information, please visit: Echodyne.com.
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