The newly established robotic and autonomous systems office within the Department of the Navy has officially launched its search for advanced industry partners to supply cutting-edge cargo drones for the United States Marine Corps. As part of this major push to modernize tactical logistics, officials have announced plans to host a comprehensive live demonstration event early next year, providing a direct pathway for defense innovators and small businesses to secure lucrative prototype agreements.
The upcoming event, designated as the Tactical Resupply Unmanned Aircraft System (TRUAS) Increment II Cargo UAS Industry Demonstration, is scheduled to take place in Huntsville, Alabama. The multi-week evaluation window will run from the weeks of January 25 through February 5, 2027. Sponsoring the initiative is the DRPM RAS 4.0 Air Warfare Program Management Office, operating out of Naval Air Station Patuxent River in Maryland. The formal solicitation was posted publicly on SAM.gov, signaling the Navy’s aggressive intent to accelerate the acquisition of unmanned capabilities tailored to modern expeditionary warfare.
This high-profile demonstration marks one of the very first public-facing industry calls issued by the Direct Reporting Portfolio Manager for Robotic and Autonomous Systems (DRPM RAS) since the Navy formally established the office in August. Acting Secretary of the Navy Hung Cao spearheaded the creation of this specialized organization to streamline and integrate the development, requirements generation, and overall acquisition lifecycle of robotic and autonomous systems across the entire department.
Historically, military acquisition practices involving emerging autonomous technologies have faced criticism for being fragmented and slow. To remedy this, the newly formed portfolio office was deliberately modeled on the Navy’s highly successful DRPM for submarines. By centralizing authority and oversight, the office aims to eliminate bureaucratic delays that have historically hindered the rapid delivery of critical capabilities to the frontline, while simultaneously simplifying the engagement process for private-sector defense contractors and commercial innovators alike. Christopher Miller currently leads the initiative, serving as both the acting DRPM RAS and the acting portfolio acquisition executive for robotic and autonomous systems.
When the Navy formally announced the creation of the office in August, Miller emphasized the strategic imperative driving the structural overhaul. To maintain the United States Navy and Marine Corps as the most lethal and technologically advanced maritime force in the world, the military must fundamentally improve and accelerate how it partners with industry. The overarching goal is to rapidly develop, mature, and deliver the next generation of warfighting capabilities directly into the hands of service members who need them most.
TRUAS Increment II Mission and Requirements
The TRUAS Increment II program is directly tied to the Marine Corps Unmanned Logistics System – Air (ULS-A) mission set. The primary objective is to field a reliable, organic aerial distribution capability dedicated to small-unit logistics. Specifically, the technology must master the challenging operational demands of the "last tactical mile," a critical logistical bottleneck during Expeditionary Advanced Base Operations and Distributed Operations.
The Marine Corps has already laid foundational groundwork in this technological domain, having previously contracted Near Earth Autonomy to develop a specialized logistics drone under the Marine Air-Ground Task Force Unmanned Logistics System – Experimental (MARV-EL) initiative. TRUAS Increment II builds upon these foundational efforts by pushing industry to deliver more robust, highly capable, and fully autonomous aerial resupply platforms.
To meet the stringent operational demands outlined by the Navy, prospective aircraft must adhere to specific size, weight, and performance metrics. The service has expressed a clear preference for platforms with a maximum gross takeoff weight capped at 350 pounds. During the evaluation in Huntsville, participating industry teams will be required to demonstrate comprehensive operational workflows, beginning with ground setup, thorough flight preparation, and rapid refueling procedures, followed by a series of up to five rigorous autonomous flights.
The flight testing protocol is designed to rigorously stress the capabilities of each candidate platform. In the first required flight mission, every participating aircraft must lift a substantial 100-pound payload, transport it across a distance of 40 nautical miles, successfully release the cargo at the designated destination, and then complete the return journey of 40 nautical miles back to the original launch site.
The second required flight mission scales up the payload weight while shortening the transit distance. For this evaluation, the aircraft must lift a minimum payload of 150 pounds, fly 10 nautical miles to a drop zone, release the cargo, and return to the launch point. Crucially, neither of these mandatory flight profiles permits mid-mission refueling, placing a heavy premium on propulsion efficiency, battery or fuel management, and overall aerodynamic design. Following the successful completion of these mandatory evaluations, participants will be granted the opportunity to execute up to three additional flights to showcase ancillary capabilities, advanced safety features, or unique operational advantages.
Beyond range and payload thresholds, the Navy has established strict flight and deployment parameters. Candidate aircraft must maintain a transit speed of 50 knots or greater while operating at altitudes no higher than 1,000 feet above ground level. Furthermore, the systems must possess true independent expeditionary utility, meaning they must be capable of launching and recovering without the assistance of external mechanical infrastructure such as catapults, launch rails, recovery nets, or arresting cables. To ensure safe integration into shared airspace during operations, every participating drone must also be equipped with an onboard transponder featuring at least Mode 3/C capability.
Path to Prototype Awards
The forthcoming demonstration in Huntsville serves as a critical competitive gateway. Following the conclusion of the flight evaluations, the Navy retains the option to award one or more Other Transaction prototype agreements under the authority of 10 U.S.C. § 4022, or alternatively, to make no awards at all depending on the outcome of the demonstrations.
Government evaluators will systematically rank competing aircraft based on their demonstrated performance against established key performance parameters and key system attributes. Companies that are ultimately selected for prototype development agreements will be required to maintain or join membership in the Naval Aviation Systems Consortium to remain formally eligible for contract execution.
A successful transition through the prototyping phase carries significant long-term potential for participating vendors. Under federal acquisition pathways, a successful prototype contract can potentially lead directly to a follow-on production agreement without requiring a secondary, highly competitive solicitation process. Additionally, as part of broader defense technology sharing initiatives, the Navy may elect to share relevant flight and performance data gathered during the demonstrations with the Army-managed Drones.Mil Marketplace, potentially expanding the market visibility of participating firms across other branches of the armed forces.
In a deliberate effort to foster innovation and inject commercial agility into the military supply chain, the Navy is actively encouraging submissions from nontraditional defense contractors, technology startups, and small businesses that might not typically participate in traditional defense procurement cycles.
Interested applicants must prepare and submit a comprehensive three-to-five-page white paper alongside a detailed technical questionnaire through the Naval Aviation Systems Consortium portal. The submission deadline is firmly set for 11:59 p.m. Eastern Time on November 30, 2026. Prior to the submission deadline, technical questions from prospective participants must be formally submitted by November 13. Following a thorough review of all proposals, the Navy plans to notify selected industry participants by December 18, officially greenlighting their participation in the early 2027 demonstration. Comprehensive documentation and further administrative guidance regarding the solicitation remain accessible to registered defense industrial base partners through SAM.gov.
