Anduril Isn't the Only Private Defense Contractor Building Advanced Air Force Drones

The U.S. Air Force is planning a roughly $5 billion Massed Modular Aircraft (MMA) program to procure 500 lower-cost reconnaissance-and-strike drones by 2032, replacing MQ-9A Reaper missions. The service targets an MMA unit cost of about $10 million, versus an estimated $30 million per Reaper, and expects its first 100 aircraft by 2029. General Atomics and Swarm Aero are among the potential suppliers, while future production could exceed 500 units if Congress funds the program.

Analysis

The investable read-through is stronger for the unmanned-system supply chain than for LMT. A low-cost, attritable airframe shifts value away from exquisite platforms and toward mission systems: autonomy software, secure datalinks, sensors, electronic warfare payloads, propulsion, and scalable manufacturing. KTOS is the clearest listed pure-play beneficiary of a volume-oriented Air Force drone architecture; AVAV and LHX offer more diversified exposure to tactical UAS, payloads, communications, and counter-UAS demand. LMT benefits indirectly if autonomous systems extend the survivability and targeting utility of the F-35 fleet, but it is not an evident prime contractor on the prospective airframe award.

The crucial distinction is that a future fleet target is not a funded procurement program. Over the next 1-3 months, the tradeable catalysts are an RFI/RFP, FY28 budget-line creation, prototype awards, and evidence that the Air Force specifies open mission systems rather than contractor-proprietary architectures. A multi-vendor downselect would initially be margin-dilutive for smaller entrants because engineering and flight-test costs precede meaningful production scale; the market should not capitalize a headline fleet number before unit economics, production cadence, and sustainment terms are disclosed.

Contrarian view: the market may over-credit the airframe winner and under-credit components. A $10m target price leaves limited room for a traditional defense-prime cost structure, favoring firms with existing composite production, turbine supply, autonomy stacks, and reusable payloads. Conversely, affordability requirements could cap returns for the selected platform builder while expanding recurring content for LHX, RTX, and specialized private suppliers. The thesis fails if Congress funds higher-end CCA capability at the expense of a separate attritable fleet, or if operational testing shows that survivability requirements force unit costs materially above the target level.

Key Decisions for Investors

• Add KTOS to a 6-12 month catalyst watchlist; initiate only on a formal Air Force solicitation or funded prototype award. Size modestly because a multi-award structure can create early R&D drag; exit or reassess if management cannot identify funded program revenue and margin trajectory within two earnings cycles.
• Prefer a basket long LHX and RTX over LMT for the 12-24 month unmanned-volume theme: sensors, communications, EW, and propulsion can earn content across multiple platform winners. This reduces binary airframe-award risk; reassess if procurement language mandates government-furnished systems or sharply limits payload content.
• Do not buy LMT solely on this development. Maintain exposure only where F-35 production, sustainment, and autonomous teaming are independently supported; the upside is indirect, while a shift toward cheaper unmanned mass could constrain long-run demand for certain crewed-aircraft mission sets.
• Watch FY28 defense budget submissions and any cost-per-aircraft disclosure as the key validation event. A funded line item with quantities and a target unit price near the stated affordability threshold supports the supply-chain basket; a slip beyond the next budget cycle argues against pre-positioning.