The British Army is currently patting itself on the back for selecting four firms to develop "loitering munitions" and "autonomous wingmen" for the AH-64E Apache. The press release reads like a techno-optimist’s fever dream: cheaper platforms, reduced risk to life, and a force multiplier that makes one pilot the master of a digital swarm.
It is a fantasy.
The MOD is chasing a solution to a problem they haven't admitted exists: the attack helicopter is becoming a legacy platform in high-intensity conflict. Adding a few expensive, radio-linked drones to a $50 million helicopter isn't "innovative." It is a desperate attempt to keep a 1970s doctrine alive in a world of ubiquitous electronic warfare and $500 first-person view (FPV) drones.
The Bandwidth Bottleneck
The biggest lie in the "Loyal Wingman" concept is the idea of seamless autonomy. High-ranking officials talk about these drones as if they are psychic companions. In reality, every single drone added to an Apache’s screen increases the cognitive load on the crew.
The Apache crew is already saturated. They are flying at 50 feet, dodging power lines, monitoring thermal signatures, and managing weapon systems. Now, the MOD expects them to act as air traffic controllers for a swarm of semi-autonomous drones.
When the jamming starts—and it will start within seconds of crossing the forward line of own troops (FLOT)—that "autonomous" link becomes a liability. If the drone loses the link, it either orbits uselessly (a sitting duck) or returns to base (a wasted asset). If the link is maintained but degraded, the pilot spends more time fighting the interface than fighting the enemy.
The Cost Curve is Upside Down
The industry likes to call these drones "attritable." That is a polite way of saying "disposable." But look at the four firms selected: we aren't talking about garage startups building plywood drones. These are defense primes and specialized engineering houses.
By the time you add:
- Hardened GPS/GNSS anti-jamming modules.
- Encrypted, high-bandwidth datalinks.
- Multi-spectral sensor suites.
- Turbine or high-end electric propulsion.
The "cheap" wingman starts costing $1 million to $2 million a pop. If you lose five drones to a single Pantsir or Tor system, you’ve just vaporized $10 million to save... what? An Apache that shouldn't have been there in the first place?
We are seeing a massive divergence in the theater of war. On one side, you have ultra-cheap, "dumb" drones used in massive quantities. On the other, you have gold-plated exquisite systems. The UK is trying to build a middle ground that captures the weaknesses of both: too expensive to lose, yet too fragile to survive.
The Ukraine Reality Check
Every "expert" claiming that autonomous wingmen are the future of the Apache needs to explain why attack helicopters have been relegated to "toss-bombing" unguided rockets from miles behind their own lines in Ukraine.
Modern Integrated Air Defense Systems (IADS) have made the traditional "pop-up" attack suicide. A drone flying alongside an Apache doesn't fix the fact that the Apache itself has a massive radar and thermal signature. In fact, a wingman likely increases the electronic footprint of the formation. You are literally screaming "Here I am" to every SIGINT (Signals Intelligence) collector within 100 miles.
The Autonomy Myth
We use the word "autonomous" far too loosely. True autonomy means the drone can identify, categorize, and engage a target without human intervention. International law and Rules of Engagement (ROE) currently make this a political non-starter.
This means there is always a "man in the loop." That man is the pilot.
If the pilot has to authorize every strike, the drone is just a very long, very expensive sensor stalk. We already have that. It’s called the Longbow radar or the MQ-1C Grey Eagle. Adding "wingmen" to the mix just complicates the kill chain. It doesn't shorten it.
Stop Fixing the Apache
The real contrarian take? We should be moving away from the manned attack helicopter entirely for the scout/attack mission.
The Apache is a magnificent piece of engineering, but it is a product of a time when the biggest threat was a Soviet tank column, not a $20,000 loitering munition that can loiter for six hours and strike with surgical precision.
Instead of spending hundreds of millions trying to make drones talk to Apaches, we should be spending that money on:
- Ground-based long-range fires: Why fly a $50 million target to within 8km of a tank when a HIMARS or a ground-launched small diameter bomb can do it from 70km?
- True Attritable Swarms: Thousands of $5,000 drones, not four $2 million "wingmen."
- Electronic Warfare Suites: Making our existing assets invisible is more valuable than giving them a robotic buddy.
The "Safety" Fallacy
Proponents argue that wingmen keep pilots out of harm's way. This is a half-truth. While the drone might go into the "hot" zone first, the Apache still has to be close enough to maintain a low-latency line-of-sight datalink.
If you are within 20km of the target to control your drone, you are within the engagement envelope of modern S-300 or S-400 variants. You aren't safer; you’re just distracted.
I have watched defense programs burn through billions because they were "too big to fail." The Apache wingman project has all the hallmarks of a sunk-cost fallacy. We have the helicopters, so we feel we must keep them relevant.
We are bolting iPads onto horses in 1914.
The Wrong Questions
People ask: "How many drones can one Apache control?"
The real question: "Why is there an Apache in the loop at all?"
People ask: "What sensors will the wingman carry?"
The real question: "Can the wingman survive a $100 signal jammer bought on the dark web?"
The UK MOD is betting on a hybrid model that assumes we will have the luxury of air superiority. That is a dangerous assumption. In a contested environment, the "wingman" isn't a force multiplier. It is a leash that ties the drone to a vulnerable, manned platform and ties the pilot to a screen when they should be looking out the window.
The firms selected for this contract will produce some impressive flight demonstrations. They will show drones following an Apache in clear weather over a controlled range. The investors will cheer. The generals will get their promotions.
Then, in the first week of a real peer-to-peer conflict, the datalinks will go dark, the "wingmen" will fall out of the sky or fly into hills, and the Apache pilots will realize they are just as vulnerable as they were in 1991, only now they’re $200 million deeper in the hole.
Stop trying to save the helicopter. Start building the force that replaces it.
