Defense & Military
Cummings Aerospace’s Hellhound Drone: A Game-Changer in Modern Warfare
The Rise of Loitering Munitions: Cummings Aerospace and the Hellhound Drone
In the ever-evolving landscape of modern warfare, loitering munitions, often referred to as “kamikaze drones,” have emerged as a game-changing technology. These unmanned aerial vehicles (UAVs) are designed to loiter over a battlefield, identify targets, and then destroy them by crashing into them. This capability has proven particularly effective in recent conflicts, such as the ongoing war in Ukraine, where these drones have demonstrated their ability to deliver precision strikes with minimal risk to human operators.
The U.S. Army has recognized the potential of loitering munitions and is actively seeking to integrate them into its arsenal. One of the key players in this effort is Cummings Aerospace, a Native American woman-owned small business based in Huntsville, Alabama. The company has developed the Hellhound, a turbojet-powered, 3D-printed loitering munition, which is now being prepared for submission to the Army’s Low Altitude Stalking and Strike Ordnance (LASSO) program competition.
The Hellhound represents a significant advancement in loitering munition technology, offering increased speed, flexibility, and operational range. As the Army looks to enhance the capabilities of its Infantry Brigade Combat Teams (IBCTs), the Hellhound could play a crucial role in providing these units with the same lethality as their armored counterparts. This article delves into the development of the Hellhound, its performance in recent tests, and its potential impact on modern warfare.
The Hellhound Drone: A Technological Marvel
Cummings Aerospace’s Hellhound drone is a standout in the field of loitering munitions, thanks to its innovative design and advanced capabilities. Unlike many other loitering munitions that rely on electric motors, the Hellhound is powered by a turbojet engine. This propulsion system allows the drone to achieve speeds of over 350 miles per hour at half throttle, making it one of the fastest loitering munitions in its class. The turbojet engine also provides the Hellhound with the ability to throttle its speed, offering greater flexibility in mission planning and execution.
In recent flight tests conducted at the Pendleton Unmanned Aircraft Systems Test Range in Oregon, the Hellhound demonstrated its ability to meet the range requirements of the Army’s LASSO program. The drone, which weighs less than 25 pounds, successfully flew distances of 20 kilometers using just 50% of its fuel. Additionally, the Hellhound proved its resilience by operating in extreme weather conditions, including wind, snow, and very low temperatures. These tests mark a significant milestone for Cummings Aerospace, as the company prepares to submit the Hellhound for the Army’s loitering munition competition later this year.
“The Hellhound drone could fulfill the range requirements of the Army’s LASSO program and demonstrated a speed of over 350 miles per hour at half throttle.” – Sheila Cummings, CEO of Cummings Aerospace
The LASSO Program: Enhancing Infantry Capabilities
The U.S. Army’s LASSO program is part of a broader effort to modernize its infantry units by equipping them with loitering munitions. Historically, infantry units have been limited by their range and firepower compared to armored and artillery units. However, the introduction of loitering munitions is helping to bridge this gap, allowing infantry units to engage targets at distances previously reserved for heavier artillery and air support.
The LASSO program aims to provide Infantry Brigade Combat Teams (IBCTs) with a highly capable loitering munition that can be deployed quickly and effectively in a variety of combat scenarios. The program emphasizes the need for modular and open systems architecture, ensuring that the selected loitering munition can be easily integrated into the Army’s existing systems and adapted to future needs. Cummings Aerospace has designed the Hellhound with these requirements in mind, making it a strong contender for the LASSO program.
In addition to the Hellhound, other notable competitors in the LASSO program include AeroVironment’s Switchblade 600 and Anduril’s Bolt loitering munition. The Army is expected to release a formal request for proposals in May or June, with the goal of selecting one or more vendors for further evaluation. The successful integration of loitering munitions into the Army’s inventory could significantly enhance the lethality and effectiveness of its infantry units, providing them with a powerful new tool on the battlefield.
Future Implications and Broader Industry Trends
The development and deployment of loitering munitions like the Hellhound are part of a broader trend in the defense industry to enhance the capabilities of ground troops through advanced technology. As conflicts around the world continue to evolve, the need for precision, flexibility, and adaptability in military operations has never been greater. Loitering munitions offer a unique combination of these qualities, making them an increasingly important component of modern warfare.
Beyond the immediate impact on the U.S. Army, the success of loitering munitions in conflicts like Ukraine is likely to drive their adoption by other militaries around the world. This could lead to a shift in the dynamics of future conflicts, with loitering munitions playing a central role in both offensive and defensive operations. As the technology continues to advance, we can expect to see even more innovative designs and capabilities emerge, further transforming the battlefield.
For Cummings Aerospace, the Hellhound represents not only a significant technological achievement but also a potential gateway to future opportunities. The company is already exploring other programs where the Hellhound could be utilized, including the Army’s short-range Launched Effects program. With its advanced capabilities and proven performance, the Hellhound is poised to make a lasting impact on the defense industry and the future of warfare.
Conclusion
The development of the Hellhound drone by Cummings Aerospace marks a significant milestone in the evolution of loitering munitions. With its turbojet propulsion, 3D-printed design, and impressive performance in recent tests, the Hellhound is a strong contender for the U.S. Army’s LASSO program. Its ability to meet the Army’s range and speed requirements, coupled with its flexibility in mission planning, makes it a valuable asset for modern infantry units.
As the defense industry continues to innovate, loitering munitions like the Hellhound are likely to play an increasingly important role in future conflicts. Their ability to deliver precision strikes with minimal risk to human operators offers a powerful new tool for military forces around the world. The success of the Hellhound and similar technologies could reshape the battlefield, enhancing the capabilities of ground troops and changing the way wars are fought.
FAQ
What is a loitering munition?
A loitering munition, often referred to as a “kamikaze drone,” is an unmanned aerial vehicle designed to loiter over a battlefield, identify targets, and then destroy them by crashing into them.
What makes the Hellhound drone unique?
The Hellhound drone is unique due to its turbojet propulsion, which allows it to achieve speeds of over 350 miles per hour and provides greater flexibility in mission planning. It is also 3D-printed, enabling rapid design iterations and production.
What is the U.S. Army’s LASSO program?
The LASSO (Low Altitude Stalking and Strike Ordnance) program is an initiative by the U.S. Army to equip its Infantry Brigade Combat Teams with loitering munitions, enhancing their firepower and reconnaissance capabilities.
Sources: Defense News, Popular Mechanics, Army Recognition
Defense & Military
Daher Expands Rafale Aerostructure Role for Dassault Aviation
Daher takes on Rafale canards, vertical tail plane, and forward fuselage assembly as Dassault targets four aircraft per month by 2028-29.
Daher Group has expanded its manufacturing responsibilities within the Dassault Rafale fighter program, taking on the production of critical composite and metallic aerostructures to support Dassault Aviation as it accelerates aircraft output.
In a press release issued on June 16, 2026, during the Eurosatory defense and security show in Paris, Daher detailed its growing portfolio of flight safety-critical components for the multirole fighter. The strategic industrial transfer is designed to alleviate production bottlenecks as Dassault works through a backlog of more than 220 aircraft for French and export customers.
Strategic industrial transfers support production targets
Dassault Aviation is currently executing a significant production ramp-up. According to recent reporting by Aviation Week, the manufacturer plans to deliver 28 Rafale aircraft in 2026, an increase from 26 deliveries in 2025. The company ultimately targets a production rate of four aircraft per month by 2028 or 2029.
To facilitate this volume, Dassault transferred the manufacturing of the Rafale’s canards and vertical tail plane from its own facility in Biarritz, France, to Daher.
“Daher’s work on the Rafale demonstrates our ability to industrialize and assemble critical components in highly demanding environments, while supporting the program’s production ramp-up,” said Alain-Jory Barthe, CEO of Daher Industry. “Our adherence to delivery schedules and the quality of our production are recognized by Dassault Aviation, with whom we’ve built a long-term relationship of trust based on a shared industrial DNA as family-owned companies.”
Critical aerostructure manufacturing and assembly
Daher’s expanded work package encompasses both composite manufacturing and complex metallic assembly. The company confirmed that the thermoset composite canards have already passed their qualification milestones. The vertical tail plane is currently entering its final validation phase.
In addition to the flight control surfaces, Daher is responsible for assembling the C1-C7 forward fuselage section. Located immediately aft of the nose, this section incorporates the structural support for the aircraft’s in-flight refueling probe. The assembly process involves integrating approximately 800 elementary parts, which are primarily metallic and sheet metal components.
The Tier 1 supplier also produces equipped T34 panels and the radio access hatch specifically designed for the two-seat variant of the Rafale.
AirPro News analysis
We view Dassault’s delegation of major structural assemblies to Daher as a textbook supply chain optimization strategy for an original equipment manufacturer facing a steep production curve. By offloading the canards and vertical tail plane, Dassault frees up floor space and specialized labor at its Biarritz plant for other critical path items. Daher is well-positioned to absorb this work. With 14,500 employees globally and reported 2025 revenues of €1.9 billion, the company has the industrial scale required to meet defense-standard quality requirements while maintaining the strict delivery schedules necessary for Dassault to reach a rate of four aircraft per month.
Sources: Daher
Photo Credit: Daher
Defense & Military
US Air Force Awards CCA Production Contracts to GA-ASI and Anduril
The Air Force awarded CCA production contracts to GA-ASI and Anduril on June 17, 2026, targeting 150 uncrewed aircraft by 2030.
The Department of the Air Force awarded engineering, manufacturing development, and production contracts to General Atomics Aeronautical Systems Inc. and Anduril Industries on June 17, 2026, for the first increment of its Collaborative Combat Aircraft program.
The awards mark a transition from design to production for the uncrewed platforms, which are intended to fly alongside crewed fifth- and sixth-generation fighters. Concurrently, the Air Force selected three companies from a pool of six to advance mission-autonomy Software for the fleet, establishing a competitive marketplace for the program’s digital architecture.
Transitioning to airframe production
The production contracts follow an initial design phase that began in April 2024. General Atomics Aeronautical Systems Inc. (GA-ASI) will produce the FQ-42A, while Anduril Industries will Manufacturing the FQ-44A. Both aircraft were developed under accelerated acquisition timelines.
According to a press release from GA-ASI, the company moved from contract award to the Maiden-Flight of its YFQ-42A prototype in 15 months, achieving first flight in August 2025. The company confirmed that manufacturing for the production FQ-42A is already underway at its facilities.
David R. Alexander, president of GA-ASI, stated in the release that moving to production on the FQ-42A is the result of an extraordinary Partnerships and years of investment between the manufacturer and the U.S. Air Force.
Advancing mission-autonomy software
In parallel with airframe production, the Air Force is advancing the software required to operate the uncrewed aircraft in highly contested environments. The service selected Anduril, Shield AI, and Collins Aerospace to continue developing mission-autonomy systems.
Reporting by DefenseScoop indicates the three vendors received six-month Contracts to mature their software toward initial operational capacity criteria. Col. Timothy Helfrich, the Air Force program acquisition executive for fighters and advanced aircraft, detailed the evaluation process to the outlet.
“At the end of that six months, we will do an assessment of how much capability they have towards what is necessary for IOC, and then do another down-select to either one or two vendors for another six-month option,” Helfrich told DefenseScoop.
The Air Force plans to conduct a large-scale fly-off in 2029 to evaluate mission-autonomy software from the broader marketplace. Helfrich noted that the government retains the ability to order software licenses from any of the original six vendors if it serves the program’s best interests.
Strategic integration and fleet goals
The Collaborative Combat Aircraft (CCA) program represents a foundational shift in Air Force combat strategy. The modular Drones are designed to be retrofitted with various payloads to conduct strikes, perform reconnaissance, and execute electronic warfare operations with minimal direction from human pilots.
The uncrewed aircraft will integrate with the Lockheed Martin F-35A Lightning II, the Lockheed Martin F-22A Raptor, and the future F-47 Next Generation Air Dominance platform. According to Air & Space Forces Magazine, Helfrich emphasized that pairing the drones with crewed fighters allows the service to “extend reach, increase survivability, and generate the mass that is necessary in combat.”
DefenseScoop reported that the Air Force aims to field a minimum of 150 CCA systems by 2030. Long-term projections cited by Air & Space Forces Magazine indicate the service eventually wants approximately 1,000 of the uncrewed aircraft in its fleet.
AirPro News analysis
The June 17 contract awards demonstrate the Air Force’s commitment to decoupling hardware and software acquisition. By selecting airframe manufacturers separately from mission-autonomy providers, the service is enforcing a modular, open-systems architecture. This approach prevents vendor lock-in and allows the military to upgrade software capabilities at the pace of commercial technology development, rather than tying digital upgrades to airframe maintenance cycles.
We also note the aggressive timeline of the CCA program. Moving a clean-sheet combat aircraft from a design contract in April 2024 to a production award in June 2026 is a significant departure from traditional defense procurement timelines. The 15-month span from contract to first flight for the GA-ASI prototype suggests the Air Force is successfully applying rapid prototyping methodologies to field combat mass before the end of the decade.
Sources: U.S. Air Force
Photo Credit: U.S. Air Force – Courtesy Picture
Defense & Military
Senate Bill Authorizes $2.5B for NOAA Hurricane Hunter Fleet
U.S. senators introduced a $2.5B bill to replace NOAA’s aging Hurricane Hunter fleet and expand it to nine aircraft.
A bipartisan coalition of U.S. senators introduced legislation on June 17, 2026, authorizing $2.5 billion to replace the aging National Oceanic and Atmospheric Administration (NOAA) fleet of Hurricane Hunter aircraft. The bill aims to expand the fleet to as many as nine aircraft, securing critical data collection capabilities that improve storm forecasting accuracy by up to 20 percent.
The Hurricane Hunter Aircraft Recapitalization Act, detailed in a press release by the U.S. Senate Committee on Commerce, Science, & Transportation, seeks to codify the NOAA Hurricane Hunter mission into federal law. With much of the current fleet exceeding 50 years of age, the legislation mandates multi-year contracting for new aircraft acquisition and requires the agency to maintain backup aircraft to prevent operational gaps during active storm seasons.
Fleet expansion and funding authorizations
The bill increases the statutory limit of authorized aircraft from a maximum of six to a required range of six to nine. To fund this expansion, the legislation authorizes $2.5 billion in federal appropriations specifically designated for purchasing new airframes capable of executing the agency’s demanding meteorological missions.
Alongside acquisition costs, the bill allocates $45 million annually for NOAA aircraft operations and maintenance. It also includes provisions requiring NOAA to maintain a sufficient roster of qualified NOAA Corps aviators and aircrews to operate the expanded fleet. This ensures that the physical aircraft are matched with the specialized personnel required to fly into severe weather systems.
Bipartisan support and operational impact
The legislation was introduced by Senators Ted Cruz (R-Texas), Maria Cantwell (D-Wash.), Roger Wicker (R-Miss.), Tedd Budd (R-NC), Lisa Blunt Rochester (D-Del.), and Alex Padilla (D-Calif.). Lawmakers emphasized the direct link between the aircraft data and public safety. Senator Cruz noted that the aircraft collect critical data that produces more accurate forecasts and earlier warnings, which safeguard critical infrastructure and reduce costly disruptions to supply chains.
Regional impacts were a focal point for the sponsoring senators. Senator Cantwell highlighted the fleet’s role in the Pacific Northwest, where atmospheric rivers are becoming more frequent and severe. Senator Wicker emphasized the protection of Gulf Coast communities, noting that the data is critical for first responders and local officials managing emergency responses.
The data collected by flying directly into developing storm systems provides the National Hurricane Center (NHC) with real-time meteorological information. According to the committee, this direct observation improves forecast models by up to 20 percent, giving communities more time to prepare for evacuations and secure property before disaster strikes.
AirPro News analysis
We note that recapitalizing a highly specialized fleet like the NOAA Hurricane Hunters presents unique procurement challenges. The current fleet includes heavily modified Lockheed WP-3D Orions and a Gulfstream IV-SP, platforms that require extensive custom instrumentation to survive and collect data within severe weather environments. A $2.5 billion authorization signals a serious commitment to replacing these legacy airframes, likely drawing interest from major aerospace Manufacturers capable of delivering robust, high-altitude, and long-endurance platforms. The mandate to maintain backup aircraft also reflects a growing recognition of the operational strain placed on the current 50-year-old fleet during increasingly active hurricane seasons.
Sources: U.S. Senate Committee on Commerce, Science, & Transportation
Photo Credit: NOAA
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