Merlin, Inc., a Boston company listed on Nasdaq, announced the task order in a release dated Nov. 10. It follows the completion of the program’s preliminary design review and critical design review. The work it funds is the step between a finished design and hardware on an aircraft: flight control law tuning, human factors evaluations, failure mode testing and simulated flight-test dry runs, all meant to verify how the system behaves before anything is installed on a C-130J.

The order also covers the documents that a military flight test depends on. Merlin is to update test plans, procedures, verification matrices and safety assessments for government review ahead of ground testing, advance the cybersecurity assessment and paperwork required for an Interim Authorization to Test, and deliver an updated airworthiness plan to support flight test demonstrations. The release says completing these milestones moves the program closer to demonstrating Merlin Pilot on the C-130J.

Merlin Pilot is the company’s software and hardware kit for reducing crew workload across all phases of flight. The release describes a program with more than $100 million in indefinite-delivery, indefinite-quantity contract ceiling value with USSOCOM for C-130J autonomy. It does not say whether this task order is issued under that vehicle, though the figure suggests the $8.9 million is a slice of a larger ceiling rather than a standalone award.

The release leaves out most of what a buyer would want to know. It names no contracting office, task order number or period of performance. It does not say whether the $8.9 million is fully obligated or includes options, how many aircraft are involved, which unit will host the work, when the design reviews were completed, or when a flight demonstration is planned. Air Force Special Operations Command appears only in a photo caption. The government has not published a matching award notice that Autonomy Wire could find.

“This task order brings us closer to demonstrating how Merlin Pilot can reduce the demands on C-130J aircrews and expand the operational capacity of the aircraft,” said Matt George, Merlin’s chief executive and founder, in the release.

Autonomy bolted onto aircraft the services already own

The award fits a pattern Autonomy Wire has been tracking: military customers paying for autonomy as a layer on existing fleets rather than as a new airframe. On Nov. 6, the Air Force raised its funding for Joby Aviation’s autonomy software to nearly $37 million for expanded testing in the Pacific, after Joby flew a Cessna Caravan fitted with the system coast to coast without control inputs from its safety pilot. Merlin’s C-130J work is the heavier-lift version of the same idea.

SOCOM has also shown that it wants to own the autonomy core and let industry write to it. In October, PEO Fixed Wing ran a SOFWERX assessment for plug-in behaviors for FANTOM, its government-owned mission autonomy kit for Group 2 and 3 drones, and on Nov. 9 the command sought a helmet-mounted display for operators flying drones in the field. The Merlin order is a different model, a vendor system on a crewed aircraft, and the two approaches will coexist inside the same command.

For people who build flight autonomy, the milestones in this order are the ones that matter. Control-law tuning, failure-mode testing, an Interim Authorization to Test and an airworthiness plan are the gates that separate a software demonstration from a system a military unit can fly. Design reviews are the easy part; this phase is where programs slow down. For buyers, the retrofit model keeps the airframe, the training pipeline and the sustainment chain, and asks the software to earn its place one approval at a time. A flight on a C-130J is the test that counts, and the release does not say when it will happen.