The Double Bankruptcy of Effect: The Drone Revolution and the Crisis of the Theory of Victory

2026-09-21

This article argues that the drone revolution exposes a 'double bankruptcy' in the logic of military effect. It posits that physical effect has become cheap and abundant, shifting the strategic center of gravity to the cognitive domain, yet even these effects may fail against certain adversaries.

Introduction: The Question Has Moved From the Means to the End

For a generation, the ambition of Western militaries could be compressed into a single word: jointness. The word named a promise — that the separate capabilities of land, sea, air, space, and cyber forces, fused into one synergistic instrument, would let a commander impose multi-dimensional, simultaneous, coordinated pressure on an adversary until his system collapsed and he bent to the operator's will. Jointness was never an end in itself. It was a means, the organizational and doctrinal architecture built to generate, at maximum efficiency and precise timing, what those militaries called the decisive effect. Behind the promise stood an economy: a long, expensive kill chain linking sensor to decision-maker to shooter, justifying its astronomical cost on the grounds that it alone could deliver the effect that produced victory.

That promise is now failing, and it is failing in a way most analyses have not fully grasped, because they are still arguing about the wrong thing. The drone revolution is usually discussed as a crisis of the means — a story about cheap platforms overturning expensive ones, about the F-35 humbled by the First Person View (FPV) quadcopter, about the exquisite defeated by the good-enough. That story is true as far as it goes. But it stops one step short of the real rupture. The deeper crisis is not that the means to produce effect have changed. It is that the relationship between effect and victory has broken. The question that organized Western strategy for thirty years — how do we produce the decisive effect most efficiently? — has quietly been replaced by a harder one: does the decisive effect exist at all?

This article argues that the drone revolution exposes not one crisis but two, converging into what I will call the double bankruptcy of the logic of effect. The argument unfolds across three cumulative circles. In the first, the physical effect — the damage, destruction, or elimination of a target — is severed from the expensive platform long held to be a necessary condition for its production. In the second, as physical effect becomes cheap and abundant, the strategic center of gravity migrates from the physical domain to the cognitive one: the decisive effect becomes a cognitive effect, and the drone reveals itself as a first-order cognitive weapon. In the third, and most consequential, it emerges that against terror regimes, non-state actors, and totalitarian regimes, the conventional effect — physical or cognitive alike — may be hollow at its root. Even when immense physical effect is produced, the sought strategic effect fails to materialize.

The conjunction of these circles is the thesis. The expensive kill chain that jointness was built to feed proves redundant twice over. On one hand it is no longer needed to produce physical effect, which is now available at negligible cost. On the other hand, precisely where it is still required — against the hardest adversaries — the effect it produces is strategically hollow and does not translate into decision. The claim is not that jointness is dead as a practice, nor that expensive platforms are worthless; there are targets only they can reach. The claim is that the theoretical justification at the foundation of jointness — the belief that the decisive effect requires, and reliably produces, the expensive kill chain — has collapsed. What follows takes each circle in turn, presenting the counter-arguments at full weight, before returning to the central claim. The point of departure is the cheapest and most concrete of the three circles, and the one on which the other two rest: the collapse in the price of physical effect.

Circle One: The Cheap Physical Effect

The Democratization of Precision

The modern history of physical effect begins with the precision-guided munitions revolution of the late twentieth century. Precision was expensive. It demanded sophisticated sensors, laser- or GPS-guided warheads, and above all manned or unmanned platforms costing hundreds of millions of dollars to field. Precision was, at bottom, a function of capital. To strike a point target from a safe distance one had to invest in the entire expensive kill chain — the aircraft, the targeting apparatus, the intelligence architecture, the logistical tail. That logic, precision reserved for those with military capital, underwrote Western military supremacy for roughly three decades. It made the ability to strike accurately from range a scarce good, and scarcity is the foundation of any monopoly.

What the drone revolution accomplishes is what Hammes (2016) called the democratization of precision. The small drone, and especially the cheap FPV drone, severs precision from capital. A point strike on a target, from range, at a cost of hundreds of dollars — a capability once the preserve of great powers — becomes available to almost any actor, including non-state ones. Precision ceases to be a function of capital and becomes a commodity. Hammes insists this shift is not quantitative but qualitative: it alters the basic structure of military power, because the asset that conferred supremacy — the ability to strike precisely from range — has ceased to be scarce. When a scarce good becomes abundant, the power that rested on controlling it evaporates, regardless of how much the controlling party still spends to maintain it.

Horowitz (2024) develops this insight into the concept of precise mass. Classical military logic set mass against precision as opposing quantities. One could obtain firepower — mass — with cheap unguided munitions, or high precision with expensive and scarce ones, but not both at once, and the trade-off between them structured force design for a century. Drones dissolve the opposition. "Large numbers of simple drones," Horowitz writes, "replicate the damage of advanced munitions." What once required an expensive cruise missile — a precise strike on a defended high-value target — can now be achieved by a swarm of cheap drones, each far inferior to the missile but collectively its equal or its better. Mass and precision, long treated as forces pulling against each other, converge in a single concept, and the doctrinal architecture built on their separation loses its footing.

The clearest laboratory of this logic is the Ukrainian battlefield. Plichta (2025) documents how tiny drones became the dominant lethal factor at the front: by various estimates, in certain phases of the war the majority of casualties on both sides came from FPV drones rather than artillery or armor — a reversal of the historic pattern in which artillery is the great killer of modern war. Ukraine is, in this sense, not a theoretical proposition but an operational proof. Precise mass is real, it is here, and it has reordered the cost-exchange of warfare from the ground up. What was a projection in 2016 became a description by 2025.

The Bomb Against the FPV: An Anatomy of the Effect-Economy

To grasp the depth of the decoupling of effect from platform, it helps to set the two ways of producing the same physical effect — destroying a point target — side by side. The conventional path requires an advanced air platform. A fifth-generation fighter such as the F-35 costs some $140 million per unit, and above it stands the entire Air Tasking Order: aerial refueling, suppression of enemy air defenses, intelligence, surveillance and reconnaissance, and a vast maintenance enterprise that dwarfs the airframe in personnel and expense. The munition itself is comparatively modest — a JDAM guidance kit converting a dumb bomb into a guided one costs roughly $21,000 to $36,000, and a Small Diameter Bomb about $39,000 (TWZ). But the munition is not the cost. The single physical effect — one target struck — costs, once its share of the whole mission cycle is accounted for, enormous sums, because the sortie exists only as the visible tip of an institution.

Against this stands the FPV drone, costing between $400 and $1,000. It is organic to the fighting force, operated by the frontline squad without dependence on an air command chain. It loiters, able to wait and to ambush. It pursues a moving target rather than servicing a fixed coordinate. And above all it verifies the strike itself, the operator watching the impact through the drone's lens to the final instant, closing the intelligence loop in the same motion that closes the kill. The cost ratio between the two ways of producing the same physical effect runs, by orders of magnitude, into the thousands to one. This is the heart of the first circle: the physical effect — the damage itself — has separated from the expensive platform. It can now be produced at a fraction of a fraction of the former cost.

The claim is not that the FPV equals a one-ton bomb in every respect. A bomb levels a building; an FPV disables a tank or kills a soldier. The claim is narrower and more precise. For a broad and expanding class of targets — vehicles, positions, individual fighters, weapon systems, exposed logistics — the desired physical effect is now attainable at negligible cost, without the expensive platform and without the full kill chain. And as that target class widens, the space in which the expensive platform is genuinely indispensable contracts. The question is not whether some targets still require a bomb. It is whether the institution built around delivering bombs can justify itself when the majority of targets no longer need one.

Moving Targets and Autonomy: From Good Enough to Exquisite

An obvious objection concerns moving targets. The classic critique of cheap drones held that they were effective only against static targets; against a moving one, hit rates collapse, and so many drones are needed to destroy it that the cost advantage evaporates. That premise is now obsolete. Pixel-lock and terminal autonomy — the drone locking the target in the final phase and continuing to it even if the operator's radio link is severed — raise the success rate against moving targets from a former range of 10 to 20 percent to something like 70 to 80 percent (Resilience Media, 2025). The economic implication is decisive. Instead of eight or nine drones to destroy one moving target, one or two now suffice. The very cost-exchange the moving-target objection sought to undermine is restored, and reinforced, by the technology the objection failed to anticipate.

Autonomy alters more than hit rates; it alters the structure of the kill chain itself. The Modern War Institute (MWI) describes how an autonomous drone closes the loop organically — detecting, locking, striking, and verifying — within a single tiny platform under a single operator. The classic kill chain dispersed the functions of sense, decide, and strike across systems, services, and organizations, and jointness was precisely the discipline of fusing those dispersed functions into one coherent action at the decisive moment. But if the loop now closes organically at the level of a single squad, the fusion problem that jointness was invented to solve begins to dissolve. The rationale for complex multi-service integration weakens not because integration has been defeated but because the thing it integrated has collapsed into one device in one soldier's hands.

Here the principled debate between the good-enough and the exquisite comes into view. Western systems were built around the exquisite solution: perfect, expensive, and few. Drones offer an alternative paradigm of the good-enough: less perfect, cheap, and many. The starkest exposure of the gap between the two paradigms appears when expensive interceptors are fired against cheap drones — a cost ratio of roughly 114 to 1, a $4 million interceptor expended against a drone costing some $35,000. No defender can sustain that equation over time; the arithmetic bankrupts the exquisite side even when it wins every individual engagement. The apt historical analogy is the battleship: the perfect, expensive, imposing instrument that grew obsolete not because it was beaten in a fair fight but because a cheaper and more numerous instrument — the aircraft, the submarine — changed the effect-economy beneath its feet, and left it magnificent and irrelevant at once.

Counter-Argument: The Precision Paradox

Academic fairness requires dwelling on a substantive counter-argument, what Fox (2024) calls the precision paradox. Fox contends that the democratization of precision does not run unidirectionally in the attacker's favor. As precision grows cheap and pervasive, defense grows harder — but in parallel, counter-technologies emerge, electronic warfare, jamming, short-range active protection, whose cost also falls. The paradox is that cheapening precision confers no fixed advantage on the attacker, only a perpetual arms race in which each advance in cheap precision meets a matching advance in cheap defense. Fox pushes further: a battlefield saturated with cheap drones may not be more decisive but more static, since each side can deny the other movement, recreating a kind of technological trench warfare in which mutual precision produces mutual paralysis rather than breakthrough.

This critique carries real weight and cannot be waved away; the front lines of Ukraine offer it considerable support. Yet even granted in full, it does not refute the first circle's claim so much as relocate it. Even if cheap precision confers no decisive and permanent advantage on the attacker, it certainly severs physical effect from the expensive platform. Fox's paradox concerns who wins the race between cheap offense and cheap defense; the claim advanced here concerns what has become of the logic of effect itself. And in a symmetrical arms race between cheap precision and cheap defense, the expensive kill chain — the F-35, the tasking cycle, multi-service jointness — loses its standing as a necessary condition for producing effect. It becomes one option among several, and in most cases not the most efficient. The paradox, in other words, is fought out entirely on the cheap side of the ledger; the expensive side is not the battleground but the bystander.

The Democratization of Ballistic and Strategic Strike

Everything to this point concerns tactical effect — destroying a target on the battlefield. But the first circle extends upward, into the strategic tier. The long-range drone, foremost the Iranian Shahed and its many imitators, democratizes what was once reserved for the ballistic and cruise arsenals of great powers. A Shahed costs around $35,000; Ukraine's Liutyi, with a range of 1,000 to 2,000 kilometers, costs about $200,000. An Iskander ballistic missile, by contrast, costs some $2 to $3 million per unit. The economic gap is vast and its strategic implication far-reaching. As Deptula (2026) puts it, "these cheap cruise missiles enable classic strategic attack" — the ability to strike in depth, against infrastructure and strategic high-value targets, once the exclusive prerogative of powers with strategic air arms and long-range missiles, passes into the hands of resource-limited actors.

Ukraine's Operation Spiderweb demonstrated the extension in its most vivid form. Tiny drones smuggled deep into Russian territory and launched from close range destroyed an estimated 34 percent of Russia's strategic missile launchers. Here the logic of the first circle reaches its apex: one of the world's costliest strategic assets — a strategic bomber, a nuclear-capable launcher — destroyed by a device costing hundreds of dollars. Cohen (2025), in analysis for RAND, terms this the democratization of strategic bombing. The capability that defined twentieth-century superpower status — the power to carry destruction across strategic distances — separates from the expensive platform exactly as tactical effect did, and the separation runs all the way to the top of the escalation ladder.

This is accompanied by a systematic circumvention of the Missile Technology Control Regime. That regime was built to block the spread of long-range strike technology by controlling specialized components — the assumption being that a long-range weapon contains identifiable strategic parts that a control regime can interdict at the border. The long-range drone breaks the assumption. It is built from commercial off-the-shelf components, programmed with open-source software such as ArduPilot, and printed in three dimensions. Its supply chain slips past the entire control logic, because it contains no single strategic component to seize. The democratization of strike is therefore not only economic but regulatory: it dismantles the international regime constructed to preserve the great powers' monopoly on long-range destruction, and it does so not by defeating the regime but by rendering its categories meaningless.

Counter-Argument: The Drone Complements Rather Than Replaces the Missile

Fairness is owed here too. The research consensus as of 2026 is not that the long-range drone replaces the ballistic missile but that it complements it, and three substantive differences remain firmly in the missile's favor. The first is survivability. Interception rates against slow Shahed drones are high — estimates cite roughly 85 percent — whereas ballistic-missile interception is far lower, around 10.2 percent, owing to the missile's speed and steep descent angle. The second is speed: the ballistic missile reaches its target in minutes, while the slow drone takes hours, granting the defender warning and preparation time that can blunt the strike before it lands. The third is payload and penetration: the ballistic warhead is heavier and penetrates hardened high-value targets far more effectively than a light drone ever could.

Scientifically, then, the cheap strategic effect is not fully equivalent to the expensive one. The ballistic missile retains a qualitative edge in survivability, speed, and penetration, and any honest account must concede it. Yet, as with the precision paradox, this qualification sharpens the circle's claim rather than refuting it. The claim was never that the cheap drone equals the expensive missile in every dimension. It is that physical effect — including the strategic effect of striking in depth — has ceased to be a monopoly of the capital-rich. Even inferior in survivability and penetration, the mere ability to produce strategic effect at negligible cost, and thereby to bypass the control regime entirely, constitutes a structural change in the distribution of strategic power. And here the argument pivots toward its second circle. It is precisely the drone's physical inferiority — its being slow, interceptable, merely good enough — that need not diminish its strategic value at all, because the center of gravity of effect has already begun to migrate elsewhere. It is migrating from the physical domain into the cognitive one, and in that domain a slow, cheap, interceptable weapon can be more potent than a fast, expensive, survivable one.

Circle Two: The Migration of Effect to the Cognitive Domain

Cognitive Warfare as an Emerging Doctrine

If the first circle showed that physical effect has been cheapened and multiplied, the second poses the question the first cannot answer: what becomes of the decisive effect when physical effect turns into a cheap commodity? When both sides can produce destruction at negligible cost, destruction ceases to be the scarce resource that decides wars. The answer crystallizing across this decade's military doctrines is that the strategic center of gravity migrates from the physical space to the cognitive one. Decision must occur somewhere, and if it can no longer occur through a monopoly on physical effect, it moves to the adversary's perception, will, morale, and narrative — the one terrain that cannot simply be bought at commodity prices.

The clearest doctrinal expression is the rise of cognitive warfare. Since 2024, NATO's Allied Command Transformation has developed a full doctrinal framework in the field with the participation of more than twenty member states. Its central formula holds that "the human mind is both the target and the weapon" — the decisive battlefield is neither ground nor air but the human mind itself, and the tools to influence it are themselves weapons of war. Claverie and du Cluzel extend the idea further, defining the cognitive space as a sixth domain of warfare, alongside land, sea, air, space, and cyber. The doctrinal claim is that the cognitive domain is no longer soft or secondary, a matter of public affairs bolted onto the real fighting, but a warfighting space of equal and at times superior standing, because wars are ultimately decided there and always have been.

The Cognitive Campaign in Israeli Thought

Israeli military thought developed a parallel and independent track under the name of the cognitive campaign, and it did so not from theory but from the pressure of asymmetric war. Kuperwasser and Siman-Tov (2019) posit a foundational principle: "every use of force has a cognitive dimension." Physical effect is never an end in itself but always a means to a cognitive effect — a change in the adversary's perception, his willingness to fight, his cost-benefit calculus. This inverts the classic order of priorities. The decisive effect is not the physical but the cognitive, and the physical serves it rather than the reverse. Destruction matters not for what it destroys but for what it makes the enemy believe.

Schweitzer and Siman-Tov (2022) sharpen the point against a specific class of adversary. Against organizations like Hamas and Hezbollah — enemies not amenable to classic military decision, who cannot be made to surrender in any Napoleonic sense — the decisive effect is necessarily cognitive. When the adversary cannot be beaten in the physical field in the sense of destruction or capitulation, decision, insofar as it is possible at all, occurs in the mind: in deterrence, in the erosion of legitimacy, in what Israeli practitioners call the searing of consciousness — imposing a price so heavy on the adversary's perception that he is deterred from renewing the fight. Itzhaki (2026) extends this line, showing how current Israeli thought positions the cognitive campaign as a central axis of operations rather than an appendage to kinetic action. The migration of effect to the cognitive domain is therefore no abstract Western abstraction; it is an operational conception forged against the concrete decision-problems of enemies who will not be decisively beaten in the field.

The Rival Versions: Russia and China

It matters greatly that migration to the cognitive domain is not a uniquely Western turn but a global trend in which the West's principal rivals arguably lead. Russia developed the concept of informational confrontation and the doctrine of reflexive control — shaping the adversary's perception of reality until he is led to make, ostensibly of his own free will, decisions that serve the attacker (RAND, 2022). Reflexive control is, at bottom, the application of pure cognitive effect: not physical destruction as a means to alter will, but the direct shaping of the will itself, the adversary maneuvered into defeating himself while believing he is choosing freely.

China, for its part, developed cognitive-domain operations and the concept of mind superiority — the aspiration to achieve supremacy in the cognitive space as a precondition for, and perhaps an alternative to, physical military decision (Beauchamp-Mustafaga, 2019). The Chinese logic, rooted in the classical tradition of winning without battle, treats the cognitive space as the true arena of decision, in which the adversary can be defeated by shaping his perception before a shot is fired. Three powers — NATO, Russia, and China — thus converge, from very different cultural and strategic starting points, on the same insight: the center of gravity of effect is migrating to the cognitive domain. When adversaries who agree on almost nothing agree on this, the convergence is unlikely to be an artifact of any one strategic culture.

The Drone as a Cognitive Weapon

Here the first two circles join, and the argument gains a dimension neither circle possesses alone. If the first showed that the drone cheapens physical effect, the second reveals that the drone is also — perhaps chiefly — a first-order cognitive weapon. Its cognitive power derives from a singular property that distinguishes it from every munition before it: it sees. The FPV operator experiences the strike through the drone's lens, and that footage instantly becomes a weapon in its own right. U.S. Army TRADOC (2024) documents how FPV videos — recording the pursuit of a single fighter and the moment of impact from the weapon's own point of view — became a potent cognitive weapon. They shatter morale, generate deterrence, and transmit to the adversary a sense of constant, inescapable surveillance, the feeling of being hunted by a machine that never blinks. The cognitive effect of a single video — the fear it produces among the thousands of fighters who watch it circulate — vastly exceeds the physical effect of the single strike it recorded.

Jensen and Ramjee (2023) frame the paradox at the heart of the second circle in one sharp sentence: "you can win every physical engagement and lose the cognitive war." That sentence turns the classic logic of effect inside out. An accumulation of physical victories — precisely the effect the expensive kill chain was built to produce — no longer guarantees the strategic effect, which is decided in the cognitive space, where a weapon as cheap and accessible as the drone may prevail over an entire array of exquisite platforms. The drone, having cheapened physical effect in the first circle, reveals itself in the second as the optimal instrument for producing cognitive effect. That combination undermines the logic of jointness from both sides at once: the drone is cheaper where cheapness matters and more potent where potency has migrated. It is worth pausing on why the drone's earlier-noted physical inferiority ceases to be a liability here. A slow, interceptable Shahed that is shot down still darkens the sky, still sends a population to shelters, still forces a defender to expend a million-dollar interceptor and to feel, night after night, that the war has come home. In the cognitive domain, the weapon that is intercepted has often already done its work.

Counter-Argument: Wars Are Still Decided by Violence

The claim that effect migrates to the cognitive domain is exposed to a weighty critique that must be presented at full strength. Zilincik (2026) warns against what might be called the cognitive hammer — the temptation to overstate the cognitive dimension until it blurs the basic Clausewitzian truth that wars are still decided by violence. His argument is that cognitive effect does not stand on its own; it always rests on a credible physical threat. The FPV video frightens because the drone truly kills; cognitive deterrence collapses the instant the adversary grasps that no real physical capability stands behind the narrative. On this view the fixation on the cognitive is not merely mistaken but dangerous. It tempts commanders to believe decision can be won by narrative alone, and to substitute the management of perception for the hard capacity to destroy — whereas in the test of outcomes, the side holding the greater capacity for violence tends to prevail, and the side that mistook messaging for power is disabused at ruinous cost.

This critique is correct, and it does not contradict the claim so much as fix its proper limits. The argument here is not that cognitive effect has replaced physical effect, but that the strategic center of gravity has migrated to it. Cognitive effect does indeed rest on physical credibility — and that is precisely where the two circles fuse rather than compete. The drone supplies that physical credibility at negligible cost. It truly kills, and so the video truly frightens; the narrative is not hollow because the machine behind it is real. The migration to the cognitive domain is therefore not a break from the physical but a leveraging of it: cheap physical effect becomes a cognitive force-multiplier, and the two circles reinforce each other instead of pulling apart. And yet Zilincik's warning, followed to its end, plants the seed of the third circle. If cognitive effect depends on the adversary's will and perception, then the entire edifice rests on an assumption about the adversary — that he has a will that can be broken and a consciousness that can be seared. What happens when he does not? What happens against an enemy whose will cannot be reached, because the structure of his regime was built precisely so that it cannot be?

Circle Three: The Failure of Effect Against Terror and Totalitarian Regimes

The Theoretical Basis: Why Punishment Does Not Work

The third circle is where the argument turns from a story of technological efficiency into one of deep strategic failure. The first two circles showed that effect — physical and cognitive alike — has been cheapened and multiplied. The third asks the more fundamental question that neither addresses: does effect, cheap or expensive, actually translate into decision against the hardest adversaries? The theoretical ground for a negative answer was laid well before the drone era, in the foundational studies of air power and strategic effectiveness, and its pre-drone provenance is exactly what makes it so damaging. The failure it describes is not a defect of cheap effect; it is a defect of effect as such.

Pape (1996), in his classic study of air power and coercion, showed that strategies of punishment — inflicting pain on a population or regime to break its will — almost never work. They do not produce surrender, and certainly not