The news that the US Space Force has deployed "space control weapons" in orbit was what dominated headlines from this year's Air & Space Forces Association conference. However, behind the statements of US Air Force Secretary Troy Meink lies another significant development regarding the future of the American drone fleet. Meink's references to the plan to upgrade the unmanned aircraft fleet over the next six years provide clear indications that the US Air Force is now seriously considering the next era after the MQ-9 Reaper. The new model may either replace the Reaper entirely or operate alongside it, taking over a portion of its operational missions.
The "space war" stole the show
The Air & Space Forces Association's Air, Space & Cyber Conference took place at the Gaylord National Resort & Convention Center in National Harbor, Maryland. Troy Meink's statement that the Space Force has placed "space control weapons" into orbit caused a major stir and quickly dominated the news cycle. Beyond these new space warfare capabilities, however, the Secretary's comments regarding the future of unmanned aerial vehicles hold particular interest. And here lies perhaps the most important development: the US appears to be preparing a new generation of cheaper, more mass-producible drones.
The MQ-9 Reaper enters a new era
Troy Meink referred to the lessons learned by the US Air Force from recent operations and emphasized the critical role of ISR and strike platforms. In this context, he noted that the US has effectively utilized both MQ-9 Reaper drones and ULTRA aircraft. This specific mention carries significant weight, as the MQ-9 Reaper has served for years as one of the primary platforms of the US armed forces for surveillance, reconnaissance, and strike missions. However, costs, losses, and the increasing demands of modern combat operations appear to be driving the USAF toward new solutions.
The new US plan: Mass Modular Aircraft
Troy Meink revealed that the Air Force is developing a new family of low-cost, multi-role unmanned platforms. This new category is designated as the Mass Modular Aircraft (MMA). The goal is for MMAs to offer: low production cost, mass manufacturing capability, long-range mission profile, precision strike capability, and high operational flexibility. The most crucial factor is the scale at which their deployment is being planned. According to Meink, the USAF intends to possess 100 MMA drones by 2029, at a cost even lower than the Collaborative Combat Aircraft (CCA). The roadmap then foresees integrating 500 such platforms into the operational fleet by 2032. These numbers demonstrate the strategic shift of the US toward a much larger volume of relatively cheap and attritable unmanned systems.
Under the microscope: ULTRA by DZYNE Technologies
One of the systems worth watching closely is ULTRA, a Group 5 unmanned aircraft developed by DZYNE Technologies, which is now part of Ondas. ULTRA exhibits features that could make it a strong candidate to take over part of the missions currently performed by the MQ-9 Reaper. Particularly significant is its role in surveillance and intelligence gathering, where its long flight endurance offers a major operational advantage. In missions where carrying a heavy weapons payload is not the priority, but rather sustained time airborne, ULTRA could provide a distinct and potentially more economical solution.
Long flight duration, lower operational cost
The key advantage of ULTRA appears to lie in combining extended flight autonomy with lower operational costs. For intelligence, surveillance, and reconnaissance (ISR) missions, the ability to maintain prolonged flight can reduce the need for frequent aircraft rotations. This translates into lower manpower requirements, reduced operational strain, and potentially a lower total cost footprint. In a war environment where unmanned systems are deployed en masse and losses can be significant, the ability to field larger numbers of cheaper platforms takes on paramount importance.
Reaper losses fuel the search for a replacement
The question of replacing the MQ-9 Reaper has already moved to the center of American defense analysis. The National Interest recently examined the US Air Force's search for a successor in an article titled "Why the US Air Force Wants a Replacement for the MQ-9 Reaper." The growing pressure faced by the Reaper in modern military operations, along with recorded losses in the Persian Gulf region, have reinforced arguments for a lower-cost alternative. The requirement is no longer simply for an even more complex drone. It demands a system that can be mass-produced, stay aloft for long durations, and, if lost, not impose the same financial and operational penalty as a more expensive aircraft.
Is ULTRA the true successor to the Reaper?
Herein lies the main question. The capabilities of ULTRA, combined with the official statements of Troy Meink, strengthen the possibility that it represents one of the solutions under evaluation for the future of missions currently handled by the MQ-9. ULTRA appears particularly suited for operational profiles where extended range and low cost carry greater weight than heavy payload capacity. This does not mean a final decision has been reached to completely substitute the MQ-9 with ULTRA. Meink's statements alone do not prove that a specific successor to the Reaper has been finalized. However, they send a clear operational signal: the US Air Force is preparing for a new era of drone warfare, where platform quantity, cost-efficiency, and flight endurance will prove increasingly vital.
From high-cost drones to a massive fleet
The path outlined by Meink reflects a deeper shift in the operational philosophy of the US armed forces. The model of relying on a limited number of exorbitantly expensive and complex aircraft is being complemented by a vastly larger fleet of lower-cost options. MMAs, CCAs, and systems like ULTRA fit directly into this new strategic logic. If the US roadmap is realized as presented, by 2032 the USAF will operate a significantly larger volume of unmanned platforms capable of undertaking surveillance, reconnaissance, and strike roles. Within this new operational framework, the MQ-9 Reaper may face one of the most critical transitions in its service history: either acquiring a new successor or being relegated to specialized missions alongside a new generation of cheaper, mass-deployed drones.
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