The Marine Corps is giving infantry Marines a new kind of firepower: low-cost FPV one-way attack drones.
In this video, I visit Camp Lejeune to see the Neros Archer drone system in action — a $2,000 drone paired with a $3,000 modular payload that can turn it into a precision strike weapon, a flying claymore, or an anti-armor system.
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The Marines took an idea, bypassed the bureaucracy, build it into a real weapons system, and got it into the hands of operators in about a year.
That is insane. I have seen the Army take longer than that to get a part off backorder.
The Marine Corps didn’t wait around for the perfect system. They didn’t sit there waiting for the Pentagon to spend five years and a billion dollars trying to design the Ferrari of FPV drones. They took an 80% solution that exists right now and figured out how to make it useful, lethal, and supportable.
The Marine Corps Has Always Been Weird — In a Good Way
The Marine Corps has always had a culture of innovation, partly because Marines usually operate far from direct support.
If you are on a ship, or on some miserable island, or sitting at the end of a very long logistics chain, you have to get creative. You may not have the perfect tool. You may not have the perfect support package. You may not have the luxury of waiting.
So Marines have historically been pretty good at asking a simple question:
“How do we make this work with what we have?”
Marines helped pioneer close air support. They experimented with dive bombing during World War I and refined close air support in Central and South America.
They invented vertical envelopment and medical evacuation concepts using helicopters from ships.
They tested robotic pack mules before that was cool, even if that particular robot looked like someone built a drunk metal deer in a DARPA lab.
They helped push the MV-22 Osprey into existence: a plane that can take off like a helicopter, fly like an airplane, refuel in midair, and support raids and rescues over long distances.
So when the Marine Corps looked at first-person-view drones in Ukraine, the natural response was:
“How can this make us more efficient and effective killers?”
And that matters, because lethality has become a major theme in defense thinking. If something does not make the military better at closing with and destroying the enemy, maybe we should ask why we are doing it.
The Marine Corps appears to have taken that lesson seriously.
The Wrong Lesson from Ukraine
I have said before that one of my fears is that the United States might take the wrong lessons from Ukraine.
One-way attack drones are everywhere in Ukraine. But they are everywhere for specific reasons.
Neither side has been able to establish lasting air superiority, and Ukraine ran into artillery ammunition shortages early in the war. That created an environment where cheap drones became a substitute for other forms of firepower.
That doesn’t mean the next war will look exactly like Ukraine. Drones will matter. They will matter a lot. But I do not necessarily believe they will be used at the same cadence in every future conflict.
The United States military has aircraft. It has artillery. It has rockets. It has sensors. It has command-and-control systems that, when working correctly, can put a lot of steel on target. But there are still very specific cases where a small one-way drone makes a ton of sense.
Take the Army’s new M7 rifle. It fires a larger 6.8mm cartridge and is designed to reach out to around 800 meters. That is a lot of capability for an individual rifleman.
But there is a tradeoff. Bigger rounds mean heavier rounds. Heavier rounds mean you carry fewer of them.
So if you have a sniper or machine-gun position 800 meters away, why burn rifle ammunition trying to reach it if you can send a drone?
That is the theory behind the Neros Archer.
You are not replacing every weapon system. You are filling a gap. You are giving Marines a cheap, responsive, precise weapon that can reach farther than their rifles and react faster than traditional fire support.
Meet the Neros Archer
The program started just after Christmas, in January 2025. By February, the Marine Corps had settled on the Neros Archer.
Why? Because it was the first NDAA-compliant FPV drone available for this purpose.
If you are trying to arm a drone and bring it into the U.S. military inventory, compliance is not just paperwork. It determines whether you can actually buy the thing, field the thing, and support the thing.
The Archer is a low-cost FPV drone built with mass production in mind. The drone itself costs about $2,000 and has a range of around 20 kilometers.
Think about that for a second. For two grand, you can give a Marine company, platoon, or maybe even a squad the kind of long-range precision strike capability that used to be available much higher up the chain.
Add the weapons package, and the total cost goes up by about another $3,000.
So now we are talking about a roughly $5,000 one-way attack drone.
Five thousand dollars is still money. But compared to a Javelin, an artillery mission, an airstrike, or the cost of losing Marines because you could not hit a target quickly enough, it is cheap.
Very cheap.
The Flying Claymore
The payload system is where this gets interesting.
The weapon is basically modular. The warhead system uses a disk-like payload, and there are different options depending on what the Marines need.
There are directional anti-personnel warheads that essentially turn the drone into a flying Claymore mine.
If you are going after armor, there is a shaped-charge warhead using an explosively formed penetrator, or EFP. That is basically a copper liner formed into a high-speed projectile that can punch through armor.
But the most important innovation may not be the shape of the warhead.
It is how the Marines avoided waiting years for a custom munition.
Every munition in the U.S. military inventory has something called a DODIC number, which stands for Department of Defense Identification Code.
A 9mm cartridge has a DODIC. A Javelin missile has a DODIC. C4 has a DODIC. Blasting caps have DODICs. Getting a new munition into the system means testing, evaluation, safety work, manufacturing, logistics, and bureaucracy. That takes time.
So the Marines asked a very Marine Corps question:
“What if we used explosives and blasting caps that already exist in the inventory?”
Take C4 plastic explosive. Take a standard electric blasting cap. Put the C4 into an enclosure. Insert the blasting cap through the back. Attach the appropriate anti-personnel or anti-armor front end.
The fragmentation plate or shaped warhead contains no energetic material by itself, so it doesn’t need to be treated like a brand-new explosive munition in the same way.
The military already knows how to store, transport, and handle C4 and blasting caps. They already exist across the ammunition inventory.
That is the genius here. Instead of trying to create a perfect new munition from scratch, the Marines built a system around components the military already understands.
This is how you move fast.
The 80% Solution
I want to emphasize how important this is. The Marine Corps created a system that gets much of the effect of an engineered munition without waiting years for the perfect engineered munition.
Is it perfect? No. But that is the point.
A lot of Pentagon programs die because everyone wants the 100% solution. They want the perfect sensor, the perfect warhead, the perfect drone, the perfect software package, the perfect acquisition pathway, the perfect everything.
And while everyone is in meetings discussing the perfect thing, some 19-year-old Lance Corporal is sitting in a fighting position wishing he had something that worked right now. The Archer is not the perfect weapon. It is the good-enough weapon that exists today.
The Downsides
The Archer does have limitations.
The camera system is optimized for daytime use. It can be modified at the operator level for night use, but it is not optimized for that out of the box. That keeps costs down. It also uses an analog camera and control system rather than a digital one.
That may sound like a disadvantage, but it is more complicated than that. Digital video is cleaner until it is not. When digital fails, it can fail hard. You go from a clear image to nothing very quickly.
Analog degrades more gradually. You may get static, interference, or a worse image, but it can keep giving you something usable for longer. In some electronic warfare environments, that’s important.
The Archer is also a one-way system. Once it launches with explosives, the Marines do not plan to bring it back.
Technically, the operator can change the weapon status between enabled and armed, similar in concept to changing the condition of a rifle. But once the explosives are on the drone and the drone is launched, there is no practical way to remove those energetics in flight.
Because the system is relatively cheap, and because the risk of recovering a live explosive drone is not worth it, the Marines plan for every launched drone to either strike the target or go to a designated ditch site where it can safely self-destruct away from friendly troops.
How the Marines Use It
The Marine Corps is still experimenting with where this system belongs.
Is it a weapons squad asset? A platoon asset? A company asset? A battalion asset? Maybe all of the above, depending on the
mission.
Right now, the standard drone team is four Marines: two payload specialists, one pilot, and one team leader.
The payload specialists load the explosive and set the electronic safe-and-arm device before launch. The pilot flies the drone. The team leader assists with navigation, target selection, and overall employment.
The system can be employed by one or two Marines in an emergency, but the standard training model uses a four-person team.
The Marines also have not decided whether this should become its own MOS. Smaller drones in the Marine Corps have traditionally been flown by 7316 small unmanned aircraft system operators, but the service already has more Archer pilots than 7316s.
That tells you how quickly this is moving. The training for payload specialists is not just a quick PowerPoint brief, either. They use a crawl-walk-run methodology. Before touching a live kinetic warhead, payload specialists must execute eight rehearsals with zero procedural errors.
The Attack Drone 5-Line
The basic employment concept starts with a target.
That target might be spotted by another unmanned system, like a Stalker. It might come from Marines on the ground. It might come from some other intelligence, surveillance, and reconnaissance asset.
Once the target is identified, an attack drone 5-line is sent to the Fire Support Coordination Center, or FSCC.
That could be at the company, battalion, or MEU level. The Marines are still working out exactly where this process should live depending on the operational scenario.
The 5-line includes:
The observer identification.
The observer location.
The target location.
The target description.
Any restrictions, obstacles, or recommended approach.
Then the payload specialists prepare the drone and notify the launch crew that it is ready.
In the exercise I observed, the targets were two simulated tank targets. Two drones were launched. The first drone entered a holding pattern while the second drone got airborne. That matters because the goal was to strike both targets at the same time. That may sound simple. It is not.
Coordinating multiple one-way attack drones against separate targets while managing airspace, safety, timing, and target confirmation is exactly the kind of thing that separates a weapon from a toy.
The Drone Is Not the Story
The Neros Archer is interesting. But the drone is not the story. The story is that the Marine Corps moved fast. Marines identified a battlefield trend, avoided overcomplicating it, and built a usable weapon system in less than a year.
United States military has a bad habit of worshiping the perfect system that arrives too late, costs too much, and is too precious to risk. The enemy is not waiting for us to finish our acquisition cycle.
The enemy is watching Ukraine. The enemy is experimenting. The enemy is learning. The enemy is fielding cheap drones, cheap jammers, cheap sensors, and cheap weapons at scale.
I was proud of the Marines Corps because I saw Marines doing what Marines are supposed to do: figuring out how to kill the enemy faster, cheaper, and with the tools available right now.
That is how you win.
