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Archive for the ‘UAS’ Category

US Army Seeks Suppliers for up to 10,000 Low-Cost Drones per Month

Wednesday, July 9th, 2025

Last week, Army Contracting Command, on behalf of Program Executive Office (PEO), Aviation, released a Sources Sought notice entitled, “Uncrewed Aircraft Systems (UAS) for the United States Army.” It complements an earlier RFI which was issued in April for Purpose Built Attritable Systems (PBAS).

This is great news. While the acquisition system has been slow to adapt to this requirement, Brigade and Division commanders are creating the capability out of hide, using Soldiers who have off-duty experience with drones, paired with 3D printing. Unfortunately, none of it is effectively resourced in manpower, training, or O&M funding. An acquisition of this magnitude will get the Army on its way to learning how to use this capability and incorporate it across the entire formation. Soldiers will adapt quickly and soon be able to employ FPV drones along with other systems to enhance ISR, precision targeting, EW, and low-cost mass effects via swarms.

This new Sources Sought focuses more on cost without the constraints of performance, payloads, and other requirements in the previous announcement. The goal of this Sources Sought is to deliver low-cost UAS solutions into Army formations rapidly and reduce “gold plating.” The Army understands UAS production capacity must expand across the industrial base.

As I mentioned when the PBAS RFI was released, I refer to attritable drones as the “155 shell of the future.” The reason I use that comparison is that a 155mm shell is about $3000. The Army is looking to pay up to $2000 for each of the proposed PBAS but I think that’s a bit low. The availability of these systems, built with US sourced parts (or reliable allied country), is a national imperative.

From the Sources Sought Notice:

“The Army requires low-cost unmanned aerial systems for immediate fielding with up to 10,000 air vehicles within 12 months. The ability to deliver systems at or below our threshold cost is the primary weighted measure.  The system performance characteristics will distinguish systems meeting this core requirement.  The production capability as well as the ability for Soldiers to modify and repair are additional distinguishing characteristics. The intent for modifications is to ensure Soldiers are able to add simple payloads (such as 30mm mortars, grenades, or other lethal payloads) and non-lethal capabilities based on mission needs without vendor involvement in the field. These systems may also be utilized as targets during Counter Unmanned Aircraft Systems (C-UAS) training and other training exercises. Likewise, Soldier repair is needed to allow units to fully understand their equipment and stay in the fight while waiting for additional systems / spare components.”

The number of 10,000 per month is also significant as it is the low end of the number of attritable drones Ukraine claims it expends each month in operations against Russia. This number can surge to 30,000 per month or even higher. The question is, how can the US Army consume that many drones per month during peacetime? Well, for one, 10,000 is the surge capacity and they don’t pan to get there immediately, although I think the requirement will be far beyond just 10,000 per month of we end up in Large Scale Combat Operations. While FPV drones aren’t as capable as exquisite precision guided systems, they are a fraction of the cost and can be produced in a fraction of the time. Ukraine enjoys federated production of drones in workshops and cellars as much as in factories and produces hundreds each night. Second, the Army will use these drones for Counter Unmanned Aerial System training. So far, there hasn’t been much opportunity to go after live systems. This is an opportunity for the Army (and others in DoD) to conduct some simultaneous live training for both offensive and defensive UAS capabilities.

Accessing to the request, potential vendors of PBAS must be able to deliver the following:

  • – Unit cost for air vehicle less than $2,000.00.
  • – Additional dependent equipment to include ground control station/controller, communications equipment, goggles, batteries, and charging station for one to many controllers to UAS. Cost for these items will be fairly considered during response evaluation.
  • – Production capability to deliver an initial quantity of systems by 30 September 2025 with the ability to quickly ramp production and deliver larger quantities up to 10,000 air vehicles within 12 months.
  • – The ability for our Soldiers to modify, within reason, the system with a variety of third-party payloads, armaments, and munitions without vendor involvement
  • – The ability for our Soldiers to repair the system without vendor involvement
  • Furthermore, systems must be 2020 NDAA Sec 848, 2023 NDAA Sec 817 and American Security Drone Act of 2023 (2024 NDAA, PL 118-31, DIV A, Title XVIII, Subtitle B, SEC. 1821) compliant or demonstrate a path to compliance.

    Most important about this action? Funding is available to achieve this capacity expansion. Lack of capital has held many manufacturers back.

    The Army is seeking white papers which are due by 1600 hours CST 18 July 2025.

    Visit for sam.gov full details.

    I am concerned that there still isn’t a PBAS Interface Control Document which would help both DoD and industry create Modular Open System Architecture drones which become plug and play for the integration of end effectors, comms, guidance, and motors. This would alleviate the concern over which components will work with which drones as everything would work together. Executing this scale of acquisition before establishing these standards is putting the cart before the horse.

    Despite my concern, I am very excited about this action and look forward to the Army executing and obtaining an attritable FPV drone capability at the smallest units and all across the formation.

    Eric Graves

    Founder

    SSD

    AV-14 Infantry FPV Goggle

    Monday, July 7th, 2025

    Introducing the AV-14 from Ascend ISR, the First American-Made FPV Goggle System.

    The Ascend ISR Systems AV-14 is a rugged, low-profile FPV monocular developed at the request of a U.S. Army Special Warfare Group seeking a combat-ready FPV solution that integrates directly into their equipment ecosystem. Designed for drone operators and dismounted teams alike, it delivers unmatched situational awareness in a compact, durable package.

    Built from aerospace-grade 7075-T6 aluminum, the AV-14 is machined for the unforgiving tempo of light infantry operations. Integrated dovetails are cut directly into the housing, enabling native compatibility with Wilcox G24 mounts, J-Arms, PanoBridges, and virtually all industry standard PVS-14-style mounting systems. Powered by a single 18650 rechargeable battery, the AV-14 delivers five hours of continuous runtime.

    The AV-14 is compatible with ALL analog FPV systems currently on the market. Operational with a flick of the switch, the AV-14 offers instantaneous boot-up and can toggle on the fly between RGB and thermal views when paired with upcoming our aerial platforms.

    ascendisr.com/products/av-14-infantry-fpv-goggle

    Beez Combat Systems Launches Uncrewed Systems Line

    Thursday, July 3rd, 2025

    As the landscape of modern warfare evolves, Beez Combat Systems is leading the charge with its newly launched “Uncrewed Systems” line; specially designed for drone operators and warfighters evading thermal detection. This cutting-edge tactical gear line acknowledges a clear shift: The battlefield is no longer confined to boots on the ground. Drones and autonomous systems are now critical assets in reconnaissance, surveillance, and tactical engagement.

    www.beezcombatsystems.com/collections/uncrewed-systems

    DroneShield Receives $9.7m Latin American Contract

    Wednesday, July 2nd, 2025

    ·        A $9.7 million package of three standalone contracts for a defence end customer in a Latin American (LATAM) country

    ·        Delivery and payment due Q3-Q4 2025

    DroneShield Limited (ASX:DRO) (DroneShield or the Company) is pleased to announce it has received a package of three standalone contracts for its handheld and on-the-move counter-drone systems. The contract sum is $9.7 million, with DroneShield’s privately owned in-country reseller that is contractually required to distribute the products to a defence end customer in a LATAM country. DroneShield expects to deliver all equipment throughout Q3 and Q4 2025, with cash payment expected in Q3 and Q4 2025. No additional material conditions need to be satisfied.

    DroneShield has previously received two standalone contracts from this reseller for this defence customer in December 2024 and January 2025 totalling approximately $10.8 million, with all imports, deliveries, and payments handled on-time and in a highly professional manner. There is no obligation for any additional contracts from this reseller or the customer.

    Pictured: DroneShield DroneSentry-X Mk2 counter-drone system

    Oleg Vornik, DroneShield CEO, commented: “In 2025, DroneShield has successfully delivered products, capability, and training into the Latin American market. With a substantial pipeline, diversified over multiple countries and customers, DroneShield is anticipating further developments in 2025 in this region.”

    GA-ASI Announces Investment in Dutch Technology Innovator Arceon

    Friday, June 27th, 2025

    Selection Follows Successful Pitch During Blue Magic Netherlands Event

    SAN DIEGO – 26 June 2025 – General Atomics Aeronautical Systems, Inc. (GA-ASI) announces an investment in another Dutch business, Arceon, following the inaugural Blue Magic Netherlands (BMN) event held in November 2024. GA-ASI is a global leader in unmanned aircraft systems and related mission systems.

    GA-ASI selected Arceon following a compelling pitch they made during the BMN event and after detailed business and technology discussions with GA-ASI and GA’s affiliates, General Atomics Energy and General Atomics Electromagnetic Systems. Arceon joins Emergent Swarm Solutions and Saluqi Motors as companies receiving investment from GA-ASI following the BMN event.

    Arceon is revolutionizing high-performance ceramic composites through their innovative, fast, scalable, and cost-effective melt infiltration process. Their cutting-edge Carbeon carbon-ceramic components — engineered for applications such as nozzles, nozzle extensions, leading edges, nose caps, and airframes — are tailored to meet the increasing and rigorous demands of the space and defense sectors.

    “We are honored to collaborate with General Atomics in advancing hypersonic development. This milestone marks our official entry into the U.S. defense sector, presenting an extraordinary opportunity to demonstrate our technology on a global stage. We look forward, with great anticipation, to the journey ahead,” said Rahul Shirke, founder and CEO of Arceon B.V.

    “We’re excited to be working with Arceon,” said Brad Lunn, managing director for GA-ASI. “Their technology could have a broad range of applications for GA, from high-temperature engine exhaust materials to hypersonics and fusion containment.”

    At the Blue Magic investment and innovation conference in the Netherlands last November, GA-ASI and its partners heard pitches from innovative Dutch companies about the important technologies they are developing. The event was organized collaboratively between GA-ASI, the Dutch Ministry of Defense, the Dutch Ministry of Economic Affairs, Brainport Development in Eindhoven, and Brabant Development Agency (BOM). GA-ASI is delivering eight MQ-9A aircraft to the Royal Netherlands Air Force (RNLAF).

    GA-ASI is continuing to work with the Dutch government and Dutch industry in supporting the growth of technology innovation in the Netherlands and anticipates holding its second BMN event in Eindhoven later this year. The company hosted its first Blue Magic event in 2019 in Belgium, with subsequent events held in 2020, 2021, and 2023.

    DroneShield Receives All-Time Record $61.6m European Counter-Drone Military Contract

    Thursday, June 26th, 2025
    • A package of three standalone follow-on contracts of $61.6m for European military
    • Biggest contract in DroneShield history, greater than the entire 2024 revenue
    • Delivery is expected during Q3 2025 with payments in Q3 and Q4 2025
    • DroneShield is establishing a European manufacturing and assembly facility to support the region’s growing defence demand
    • Europe represents over $1.1bn across 55 active pipeline opportunities, making it one of DroneShield’s largest markets

    DroneShield (ASX:DRO) is pleased to announce it has received a package of three standalone follow-on contracts for $61.6 million from its privately owned in-country European reseller that is contractually required to distribute the products to a European military customer. The contract is for handheld detection and counter-drone systems and associated accessories. DroneShield expects to deliver all equipment throughout Q3 2025, with cash payment expected in Q3 and Q4 2025.

    This is the biggest single order in DroneShield’s history and is larger than the company’s entire revenue for 2024 ($57.5m).  Importantly, DroneShield’s recent production and inventory holding expansion means that this order is expected to be fully delivered within the quarter.

    Oleg Vornik, DroneShield CEO, commented: “In succession to the $32.2 million repeat order announced on 14 April 2025 for another customer, DroneShield products are now being purchased in material quantities. The scale and frequency of orders has been increasing as leading Military customers are moving from testing hardware to broader rollouts. DroneShield is well placed to meet the increasing demand.”

    Pictured: DroneShield Immediate Response Kit

    This major contract aligns with DroneShield’s broader expansion across Europe. DroneShield is significantly investing to expand its operations in the region, supporting domestic defence programs such as the €800 billion ($1.4 trillion) ReArm Europe Plan / Readiness 2030.

    In general, the ReArm Europe Plan / Readiness 2030 will:

    • Boost EU defence spending through fiscal flexibility and loans,
    • Reinforce industrial and procurement autonomy across the EU region, and
    • Mobilise private investment and support for Ukraine.

    In line with the broader increase in military spending across the EU, DroneShield is establishing a European Centre of Excellence focused on manufacturing and assembly; research and development; drone testing; and training. This will be DroneShield’s first European manufacturing and in-house assembly facility outside of Australia, creating a second production line for key hardware with at least 65 per cent European industry content for certain regional sales.

    Europe is currently one of DroneShield’s largest geographical segments, with over A$1.1 billion across 55 of active pipeline opportunities. The new manufacturing capabilities are expected to qualify the company for further procurement programs, increasing both scale and frequency of European-based orders.

    In line with the aims of the ReArm Europe Plan, DroneShield continues to support Ukrainian frontline operations with rapid upgrades to counter evolving drone threats, a process enhanced through its Sydney-based development and collaboration hub.

    Oleg Vornik, DroneShield CEO, commented: “Establishing a robust European supply chain to support equipment sold in the region will strengthen sovereign capability, Meanwhile, our experienced Australian software development team continues to deliver critical updates addressing emerging threats, both in Ukraine and globally. Our expanded team in Europe, combined with growing manufacturing output in Australia, ensures DroneShield is well positioned to meet the rising demand from both existing and new defence partners.”

    Exports accounted for 91 per cent of DroneShield’s Australian production in 2024, underlining the global relevance of its technologies as Australia itself ramps up defence investment under the Future Made in Australia initiative. With national defence spending forecast to double to $100 billion by FY34, DroneShield remains focused on delivering cutting-edge sovereign defence capabilities in support of both Australian interests and those of its allies.

    The latest Investor Presentation is available at droneshield.com/investor-relations or by clicking the image below.

    Army Accelerates Fielding of Advanced SUAS, Enhancing Combat Capabilities

    Wednesday, June 25th, 2025

    REDSTONE ARSENAL, Ala. — The Army is rapidly advancing capabilities in the Short-Range Reconnaissance, SRR, program by deploying cutting-edge small uncrewed aircraft systems, SUAS, to Transformation in Contact brigades.

    These modernized systems amplify combat power and lethality, improve troop survivability and give commanders real-time intelligence on the modern battlefield.

    Col. Danielle Medaglia, UAS Project Manager, highlighted the importance of the Army’s approach.

    “The technology across the UAS environment is evolving at a rapid pace,” Medaglia said. “Therefore, in parallel to fielding the next tranche of SRR we are already working on future capabilities, leveraging new mature technology and quickly iterating on Soldier feedback.”

    “Continuous iteration and integration of new technology, multi-vendor awards and continuous competition ensures we can field the most capable and cost effective UAS, at scale, that aligns with Soldier needs.”

    SRR systems are integral to modern warfare. Equipped with advanced sensors, these SUAS provide real-time intelligence, reconnaissance, and target acquisition, empowering commanders with swift decision-making capabilities. Acting as force multipliers, they enable precise fires, support ground operations with timely information, enhance operational flexibility, and crucially, improve troop survivability by detecting threats and identifying safe routes.

    Equipping of Next-Generation SUAS Capabilities

    The Army continues to use a multi-vendor approach to drive competition and deliver technology at the speed of relevance.

    “The rapid deployment of Tranche 2 SUAS to our combat teams is a testament to our commitment to providing Soldiers with the most advanced tools available,” said Brig. Gen. David Phillips, Program Executive Officer, Aviation. “These systems are not just about technology; they are about enhancing our operational capabilities and ensuring the safety and effectiveness of our troops on the ground.”

    In April, PEO Aviation’s UAS Project Office responded to an urgent request to deploy Tranche 2 SUAS to the 1st Brigade Combat Team, 101st Airborne Division in support of their rotation at the Joint Readiness Training Center at Fort Johnson, Louisiana.

    Demonstrating the Army’s ability to rapidly equip its forces, Skydio X10D systems were delivered to the 1st Brigade Combat Team under the Army’s Transforming in Contact 2.0 initiative within one month of the request. Additionally, Teal Drones’ Black Widow system is preparing to field. Both Skydio and Teal will support Army Transforming in Contact brigades in developing and refining tactics, techniques and procedures for employing networked reconnaissance and surveillance systems against emerging battlefield threats.

    The Army’s Vision for the Future of SRR

    The deployment and evaluation of these SUAS are part of a larger Army initiative focused on Transforming in Contact — evaluating uncrewed aircraft systems and aligning personnel and tactics with new technologies. The Tranche 2 system is built upon Soldier feedback with improvements such as enhanced autonomy, a new ground control station and modular architecture.

    The Army remains steadfast in its mission to strengthen Soldier lethality, creating a force that can dominate in large-scale combat operations across multiple domains.

    “The modern battlefield is changing. I think we’ve seen that,” said Gen. Randy George, Chief of Staff of the Army, during a recent interview. “We’ve learned a lot over the last year and a half with our transformation in contact. So, this is bottom-up innovation that we know we need, and we know we’ve been watching what’s happening on the modern battlefield.”

    By PEO Aviation

    SIG Advanced Concepts

    Friday, June 20th, 2025

    With the advent of a new business element named SIG Advanced Concepts, SIG SAUER has expanded their efforts to integrate their core capabilities into unmanned systems. Preferring to remain platform agnostic, they will introduce non-lethal through lethal and ISR capabilities into existing drone and other robotic systems. These are commonly referred to collectively as unmanned system or UXS where the “X” could be an Air, Ground, or Underwater system.

    SIG’s goal is to work with the customer and integrate with their existing infrastructure, utilizing existing UXS, communications, and controllers. Concentrating on balancing payload versus desired effect and flight time, they optimize the customer’s drone’s configuration. Lessons learned in operational deployments of UXS are constantly applied to the development effort.

    Additionally, they are training both new and existing drone operators into how to use these newly integrated systems, from basic skills all the way to the most advanced, complex operations. After mastering how to fly with the new payload, students use milsim and paint systems during the train up period before transitioning to live fire scenarios with drone borne firearms.

    Look for more details soon.