By Anietie anii-bassey
Deep beneath the streets of Ukraine’s Kharkiv region, inside an unremarkable basement command center, Ukrainian drone operators sit before glowing computer monitors, watching live thermal images streamed from aircraft flying far behind Russian lines.
Their mission is not to engage enemy soldiers directly on the front line but to cripple the vast logistical network that keeps Russian forces supplied with fuel, ammunition and reinforcements.
Military commanders say the strategy has become one of Ukraine’s most effective tools in slowing Russian advances, using a growing fleet of sophisticated midrange drones capable of reaching areas that were previously beyond Kyiv’s strike capability.
When movement appears on the operators’ screens—a fuel truck, an armored vehicle or a convoy transporting supplies—the pilots carefully guide their drones toward the target, striking key transportation routes that Russian forces depend on to sustain military operations.
“Our mission is to cut logistics,” said Kat, commander of Ukraine’s K-2 Brigade, which specializes in operating midrange drones.
“Cut off their supply lines, and the infantry on the front line have no food, no ammunition, no night vision, no batteries. Nothing. That’s how we’re wearing them down in every sense,” Kat explained.
For security reasons and in accordance with Ukrainian military regulations, soldiers interviewed identified themselves only by their battlefield call signs.
Ukrainian commanders say repeated attacks on roads carrying military equipment, fuel and reinforcements have dramatically complicated Russia’s logistical operations. Supply routes that once functioned with relative ease have become increasingly dangerous, forcing Russian forces to spend more time, resources and manpower protecting convoys while slowing deliveries to frontline troops.
Military officials believe the campaign has contributed to halting several Russian offensives while creating opportunities for Ukrainian counterattacks and operations targeting occupied Crimea by disrupting the land corridor connecting the peninsula to mainland Russian-controlled territory.
Until recently, much of Russia’s rear logistics network remained largely beyond the reach of Ukrainian forces.
Traditional frontline drones lacked the range to penetrate deep into occupied territory, while long-range strike drones were reserved for attacks against strategic military installations hundreds of kilometers away.
That left a broad zone extending roughly 25 to 200 kilometers behind the front where Russian vehicles could move with comparatively little interference.
The introduction of fixed-wing midrange drones equipped with Starlink satellite communications has transformed that situation.
These aircraft now patrol the once relatively secure corridor, extending Ukraine’s reach and turning Russian rear areas into active combat zones where military convoys can no longer travel safely.
Samuel Bendett, a researcher specializing in Russian military technology at the Center for Naval Analyses, said the new capability has fundamentally altered battlefield dynamics.
“They’re ensuring that the Russians are constantly pressured along their supply logistics lines and that they are unable to supply certain parts of the front so that the situation may be more controllable,” Bendett said.
He cautioned, however, that Russia will likely continue developing new countermeasures and eventually adapt to the evolving threat.
According to Bendett, Moscow’s larger military resources may allow it to absorb greater losses while improving its defenses over time.
“The question is whether Ukraine can keep this pressure up over the next few weeks and months,” he said.
The operation behind Ukraine’s expanding drone campaign is remarkably discreet.
The command center resembles an ordinary office rather than a military headquarters. Coffee cups, energy drink cans and electronic cigarettes sit scattered across desks beneath fluorescent lighting while operators dressed in civilian clothing quietly monitor live video feeds.
Elsewhere, what appears to be a simple carpenter’s workshop serves as a drone assembly facility, while modest village homes function as concealed launch sites.
Despite the ordinary appearance of these locations, they coordinate hundreds of missions each month.
During May alone, the K-2 Brigade launched approximately 800 midrange drone missions, with commanders reporting that 650 successfully struck their intended targets.
Pilots spend hours plotting detailed flight paths using digital maps before another unit launches the aircraft from locations more than 200 kilometers away.
Once airborne, operational control transfers to the drone crews in Kharkiv, who remotely guide the aircraft for missions lasting up to four hours and extending well over 100 kilometers behind Russian positions.
For some operators, the work carries a deeply personal dimension.
Several were forced to flee their hometowns after Russia’s invasion and now find themselves flying over neighborhoods where they once lived. Through drone cameras, they recognize former schools, streets and childhood landmarks while searching for concealed Russian troops, ammunition depots and military vehicles.
Inside the command center, a whiteboard records the performance of the brigade’s ten drone teams, fueling friendly competition among operators.
The current record stands at 17 successful strikes without a miss.
Failures are remembered just as vividly as successes.
After one crew failed to destroy a valuable military target, brigade commander Colonel Kyrylo Veres reportedly telephoned the operators and bluntly asked, “Are you drunk?”
The targets vary significantly from mission to mission.
Some days reveal only isolated motorcycles or trucks transporting fuel and supplies.
On other occasions, drone operators discover far more valuable objectives, including multiple-launch rocket systems, troop concentrations and ammunition stockpiles.
Among the brigade’s most accomplished operators is a 20-year-old pilot known by the call sign Pharaon.
He believes years spent playing competitive video games prepared him surprisingly well for drone warfare.
“When I was a kid, I used to go to computer clubs where we played Counter-Strike over a local network,” he said.
“The competition here is pretty much the same. It’s about who can kill more enemy troops or take out the biggest target.”
A major turning point in Ukraine’s drone campaign came earlier this year after SpaceX blocked Russian forces from using unauthorized access to the Starlink satellite communications network.
Military analysts say the decision significantly disrupted Russian drone operations while giving Ukrainian forces a substantial technological advantage.
Improved satellite connectivity has allowed Ukrainian drones to resist electronic interference more effectively, maintain stronger communication links with operators and strike targets with greater precision.
Rob Lee, a senior fellow in the Eurasia Program at the Foreign Policy Research Institute, described the restriction of Russian Starlink access as one of the year’s most significant developments on the battlefield.
The improvement is reflected in operational success rates.
According to Pharaon, approximately eight out of every ten drone missions now successfully reach and destroy their intended targets.
Only a few months earlier, he said, the situation had been reversed, with most missions failing because of technical problems or Russian electronic warfare systems.
The K-2 Brigade primarily deploys the Dart, one of Ukraine’s less expensive midrange drones.
Constructed from lightweight materials including polystyrene, wood and components produced by 3D printers, the aircraft is specifically designed to attack logistics convoys.
Larger drones, including the Hornet, carry heavier explosive payloads capable of destroying bridges and other major infrastructure supporting Russian military operations.
Before each mission, technicians carefully inspect batteries, cameras, flight-control systems and, most importantly, the Starlink communications equipment that maintains contact between pilots and drones throughout the flight.
Once assembled, the aircraft are transported to concealed launch positions near the front line.
There, a soldier using the call sign Buckwheat checks each Starlink terminal before the drones are launched into the air using catapult systems.
“It’s gotten a little quieter now,” he said. “You can tell the pressure from the enemy has eased.”
Initially caught off guard by the rapid expansion of Ukraine’s midrange drone campaign, Russian forces have begun adapting.
Military units are increasingly deploying mobile air-defense teams, interceptor crews and machine-gun positions along key supply routes in an effort to shoot down incoming drones before they reach their targets.
However, Ukrainian commanders believe the speed and scale of their operations continue to outpace Russia’s defensive response.
Bendett noted that one of Russia’s greatest vulnerabilities remains coordination between different military formations.
Even when one unit identifies a new drone threat, delays in communicating that information across neighboring sectors can create opportunities for Ukrainian aircraft to penetrate Russian defenses.
Ukraine has concentrated many of its operations on the transportation network connecting the occupied cities of Mariupol, Berdyansk and Melitopol with the Crimean Peninsula.
These highways form the primary logistical corridor supplying Russian forces operating across southern and eastern Ukraine.
According to Ukrainian military intelligence, sustained attacks have forced Russia to rely increasingly on slower, less efficient alternative routes while making sections of the land bridge to Crimea increasingly hazardous for military convoys.
Russian forces continue expanding efforts to counter the drone threat.
According to Pharaon, Moscow has significantly increased the number of mobile anti-aircraft units, established additional machine-gun positions and deployed specialized interceptor teams around major cities and logistical hubs.
Drone crews now carefully plan flight paths to avoid known air-defense positions.
Operators occasionally observe flashes of anti-aircraft fire through onboard cameras as their aircraft narrowly evade Russian attempts to shoot them down.
Russia is also intensifying efforts to interfere with Starlink satellite communications through electronic warfare systems that analysts say have been under development since 2024.
While these systems have achieved some limited success, experts believe they have not yet substantially reduced the effectiveness of Ukraine’s growing drone fleet.
“I think they have some success, but we’ll have to wait and see,” Lee said.
As the conflict continues to evolve, Ukraine’s expanding use of midrange drones has emerged as one of the defining innovations of the war, demonstrating how relatively inexpensive technology and satellite communications are reshaping modern combat by extending the battlefield far beyond the front lines and placing Russia’s critical supply network under constant threat.
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