The Range Number Is a Distraction. The Production Line Is the Strategy.
In December 2022, Raytheon’s then-CEO Greg Hayes told investors something that should have reframed how anyone thinks about precision weapons. In roughly ten months of supplying Ukraine, the United States had burned through what amounted to thirteen years of Stinger production and five years of Javelin production at prevailing rates.
Not thirteen years of inventory. Thirteen years of manufacturing. The closet, as one senator put it during a Senate Armed Services Committee hearing that spring, was bare.
That single data point dismantles the entire grammar of how defense coverage discusses missiles. We rank them by range. We headline their speed, their terminal accuracy, the depth at which they can hold an adversary’s command nodes at risk. These are real attributes. They are also the least decision-relevant ones once a war actually starts.
The variable that decides whether a precision-strike force matters in week three of a conflict is not how far each missile flies. It is how fast the next one comes off the line. And on that variable, India has spent the last two years quietly running an experiment whose results it has not fully confronted.
What a War Actually Consumes
There is a persistent civilian intuition that precision munitions are scarce, expensive, husbanded for the decisive blow. Real campaigns dissolve that intuition within days.
Precision weapons are expended in volume because the targets demand volume. To suppress a layered air defense system, you do not fire one missile; you saturate it, forcing more interceptors into the air than the defender can sustain, accepting that some of your own rounds will be killed in flight. To service a hardened or buried target, single hits rarely suffice.
To penetrate a contested electromagnetic environment, you build in redundancy, because some fraction of what you launch will be spoofed, jammed, or shot down. The arithmetic of saturation is unforgiving, and it runs in one direction: through the magazine, fast.
Ukraine made this legible to anyone willing to look. The figure that should haunt every force planner is not about missiles at all but about artillery: the United States produced roughly 14,000 rounds of 155mm ammunition a month, and Ukraine was reportedly expending that monthly output in around 48 hours of fighting.
Russia, for its part, drew down its stockpile of advanced Kalibr and Iskander missiles fast enough that it turned to North Korea and Iran to keep the strikes coming. This was a state sitting atop the inherited Soviet defense-industrial base. It still ran short.
Now transpose that onto a power that imports a meaningful share of its advanced munitions or builds them at modest domestic rates. Such a state can open a war looking formidable on a capability chart.
By the third week, its options narrow not because its missiles got worse, but because it ran out of them and could not build more in time.
The gap between opening strength and sustainable strength is where wars are actually decided, and it is almost never where the headlines look.
Production Is an Industrial Problem, Not a Technical One
Here is the distinction most defense writing collapses. Designing a missile and manufacturing one at scale are different undertakings, and competence in the first guarantees nothing about the second.
India has demonstrated genuine design capability. DRDO can build a working missile; the BrahMos, the Pralay, the Akash, the broader Agni family are evidence enough.
But designing a system that works in a test range and producing several hundred of identical quality, every month, without interruption, through a crisis, draws on an entirely different set of muscles.
One is a laboratory achievement. The other is an industrial one, and it is the harder of the two.
Every missile is an assembly of hard things: a guidance package, a propulsion unit, seekers, specialized alloys and energetic materials, electronics that must perform identically across a production run. Scaling that means skilled labor, machine tools, and above all a supply chain that does not break under stress.
This is precisely where the Ukraine resupply problem originated, and the diagnosis is worth importing. American officials traced the slow replenishment not to a shortage of will but to atrophied production capacity, to subcomponent bottlenecks, to a rocket-motor supplier that had become a single point of failure for multiple programs. The constraint was never the design. It was the industrial base beneath it.
India’s version of this vulnerability is structural and largely self-inflicted. The distance between DRDO, the defense public-sector undertakings, and the private sector is not a detail; it is the problem.
A design that lives in one institution, gets built in another, and depends on components from a fragmented third tier does not scale smoothly under wartime tempo.
And the supply chain still reaches outward for specific electronics, materials, and machine tools. In a prolonged crisis, when imports are squeezed or sanctioned, that external dependence converts directly into a production ceiling. You can only build fast if you control every link, and India does not yet control every link.
The Factory as a Deterrent
Now the counterintuitive turn. Production capacity does its most important work before a war, not during one.
Strip the jargon from deterrence and it reduces to an adversary’s cost-benefit calculation. Before striking, an opponent weighs what an attack buys against what it costs.
And that calculation does not stop at your current inventory. It extends to how quickly you can regenerate what it destroys.
This is where industrial depth becomes a weapon that never fires. Consider a state with a limited magazine and no production depth behind it.
A sharp, concentrated opening strike against its stockpiles can cripple it for months or years, because once the magazine empties there is no quick refill. That state is, in deterrence terms, an attractive target. The reward for a successful first strike is durable.
Invert it. A state that can produce missiles at scale presents a different problem. An opening strike degrades its inventory but does not paralyze it. The lines keep running; the magazine refills.
The arithmetic of the first strike stops closing, because the reward decays as fast as the factories can work. Industrial throughput, in other words, is part of the deterrence equation in a way that no range figure ever is. The factory and the supply chain matter as much as the launcher, and they matter before a shot is fired.
For India the point sharpens against geography. A credible two-front scenario, the North and the West activating in sequence or together, means a magazine that may have to be divided across theaters with very different operational logics. Under that condition, production depth is not a luxury layered on top of a force. It is the precondition for the force meaning anything at all.
Building the Missile Is Half the Problem
Suppose the line runs. Suppose a facility turns out a hundred missiles a year. Does that translate into a hundred usable rounds at the point of need? Not automatically, and the gap between the two is where a great deal of paper capability quietly dies.
A missile leaving the factory floor is not yet a fielded weapon. It has to move, from plant to depot to the unit that will fire it, and every node in that chain is a potential failure. Storage alone is a discipline, not a warehouse.
A missile’s electronics, its energetics, its seekers must be held in specific conditions and checked on a cycle. A round that sat two years in poor storage with lapsed maintenance can fail at the worst possible moment, which is to say in combat.
Then there is the human layer, the one that gets the least attention and deserves more. Firing a precision weapon is not pressing a button. It is target identification, confirmation, mission programming, integration with the intelligence and sensor picture that tells you what you are shooting at and whether it is still there.
The sequence from detection to weapons release is only as strong as its weakest link, and the weakest link is frequently not the missile.
This is the operational realism that procurement announcements never contain. A stockpile without this surrounding ecosystem of storage, sustainment, trained crews, and an integrated kill chain is power on paper, not on the battlefield. India’s planning has to weigh the entire system, not the inventory count, and that system is precisely the part no induction ceremony ever puts on display.
Range Still Matters. It Just Isn’t the Whole Argument.
None of this is an argument that range is irrelevant. It is an argument against mistaking one variable for the whole.
Long-range systems buy strategic reach. They hold at risk the things deep in an adversary’s rear that shape a war’s tempo: command centers, airbases, the logistics arteries that feed the front. That reach has real and distinct value. The question is not range versus quantity. It is the balance between them, calibrated to role.
A serious arsenal layers both. A smaller number of long-range systems for strategic depth, and a far larger inventory of shorter-range tactical munitions for the daily grind of the battlefield.
And here sits a genuinely counterintuitive consequence: the shorter-range systems, being expended in the greatest volume, are precisely the ones that demand the deepest production capacity. The missile with the least impressive range chart is the one whose factory matters most. It looks backwards. It is also correct.
India’s portfolio reflects this spread, at least on paper. The BrahMos, a Mach-2.8-class supersonic cruise missile with a range out to around 400 km in its newer variants, occupies one tier.
The Pralay, a tactical quasi-ballistic system, occupies another. Longer-range strategic platforms sit above them. Different ranges, different roles, and therefore different production strategies, because the rate at which you must build a tactical round bears no resemblance to the rate at which you build a strategic one.
The failure mode is an industrial plan that ignores this and treats all of it on one scale.
The Comparison India Keeps Avoiding
A number in isolation tells a reader almost nothing. India’s missile-production capacity becomes analysis only when set against the industrial throughput of the systems it would actually have to fight or sustain alongside.
The relevant benchmark is not American, but the American case clarifies the principle. When the US Office of Naval Intelligence assessed Chinese shipbuilding capacity at more than 200 times its own, the point was never tonnage in the water today. It was regeneration: who can replace and scale tomorrow.
In 2024, by several accounts, a single Chinese shipbuilder produced more vessel tonnage than the entire US industry has built since the Second World War. That is the lens. Not what exists, but what the industrial base can throw into a long war.
Apply that lens to munitions and the question India should be asking gets uncomfortable. China’s defense-industrial scale, its missile production in particular, operates at a tempo that a fragmented Indian base cannot presently match round for round in a sustained campaign.
This is not alarmism, and the answer is not to underestimate the adversary into a comforting story. The PLA Rocket Force is a serious organization with its own constraints, but throughput is not where its constraints lie.
India’s honest position is that it is building real capacity from a structurally disadvantaged base, and that the gap is not measured in the range of any single missile but in monthly output sustained over months of war.
The recent record is instructive precisely because it is mixed. The new BrahMos facility in Lucknow, inaugurated in May 2025 at a cost of around ₹300 crore, is projected to produce between 80 and 100 missiles a year, with capacity for the next-generation variant.
That is real, and unlike many announcements it is grounded in a system that has now seen combat: the BrahMos was used to strike targets inside Pakistan during Operation Sindoor in May 2025.
But it is worth heeding the analysts who, even amid the fanfare, described the plant as more a symbol of industrial ambition than a transformation of India’s military posture.
Eighty to a hundred missiles a year is a meaningful number against some contingencies and a thin one against a high-intensity, multi-theater war fought at saturation rates. Both things are true. Holding both is the whole discipline.
The Question the Next Decade Will Settle
India has begun, correctly, to fuse its defense strategy with industrial policy, to treat self-reliance not as a slogan about reducing imports but as a question of what it can depend on when a crisis cuts the supply lines. A robust industrial base does not just build missiles.
It builds the seekers, the electronics, the propulsion, the entire substrate of modern war. As conflict grows more technical, the capacity to manufacture that substrate at home becomes the real measure of military resilience, more telling than any single platform.
But the distance between the self-reliance announced and the self-reliance achieved remains long, and pretending otherwise is the opposite of analysis. The factories are rising. The capacity is growing.
Whether it is growing fast enough, and whether the fragmented architecture beneath it can deliver wartime tempo rather than peacetime throughput, is a question no inauguration has answered and few are honestly asking.
So the real question does not live in a launcher count or a range table. It lives on a factory floor. The next significant conflict, whenever it comes, will not be settled by the battles won in its first week. It will be settled by the question no headline thinks to ask. After the last missile in the magazine is fired, how long until the next one is ready?
