Having an FPV goggles-wearing marine pilot squeeze a palm-sized aircraft into a doorway is no longer a novelty. The Marine Corps has initiated the process of transforming that ability into a repeatable, recorded capability, a capability that is intended to provide small parties with its own precision strike capability, in instances where the heavier fires are unavailable, delayed or too conspicuous.
The Small Attack Drone Operators Course is a certification Marines have been trained on at Camp Pendleton to train them on attack drones in the first-person-view, focusing on target discrimination, low-altitude navigation, or mission planning, and maneuver coordination. This is not merely to end up with superior pilots; it is to shorten the sensor-to-shooter cycle so that squads and platoons can sense, reason and attack without having to seek approval at higher levels.
The Neros Archer has served as the training center, and this is why the central training platform is the Neros Archer. During the lessons, teachers subject Marines to situations that simulate cluttered ground, timeliness and an appearance of threats during flight through a live video feed. The FPV strategy changes the task of the operator to not pilot an aircraft but to maneuver a weapon through a particular challenge and that learning emphasis means the ability can be applied at the tactical level and not stored in a special workshop.
That focus on scale and standardization can be seen in “GUIDANCE FOR THE FIELDING of the NEROS ARCher” (MARADMIN 416/25), as signed on Sept. 4, 2025. The message contextualizes the service as having a “rapidly increasing its fielding of attack drones,” and its focus on expanding the training capacity of trainers in an interim solution as a larger training system is developed. Formal framework of lethal tactical use has been defined as still pending approval with the operations of live strikes under case-by-case assignments awaiting official instructions to be issued.
In the short term, the Corps has adopted a train-the-trainer concept: trainers provided by OEM-led instructor courses now produce unit-level Attack Drone-Instructors who then certify Attack Drone-Operators on TECOM-approved material. The identical message directs commanders to the “LIFTOFF” simulator, which is run on the Marine Corps Common Virtual Platform, as an example of developing an initial proficiency level before flying in reality- an appreciation that capacity depends on throughput, rather than equipment.
Cross training is also intentional. To generalize the use of FPV beyond the scope of one career group, marines who represent various occupational specialties like grenadiers and anti-armor gunners have been taken through the course to make its use normal. That is reflective of language in the Force Design update that explains an infantry squad design that introduces “an added precision fires Marine to operate our small lethal drones,” and has squad formation to the future in which unmanned systems would be a normal, not a special occurrence.
The background driver is the battlefield learning cycle, which has become sustained in Ukraine and in which FPV drones emerged as a tactical instrument and as a means of adaptation to electronic warfare. The Marine course emphasis on survivability, signal exposure control, and quick-sustenance operations, such as battery discipline, repairs, configuration, etc., does not position drones as a high-value aviation product, but rather as a consumable with maintenance literacy needed at the frontline.
The bigger picture is that FPV drones are undergoing institutionalization as an “organic fires” layer, which can be adapted to dispersed, littoral operations, and expeditionary limitations. This puts the same emphasis on pipelines training, range policy, documentation within systems such MCTIMS and tactics development- not on airframes. The defining variable as the Marine Corps ramps this capability up is the ability to generate competent operators at an acceptable rate, incorporate drones into infantry fighting rhythm, and remain effective in a spectrum-contested environment where unmanned superiority can be reduced as fast as software can be coded.
