The United States Air Force is accelerating the modernization of its drone fleet. The once prestigious but increasingly obsolete “Reaper” drone is being succeeded by the “Wildfire,” which embodies the shift in the military’s operational concept towards low-cost, mass-produced, and modular platforms.
On September 10, 2026, the US drone manufacturer General Atomics Aeronautical Systems, Inc. (GA-ASI) officially unveiled the new “Wildfire” drone in Washington, aiming to replace the MQ-9A “Reaper.”
David Alexander, the president of the company, stated that this system, designed for mission needs and featuring battle damage redundancy, can meet the demands of high-end missions and cost-conscious customers.
In July 2026, the US Department of Defense Innovation Unit (DIU) issued an “MMA Modular Airplane” solicitation, seeking a low-cost, mass-deployable, survivable, and modular unmanned aerial system (UAS) to perform some of the functions currently carried out by the MQ-9A. Subsequently, the US Air Force collaborated with the DIU to advance this plan. The “Wildfire” drone emerged as the latest solution within this context.
The adjustment of the US military’s drone combat system stems from the challenges faced by existing equipment under modern air defense threats. The initial plan for the MMA was to expedite the development and deployment of new drones, complete a full-scale prototype within 21 months, and achieve an initial operational capability by the fiscal year 2031.
On September 3, Christopher Niemi, the Modernization Director of the US Air Force, stated during a press briefing at the Pentagon that due to significant losses suffered by the MQ-9A “Reaper” drone in operations against Iran, the Air Force has accelerated the progress of the “MMA Modular Airplane” program. Currently, the US Air Force is expected to require at least 180 MMA drones and aims to advance the original deployment timeframe to around 2029.
While the MQ-9A drone excelled in past counter-terrorism wars, its survivability proved inadequate against adversaries with complete air defense systems. In modern high-intensity conflict environments, traditional drones are highly vulnerable to interception. High-cost, low-survivability combat platforms struggle to maintain uninterrupted aerial intelligence, surveillance, reconnaissance, and strike mission capabilities in conflict zones over extended periods.
For several decades, the US Air Force has relied on a limited quantity of high-value, technologically-intensive platforms to maintain the unique aerial advantage provided by drones. For instance, the MQ-9A has a unit cost of $50 million, and the high cost and low survivability place enormous economic and tactical pressure on the military. The goal of the MMA program is to integrate the latest commercial and military technologies rapidly into frontline equipment through iterative development, enabling the military to effectively mitigate battlefield risks.
The MMA program mandates a significant reduction in the drone’s cost to around $10 million per unit to establish a larger and more resilient drone fleet, allowing commanders greater flexibility in operational planning to conduct risk missions in high-threat areas behind enemy lines.
By calculating based on a $10 million price tag, the US military can procure five “Wildfire” drones with similar or superior tactical and technological performance capabilities for the budget previously allocated for one “Reaper.” The reduced cost and increased scale enable the military to deploy a denser reconnaissance and strike network on the battlefield. Additionally, maintaining fleet numbers under enemy anti-aircraft fire provides overall combat performance redundancy, counterbalancing enemy firepower and enhancing collaborative operational capabilities.
The “Wildfire” pursues this scalability effect to meet the demands of cluster warfare. Multiple drones can share battlefield information via data link, autonomously allocate missions, and continue executing tasks based on preset operational plans even without direct human command.
The US Air Force aims for the MMA drones to perform the same intelligence, surveillance, and reconnaissance (ISR) and strike missions as the MQ-9A. Thus, the requirements in the MMA program tender documents issued by the DIU include a minimum true airspeed of 200 knots, a payload of at least 2,800 pounds for ammunition and sensor effectiveness, a combat radius of at least 2,300 nautical miles without air refueling, a single autonomous range of at least 8,000 nautical miles, and the ability to take off and land on runways no longer than 6,000 feet. These tactical technology requirements highlight the new generation drone’s long-distance, long-endurance, wide-area continuous surveillance, and firepower projection capabilities, covering all mission capabilities of the MQ-9A.
However, tactical technology performance is not the core competitiveness of the new generation drones. The greatest innovation of the new unmanned systems lies in their modular design and high degree of autonomy. An open modular design architecture allows the “Wildfire” to rapidly switch between different functional sensor modules, communication devices, or weapon systems.
This imbues the “Wildfire” with mission capabilities for collaborative warfare from the early stages of development, enabling it to carry different ammunition and sensor combinations. This flexible mission configuration allows the same platform to swiftly transition roles according to battlefield requirements or environmental changes, ranging from long-duration reconnaissance to precise strikes, and to collaborate with other operational units for electronic warfare or target guidance.
Moreover, modular design significantly reduces logistical maintenance complexity while enhancing fleet availability rates. This open architecture and the development approach of the “Collaborative Combat Aircraft” (CCA) program reflect the US Air Force’s trend towards standardization and systemization in drone procurement and utilization.
Modular design also ensures the long-term service and capability upgrades of drones, such as quick upgrades for dedicated electronic warfare pods, attaching long-range anti-ship missiles, or traditional precision ammunition. This plug-and-play equipment combination boosts the fleet’s mission flexibility, paving the way for the integration of more advanced artificial intelligence algorithms in the future. By continued iteration, the military can enhance the overall combat capabilities of drones at lower costs.
A spokesperson for General Atomics Aeronautical Systems, Inc., Mark Brinkley, mentioned that the “Wildfire” leverages the latest advancements in autonomous technology from the outset. The company envisions linking dozens of “Wildfire” drones to form a genuine large-scale combat force. He emphasized that this concept is not merely theoretical; General Atomics has been advancing autonomous technology, artificial intelligence, and machine learning in the Collaborative Combat Aircraft (CCA) FQ-42A program and utilized its own MQ-20 “Avenger” drone as a CCA substitute platform, conducting manned-unmanned cooperative demonstrations with F-22 and F-35 fighter jets.
Regarding operational logistics, the “Wildfire” boasts a range exceeding 8,000 nautical miles, reducing reliance on frontline bases such as ground control stations, maintenance facilities, and refueling nodes. These frontline bases are often prime targets for long-range enemy firepower in modern warfare. The ultra-long endurance capability enables the “Wildfire” to take off from rear bases thousands of miles away from the engagement zone, minimizing risks to logistics personnel and facilities, and enhancing troop deployment and operational efficiency.
It is currently unclear how the “Wildfire” will achieve the goal of low cost while retaining many prominent features of the “Reaper.” However, even a 30%-50% price reduction compared to previous models would be significant. This would still yield considerable benefits for the “Wildfire” in the aforementioned aspects.
Currently, the only officially confirmed participant in the MMA competition is General Atomics Aeronautical Systems, Inc.’s “Wildfire.” Other US drone companies with competitive potential include Anduril Industries, Kratos Defense & Security Solutions, Northrop Grumman, Boeing, and Lockheed Martin. However, public data is insufficient to confirm whether these companies are part of the MMA bidding process.
As the US Air Force advances its ambitious drone program, the selection of the drone to replace the legendary MQ-9 will depend on the latest developments in military drone technology. In conclusion, the introduction of drones like the “Wildfire” signifies the strategic adjustments that the US military must make to withstand the challenges of modern air defense networks, highlighting the need for high-end equipment that can sustain battlefield engagements effectively.