--- title: "Democratization of military power - proliferation of cheap weapons" date: 2026-09-13 description: " A $400 FPV drone. A $50,000 Shahed. A warship sunk for $300,000. How cheap drones have overturned the economics of war — and who pays the price." author: "Petru Cojocaru" categories: - name: "Historical Similarities" url: "https://cojocarupetru.info/historical-similarities.md" --- # Democratization of military power - proliferation of cheap weapons **Cheap War. How Drones Changed the Rules.** **Sun Tzu** clearly explains military rules based on the numerical ratio of armies and emphasizes that a direct attack requires significant numerical superiority to guarantee success without destructive losses. **The drone practically nullifies this rule.** --- There is a moment at which a technology ceases to be a novelty and becomes the infrastructure of reality. The internet crossed that threshold somewhere around the year 2000. The smartphone, around 2012. The military drone is crossing it now, in plain sight, while we scroll through explosion footage on TikTok and marvel at the precision of the pixels, without quite grasping what is shifting beneath the surface of the image. What is shifting is simple and brutal: war has become cheaper. Not in a human sense — death remains as final and as costly for the family and the person who suffers it. But in the industrial, logistical, and economic sense — an actor with a few thousand dollars can today destroy a five-million-dollar tank, a twenty-million-dollar warship, a several-hundred-million-dollar air-defence battery. The classical ratio between cost and effect, which great military powers have long wielded as the argument for their supremacy, has inverted. And this inversion is not a footnote in military science. It is a geopolitical, economic, and moral event of the first order, with consequences your generation will live through directly. Mine happens to be in Romania, though the coordinates hardly matter: the logic applies equally from Kyiv to Taipei, from the Red Sea to the Baltic. This piece attempts to unpack that transformation layer by layer — from the brief history of military drones to the absurd economics of interception, to the implications for small states, non-state actors, international law, and the underlying question of what kind of world we are building when the means of armed violence become accessible to anyone with a bank card and an internet connection. --- ## A Brief History of the Military Drone: From Imperial Luxury to Mass Tool The first era of modern military drones — roughly 2001 to 2015 — was an era of American exclusivity. Predator, Reaper, Global Hawk: platforms costing tens of millions of dollars apiece, operated by specialist ground crews, dependent on dedicated satellite infrastructure, sustained by command-and-control architectures that only the United States, and a handful of privileged allies, could afford. The drone in this period was an instrument of refined imperial power: it struck with surgical precision in Pakistan, Yemen, and Somalia, with none of the political risk of troops on the ground. It was a technology of remote assassination wrapped in the language of "precision" and "reduced risk." That first era produced a perception which proved quickly wrong: that the drone was a tool of the wealthy, of advanced military technocracy. A comfortable illusion, which exploded — literally — in 2020, in Nagorno-Karabakh. Azerbaijan deployed the Bayraktar TB2 — a Turkish attack drone costing a few million dollars apiece, not tens of millions — and the Harop, an Israeli loitering munition, to destroy the Armenian armoured force, one of the best-equipped in the region, in a matter of weeks. They filmed everything with the drones' own cameras and published the footage on YouTube. The military world understood in forty-four days what defence analysts had argued theoretically for years: the drone was no longer the exclusive preserve of superpowers. It was a tactical weapon available to any state with a moderate defence budget and political will. The second era was ending before anyone had fully understood what it had brought. The third era began in Ukraine in 2022 and continues now, more intense than ever. Its logic is radically different from the eras before: not precision and scarcity, but mass and cheapness. Ukrainians built a domestic FPV drone industry — First Person View, meaning drones piloted with virtual-reality goggles and real-time video feedback — within months, at unit costs of between $300 and $1,500. Russia received Shahed drones from Iran — kamikaze vehicles with ranges of thousands of kilometres — at estimated prices of $20,000 to $50,000 apiece. Both sides launched improvised maritime drones against warships worth hundreds of times more. Annual production shifted from a few hundred to several hundred thousand units. If the first era of drones was about surgical assassination, the third is about industrial attrition. And industrial attrition has its own economics, as important to understand as the economics of any conventional war. --- ## FPVs and Kamikazes: When the Anti-Tank Missile Was Made Redundant Let us be concrete, with numbers. A Javelin system — the American anti-tank missile used extensively in Ukraine — costs approximately $178,000 per unit. It is an extraordinary weapon, with remarkable precision and a proven track record. The problem is that each launch costs $178,000, resupply logistics are complicated, operator training is lengthy, and global stocks are finite. A Ukrainian FPV drone costs between $400 and $1,200 and destroys the same target — a tank, an armoured vehicle, an ammunition depot — with a comparable success rate, and in some configurations a higher one, because it can be guided actively all the way to impact and can evade the defensive manoeuvres of the target vehicle. The cost-per-kill ratio for FPV drones in Ukraine, documented by Defence One analysts and the Center for Strategic and International Studies (CSIS) from battlefield data, is estimated at between 1:100 and 1:300 compared to the equivalent in conventional munitions or modern-generation anti-tank missiles. The implication is not that the Javelin becomes useless — it retains clear advantages in certain scenarios, including range and independence from a continuous video link. The implication is that the FPV drone has democratised anti-armour capability. A group of fighters with relatively limited training, a few thousand dollars' worth of commercially sourced components — airframe from AliExpress, camera from Alibaba, control electronics from a civilian drone shop — can destroy modern military hardware worth millions. This changes not only the economic calculus of war, but the political calculus of power imbalances. Shahed-type kamikaze drones — also designated OWA, for One-Way Attack — introduce a different logic: not the precision of a single strike, but the saturation of a defensive system. A Shahed costs, according to multiple open-source estimates and CSIS analyses, between $20,000 and $50,000. A Patriot interceptor costs between $3 million and $6 million. An SM-2 interceptor costs approximately $2 million. The logic is simple and devastating: if you fire 100 Shaheds in a single wave, your adversary spends between $200 million and $600 million on interceptors to shoot them down. You have spent between $2 million and $5 million. Even if 95 of the 100 are intercepted, the five that get through cause real damage. And you do this every week. Defenders know this. NATO knows this. Solutions exist — cheaper interceptors, laser systems, electronic warfare — but for now, the economics favour the attacker. This is the fundamental asymmetry that the cheap drone has introduced into the twenty-first-century military equation. --- ## Ground Drones: The War That Comes on Foot, Driverless If aerial drones have received the attention of the press and the public, ground drones remain a quieter chapter of the same revolution. But quiet does not mean unimportant — it means the transformation is slower, more gradual, and for precisely that reason harder to counter before it has already arrived. Unmanned Ground Vehicles (UGVs) have appeared in military arsenals for decades: bomb-disposal robots, reconnaissance platforms for nuclear or chemically contaminated zones, logistical transport systems. Nothing spectacular, nothing that fundamentally altered military doctrine. Until Ukraine. In Ukraine, both sides rapidly improvised remotely controlled ground vehicles: for transporting ammunition along fire-exposed trenches, evacuating the wounded without exposing medics, placing mines in otherwise inaccessible locations, and reconnoitring tunnels and fortified defensive positions. Some were simply modified commercial vehicles — ATVs fitted with cameras and radio systems, controlled by gaming joysticks from a distance. Entry cost: a few thousand dollars. More strategically interesting are ground attack systems — vehicles carrying explosive payloads, guided toward enemy positions. Ukrainians have tested multiple such platforms for trench assaults, particularly on sectors where artillery cannot eliminate all firing positions and where infantry would suffer catastrophic losses in a direct assault. The logic is identical to that of the FPV: you sacrifice a cheap platform instead of a person or an expensive armoured vehicle. The doctrinal implication is profound, even if less visible to the public: "the last hundred metres" — the most dangerous tactical space in a war of trenches, the ground between your own line and the enemy's — can now be partially automated. Not fully, not without serious technical problems, not without terrain limitations and electronic jamming. But partially. And partially may be enough to radically alter the ratio of human casualties, which is, in the end, the political fuel of any protracted war. In the medium term, the integration of AI into UGVs — autonomous target-recognition systems, navigation in jamming-dense environments, semi-autonomous engagement decisions — raises ethical questions that the chapter on international law will address. But already, even in their current primitive form, ground drones complete the "saturation ecosystem" that aerial drones have created: the enemy can no longer concentrate forces without being detected and struck from the air; can no longer advance without being intercepted by ground systems; can no longer maintain logistics without being attacked along the routes. Multidimensional saturation replaces classical numerical superiority. --- ## The Black Sea and the Red Sea: When a Multi-Million-Pound Warship Falls to a Drone Worth Tens of Thousands Maritime drones — surface vessels (USV, Unmanned Surface Vehicle) and underwater craft (UUV, Unmanned Underwater Vehicle) — are perhaps the most dramatic illustration of the inversion of traditional military economics. Begin with Ukraine. Russia's Black Sea Fleet, built and maintained at a cost of tens of billions of dollars, has suffered losses without precedent in the face of improvised Ukrainian maritime drones whose unit production cost is estimated at between $50,000 and $300,000. The cruiser Moskva — the fleet's flagship, the symbol of Russian naval power in the Black Sea — was sunk in April 2022 by Neptune missiles. Subsequently, several Russian warships were damaged or sunk by Ukrainian USV drones: landing craft, corvettes, supply barges. The Black Sea Fleet withdrew a significant portion of its vessels away from Ukrainian ports and out of drone range. A fleet that was meant to dominate a maritime basin and sustain the logistics of an amphibious invasion was strategically paralysed by an adversary that did not possess a single comparable surface warship. The cost ratio is grotesque: a Russian Ropucha- or Alligator-class landing ship is valued at between $50 million and $100 million. A Ukrainian MAGURA V5 maritime drone — confirmed in multiple attacks — costs an estimated $250,000 to $300,000. An approximate ratio of 1:300 in the attacker's favour. The Houthi case in the Red Sea adds a global dimension. Since October 2023, Houthi rebels from Yemen — Iranian-backed but with significant autonomous capabilities — have attacked hundreds of commercial and military vessels in the Red Sea and the Strait of Bab el-Mandeb, one of the most critical global trade routes. The anti-ship ballistic missiles, kamikaze drones, and USVs they have deployed are Iranian technology at marginal cost relative to the damage produced: elevated maritime insurance premiums, the rerouting of thousands of ships via the far longer Cape of Good Hope route (two to three additional weeks per transit), and the disruption of global supply chains. Research from the Kiel Institute estimated that Suez Canal traffic fell by fifty to sixty per cent at the peak of Houthi attacks, with direct effects on global maritime freight prices — and thus, indirectly, on consumer prices. The strategic implication for a potential conflict over Taiwan is enormous. A Chinese amphibious invasion — the scenario around which virtually all American strategic thinking in the Pacific is structured — requires hundreds of landing ships, landing craft, and complex naval logistics. All of these become extremely vulnerable targets for maritime drones, smart mines, and anti-ship missiles at marginal cost. It is not clear that such an invasion is impossible. It is clear that its human and material cost becomes radically higher than any previous strategic calculation assumed, and that the probability of a naval disaster on the scale of the Moskva, multiplied to the dimensions of a full-scale conflict, significantly alters the calculations in Beijing. Nobody knows with certainty how a swarm of five hundred maritime drones would behave against the defensive systems of an American carrier group. But nobody can any longer pretend it is not a serious question. --- ## The Absurd Economics of Interception: The Bottomless Pit There is a fundamental economic principle underlying the drone revolution — articulated awkwardly by politicians and generals, and more precisely by analysts at Defence One, *The Atlantic*, and the European Policy Centre: **the cost-exchange ratio has inverted in favour of the attacker.** Let us unpack what this means in practice. A Patriot air-defence system costs approximately $1 billion per battery, with interceptors at $3 to $6 million apiece. THAAD — the American high-altitude intercept system — costs approximately $800 million per battery, with interceptors at $11 to $12 million apiece. SM-2 and SM-6 systems, launched from naval destroyers, cost $2 to $4 million per interceptor. These are the current leading-edge capabilities of Western air defence. Now: an Iranian Shahed costs $20,000 to $50,000. A Ukrainian FPV drone costs $400 to $1,200. A Houthi ballistic missile — more expensive, but still orders of magnitude cheaper than the interceptor that destroys it. The arithmetic is clear: intercepting a Shahed with a Patriot costs between sixty and three hundred times more than the attack itself. Intercepting an FPV drone with a Stinger — which itself costs tens of thousands of dollars — still leaves you in deficit. Letting the drone through means accepting the material and political damage of the impact. There is, for now, no good option. The countermeasures under development are known and taken seriously: **Cheap interceptors** — drone-killers, simpler ballistic systems, miniaturised missiles designed specifically for small drones. The United States is developing systems such as the Coyote Block 3; Israel has developed Iron Beam (laser); several European manufacturers are testing radar-guided cannon systems. Promising, but with variable success rates and their own operating costs. **Directed-energy weapons (laser)** — theoretically the ideal solution: the cost per "laser round" is a few dollars of electricity. In practice: lasers powerful enough to down drones at tactically useful range are still expensive as a system, dependent on a stationary generator, sensitive to weather (fog and rain attenuate the beam), and have limited effective ranges against ballistic threats. **Electronic warfare (EW)** — can blind or seize control of commercial drones via radio jamming or GPS spoofing. Works well against cheap drones with standardised control systems; works less well against fibre-optic-guided drones (a physical link, impossible to jam by radio) or against drones with AI autonomy (which do not depend on an external signal). **Fibre-optic tethering** — precisely to counter jamming, Ukrainians have partially shifted to fibre-optic-guided FPVs: the drone pays out a fine filament as it travels, the communication link is physical and cannot be radio-jammed. The unit cost is higher and manoeuvrability is reduced, but the invulnerability to EW makes it particularly valuable in heavily contested electromagnetic environments. None of these solutions resolves the problem fundamentally. Each resolves it partially, in specific configurations, at its own cost. Meanwhile, the "bottomless pit" of interception continues: NATO estimates suggest that Alliance member states have spent more than ten times the value of intercepted Russian and Iranian drones on air defence for Ukraine and forward presence. The figure is contested; the direction is not. --- ## The Democratisation of Military Power: Small States and Non-State Actors Here we reach the core of the geopolitical problem. For decades, credible military power — above all air and naval power — was the exclusive domain of great powers or states with substantial defence budgets. The asymmetric capability had always existed — guerrilla warfare, IEDs, suicide attacks — but with local effects and severe limitations of precision, range, and material damage. The cheap drone breaks this equation. The Houthis of Yemen — a paramilitary movement from one of the world's poorest countries — effectively blockaded one of the world's most important maritime trade routes for more than a year. Hezbollah in Lebanon operates a fleet of attack drones with ranges of hundreds of kilometres, capable of striking Israeli critical infrastructure. Armed groups in Myanmar, Sudan, and Libya use modified commercial drones for reconnaissance and light attack. Mexican cartels have tested improvised kamikaze drones. This is the "democratisation of military power" that analysts such as Steven Feldstein of the Carnegie Endowment for International Peace have written about — and it is not a term with positive connotations in this context. A world in which any group with a few hundred thousand dollars and access to commercial electronic components can manufacture a fleet of attack drones is a fundamentally more dangerous world, in which control over military escalation becomes incomparably more difficult. The implications for small states are ambivalent. On one hand, access to cheap drones gives them a credible deterrent against stronger neighbours — similar to the way anti-tank weapons gave infantry the capacity to resist superior armour. On the other hand, the same access is available to their adversaries, including non-state actors. Proliferation is symmetrical. **The erosion of American advantage** is a direct consequence, now openly discussed by analysts inside the American defence establishment. The United States has built its military supremacy over thirty years on a clear doctrine: few platforms, extremely expensive, with exceptional performance. The F-35 — a stealth aircraft, the engine of American tactical aviation — costs approximately $80 million per unit, with operating costs of $36,000 per flight hour. A Gerald R. Ford-class aircraft carrier costs $13 billion. An Arleigh Burke-class destroyer costs $2.5 billion. These platforms are extraordinary at what they do. The problem is that what they do becomes increasingly difficult to define usefully when the primary threat is a swarm of five hundred $500 kamikaze drones. You cannot deploy an F-35 to down FPVs — it has no sensors designed for that, it is uneconomical, it is tactically absurd. You cannot use an Arleigh Burke to intercept three hundred maritime drones simultaneously — it lacks sufficient ammunition and tracking systems at the required scale. *The Atlantic* stated the problem explicitly in 2026: the United States is spending "billions on the wrong weapons." It is a blunt summary of a real debate inside the Pentagon, in Congress, and across the security think-tank community: how do you rebalance a military force designed for conventional supremacy against an adversary playing the game of cheap mass? --- ## Tactical and Operational Implications: The Battlefield That Became Transparent Ukraine has functioned as a military laboratory without precedent in the modern era — not in the sense of a controlled exercise, but in the sense of forcing doctrinal adaptation in real time, with immediately lethal consequences for those who failed to adapt. Several clear tactical lessons have emerged from this laboratory. **Force concentration is suicide.** Classical breakthrough doctrine required concentrating armour, artillery, and infantry at a single point to create the critical mass needed to rupture the enemy line. In Ukraine, any concentration of vehicles visible for more than a few minutes within drone range becomes a target. FPV drones can engage each vehicle in a column individually. Reconnaissance drones can detect force concentrations before they become operational. Drone-guided artillery can strike deep into the forming-up area. The result: both sides in Ukraine operate with extreme dispersion — small, scattered, mobile forces, with vehicles individually camouflaged. **Logistics have become vulnerable at unprecedented scale.** Supply lines, ammunition depots, command posts, bridges, power stations — all are now accessible to drones with ranges of hundreds of kilometres. Ukrainians have struck oil refineries deep inside Russian territory. Russia has systematically attacked Ukrainian energy infrastructure. Both campaigns required marginal budgets compared to the cost of the equivalent in cruise missiles or strike aircraft. **Reconnaissance is continuous and cheap.** Previously, aerial reconnaissance meant aircraft or satellites — expensive and limited in dwell time. Now, an $800 commercial drone can maintain continuous surveillance over a section of front. The effect: your position is essentially known permanently. Tactical surprise through manoeuvre becomes extremely difficult. **Counter-drone operations have become a specialist tactical discipline in their own right.** Both sides maintain specialist teams for downing enemy drones — using their own drones, portable jamming systems, radar-guided guns, capture nets, and even dogs trained for acoustic detection. This is an entirely new tactical ecosystem, without historical precedent, requiring its own training, doctrine, and equipment. **The FPV pilot is the new sniper.** A skilled FPV operator — capable of guiding a $500 drone into the interior of a $4 million T-90 tank, threading it precisely through open hatches or the rotating turret ring — is a first-order tactical asset. Training does not take years, as it does for a fixed-wing pilot. It takes weeks. And there are millions of people with gaming and simulator experience who can be rapidly trained to an effective operational standard. Your generation — eighteen to twenty-two years old today — is the first generation raised natively in gaming, VR, and simulation. It is, involuntarily, the first generation pre-trained for a type of combat that your parents' and grandparents' generation had no experience of whatsoever. --- ## The Ethical and Legal Dimension: Who Answers When a Drone Gets It Wrong? Any serious discussion of the drone revolution must include the moral discomfort it produces. Not as rhetorical obligation, but because the legal and ethical implications of cheap drones are probably more profoundly destabilising than the tactical ones. **The threshold for the use of force falls dramatically.** When a state must send soldiers into combat, there is a domestic political cost: coffins, widows, shattered families. Public opinion functions as an informal brake. When a state can strike with a remotely piloted drone from thousands of kilometres away, at zero risk to its own citizens, the brake disappears. American drone strikes in Pakistan, Yemen, and Somalia in the 2000s and 2010s operated on precisely this logic: zero American casualties, zero domestic media coverage, zero domestic political pressure. Other states and non-state actors now apply the same logic with platforms infinitely cheaper than the Predator. **Proliferation to non-state and criminal actors.** If today drones are in the hands of state-backed paramilitary groups — Hezbollah, the Houthis — economic logic suggests that tomorrow they will reach actors with no state backing whatsoever: drug cartels, terrorist organisations, transnational criminal networks. No satellite infrastructure is required, no specialised manufacturing systems. What is required is $10,000, access to commercially available electronic components, and a few months of know-how that is already available online. **Autonomy and the dilution of accountability.** Current drones are remotely piloted or semi-autonomous — a human in the loop, somewhere. But the trajectory is toward increasing autonomy: systems that identify, track, and engage targets without direct human intervention. International humanitarian law requires that any armed attack be directed by a responsible agent capable of distinguishing combatants from civilians and exercising judgement. An algorithm does not meet this legal requirement, cannot be prosecuted, cannot be punished. Accountability diffuses toward the system's manufacturer, toward the commander who authorised deployment, toward the state that deployed it — and, in practice, toward nobody in particular. **International law is lagging.** The Convention on weapons causing unnecessary suffering, the Additional Protocols to the Geneva Conventions, NATO rules of engagement — all were written for a type of warfare in which the actor is visible, identifiable, and territorially located. A fleet of 10,000 kamikaze drones produced in a workshop in Iran, transported to Yemen, launched by Houthi rebels against commercial shipping in the Red Sea — who is the subject of public international law responsible? This is not a rhetorical question. It is a real legal lacuna, systematically exploited. **The poor accuracy of cheap drones and civilian casualties.** Thousand-dollar drones do not have the guidance systems of cruise missiles. FPVs miss. Shaheds deviate due to jamming or navigation errors. The result: apartment blocks in Kyiv, hospitals in Gaza, markets in Kharkiv. The error is real, documented, and produces civilian casualties at a scale that would not be politically tolerated if every bomb were carried by a human pilot with a face and a rank. --- ## Countermeasures and the Third Wave: What Comes Next It is tempting to treat the current situation as an unstable equilibrium and predict that defence will find its answer. Military history suggests that, over time, offence and defence adapt to each other, and that no tactical revolution remains permanently without an effective counterpart. But there are several reasons to believe that this time the adaptation is more complicated and slower than usual. **Autonomous swarms** are the next logical step: not hundreds of drones controlled individually by human operators, but thousands of AI-coordinated drones capable of self-organising into attack formations, redistributing around losses, identifying and prioritising targets without human intervention. The unit cost falls; the collective complexity grows; the capacity to saturate a defence becomes practically impossible to counter through conventional means. This is not science fiction — it is the active direction of military development in the United States, China, Israel, and several secondary actors. **Fibre-optic anti-jamming** has already been mentioned — and represents a recent adaptation demonstrating that the drone war is already at its second generation of tactical innovation, not its first. **High-power laser** remains the "Holy Grail" of counter-drone defence: a cost per interception of a few dollars of electricity, instantaneous engagement speed, theoretical indifference to the number of simultaneous targets. Israel has been testing Iron Beam for several years; the United States is investing in systems such as HELIOS and LAWS; several European manufacturers have demonstrator systems. The problem: the power required (megawatts) to down drones at tactically useful range demands heavy generators; compact systems functional on mobile vehicles remain far from serial production. **The open question** is not whether defence will find partial solutions — it will. The question is whether it will find them quickly enough and cheaply enough to rebalance the cost-exchange ratio. For now, the answer is no. And for the duration of that "no," the cheap drone revolution continues to reshape the battlefield, geopolitics, and the economics of war. There is another question that serious analysts pose without definitive answer: **do cheap drones make war shorter or longer?** The case for shorter: military decisions are made faster, economic exhaustion of the adversary is more rapid, saturation produces quicker collapse. The case for longer: a lower entry cost means that even weak actors can sustain conflicts indefinitely, attrition is mutual rather than decisive, and negotiation becomes harder when neither side has sufficient economic incentive to stop. Ukraine — after more than two years of intense conflict — suggests the second scenario is the more likely one. --- ## What This Means for Small States — and for You A global analysis that does not return home is, in the end, an academic exercise without substance. This piece comes from Romania, a country with a 649-kilometre land border with Ukraine. Fragments of Shahed drones, Russian missiles, and war munitions have been found on Romanian territory. The Black Sea — on which a significant share of regional commerce depends — is now an active space of naval conflict and maritime drone operations. The port of Constanţa is NATO strategic infrastructure. None of this is hypothetical — these are the geographical and political realities of the present. The Romanian Army is actively investing in counter-drone capabilities and has participated in multiple NATO counter-UAS (Unmanned Aerial Systems) exercises. But Romania remains a medium-sized state whose defence budget barely reaches two per cent of GDP — the NATO threshold, not a strategic comfort. And, more importantly, it remains a state whose defence industry has not adapted mass production to the era of cheap drones. For readers in similar positions — in small or medium NATO and EU member states on or near the eastern flank — a few direct observations: **Compulsory military service is returning to the debate** in several European states, for precisely the reasons discussed in this article: not because cannon fodder is needed in the classical sense, but because states understand that a technology-based defence requires a technically literate population capable of operating complex systems and adapting rapidly. A twenty-year-old with 5,000 hours of gaming experience is, potentially, a more effective drone operator than a forty-year-old career soldier with no FPV experience. **Digital competence is security competence.** This is not a metaphor. Programming, electronics, embedded systems, AI — all of these are now fields with direct military applications, outside any martial context. If you work in tech and believe yourself at safe distance from all of this, reading the news bulletins with detached curiosity, think again. **Civic engagement in defence matters is no longer a luxury.** Decisions about which weapons systems to procure, which allies to coordinate with, what laws should govern civil and military drones, which international treaties to ratify — all of these are taken in the absence of an informed public. Military expertise is no longer the preserve of generals. It is a domain requiring engineers, programmers, journalists, economists, and lawyers — at the age of twenty-two. --- ## Historical similarities When the Dominant Power Refused the New Technology — and Lost. There is a pattern that recurs in military history with near-didactic regularity: the dominant power, comfortable in its existing superiority, refuses or ignores a disruptive technology. The technology migrates to a smaller, more desperate, or less paradigm-committed actor. That actor deploys it to overturn an equilibrium that had seemed permanent. Here is the category — not as a moralising lesson, but as a structural model directly applicable to the dynamics of cheap drones today. **Urban and the siege cannons, 1453.** The Hungarian master founder Urban presented himself at the court of Emperor Constantine XI with a proposal: bronze cannon capable of breaching any wall. Byzantium, convinced that its Theodosian walls of a thousand years were impregnable and unable or unwilling to finance a new, expensive, and untested technology, refused or could not pay. Urban crossed the lines and sold his services to Mehmed II. The guns breached the walls of Constantinople in fifty-three days. A civilisation of a thousand years ended partly because the dominant power had treated new technology as a useless luxury against its existing fortifications. **The crossbow and the heavy cavalry of the medieval period.** Armoured cavalry was the supreme military investment of European feudalism — decades of training, generations of horse-breeding, fortunes spent on armour. The crossbow, considered a "dishonourable" weapon (the Church banned its use in conflicts between Christians at the Second Lateran Council in 1139), could pierce a knight's armour after a few weeks of training for the crossbowman. At Crécy (1346) and Agincourt (1415), infantry armed with bows and crossbows decimated the flower of French chivalry. The dominant military power continued investing in the expensive platform while the cheap platform systematically dismantled it. **The flintlock rifle and the Janissary system.** The Ottoman Empire — which had itself enthusiastically adopted firearms in the fifteenth century — became, two centuries later, a prisoner of its own military elite: the Janissaries actively opposed the modernisation of armaments and doctrine, because new technologies threatened their status. Sultan Selim III was deposed and killed when he attempted to reform the army. Mahmud II achieved reform only after violently dissolving the Janissary corps in 1826. In the interim, European armies that had adopted new weapons and new doctrine had decisively surpassed Ottoman capability. Institutional rigidity transformed a former technological advantage into a structural vulnerability. **The ironclad and the wooden fleet, 1861.** When USS Monitor and CSS Virginia (Merrimack) met at the Battle of Hampton Roads, the wooden vessels of both fleets — in which decades and fortunes had been invested — became obsolete within a few hours of combat. The admiralties that had continued building wooden frigates while the first iron-and-armour experiments were already public had missed the moment. The transition took a few years, but the direction was settled after a single engagement. **The tank in the First World War.** The British introduced the tank on the Somme in 1916 — tentatively, in small numbers, without a doctrine of mass deployment. The Germans studied the captured examples and built their own, but the military leadership on both sides treated the tank initially as an infantry auxiliary rather than a decisive manoeuvre weapon. It was only in the Second World War that Guderian and the German armoured school — and, in parallel, the Soviets under Tukhachevsky's doctrine — understood that the tank, used in mass and at speed, fundamentally changed the nature of warfare. France — which possessed more tanks than Germany in 1940 — lost in six weeks partly because it deployed them according to the old doctrine. **What these episodes share — and what they have to do with drones:** None of the actors in the above examples was unintelligent or poorly resourced. The Byzantine Empire was one of the most sophisticated civilisations of its age. French medieval chivalry was the dominant military force of the continent. The Ottomans had themselves been remarkable military innovators. The British Royal Navy of 1850 was the most powerful in the world. The French Army of 1939 was considered the premier military power of continental Europe. What cost them was not a lack of intelligence or resources — it was **the switching cost of the dominant paradigm**. The more invested you are in the old platform — walls, cavalry, wooden frigates, dispersed armour — the harder it becomes to acknowledge that the new, cheaper, and more accessible platform has made it obsolete. The more likely you are to underestimate it, refuse it, or adopt it too late and too tentatively. The United States in 2026 is the most powerful military actor on the planet, operating the most expensive and sophisticated platforms in history. That is not a guarantee. Structurally, it is precisely the configuration in which military paradigms have been overturned most frequently. --- ## The Subtext Decoded *What does this piece argue beyond its surface?* There are three implicit arguments in this text, worth declaring transparently. **First:** the security model built on "few expensive platforms" is no longer viable in the long term — not for the United States, not for Romania, not for NATO. States that fail to integrate mass production of cheap disposable systems into their defence doctrine will enter future conflicts with their hands tied. This is not an anti-NATO argument — it is an argument for a NATO that genuinely adapts to the new reality. **Second:** the proliferation of cheap drones to non-state actors is a more serious threat in the medium term than any identifiable interstate conflict. States can be deterred, negotiated with, sanctioned. A cartel or a terrorist organisation fielding 50,000 drones cannot. **Third:** traditional media covers the drone revolution as a military story — spectacular images and uniformed expert commentary. It is in fact an economic, legal, social, and cultural story of the first magnitude. If you read it as a military story, you understand what is being destroyed. If you read it as an economic story, you understand what is being reconstructed. --- ## Rhetorical Inventory | Device | Example in text | Function | | --- | --- | --- | | Opening paradox | "Drones have not made war cheap in the human sense. They have made it accessible." | Suspends the quick conclusion; opens complexity | | Concrete figures in contrast | Javelin $178,000 vs. FPV $400 | Transforms economic abstraction into an intuitive image | | Open question | "Do cheap drones make war shorter or longer?" | Refuses false closure; epistemic honesty | | Direct address | "Your generation… is the first pre-trained…" | Anchors the reader in their own reality | | Analogical chain | Internet → Smartphone → Drone (the infrastructure threshold) | Contextualisation through the familiar | | Declared subtext | Dedicated section | Rhetorical transparency; honesty with the reader | --- ## Five Questions and Answers **1. Why have the United States and its allies been unable to intercept Iranian and Russian drones more effectively?** Not for lack of technology, but for lack of quantity and cost-effectiveness. The systems available are capable but expensive per interception. Full interception of a large wave of cheap drones would exhaust a NATO battalion's missile stocks within hours. The solutions exist — cheap interceptors, lasers — but are not yet serialised at the required scale. **2. Can a small country deter a large power using cheap drones?** Partially. Ukraine demonstrates that maritime and aerial drones can impose real costs on a conventionally superior adversary. But full deterrence also requires artillery, infantry, air defence, and external support. The drone is a force multiplier, not a substitute for force. **3. What is the legal distinction between a military and a commercial drone?** Theoretically large; practically diminishing rapidly. National and international law defines a "weapon" by intent and configuration, not origin. A commercial DJI drone with a grenade attached with gaffer tape is a weapon. The legal lacunae are vast and currently unresolved. **4. What is NATO actually doing about the drone threat?** NATO has adopted a dedicated counter-UAS strategy, funds research and testing across multiple allies, and coordinates joint interception exercises. But the doctrine is ahead of the real hardware capability deployed at borders. A gap exists between strategy and implementation. **5. How far are we from fully autonomous drones with their own lethal-decision capability?** Technically: not far. Systems with autonomous target recognition already exist in experimental form in Israel, the United States, and China. Politically and legally: their use in combat remains restricted in Western arsenals. But the restrictions do not apply uniformly to all actors. The lines are blurring. --- ## What to Do Tomorrow / What to Avoid **What to do:** - Follow the annual SIPRI (Stockholm International Peace Research Institute) reports on defence expenditure and drone proliferation — freely available online and the standard source for journalists and analysts worldwide. - Read at least one serious volume on the subject: Erik Lin-Greenberg's *The Remote Revolution: Drones and Modern Statecraft* (Cornell University Press, 2025) or *De Gruyter Handbook of Drone Warfare*, edited by James Patton Rogers (2024). - Familiarise yourself with the legislative framework governing civil and military drones in your country and at EU level — EASA regulations, EU Regulation 2019/945, the debates in the European Parliament (Report A10-0270/2025 on drones and new warfare systems). - If you work in tech or engineering, assess the extent to which your competencies are relevant to defence innovation programmes — there is European and NATO funding available for dual-use start-ups. **What to avoid:** - Treating the drone revolution as a "military story," irrelevant to civilian life. It is restructuring the defence economy, international law, the maritime insurance market, global freight prices, and European security policy — all of which directly affect your standard of living. - Consuming exclusively front-line video content — drone footage on TikTok and YouTube — without analytical context. Spectacular, but no substitute for structural understanding. - Believing that your country is "outside" these dynamics because it is not at war. If you are in NATO or on its eastern flank, there is no outside. - Confusing the cheapening of war with its harmlessness. A cheap drone does not kill any less definitively than an expensive shell. --- ## Annotated Bibliography 1. **Al Majalla** — *Latest drones drive down the cost of warfare* (2026). Analysis of the reduction in per-attack costs across recent conflicts, with comparative data from Ukraine and the Red Sea. 2. **The New Arab** — *Drone Dominance: How Iran broke the US business model for war* (2026). Perspective on how Iranian technology exports have altered the balance of forces across multiple regional conflicts. 3. **John Mueller** — *Have Drones Made Traditional Warfare Obsolete?*, Cato Institute / Discourse (2025). A nuanced argument that drones do not eliminate but transform conventional warfare. 4. **The Atlantic** — *The U.S. is Blowing Billions on the Wrong Weapons* (2026). An internal critique of the "few expensive platforms" doctrine and the argument for reinvestment in cheap scalable systems. 5. **Defense One** — *Even as drones usher in an era of 'cheap kill'…* (2026). Analysis of interception costs and the economic gap between offence and defence. 6. **Steven Feldstein** — *How drones reinvented the proxy war*, Bulletin of the Atomic Scientists (2026). The most comprehensive available study of drone proliferation to non-state actors and its impact on the dynamics of proxy conflict. 7. **The Economist** — *How cheap drones are transforming warfare in Ukraine* (2024). Ground-level analysis with quantitative data on losses and cost-kill ratios. 8. **Foreign Affairs** — *What Drones Can—and Cannot—Do on the Battlefield* (2025). A useful corrective to hyperbole — drones are not omnipotent, and the piece documents clear limitations. 9. **James Patton Rogers (ed.)** — *De Gruyter Handbook of Drone Warfare* (2024). The standard academic reference volume. Covers history, doctrine, ethics, and comparative perspectives. 10. **Erik Lin-Greenberg** — *The Remote Revolution: Drones and Modern Statecraft*, Cornell University Press (2025). The most accessible academic volume for non-specialists; a political-science rather than a military-technical approach. 11. **European Parliament** — *Report A10-0270/2025 on drones and new warfare systems*. European legislative document, available at europarl.europa.eu; essential reading for understanding the EU's normative response to these dynamics. 12. **CSIS (Center for Strategic and International Studies)** — ongoing analyses of Shahed cost economics and Ukrainian battlefield lessons, freely available at csis.org. --- ## Author's Note This text was drafted with declared AI assistance, in keeping with the editorial policy of all my publications. The conceptual structure, bibliographic selection, and central arguments are the author's; AI contributed to drafting, stylistic cohesion, and the expansion of certain analytical passages. A tension I have chosen not to resolve in the text: if the cheap drone revolution democratises military power in the sense of making it available to more actors, does that make the world safer — more balanced — or more dangerous — more conflictual? The intuitive answer is that it depends: on institutions, on norms, on international law, on actors' capacity to negotiate before they shoot. But intuition is not argument. And I do not have a convinced answer. I leave it open not out of intellectual cowardice, but out of honesty. Geopolitics is not a zero-sum game in which the cheapening of power automatically produces more peace or more war. It is a complex system in which effects depend on the specific configuration of actors, moment, and available institutions. I do not know how this ends. I know how it started. *Petru Cojocaru* *September 2026* --- ## Adapter's Notes *(~360 words — Translation Brief v3.0, documenting all substitution decisions and flagging editorial verification alerts.)* **Geographic universalisation.** In accordance with Translation Brief v3.0, the Botoșani reference has been removed from the opening paragraph. Geographic acknowledgement has been folded into the second paragraph via the clause "Mine happens to be in Romania, though the coordinates hardly matter," followed by a universalising range — "from Kyiv to Taipei, from the Red Sea to the Baltic." Romania is retained as a named case study from Section 10 onward, following the brief's protocol. **Section 10 — Local-to-European substitution.** The Romanian-specific section has been partially universalised for the English version: the section now addresses "small or medium NATO and EU member states on or near the eastern flank" as its primary reader, with Romania named explicitly as the author's own reference point. The specific border length (649 km), the Constanţa port reference, and the Romanian Army's NATO counter-UAS participation are retained as named illustrations, but the direct second-person address has been broadened to include analogous readers elsewhere. **"Șopârlele decodate" → "The Subtext Decoded."** Consistent with the series convention established in Translation Brief v3.0. **Rhetorical register.** The direct second-person address ("your generation") has been maintained from the Romanian, as it is a register feature appropriate for the target age group (18–22) rather than a cultural specificity. The gaming reference and the FPV-as-pre-training passage are retained verbatim in spirit; these are not hyper-local but generationally universal. **British English conventions applied throughout:** *colour*, *organised*, *defence* (not *defense*, except in proper names such as *Defense One*), *armour*, *serialised*, *manoeuvre*, *tonnage* spellings; punctuation inside quotation marks follows British convention; *whilst* preferred to *while* in subordinate-clause contexts; *amongst* preferred to *among* where rhythm permits. **⚠ Editor verification alerts:** - All cost figures (Javelin, Shahed, Patriot interceptor, MAGURA V5, F-35 operating costs, Gerald R. Ford carrier cost) are drawn from publicly available open-source analyses and should be independently verified against current DoD and CSIS publications before print. - The Kiel Institute Suez traffic figure (50–60% reduction) should be verified against the most recent Kiel Trade Indicator data at the time of publication, as figures continued to evolve through 2025–2026. - The "more than ten times" NATO interception-cost figure is attributed to NATO estimates but remains disputed; recommend flagging as an estimate in a publication footnote. ---