I was doing research for a book I am writing on, and I explored this topic. Since using drones to commit terrorist actions hasn’t really been a thing yet, ( I decided my best place to research would be to drive down to a local remote controlled hobby shop near where I used to live and just ask a few questions. I had to introduce myself as an old Marine and Sci-Fiction writer before asking any of my other questions, because leading off with, “I’m interested in knowing how I could make a flying bomb.” would have probably not gone over so well. What the guy said amazed and terrified me, more so, his assistant who quickly developed a new respect for his nerdy boss.
What the conversation left me with was a firm understanding that terror drones will be a part of the future of warfare that the military is, unfortunately, going to have just as many problems with as we give to the bad guys. Here are a few of the key take aways that I have developed from the conversation with my friend at the hobby shop and my own experiences in Iraq fighting a counter-insurgency war.
We are taking about VBIEDs – Vehicle Borne Improvised Explosive Devices which, during my day, meant car bombs that were either parked or driven to places where they were used. In the future, we might start seeing these things in the air. A few things need to be kept in mind though when thinking about VBIEDs or IEDs of any kind.
The most important element for a terrorist weapon is the devastation it can inflict. During the Iraq War, that devastation was massive. That’s because the terrorists had access for much of the war to unused artillery rounds taken from Saddam’s Iraqi Army after the fall of his regime.
I’ve seen more Humvees leveled by these things than I care to remember. They are seriously massive communicators of destruction, but also, serious limiters of capabilities if we are talking about drones. Those things weigh around 40 to 80 lbs. Yes, it would be terrifying if one of those dropped from the sky (they are artillery shells after all), but there is no practical way for most drones available today that are terrorists (I’ll get to that in a minute) to carry something like that. Take Amazon’s plan to start droning things all over major cities. They are limited by weight because those adorable little propellers are not going to be able to carry something as massive as an IKEA bookshelf (between 40 to 80 lbs).
That means that the weapons are going to have to evolve, or at least become more potent. They aren’t going to be able to carry massive bombs capable of doling out huge earth shattering explosions. They are going to need to carry smaller explosives. That doesn’t mean they will be less deadly. No, in the future it might be possible to load up pipe bombs, smaller IEDs, loaded with shrapnel in the form of screws, bolts, nails. This weapon doesn’t level buildings or destroy armored vehicles like the above option did, but it has the ability to brutally maim people who are close enough to the blast, making them visual advocates and symbols for the depravity of the terrorists for years to come. Drones carrying these could fly it directly into a crowded restaurant, through the window of a politician’s office, or even over the stands of a crowd at a sports stadium.
Cost is king for weapons manufacturing, as with anything. Terrorists aren’t going to have the multimillion funds that first world nations do to produce highly sophisticated weapons like the Reaper or Global Hawk drones used by the Americans, nor will they have their $80,000 Hellfire missile. Terrorists run on shoestring budgets and they’ve done quite well at it.
Part of my conversation with the hobby shop guy dealt with cost. I had a design for a terror drone and he made me realize just how bad an idea it might be. For example, for the situation above that required a pipe bomb in a stadium, you would need at least a few thousand dollars to make such a weapon. That sounds like nothing compared to the costs of creating the F-35 Strike Fighter, but when you think about the volume that terrorists need to create the terror effect they desire, those costs are extremely prohibitive. Take the below for example. These are estimates on the number of rocket attacks which were delivered from the Hamas terrorist organization.
It can be a lot. Below is Iraq. Terrorists are featured in red.
As I said, when you deal with high volume operations, unit costs can be prohibitive. In the Hamas/Israel example, one of the most used rocket designs, the Qassam, can be built for as little as $800 American. Considering what that can do with it’s 9 pound warhead over a 17 mile range, that’s a pretty good deal.
But to produce a drone, like what we think of as drones that can carry the kinds of warheads we are talking about will be much more. Some tech analysts have stated that the Prime Air drone (Amazon) could run as much as $50,000 a piece to deliver a 5 lbs “package” to anywhere within 10 miles (in under 30 minutes though!). That is way too much for a sensible terrorist to ever consider paying, especially when you consider that if those things are near enough to the ground, they are getting shot down by everything from surface to air missiles to slingshots.
What my colleague instead suggested would be something akin to balsa wood gliders. Balsa wood is an incredibly light and cheap material used for toy planes and RC hobbyists. Taken from the hands of children and old men, though, these tools could be used to some devastating effect. They are made of cheap materials which are widely available. You can even buy them in kits. Once they reach altitude, they don’t have to use the engine for guidance and can glide silently to their terminal destination. And lastly, they are small, made of light materials, and slow moving. I am not an expert on radar, but that scary. It sort of sounds like a large bird.
I’ll provide this as a proof of concept. Note that the vast majority of the cost of this plane goes into its aesthetics and ensuring it can be recovered, both unnecessary for a suicide drone. It’s also important to know that the RC – Remote Controlled – element isn’t necessary. All flight paths can be programmed into modern systems.
One of the things that has prevented more people from suffering the threat of terrorism is the complexity involved in various systems. Bombs are pretty complicated to build and not just anyone can make one. Since, historically, terrorists have had two main pools of recruiting to choose from, fanatics and the unemployed, rocket scientists have not been easy for the average terrorist leader to come by. Most of the time, a few key bomb masters, such as an Algerian chemistry student who joined against the French forces in the Algerian War, are the leaders of the munitions manufacturing process. When they are killed, they take with them large amounts of the enemy’s capability to do harm. If they don’t leave quality apprentices, then the movement may have been ended with the death of only one man. Usually, those individuals who carry on in the master’s footsteps are less capable in most regards.
Take colloquially, the example of Jesse Pinkman.
In the show Breaking Bad, a brilliant chemist, Walter White teams up with scumbag degenerate methhead Jessie Pinkman in a scheme to cook meth. In the early part of the show, it is comical to see how inept Jessie actually is at the science of cooking. Walter bestows his knowledge and by the time that the series ends, Jessie is an expert of cooking meth as good as Walter’s.
There is a point to be made here, though. Even at the end of the show, Jessie isn’t as good at cooking than his teacher Walter. Even after a year of intensive training, he is only an expert of cooking Walter’s way. He will forever lack Walter’s exercise in the science of chemistry which would allow Walter to produce many, many other kinds of recipes, if he chose. Jessie may know the way he was taught, but could never produce alternative products or where he wasn’t allowed to use quality materials and processes similar to his teacher’s. He can’t improvise like Walter could.
Wow, that was tangential example, but it serves the point that complexity in operations is an extremely limiting factor. You take the few evil geniuses out, then their apprentices are left without the ability to improvise on parts, resources, implementation, or usage because they came into the act of making bombs as a terrorist who only cares about killing and not as a lifelong scientist who then joined a terrorist operation.
Now let’s take that bomb and stick it in a drone. The first obvious problem is that you are going to need people who can build and service drones, something very few people know how to do yet. The information is out there and growing in the RC communities, but it still isn’t a respected art form in the terrorist world. So let’s say we take out a few of the engineers who know how to make the birds fly. That will be a setback for them. Let’s say instead, we take out the guy who knows how to program them on their automated missions. That’s a major setback. Let’s say we take out the guy who knows how to build the warheads. That’s a huge setback because now the other two are demoted down to nerdy RC enthusiasts. Now, let’s say that they have all these geniuses rolled up into one. How replaceable is that guy? How long before he can pass off what he knows? How hard would it be to disrupt the communication networks he possesses? How devastating would killing that one guy be? Would his people be able to adapt?
Depending on the complexity, not often, but in some cases, yeah. In the case of the Amazon Death Drone, no. What happens if the terrorists are cut off from making the engines that powers the propellers? What happens if the application they use to pilot the drone is brought down? What if the chemical they use to either fuel the thing or build the bombs gets internationally outlawed or embargoed? As I said, will they be able to adapt, or a better question, how many compromises will these people be able to make before the weapon is no longer lethal?
The fact is, terrorists have to keep weapons system as simple as possible or they can’t replicate their processes. For a terrorist organization to work, it can’t revolve around the genius of a few masterminds. It needs to be weapons that can be produced by many people, even those with very little education. Pinkman could keep a drone program up for a while, but eventually, he wouldn’t be able to adapt to circumstances and changes in the environment in the way that Walter White would.
Sorry, I spent way too long making that point. There are, however, alternatives that are simpler than what we normally think of as drones. These methods already have abundant supplies and designs in existence for the would be terrorist to experiment with and provide the flexibility he needs to do terrible things. The hobby shop guy I talked to was really adamant about the balsa wood, enough I realized he’s thought of this before.
What do I see happening?
I hypothesize for my story that weapons like the one pictured above, (yep) may be loaded with apps created with the purpose of using GPS enabled phones to autonomously steer planes like this. Being that DARPA, the Defense Advanced Research Projects Agency, is, this feat might actually not be as complex as think. Thanks DARPA. Once in flight these planes, perhaps a few hundred dollars a piece up to the point, might be capable of being loaded with small pipe bombs or, more practically, napalm. Napalm is any chemical that has two qualities, it is very sticky and it will burn a long time. Napalm is also extremely cheap, made from readily available materials anywhere, and easy to use. There are even recipes all over the internet that will make you sad about humanity. Being that the plane itself becomes part of the warhead using napalm, it will literally be a weapon raining fire from the sky. En masse, that can be a weapon that is devastating, cheap, and easy to use.
Oh, and if you were keeping track, the military definition for this a cruise missile, but thanks to the advances in modern military technology, available to just about anyone for only $500. Enjoy the future.
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