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30 Apr 25. Cuashub.com said today that House Republicans unveil $150bn defense spending increase plans with $1.3bn earmarked for C-UAS programs. House Republicans introduced legislation on Sunday that would increase Pentagon funding by $150bn, pushing total U.S. defense spending above $1trn for the first time in history if the measure is approved. The proposal, crafted by the House Armed Services Committee (HASC) and Senate Armed Services Committee (SASC), earmarks an additional $1.3bn for C-UAS projects, comprising:
- $500,000,000 for development, production, and integration of counter-unmanned aerial systems programs;
- $350,000,000 for development, production, and integration of non-kinetic counter-unmanned aerial systems programs;
- $250,000,000 for development, production, and integration of land-based counter-unmanned aerial systems programs;
- $200,000,000 for development, production, 2 and integration of ship-based counter-unmanned aerial systems programs.
President Trump’s Iron Dome for America missile shield was the second-largest funding recipient, receiving $24.7bn to launch the initiative, which will integrate existing programs with new development projects. As reported earlier this week, Pentagon leaders are considering whether to fold counter-UAS capabilities into the new architecture, according to the Director of the Joint Counter-Unmanned Aircraft Systems Office, Major General David Stewart.
The legislation is a key component of a broader Republican reconciliation package built around President Trump’s domestic and defense priorities. By using the budget reconciliation process, GOP leaders can sidestep a Democratic filibuster in the Senate and pass the measure with a simple majority.
HASC Chair Mike Rogers (R-Ala.) called the $150bn proposal a “historic investment” in U.S. military strength.
“Our defense industrial base has weakened. America’s deterrence is failing, and without a generational investment in our national defense, we will lose the ability to defeat our adversaries,” Rogers said. “With this bill, we have the opportunity to restore our national security and global leadership.”
SASC Roger Wicker (R-Miss.) described the bill as a “generational upgrade,” aimed at securing long-term peace through increased military capability. “This is about building the future of American defense,” he said.
HASC is scheduled to begin markup proceedings on the bill today, providing an opportunity for Democrats to propose amendments before the legislation moves to the House Budget Committee. While SASC is not obligated to hold its own markup session, aides say a session is likely to ensure bipartisan input. The final reconciliation package will incorporate this defense funding with other components from various committees.
C-UAS Hub will provide further updates on the outcomes as they emerge.
https://cuashub.com/en/content/house-republicans-unveil-150-bn-defense-spending-increase-plans-with-1-3-bn-earmarked-for-c-uas-programs/ (Source: https://cuashub.com/)
30 Apr 25. Cuashub.com said today that Handheld C-UAS solutions on display at funeral of Pope Francis. During the funeral of Pope Francis I, held on April 26, 2025, Italian and local authorities operating at the Vatican City deployed anti-drone weapons to ensure security as over 250,000 attendees gathered to pay their respects. Pope Francis passed away on April 21, 2025, ushering in a near week-long period of mourning that culminated in a funeral attended by over 250,000 people near St. Peter’s Basilica. Among the mourners were prominent global leaders, including U.S. President Donald Trump, former U.S. President Joe Biden, British Prime Minister Sir Keir Starmer, French President Emmanuel Macron, and Ukrainian President Volodymyr Zelenskyy, alongside representatives from approximately 130 other nations. Given the significant turnout, security was exceptionally tight. The Swiss Guard, tasked with the protection of the Pope, collaborated with the Italian Armed Forces in what has been described as one of the most complex security operations in Vatican history. Elisabetta Accardo, Rome Police control room spokeswoman, told Sky News that “it is unprecedented. The level of security is at the maximum,” and described the operation as “structured three-dimensional security”. Carabinieri military police chief Ciriaco Sarnelli further called it “an extraordinary operation”. While the primary focus was on securing the ground, the rising threat of aerial attacks worldwide added a new dimension to the mission. According to The Aviationist, the 16th Wing “Fucilieri dell’Aria,” part of the Italian Air Force, utilized specialized operators trained in C-UAS operations. These teams were on hand to deploy radar detection, electro-optical sensors, and electronic deterrent devices if necessary to neutralize drones within sensitive areas of Rome and Vatican City. Furthermore, the airspace over the Vatican was completely restricted, establishing a no-fly zone actively monitored by NATO Boeing E-3A surveillance jets, equipped with radar systems and anti-drone technology. Whilst the specifications and manufacturer of the handheld C-UAS systems deployed during the operation have not been officially confirmed, they bear a close resemblance to the CPM DJI-120-4B and CPM-WATSON-PLUS, produced by the Italian company CPM Elettronica. https://cuashub.com/en/content/handheld-c-uas-solutions-on-display-at-pope-francis-is-funeral/ (Source: https://cuashub.com/)
29 Apr 25. USMC want to add counter-drone weapon to amphibious vehicle. As final tests get underway for Amphibious Combat Vehicle variants sporting 30mm cannons and crane hooks, the Marine Corps is exploring how to incorporate another add-on: a counter-unmanned aerial systems capability. Col. Tim Hough, the Corps’ program manager for advanced amphibious assault, speaking Tuesday at the Modern Day Marine expo in Washington, said the ongoing conflict in Ukraine has propelled counter-unmanned aerial systems, or counter-UAS, weaponry onto a priority list of add-on capabilities for the vehicle.
“What’s kind of growing as everybody’s been watching the fight in Ukraine over the past four years is that counter-UAS threat,” Hough said. “It’s no secret, and armored vehicles are a juicy target on the battlefield. And I don’t think the ACV would be any different.”
The form that counter-UAS capability might take hasn’t yet been determined. Hough said the Corps was in the “market research” phase of evaluating the need, and still developing a sense of “what’s in the realm of the possible.”
“Unlike any other armored platform on the battlefield, we have a unique requirement, and that’s, we’ve got to push a 72,000-pound brick through the water upwards of 12 nautical miles,” he said. “Every time we bolt on another capability, we’ve got to make sure we’re not getting ahead of ourselves with the amount of weight we can put on the vehicle before we start limiting that water mobility.”
Among possibilities under evaluation include a counter-UAS radar that’s integrated with the vehicle’s turret, Hough said, but “it’s wide open at this point.”
The ACV is the Corps’ first new amphibious vehicle in half a century, fielded to replace what Hough described as the service’s “armored Winnebago,” the Assault Amphibious Vehicle. But the ACV has already notched a unique Marine Corps milestone, Hough said, conducting a waterborne gunnery mission with its onboard Mk 19 40mm grenade machine guns last year during its first Pacific deployment. More armament is on the way. The ACV-30, with an integrated 30mm cannon that will allow the vehicle to destroy enemy armored vehicles, is set to reach initial operational capability, signifying readiness for combat, in 2026. The final ACV variant, one with an attached crane for repair and recovery missions, is set to follow in 2027. Operational testing for the ACV-30 kicked off earlier this year at the U.S. Army Aberdeen Test Center in Maryland and Camp Pendleton, California; the vehicle is now undergoing cyber vulnerability testing, Hough said. As the ACV, following early mishaps including a 2020 vehicle sinking that caused the deaths of nine service members, now charts a more stable course, Hough said a number of market research requests will be published later this year into additional capabilities — like the counter-UAS weapon — that will help to modernize and add new capabilities. Other items on Hough’s wish list include improvements to water maneuverability, responsiveness and speed; greater task automation for drivers; noise reduction; and improvements to situational awareness. (Source: Defense News)
29 Apr 25. Cuashub.com said today that 3D printing innovation at Counter-UAS University saves Army millions. Innovation at the Joint Counter-small Unmanned Aircraft Systems University (JCU) is saving the U.S. Army ms of dollars while preparing troops for the challenges of modern aerial threats. Established in 2023 under the Fires Center of Excellence (FCOE), JCU was created to enhance U.S. Army counter-UAS capabilities, particularly for threats emerging in the U.S. Central Command area of operations. The university officially opened in early fiscal year 2024 with three core courses aimed at developing operator skills across the force. Early training exercises planned to use commercial DJI Phantom drones as aerial targets, but with each unit costing around $3,100, and up to 1,200 students expected to engage them annually, the expenses quickly mounted. Seeking a more sustainable solution, the JCU team turned to 3D printing, designing and producing their own drone targets and munitions. The shift reduced costs by as much as 91 percent, with further savings of up to 99 percent when drones were recovered and repaired after engagements.
“The Fires Center of Excellence is at the forefront of developing target drones,” said Col. Moseph Sauda, JCU’s inaugural director. “Other centers of excellence, like Fort Benning and Fort Novosel, are already reaching out to us for our 3D schematics and part ordering information.”
By printing drones in-house, JCU has kept its annual target costs to $360,000 instead of a projected $4m. With student throughput expected to grow to nearly 3,000 by fiscal year 2026, the university is on track to save nearly $12 m.
Beyond saving money, the JCU team is using 3D printing to advance training realism. UAS pilot Matthew Theilacker said the university is producing drones equipped with attachable munitions and prototypes capable of deploying smoke grenades and simulation rounds, bringing training scenarios closer to real-world operations.
“We want to stay current with modern times,” Theilacker said. “We wanted to involve the printers to keep up with what we’re seeing overseas.”
Students in the Operators Course, as well as Basic Combat Training and Advanced Individual Training at the FCOE, are now practicing live engagements against these printed drones. Damaged drones are often recovered and repaired within 15 to 30 minutes, ensuring a fast turnaround for continued training.
“The university also supports BCT and AIT units by providing drones and trained pilots during field exercises,” said Jacob Cameron, JCU’s “Air Boss.”
So far, JCU has shared its innovations with multiple centers of excellence, combatant commands, U.S. Army Forces Command units and combined training centers, highlighting its growing role in shaping the Army’s counter-UAS future. However, concerns have been raised by a recent RAND report that suggests that the U.S. Army’s counter-UAS training falls short of operational requirements. https://cuashub.com/en/content/3d-printing-innovation-at-counter-uas-university-saves-army-ms/ (Source: https://cuashub.com/)
29 Apr 25. Cuashub.com said today that Pentagon weighs counter-drone role in “Iron Dome for America.” Pentagon leaders are working to expand the nation’s missile defense under the “Iron Dome for America” initiative and considering whether to fold counter-UAS capabilities into the new architecture, according to a senior Army official.
Maj. Gen. David Stewart, who serves as both the director of the Joint Counter-Unmanned Aircraft Systems Office (JCO) and the Army’s top fires officer, said discussions are underway with the Department of Defense and other agencies to chart the best path forward.
“There’s talk about does that involve counter-UAS or will counter-UAS be established separately,” Stewart told said earlier this month.
The initiative stems from a late January executive order by President Donald Trump, calling for investments in a multi-layered homeland air defense system that includes space-based interceptors. The order gave Defense Secretary Pete Hegseth 60 days to develop a plan to defend against ballistic, hypersonic, cruise missiles and “other next-generation aerial attacks,” a phrase that has sparked debate over the inclusion of drones.
“As we take on Iron Dome for America … the intent is really to [be as] cutting edge as we possibly can as a nation,” Stewart said. “What do we have right now that gets out [to] the cutting edge, and is that the right capability, versus what do we need to invest in.”
The growing threat of drones, both at home and abroad, has already driven major investments in counter-UAS technologies across the services. In the U.S., reports of drone incursions over sensitive military sites have increased, raising concerns about vulnerabilities.
“I have no doubt that there’s significantly more incursions that we don’t see, either with a system or with our eyeballs,” said Gen. Gregory Guillot, commander of U.S. Northern Command and NORAD, during an October 2024 press briefing.
While most domestic drone incidents are likely the work of hobbyists, not foreign actors, officials say the need to strengthen defenses is clear. However, Stewart noted that restrictive U.S. regulations currently limit the types of counter-drone systems that can be deployed within the homeland, primarily to low-collateral methods like jamming, spoofing or drone-on-drone intercepts.
“The full breadth of capability is not authorized to be used in the United States, in the homeland,” Stewart said.
In practice, that has led the military to test high-powered systems like Stryker-mounted lasers and microwave weapons overseas instead of at home. But under the Iron Dome for America initiative, or a standalone C-UAS effort, Stewart suggested those policies could be revisited.
“There is no single silver bullet,” Stewart said. “We have to look at this as a layered approach, with both exquisite and affordable capabilities, making sure we provide the right tools to the warfighter to get after this mission.”
As Pentagon officials weigh options, the outcome could reshape how the U.S. counters aerial threats for years to come — from missile strikes to drone incursions on American soil. https://cuashub.com/en/content/pentagon-weighs-counter-drone-role-in-iron-dome-for-america/ (Source: https://cuashub.com/)
28 Apr 25. USMC more than halfway through fielding of new 360-degree radar. So far, Northrop Grumman has delivered 35 of the AN/TPS-80 Ground/Air Task-Oriented Radar, or G/ATOR, systems to the service. A total of 60 are expected in the inventory by 2029, Katherine Rezniceck, product manager for the G/ATOR for Marine Corps Systems Command, told Marine Corps Times ahead of the annual Modern Day Marine military exposition. Of those 60 systems, five will go to the Air Force and one is being kept by the Navy for developmental testing, she said. Artillery regiments, the new Marine Littoral Regiments and a host of aviation units are prioritized to receive them. The G/ATOR replaces five legacy radar systems, doubling the radar range. This year, the service will begin work on an extended-range mode, part of a software update that will give the system farther reach. The system provides “enhanced situational awareness and additional capabilities to conduct short- to medium-range radar surveillance and air defense, and air traffic control missions,” according to a Marine release. The three-vehicle set includes a communications equipment group on a Humvee or similar platform, a trailer-mounted radar array and a power equipment group on a larger truck.
“In the past, artillery — the Marines — had a separate radar. We — the Marines — had our own separate radar for air-breathing and missile targets,” Chief Warrant Officer 3 Jack Linke said in a 2021 release. “G/ATOR lets us accomplish both those missions with far better accuracy than either of us had before with our legacy systems.”
On the ground side, G/ATOR also gives ground weapons a locating capability “for conduct of counter-battery/counter-fire missions,” according to the release. Marines with the 12th Marine Littoral Regiment used a Japanese Self-Defense Force C-2 cargo plane to transport the TPS-80 Ground/Air Task Oriented Radar, or G/ATOR, to the island of Yonaguni on July 29, 2024. Yonaguni is the final island in a string of islands that are part of Okinawa, which is home to 18,000 residents and another 7,000 U.S. Air Force personnel, according to the Marine Corps. Marines deployed the radar as part of training with enhanced sensing and targeting data between 12th MLR and the Japanese military during Exercise Resolute Dragon, the Marines said.
Though each G/ATOR will be able to run each of the various missions, one system cannot run those missions simultaneously, Rezniceck said.
The system entered production in June 2019, according to Northrop Grumman. It provides 360-degree coverage for air defense and other missions. While air defense has been the primary mission for the G/ATOR, the radar can also run medium-range air traffic control. This gives Marines the ability to build an expeditionary airport and run it organically with the G/ATOR and a precision navigation radar to land aircraft. At the same time, an ongoing effort is training Marines to conduct intermediate maintenance at their level, instead of pushing repairs to depot-level work that might not need that level of expertise. The move shortens maintenance time and allows the Corps to keep more systems operational for longer periods between detailed maintenance needs. (Source: Defense News Early Bird/Defense News)
29 Apr 25. SMARTSHOOTER, a world leader in fire control systems, will showcase its handheld and remotely controlled SMASH solutions at the DEFEA 2025 defense exhibition in Athens, Greece. The company will present its combat-proven SMASH 3000 Fire Control System and the SMASH Hopper Light Remotely Controlled Weapon Station (LRCWS), demonstrating advanced capabilities for counter-UAS (CUAS), maritime security, border defense, and perimeter protection. Combat-proven and in operational use by defense, homeland security and border protection forces across Israel, the UK, Europe, the USA, India, and more, SMARTSHOOTER’s SMASH technology dramatically increases operational effectiveness by ensuring each round finds its target. The SMASH 3000 is a lightweight, day/night capable fire control system that enables precise target engagement in complex operational environments—on land, at sea, and in the air. Designed for integration with C4I systems, battle management software, and external sensors, the SMASH 3000 supports tactical, multi-layer defense operations and can function as both a standalone solution and a component of a networked CUAS or perimeter protection architecture. The SMASH Hopper, a modular, rapidly deployable LRCWS, is designed to address evolving threats from a safe distance. Easily integrated onto manned or unmanned platforms—such as vehicles, naval vessels, UGVs, and fixed observation points—it combines precise fire control with multi-mission flexibility. Controlled remotely, the SMASH Hopper is ideal for securing maritime borders, protecting critical infrastructure, and delivering short-range CUAS defense when paired with radar and command-and-control units. Michal Mor, SMARTSHOOTER CEO, commented: “At DEFEA, we’re focusing on how our SMASH systems support mission success in maritime, border, and tactical environments. From handheld rifles to remotely controlled weapon stations, our technology transforms standard weapons into smart, precise, and effective defense systems. Whether defending forces on the ground or securing national borders, SMASH delivers the accuracy needed to counter modern-day threats—including drones.”
27 Apr 25. General Atomics “confirms airborne laser C-UAS programme.” Naval News has reported that General Atomics is working on a joint programme within the United States Department of Defense that is looking to deliver airborne laser weapons to the MQ-9 fleet currently fielded in the US Air Force and US Marine Corps. The publication said a spokesperson had “confirmed the existence of a programme that is looking to add a new air-to-air laser weapon to the MQ-9 family; part of a joint programme that is looking to deliver an airborne laser to provide a persistent counter-unmanned aerial vehicle (C-UAS) presence to the battlespace.” The article added that while a full test with a flying laser has not been completed, all components have been tested on the ground. (Source: www.unmannedairspace.info)
25 Apr 25. NATO tests new sensor to counter GNSS signal threats. A new prototype sensor, developed by the NATO Communications and Information Agency (NCIA) has recently completed a key round of testing. Developed by experts in the NCIA’s Joint Intelligence, Surveillance and Reconnaissance Centre, the GANDALF-4 system is designed to detect, classify, and locate intentional attempts to disrupt or deceive Global Navigation Satellite System (GNSS) signals. NCIA reported on April 24 that the system has successfully undergone a series of tests in a specialised testing facility at the NATO Support and Procurement Agency (NSPA).
“GNSS jamming and spoofing are becoming more common and sophisticated, posing a real threat to NATO’s operational readiness and resilience,” NCIA said.
This latest testing round focused on the sensor’s antenna performance. NCIA said that collaboration between its Electromagnetic Warfare and Surveillance team and NSPA’s Ground Based Defence group of experts enabled valuable knowledge transfer and efficiency gains which contributed to achieve the campaign objectives. (Source: www.unmannedairspace.info)
25 Apr 25. MSI Defense and OVES Enterprise partner to develop AI-driven C-UAS. OVES Enterprise, a Romanian developer of software for the defence, aerospace, and cybersecurity industries, has signed an agreement with MSI Defense Solutions, a US-based integrator of tactical systems for land and naval defence. The strategic partnership aims to integrate the capabilities of OVES Enterprise’s Nemesis AI platform into MSI’s next-generation defence systems, including EAGLS anti-drone and anti- missile applications. EAGLS is designed to operate independently or as part of a larger defence network. The integration of Nemesis AI turns the platform into a fully autonomous counter-threat system. Nemesis AI processes large volumes of data in real time, recognising, classifying, and anticipating complex threats to support tactical decisions at speed. MSI says the partnership will lead to the development of a fully AI-driven system capable of intercepting threats using visual sensors alone, with no reliance on radar or GPS. OVES Enterprise will implement an advanced sensor fusion solution combining RGB, thermal, and neuromorphic cameras to detect and recognise incoming threats in real time. Once identified, Nemesis AI will classify the threat, notify the Battle Management System (BMS), and generate recommendations on the optimal interception method based on the available arsenal.The platform will also enable intelligent turret movement control. The system will be powered by dedicated AI hardware developed specifically for this partnership. The project also holds potential for integration into Romania’s national defense systems. (Source: www.unmannedairspace.info)
25 Apr 25. US Army conducts advanced C-UAS training with M-LIDS at Fort Bliss. The United States Army – Fort Bliss and the 1st Armored Division have conducted an advanced counter-uncrewed aircraft systems (C-UAS) training exercise. The training, held in response to “a newly assessed moderate UAS threat level”, included detecting, tracking, and neutralising drones in a multi-agency environment. The exercise featured the use of the Mobile Low, Slow Unmanned Aircraft Integrated Defense System (M-LIDS), which includes radar and electromagnetic sensors for real-time surveillance and mitigation. Chief Warrant Officer 2 Nathanial Rodriguez, chief of aviation officer for the 1st Armored Division, said small drones have become more of a threat to the protection of military installations. He explained how the C-UAS equipment used in the training disrupts the connection between the drone and the operator and how the drone behaves in response to those efforts. (Source: www.unmannedairspace.info)
23 Apr 25. DZYNE introduces upgraded Dronebuster variant for European customers. DZYNE Technologies has introduced the Dronebuster® 4-EU, an upgraded variant of its handheld counter-drone system that incorporates both fixed site and wearable drone detection and visualisation options for European customers. Specifically engineered to operate within European short-range device frequency bands, the 4-EU model provides users with the option to jam unwanted drones across a variety of EU-specific frequencies and incorporates an optional PNT (Position, Navigation, and Timing) attack mode to neutralise satellite-controlled drones across the GPS, Galileo, GLONASS, or BeiDou constellations. The Dronebuster 4-EU is tailored to support a wide array of applications, including critical infrastructure protection, stadium and event security, secure facility defence, aviation and maritime security and border surveillance. DZYNE said in its April 23 press release that the Dronebuster 4-EU is available for purchase in fixed site, mobile, and handheld configurations, for users to implement a single or networked layered defence solution against unwanted drones. The system can be paired with the company’s Detect, Track, Identify, and Mitigate (DTIM) wearable solution, enabling a single user to detect drones out to 7km away and defeat out to 1.5km or more. DZYNE also said today that in response to growing demand for counter-drone systems, it is scaling up operations at its Portland, Oregon manufacturing facility. The company noted a recent multi-m-dollar contract award for Dronebuster from an undisclosed allied customer. (Source: www.unmannedairspace.info)
23 Apr 25. Florida Senate considers bill to allow individuals to use force against drones over their property. Florida’s Senate Committee on Rules has passed a bill that would increase criminal penalties for operating a drone over critical infrastructure and would allow a person to “use reasonable force” to prohibit a drone from conducting surveillance, if the drone is operating under 500 ft. over their private property. If passed by the Senate, the bill would increase the criminal penalties from a second-degree misdemeanor to a third-degree felony if a person knowingly or willfully operates a drone over a critical infrastructure facility; allows a drone to make contact with a critical infrastructure facility; or allows a drone to come within a distance of a critical infrastructure facility that is close enough to interfere with the operations of or cause a disturbance to the facility. Additionally, the bill specifies it is a third-degree felony for a person to knowingly or willfully possess or operate a weaponised drone; alter, manipulate, tamper with, or otherwise change an unmanned aircraft or unmanned aircraft system’s hardware or software for certain purposes; or possess or operate such an altered unmanned aircraft or unmanned aircraft system for certain purposes. The bill also creates a first-degree misdemeanor if a person knowingly or willfully uses a drone equipped with an imaging device to record an image of the tenant of privately owned real property, with the intent to conduct surveillance of the individual or property in violation of such person’s reasonable expectation of privacy. Additionally, the bill makes it a third-degree felony if a person intentionally distributes such surveillance. The bill would allow a person who has a reasonable expectation of privacy on his or her private property to use reasonable force to prohibit a drone from conducting surveillance, if the drone is operating under 500 ft. over the property. (Source: www.unmannedairspace.info)
22 Apr 25. Raytheon to produce Coyote C-UAS in UAE. Raytheon has signed a term sheet with the United Arab Emirates’ Tawazun Council to produce the Coyote counter-uncrewed aircraft system (C-UAS) interceptor in the UAE. Announcing the agreement on its social media, Raytheon said the move would strengthen defence ties between the US and UAE, and boost readiness and supply chain resilience. Coyote C-UAS kinetic and non-kinetic variants are designed to defeat small to large target UAS at long ranges and high altitudes and are capable of defeating single drone threats as well as swarms. (Source: www.unmannedairspace.info)
22 Apr 25. USAF seeks more information on C-sUAS radar and camera technologies. The United States Air Force (USAF) Counter small-Unmanned Aircraft Systems (C-sUAS) branch is requesting information regarding radar technologies related to combatting the sUAS threat (groups 1-3). In addition, the USAF C-sUAS branch is requesting information regarding Electro-Optical/Infrared (EO/IR) camera technologies related to combatting the sUAS threat (groups 1 and 2). Both notices, published on April 17, are follow-ups from a Request for Information (RFI) calls dated July 2024. If contractors have responded to these earlier RFIs they can forgo questions that have been answered. At this time, USAF is particularly looking for greater detail on supply chain resiliency and manufacturing. Responses are due no later than Friday, 30 May 2025, at 3:00 P.M. Eastern Standard Time.
Follow Up Counter small-Unmanned Aircraft Systems (C-sUAS) RFI regarding Radar.
Active
Contract Opportunity
Notice ID
CsUAS-RFI-41525
Related Notice
Department/Ind. Agency
DEPT OF DEFENSE
Sub-tier
DEPT OF THE AIR FORCE
Office
FA2381 FORCE PROTECTION AFLCMC/HBUK
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General Information
- Contract Opportunity Type: Sources Sought (Original)
- Original Published Date: Apr 17, 2025 03:13 pm EDT
- Original Response Date: May 30, 2025 03:00 pm EDT
- Inactive Policy: 15 days after response date
- Original Inactive Date: Jun 14, 2025
- Initiative:
o None
Classification
- Original Set Aside:
- Product Service Code:
- NAICS Code:
- Place of Performance:
Hanscom AFB, MA
USA
Description
Background: The United States Air Force (USAF) Counter small-Unmanned Aircraft Systems (C-sUAS) branch is requesting information regarding radar technologies related to combatting the sUAS threat (groups 1-3) as presented in Table 1 in the provided attachment.
Instruction: The document below contains a form to be filled out concerning the description of the C-UAS technologies that a respondent desires to submit back for this RFI. The form allows Contractors to provide their product’s detailed specifications and can be used by the Government to determine which systems meet their needs.
If Contractor(s) have previously responded to an RFI dated July 01, 2024, entitled “Counter-small Unmanned Aircraft Systems (C-sUAS) RFI Regarding Radar.)” then they may choose to forgo Section A or specific questions that have been answered. However, the AF still is looking for greater detail on Section B entitled “Supply Chain Resiliency and Manufacturing Details”.
Please review Section A even if submitted before to ensure that no questions were lacking or were missed in the previous RFI.
THIS IS NOT A NOTICE OF REQUEST FOR PROPOSAL (RFP) ISSUANCE. This request is issued for the purpose of exchanging information and market research that will allow industry to best communicate to the Government their capabilities through this exchange of information. Responses to this request are voluntary and will not affect any contractor’s ability to submit a proposal if, or when, an RFP is released. The requested information is for planning purposes only and does NOT constitute a commitment, implied or otherwise, that a procurement action will be issued.
No entitlement to payment by the Government of direct or indirect costs or charges will arise as a result of the submission of information in response to this request.
The Government shall not be liable for or suffer any consequential damages for any improperly identified proprietary information.
No award will be made as a result of this request. This request is for informational purposes only to promote exchanges of information with industry. The Government will not pay for any information and/or materials received in response to this request for information and is in no way obligated by the information received.
*** Responses to this request are due no later than Friday, 30 May 2025, at 3:00 P.M. Eastern Standard Time (EST) to Contracting Officer, Robert Gill at and Program Manager, Alex Raveau at . Responses to this notice may not be returned. Please request a confirmed receipt ***
Failure to provide documentation may result in the government being unable to adequately assess the product’s capabilities and its suitability to meet government requirements. However, the information provided on this form shall NOT exceed the CONTROLLED UNCLASSIFIED INFORMATION (CUI), formerly UNCLASSIFIED//FOUO. If existing substantiation is desired to be submitted in addition to this form (e.g., DD1494, additional slick sheets, photos, system architecture diagrams, etc.), please attach in your response as separate files. Classified data should not be submitted in response to this RFI without prior coordination with the Points of Contact (POC) below. If classified data is desired to be included, first contact the POCs below to establish an appropriate means of transmittal for classified data.
Please specify/label all units, as appropriate, for numerical items.
Please fill out all sections below.
Please fill out one response per radar model for each section regarding the technical data. These can be submitted as a single package with the company information only listed once.
Please provide all documents listed under “Document List” at the end of this RFI, if able.
If the documentation is too large to send via email, please drop-off via DoD Safe (up to 8 GB total) for and . In the Short note to the Recipients section, type “2025 C-sUAS Radar RFI Response: (vendor’s name)”. (Source: www.unmannedairspace.info)
25 Apr 25. Ultra Maritime, UK universities partner for underwater sensing materials. The materials are expected to amplify the source levels for active sonars and heightened sensitivity for passive sonars.
Ultra Maritime is collaborating with the Universities of Glasgow and Strathclyde to explore innovative ceramic materials aimed at bolstering anti-submarine warfare (ASW) and torpedo defence systems.
The partnership is facilitated by the Engineering and Physical Sciences Research Council (EPSRC) Centre for Doctoral Training in Future Ultrasonic Engineering (FUSE CDT).
University of Glasgow professor and FUSE CDT co-director Sandy Cochran said: “It’s great to be working with Ultra Maritime through our world-leading FUSE CDT.
Partner Content
“The technical excellence of Ultra Maritime matches our own and the materials on which we’re working together will undoubtedly be extremely important for ASW and torpedo defence in an increasingly uncertain global environment.”
The aim is to enhance the performance of active sonars by raising their source levels, as well as to improve the detection capabilities of passive sonars. These advancements are vital for the development of advanced ASW technologies.
Ultra Maritime chief technology officer Andrew Anderson said: “We are very excited to announce our relationship with FUSE and looking forward to rapidly transitioning this exciting research into Ultra Maritime’s portfolio of ASW and torpedo defence systems.
“This is a great example of where Ultra Maritime is investing in fundamental research to advance UK defence industrial capability.”
According to Ultra Maritime, the importance of undersea domain awareness is escalating as threats from submarines and uncrewed underwater vehicles grow more sophisticated in their stealth capabilities. Improvements in the performance of sonobuoys are becoming a decisive factor in the ability to detect these undersea threats rather than overlook them.
This collaboration follows a new contract secured by Ultra Maritime with Thales Group last week, which will facilitate the provision of advanced sonobuoy systems to the Direction Générale de l’Armement (DGA), France’s defence procurement and technology agency.
The order includes a mix of active and passive sonobuoys, incorporating advanced technologies from Ultra Maritime’s recently established production facilities in the US. This acquisition is set to enhance the ASW capabilities of DGA.
Ultra Maritime is set to deliver newly developed and qualified sonobuoys, specifically the AN/SSQ 62E DICASS and AN/SSQ 53G DIFAR models, which are manufactured in the US.
Earlier this year, Ultra Maritime signed an agreement with Bharat Dynamics Limited to establish a cooperative manufacturing framework for US-standard sonobuoys within India. (Source: naval-technology.com)
25 Apr 25. Xanadu, US AFRL team up to propel photonic quantum tech. The alliance underscores the role industry-led quantum technological advancements can play in bolstering US national security. Canada-based Xanadu Quantum Technologies has reached a collaborative research and development (R&D) initiative with the US Air Force Research Laboratory (AFRL) to advance photonic quantum technologies. The new strategic alliance is set to expedite the progress of silicon photonic integrated circuits designed for quantum functions, targeting enhancements that are applicable in both defence-related and civilian sectors. Spanning a period of four years, this R&D contract leverages AFRL’s knowledge in fielding advanced technologies and Xanadu’s efforts in quantum computing via photonics and on-chip system integration. AFRL Information Directorate deputy director Dr Mike Hayduk said: “Today’s environment requires the cooperation of industry partners to help lay the groundwork for deployable quantum systems that meet the evolving needs of the US Air Force and broader Department of Defense.” As part of the collaboration, Xanadu will gain access to AFRL’s Process Design Kit (PDK) for crafting silicon photonic circuits. Xanadu’s role will be to integrate this PDK into its existing software environment and provide constructive feedback that will assist AFRL in refining their chip configurations for quantum-oriented uses. These uses include generating entangled photons and developing sources of squeezed light—key components necessary for the operation of quantum computing and communication networks. The partnership between Xanadu and AFRL extends beyond technology development; it also encompasses joint ventures into exploring market opportunities, production strategies, and reciprocal knowledge sharing. Xanadu is expected to contribute insights regarding potential industry sectors and consumers for quantum photonic processors as well as associated equipment. In return, AFRL stands to gain from assessing Xanadu’s circuit designs, simulation capabilities, and software platforms, which incorporate exclusive techniques related to quantum machine learning, quantum chemistry, and error-resistant system designs. Xanadu hardware chief technology officer Dr Zachary Vernon said: “This partnership gives us a unique opportunity to push the boundaries of photonic quantum hardware and bring real-world applications closer to reality.” Earlier this month, Xanadu was chosen to participate in the US Defense Advanced Research Projects Agency’s (DARPA) Quantum Benchmarking Initiative (QBI). (Source: airforce-technology.com)
28 Apr 25. IMCO Group (TASE: IMCO), a global leader in delivering advanced solutions and subsystems for defense applications, is excited to participate in DEFEA 2025, held in Athens, Greece, from May 6 to May 8, 2025. At DEFEA 2025, IMCO Group will showcase its cutting-edge solutions for land platforms, designed to enhance operational accuracy, mobility, and survivability. IMCO’s rugged displays for Armored Fighting Vehicles (AFVs), customized for commanders, gunners, and drivers, connect to a central video hub for efficient feed management. Combined with IMCO’s advanced Health and Usage Monitoring System (HUMS), these systems deliver superior situational awareness and predictive maintenance, empowering European forces with a decisive advantage in challenging environments. At DEFEA 2025, IMCO Group will display its state-of-the-art aviation displays already fielded and operational on several platforms. Designed for sunlight readability, NVG compatibility, and multi-touch functionality, these systems enhance pilot situational awareness and mission success. IMCO’s avionics solutions are ideal for airborne platforms upgrades, ensuring seamless integration with existing avionics.
“DEFEA 2025 is the perfect platform for Europe’s defense integrators and manufacturers to discover how IMCO Group’s field-proven solutions can elevate their platforms through strategic partnerships,” said Ariel Kandel, CEO of IMCO Group. “With 50 years of expertise, we deliver interoperable, high-performance systems that enhance operational accuracy, mobility, and survivability, aligning with Europe’s strategic goals. Visit us to explore how our innovative technologies can give your forces a decisive edge.”
Backed by 50 years of field-proven expertise, IMCO Group’s cutting-edge, reliable, and customizable solutions—from turnkey systems to modular subsystems—integrate seamlessly into multi-vendor platforms, meeting European standards and ensuring interoperability. Trusted worldwide for powering critical platforms in the toughest environments, IMCO is the strategic partner to elevate the capabilities of European armed forces and NATO allies.
25 Apr 25. Cuashub.com said today that Maris-Tech enables airborne threat protection for AFVs with AI system. Maris-Tech Ltd, a developer of video and AI-based edge computing technologies, has introduced Diamond Ultra, a fully integrated hardware-software platform designed to improve situational awareness and airborne threat protection for armored fighting vehicles and other defense applications. The new system combines a ruggedized processing unit with an embedded AI-powered analytics card, offering a streamlined solution for environments where reliability, speed and ease of deployment are critical. By integrating both hardware and software into a single unit, Diamond Ultra aims to reduce the complexity and compatibility issues often associated with separate system components. Diamond Ultra supports up to 11 simultaneous camera inputs and utilizes dual AI accelerators capable of approximately 60 trillion operations per second. This processing power enables the platform to analyze multiple video streams in real time, helping crews identify and respond to threats, including those from the air, with minimal delay. The system is designed to address common battlefield challenges such as blind spots and delayed detection, while also supporting 360-degree 3D awareness around the vehicle. Additional features include LTE and 5G support for remote video streaming and real-time monitoring, making the system suitable for mobile and dispersed operations. Continuous video recording enables after-action reviews and the refinement of AI models, supporting longer-term adaptability to evolving threat environments. According to Maris-Tech, Diamond Ultra is tailored for rapid integration with existing platforms and minimal maintenance in the field.
“Diamond Ultra is a transformative milestone for Maris-Tech,” said CEO and Founder Israel Bar. “By uniting advanced AI-powered software with ruggedized hardware into one seamless platform, we enable faster deployment and consistent performance in mission-critical environments.”
Diamond Ultra is being positioned as a scalable solution for enhanced protection and awareness in high-intensity defense operations. https://cuashub.com/en/content/maris-tech-enables-airborne-threat-protection-for-afvs-with-ai-system/ (Source: https://cuashub.com/)
25 Apr 25. Cuashub.com said today that DZYNE unveils new Dronebuster variant for European market. Defense technology company DZYNE Technologies has introduced a new variant of its handheld counter-drone solution tailored for European use, the Dronebuster 4-EU, alongside news of a multi-million-dollar contract with an undisclosed allied customer. The company also announced a significant scale-up in production to meet growing international demand. The Dronebuster 4-EU is designed to operate within European short-range device frequency bands, offering both fixed-site and wearable configurations. According to DZYNE, the system allows users to detect and jam unauthorized drones across a variety of regional frequencies and includes an optional capability to interfere with global satellite navigation systems such as GPS, Galileo, GLONASS and BeiDou. While DZYNE has positioned the 4-EU as a versatile tool for civil and military users alike, no independent data or third-party validation has yet been released regarding its performance. The system is said to support applications ranging from infrastructure protection and event security to border surveillance and maritime operations, with advertised detection and defeat ranges of up to 7 km and 1.5 km, respectively. The launch follows what the company describes as a multi-m-dollar contract for the broader Dronebuster line, though further details about the customer or deployment timeline were not provided. DZYNE reports more than 2,200 Dronebuster units sold globally, with over 1,000 in use by the U.S. military. The system is officially recognized by the U.S. Department of Defense as a Program of Record, indicating its inclusion in formal procurement channels. To support expanded distribution, the company is increasing manufacturing capacity at its Portland, Oregon facility and hiring across multiple departments. The announcement did not specify how many Dronebuster 4-EU units are included in the upcoming production runs or when deliveries are expected to begin. (Source: https://cuashub.com/)
25 Apr 25. Cuashub.com said today that US JCO tests AARTOS at Yuma Proving Ground. The U.S. Joint Counter-small UAS Office (JCO) recently conducted a series of field trials at Yuma Proving Ground, reportedly testing the AARTOS Drone Detection and Defense System. The system, developed by Germany-based Aaronia AG and distributed in the U.S. by SYGN, was evaluated for its ability to detect, track and mitigate various types of sUAS, including radio-silent or “dark” drones. According to AARONIA and SYGN, AARTOS demonstrated a full-spectrum kill chain capability – from initial signal detection to neutralization – across a variety of threat profiles under operationally realistic conditions. The evaluation included both rotary-wing and fixed-wing drones, launched from multiple distances and approach angles.
“AARTOS is the only RF-based system in the world offering real-time full-spectrum detection from 10 MHz to 8 GHz,” said Erick Crews, CEO of SYGN, LLC and retired U.S. Army Colonel. “Our success at Yuma proves AARTOS can dominate the spectrum against emerging threats, including swarm attacks and low-signature dark drones. It’s field-proven, modular and ready now.”
Technical performance
During the tests, AARTOS relied on several key components:
- X9 RF Detection System: Provided persistent, long-range signal detection across a wide frequency range (10 MHz to 8 GHz), with detection distances reported up to 80 km for military-grade UAS and 40 km for commercial off-the-shelf drones.
- 4D UAV Radar and AI-Enhanced EO/MWIR Sensors: Enabled real-time tracking, even in the absence of RF emissions. The system reportedly detected drones while still grounded in some cases.
- SJ800-8 Programmable Sector Jammer: Disrupted drone communications via directional jamming, with a reported coverage range up to 10 km. Although the system is said to be capable of jamming GNSS signals, such capabilities were not demonstrated due to test range limitations.
The Yuma test is part of ongoing JCO efforts to evaluate and integrate counter-UAS technologies that can address the evolving threat landscape, including autonomous drones and UAS operating in electronic warfare environments. The AARTOS system is currently deployed at various governmental and commercial facilities worldwide and has reportedly been used at high-profile security events, including the NATO Summit and G20 meetings. https://cuashub.com/en/content/us-jco-tests-aartos-at-yuma-proving-ground/ (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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