Tim Mak's latest dispatch from Kyiv centers on a milestone that seemed unthinkable when the full-scale invasion began: in March, Ukraine launched more than 7,000 drones into Russian territory, exceeding the roughly 6,500 drones and 138 missiles Moscow sent the other direction. For the first time, the country being invaded outshot its invader in cross-border strikes. The piece traces how this reversal happened, anchoring the story in the journey of Serhii Okhotnik, a former financial management instructor who pivoted to drone manufacturing after hearing frontline soldiers describe their helplessness against Russian armor.
From Desperation to Industrial Scale
Mak builds the narrative around Okhotnik's evolution from civilian educator to defense manufacturer, a personal arc that mirrors Ukraine's broader transformation into a drone superpower. Early in the war, soldiers relied on Chinese-made DJI Mavics with improvised explosives strapped to them. Okhotnik recalls that back then, there were almost no Ukrainian-made drones. There were Mavics, made by the Chinese company DJI. The guys would make their own explosives, attach them to the drones, and send them toward the enemy as close as they could.
This jerry-rigged phase gave way to a systematic, domestically driven manufacturing push. Okhotnik now manages roughly 250 people spread across multiple production sites in Ukraine, a deliberate dispersal designed to prevent a single Russian strike from wiping out capacity.
The article documents the rapid expansion of strike range. Okhotnik's own drones now fly 70 kilometers, placing them in the "middle strike" category capable of hitting logistics hubs and brigade bases in real time. But Ukraine's deep-strike capability has leapt far beyond that threshold. Drones now reach targets more than 1,000 kilometers inside Russia, flying autonomously along predefined routes. The main obstacles, according to aviation expert Bohdan Dolintse, are a 50-kilometer buffer zone bristling with Russian air defenses and additional defenses near the target itself.
If I had known how much I would have to learn, how many people I would need to bring on board, and how many new developments I would have to undertake, I wouldn't have taken that step, but at the time, it seemed like the logical thing to do.
What makes this trajectory remarkable is not just the engineering achievement but the economic logic behind it. Mak highlights that a single drone costing between 50,000 and 60,000 dollars can inflict millions or even billions of dollars in damage to Russian infrastructure. The Ukrainian National Security and Defense Council claims that strikes have taken approximately 20 percent of Russia's oil refining capacity offline, directly undermining a revenue stream that funded more than half of Russian exports in 2023. This is asymmetric warfare at its most effective: a nation with a fraction of its adversary's defense budget systematically degrading the economic engine that sustains the larger military.
The Human Element Behind the Strikes
Mak avoids reducing the drone war to hardware specifications and production numbers. The piece spends considerable time on the human infrastructure that makes deep strikes possible. Okhotnik continues to run a training school for military drone operators, though admission has tightened from an open-door policy to selective enrollment based on combat utility. The physical demands are real: some trainees experience dizziness from the goggles and rapid visual inputs, while others take longer to develop the fine motor skills required for joystick control. Mak notes that many soldiers return to training repeatedly because the work has an element of play to it,
though Okhotnik is careful to draw the moral line: You can't call it a game, because you'd have to be a sociopath for killing someone to be a game to you. They understand that they're killing a person, but at the same time, they're killing an enemy.
The piece also gestures toward the invisible labor behind each deep-strike mission: target selection, route planning, air defense evasion, and post-strike analysis. Okhotnik pays tribute to these planners, saying I tip my hat to the guys who carry out deep-strike missions, to the guys who execute them, and to the guys who plan these operations, identify targets, and map out routes. It's a truly Herculean task — one that goes largely unseen.
This acknowledgment is important because it counters the tendency to treat drone warfare as bloodless or automated. Each of those 7,000 March launches involved human judgment calls, risk assessments, and trade-offs that do not appear in the footage of burning refineries.
Counterpoints Worth Considering
Mak's reporting is persuasive, but several questions remain underexplored. First, the 7,000-drone figure represents launches, not confirmed hits. Okhotnik himself states that his personal goal is a 75 percent hit rate, suggesting the current rate is lower. He frames the aspiration starkly: 7,000 is a decent number, but if 75 percent out of that 7,000 missions result in hits, the Russians will be wiped out very quickly. We need technology that allows our drones to complete their missions.
The gap between launches and effective strikes is a critical variable the article does not quantify.
Second, the piece does not address Russia's own adaptation. Moscow has been investing heavily in electronic warfare, GPS jamming, and counter-drone systems. The history of military technology suggests that any advantage in asymmetric warfare triggers a countermeasure cycle. Whether Ukraine can sustain the March pace depends not only on production capacity but on whether Russian defenses learn to intercept a higher percentage of incoming drones.
Third, the Western dimension deserves more scrutiny. Mak notes that systems like ATACMS and Storm Shadow are limited in range and expensive, which drove Ukraine toward indigenous drone development. But this framing understates the geopolitical complexity. Western allies have periodically restricted Ukrainian strikes on Russian territory, and the sustainability of Ukraine's drone campaign depends partly on continued access to components, many of which flow through international supply chains that could face disruption or sanctions complications.
Finally, the article's focus on oil infrastructure damage raises the question of escalation. Taking 20 percent of Russian refining capacity offline is a significant economic blow, but it also raises the stakes for the Kremlin. Whether this pressure leads to negotiating flexibility or to further escalation is an open question that the piece gestures at without fully engaging.
Bottom Line
Tim Mak delivers a vivid, ground-level account of how Ukraine built a drone industry from almost nothing and used it to achieve a symbolic and strategic milestone: outpacing Russian cross-border strikes for the first time. The strongest element is the reporting on the economic asymmetry, where relatively cheap drones impose disproportionate costs on Russian infrastructure. The biggest gap is the absence of data on actual strike effectiveness versus launch volume, and the silence on Russian counter-drone adaptation. Readers should watch whether March's 7,000-drone pace proves sustainable or whether it was a peak that Russian electronic warfare and air defenses will erode in the months ahead.