Ukraine's Mid-Range Strike Campaign: Targeting Russian Supply Lines

Ukraine's mid-range strike efforts represent a vital component of its military strategy in 2026, specifically targeting the supply lines and operational infrastructure that sustain Russian frontline forces. As Perun explains, these strikes aim at targets situated in the operational depth, regions lying between frontline positions and the more distant strategic rear. While not as immediate as frontline tactical strikes or as high-stakes as strategic long-range operations, the focus of the mid-range campaign is on eroding the logistical backbone of the Russian military effort.

The essence of mid-range strikes lies between two established domains: tactical short-range operations and strategic long-range campaigns. Tactical strikes are confined to the direct battlefield and its immediate surroundings, typically up to a few dozen kilometers beyond the frontline. The objectives at this level include destroying enemy personnel, armored vehicles, bunkers, and artillery pieces. Key tools involve FPV (first-person view) drones, loitering munitions like the Russian Lancet and Molniya, and short-range artillery such as rocket-assisted 155mm munitions.

In contrast, strategic long-range operations engage Russian military and economic targets deep in uncontested territory. According to Perun, these assaults are conducted with advanced tools such as cruise missiles, ballistic missiles like the Iskander, and one-way attack drones akin to the Iranian-designed Shaheds. Targets often include key economic hubs, military-industrial facilities, and transport infrastructure. These strikes, intended to exert long-term strategic pressure, often employ heavier and more complex systems with ranges exceeding a thousand kilometers.

The campaign's mid-range element bridges this gap. Perun delineates mid-range targets as extending beyond typical artillery reach (about 50 km) but short of strategic missile ranges, often focusing on areas 200-300 kilometers from the frontline. Typical objectives include operational headquarters, logistics bases, rearming depots for helicopters, and supply chain targets such as trucks, trains, and depots. The tools vary, from longer-range drones to advanced tactical weapons such as guided multiple launch rocket system (MLRS) projectiles.

Operational Dynamics in Ukraine's Mid-Range Strike Strategy

As Perun elaborates, drones play a pivotal role in Ukraine's mid-range capabilities, with a spectrum of technologies deployed in innovative ways. These drones range from smaller, cost-effective fixed-wing loitering munitions like the Hornet, a compact, efficient drone capable of strikes up to 160 kilometers from the frontline, to larger, heavier systems adapted from long-range attack roles.

The Hornet, for instance, is outfitted with autonomous target recognition, a modest 5-kilogram warhead, and effective low-light cameras. Its efficient fixed-wing design allows for energy-conscious flight, extending its operational range. Deployed through various methods, including simple catapults and rocket-assisted launching systems, these drones have proven effective as "truck hunters", taking out logistical vehicles such as trucks and trains with precision.

To enhance the flexibility and range of mid-range tools, Ukraine has experimented with creative modifications. Perun describes one such innovation: using high-altitude balloons to launch drones, conserving energy and extending their reach up to 300 kilometers under specific circumstances. Moreover, there are ongoing efforts to develop systems capable of targeting static and well-defended sites using drones with enhanced payloads, drawing parallels with traditional military capabilities such as tactical air power.

This type of adaptive engineering is seen in Ukraine's modifications of larger drones initially intended for long-range missions, repurposed for mid-range objectives. The FPV-2 drone is a standout example. While its predecessor, the FPV-1, was designed to operate at exceptionally long ranges, the FPV-2 has been optimized for distances of approximately 200 kilometers and is equipped with a greatly heightened payload capacity: around 120 kilograms of explosives, compared to the Hornet’s 5 kilograms. This significant increase, in Perun's analysis, enables the FPV-2 to target fortified or high-value assets like ammunition depots and air defense systems, objectives ill-suited for smaller munitions.

Through this strategic reprioritization, Ukrainian forces have created a toolbox of capabilities that complements earlier systems like HIMARS, which are better suited for other mission types. Loitering munitions like the Hornet now allow Ukraine to effectively engage moving targets with minimal costs compared to larger or more complex systems. Moreover, as Perun notes, the adoption of larger drones with tactical adaptations has further expanded Ukraine's ability to challenge Russia's logistical operations, presenting a growing threat to supply chains at two separate levels: static and mobile targets.

Key Tools and Tactics

Perun begins this segment by highlighting the dual approach Ukraine is taking in its mid-range strike campaign: utilizing both larger, long-range drones and smaller, more tactical rotor drones like the FPV-2. These smaller drones, including first-person view (FPV) unmanned systems, have undergone significant development since the early stages of the war in 2022. At that time, FPV drones were rudimentary, with ranges of just a few kilometers, but by 2026, their operational range has increased substantially, now reaching distances of dozens of kilometers.

A noteworthy advancement has been adapting FPV drones to extend their functionality and reach. For example, Ukraine has developed fixed-wing "mothership" drones equipped with Starlink terminals. These larger drones can carry and deploy smaller FPV systems near their target areas, significantly increasing the strike capacity for Ukraine's mid-range campaign. Additionally, the introduction of hybrid designs, such as rotor drones augmented with fixed wings, demonstrates how Ukrainian engineers are innovating to expand operational flexibility. Perun mentions one such drone with a reported range of 102 kilometers, exemplifying the ingenuity that has become a hallmark of what he humorously refers to as "Slavic wartime engineering."

Regarding payloads, Perun notes the evolving technical capabilities of the FPV-2 drone. Unlike the earlier FPV-1, which had a much longer range of 1,400 kilometers but was less relevant for mid-range missions, the FPV-2 is optimized for targeting within 200 kilometers of the front. Furthermore, the FPV-2 can carry a 121-kilogram aerial bomb, offering about three times the explosive mass compared to earlier systems. This makes it particularly effective against fortified or high-value static targets, such as Russian ammunition storage facilities or air defense radars, where smaller payloads might not suffice. Future modifications could potentially enable the FPV-2 to carry even larger warheads of around 200 kilograms, although larger drones come with increased costs and a higher risk of detection.

Perun explains that FPVs, with their lower cost and smaller payloads, are ideal for targeting soft, moving targets like trucks or even semi-hardened infrastructure assets. He likens the approach taken by Ukraine in its campaign to the use of tactical airpower for supply line interdiction during World War II. Back then, aircraft like the P-47 Thunderbolt and Hawker Typhoon proved their worth by targeting supply routes behind enemy lines, such as river barges, railway stock, and truck convoys. Similarly, modern FPV drones fulfill the role of disabling Russian supply lines by focusing on transportation networks and logistical hubs.

Perun identifies HIMARS and GMLRS rockets as the cornerstone of Ukraine’s initial foray into mid-range strikes, particularly when first introduced in 2022. These systems provided a significant capability to target enemy ammunition depots, command centers, and logistical hubs within their 80-kilometer range. Early results clearly demonstrated the potential of mid-range strikes to reduce Russian artillery fire rates. Although Russia responded by dispersing its storage facilities and moving them further from the front line, this adaptation created delays and logistical inefficiencies.

As the conflict progressed, Ukraine sought solutions to strike beyond the range of GMLRS, particularly for more flexible and lower-cost opportunities. Perun observes that the development of unmanned aerial systems (UAS) with extended ranges became a critical turning point. These systems enabled Ukraine to target relatively inexpensive logistics vehicles, such as trucks and vans used to support Russian operations, reducing their operational capacity. He underscores the importance of innovations such as Starlink-enabled connectivity and autonomous targeting systems. These technologies enhance the resilience of drones against electronic warfare measures and allow them to remain effective even if operator connections are disrupted.

Among the diverse tactical experiments, Ukraine’s use of drones modified to fire unguided rockets, as opposed to conducting strikes as kamikaze units, has garnered attention. Perun notes that while these systems may have smaller warheads and reduced accuracy, they offer distinct advantages: potential reusability and an ability to attack from a safer distance. This type of experimentation, while not yet on a broad scale, points to Ukraine’s ongoing efforts to refine and diversify its mid-range strike capabilities.

Another key element that has accelerated the effectiveness of Ukraine's mid-range strike campaign is the broader strategic context. Perun identifies the "synergy" of Ukraine’s Suppression of Enemy Air Defenses (SEAD) and Destruction of Enemy Air Defenses (DEAD) with its long-range operations as a crucial factor. These combined efforts force Russian defenses to stretch thin, covering targets as far as Moscow, and often require the Russians to divert critical resources away from mid-range threats. Such stratagems make it easier for Ukraine to execute its mid-range campaign.

On the organizational side, Perun highlights an interesting aspect of Ukrainian strategy: the decentralized and fragmented approach to drone deployment. Various branches of the military, ranging from the army and National Guard to military intelligence units and the SBU, have access to mid-range strike drones. Although this structure may seem disjointed compared to more centralized systems, it allows for rapid adaptation and the testing of various strategies. This enables the quick adoption of tactics and technologies that prove effective in the field.

Lastly, he emphasizes the growing focus on transportation targets within the mid-range campaign in 2026. While traditional fixed operational targets like depots remain primary objectives, Ukraine now has tools that are affordable and abundant enough to target dynamic and seemingly low-value assets like individual trucks. Although these items might appear minor, their destruction has outsized effects on Russia’s ability to sustain its forces near the front. According to one Ukrainian analysis, by May 2026, attacks against Russian logistic vehicles had increased from just two incidents in February to over 130 in May, underscoring the rapid escalation of this campaign.

Perun adds that these attacks have visibly shifted loss ratios in the war. In earlier phases, strikes against Russian armored vehicles such as tanks and infantry fighting vehicles far outweighed those against military trucks. However, by mid-2026, there were over three trucks lost for every armored vehicle destroyed. Part of this shift is attributed to increased Ukrainian drone strikes targeting Russia's logistics, forcing reliance on civilian vehicles that are generally not counted in formal loss databases. These developments underscore how the expanded use of mid-range unmanned systems is reshaping the supply dynamics of the conflict.

The Southern Offensive and Logistics Interdiction

Perun explains that Russia recognized the vulnerabilities of its reliance on the Crimean rail line early on and sought to diversify its logistics by constructing new road and rail connections along the coast. Despite Ukraine's southern offensive falling short of all its objectives in 2023, it marked the beginning of a sustained campaign to disrupt Russian supply routes in the south. From this point onward, Ukraine persistently targeted critical logistics infrastructure in a piecemeal but consistent manner.

He highlights how early actions, such as targeting Russian maritime transport, set the tone for the campaign. Russia previously transported large cargoes directly into Crimea through key ports like Sevastopol. However, early Ukrainian operations started to make these routes increasingly dangerous. The Ukrainian attack on a Russian landing ship in the Port of Berdyansk back in March 2022 was a harbinger of what was to come. Over time, Ukrainian capabilities improved with the introduction of precision-guided munitions such as the Storm Shadow missile, as well as innovative weapons like naval drones. These developments resulted in high-profile strikes on key targets, including a Russian landing ship sunk off Crimea’s coast in 2024.

The cumulative effect of effective maritime attacks was clear: not only were Russian naval transport capabilities significantly constrained, but the perceived risks of transporting supplies via maritime routes rose sharply. Perun underscores that even if the probability of losing a ship on any given trip remained low, the high value of these hard-to-replace vessels renders the risk unacceptable for many shipments. This calculus has caused a noticeable drop in Russian operations out of Sevastopol, where maritime activity today is much reduced compared to pre-war levels. In the nearby Sea of Azov, transponder data confirms that shipping volumes have significantly fallen compared to historical norms, further limiting a critical Russian supply vector.

Nonetheless, Russia has not been completely crippled when it comes to logistics by sea. Perun notes that while Ukrainian forces have severely impacted Russian maritime transportation, achieving total interdiction of shipping in areas like the Sea of Azov remains beyond Ukraine's capacity for now. Ukraine’s strikes, while impactful, have been unable to eliminate seaborne supply routes entirely.

The Crimean Bridge: A Strategic Bottleneck

Perun shifts to examining the role of railways and the Crimean Bridge in Russia's logistics network. With the northern railway routes passing through occupied Ukrainian territory becoming more vulnerable, Russia has relied on the Crimean Bridge as a critical alternative. However, the bridge’s compromised status has created logistical challenges.

Perun revisits the Ukrainian attack on the bridge early in the war. This strike caused considerable damage, particularly when a fuel-laden railway car ignited after an explosion, and the subsequent repair efforts were just a partial remedy. Although the Crimean Bridge has reopened, it now operates under significant restrictions. Russia frequently closes the bridge during high-risk periods, and key military supplies, including fuel and ammunition, are no longer allowed to cross it. Instead, these cargoes are forced onto longer, less secure routes, exposing them to increased Ukrainian attacks.

From Ukraine’s perspective, Perun argues, the current status of the bridge is far from ideal; total destruction would have been more strategically advantageous. Nevertheless, the persistent threat of attack imposes operational constraints on Russia, as the defensive resources committed to protecting the bridge cannot be redeployed elsewhere. Ukraine has also reportedly continued targeting Russian military vessels near the bridge, further underlining its vulnerabilities.

Railways and Trucking Under Siege

With maritime and Crimean Bridge capacities constrained, Perun shifts focus to Russia's rail and road logistics through Ukrainian territories. Amidst ongoing Ukrainian strikes on locomotives, stations, and infrastructure, the ability of Russian forces to repair and restore these networks quickly has been tested since at least mid-2025. However, 2026 has seen a tactical evolution from Ukraine. With improvements in drone capabilities, Ukrainian forces are now launching more strikes on moving locomotives, which marks a shift from the previous focus on fixed infrastructure.

Citing data, Perun mentions 35 geolocated Ukrainian drone strikes on Russian trains between March and May 2026, emphasizing key regions like Donetsk, Zaporizhzhia, and Crimea. These attacks not only destroyed rail assets but also temporarily paralyzed traffic, compounding the logistical challenges for Russian operations.

Shifting to road logistics, Perun highlights Ukraine’s recent focus on targeting “soft-skin” vehicles, referring to unarmored cars and trucks. According to Ukrainian Ministry of Defense claims, the number of vehicles targeted has substantially increased in recent months. While these figures may include civilian vehicles turned to military use and hence be subject to scrutiny, he notes that the reported trends, such as a claimed doubling of vehicle losses year-on-year, are hard to dismiss outright.

Despite these significant increases, Perun cautions against assuming that Ukraine’s interception efforts will exhaust Russia’s truck fleet or entirely sever its logistics. Russia has a large pool of civilian vehicles to draw upon, and even if military truck production is insufficient, the country’s reliance on its expansive civilian trucking sector provides a vast reservoir of potential back-up. Furthermore, Russian manufacturers could potentially scale production, and the state could procure commercial vehicles from external suppliers like China, should the need arise. Nonetheless, he notes, these workarounds come with their own inefficiencies and added costs.

Adapting to Challenges

Perun details how Ukraine’s mid-strike campaign indirectly impacts Russian civilian logistics operators. He explains that logistics in Crimea must also sustain the region’s civilian population of over 2.5 million, not just the military effort. Civilian trucking companies, however, are increasingly reluctant to traverse contested regions due to the elevated risks, thereby adding pressure on the military to absorb logistical responsibilities. Regulatory measures, like the Kherson region ban on heavy civilian highway traffic for non-military purposes, theoretically ease military transport but come with unintended consequences. Namely, they effectively turn all trucks on major highways into priority targets for Ukrainian drones. Targeting logistics may thus discourage civilian participation in supply chains, forcing the military to shoulder an ever-larger share of these burdens.

Perun adds that Russian adaptations to the escalating campaign, such as using alternate routes and nighttime transportation, present their own problems. These approaches increase logistical complexity, extend delivery times, and put additional wear on vehicles, all while introducing new vulnerabilities. He notes that these adjustments represent a resource-intensive workaround, exemplified by calls from Russian military commentators for mobile fire units and defensive posts to protect vital routes. However, such defensive measures could divert significant resources and personnel from other operational needs, and even pose new risks if they become predictable points of attack for Ukrainian forces.

Perun concludes that while Ukraine’s mid-range strike campaign cannot entirely cripple Russian logistics, it does not need to. Creating delays, inefficiencies, and increased risks along critical supply routes is enough to impose substantial strain on Russia's logistical apparatus. As Ukraine continues refining its drone capabilities and targeting strategies, the logistical viability of key regions such as Crimea will only face greater challenges moving forward.

Perun points out that establishing mobile fire units and observation posts to safeguard Russian supply routes is fraught with challenges. These positions would demand significant personnel and resources, and even then, they would be vulnerable to targeted attacks. Fixed defenses near roads could become predictable targets, making them susceptible to concentrated Ukrainian assaults. At the same time, Ukrainian forces have demonstrated a capacity to adapt and redirect their tactics, potentially shifting focus to alternate targets or testing vulnerable positions when resources thin out.

Perun emphasizes that while mid-range strikes alone cannot entirely dismantle Russian logistics, they are capable of forcing inefficiencies, creating delays, and pushing Russia into difficult strategic trade-offs. These strikes, coupled with advancements in Ukrainian drone technology and targeting expertise, are already exacerbating logistical difficulties, particularly in critical regions like Crimea. This was highlighted by recent developments in Crimea, where gasoline sales were temporarily halted for civilians and later resumed under a strict rationing system, reminiscent of wartime scarcity.

Perun explains that such pressure on civilian logistics sheds light on the broader systemic strain, as military logistics is given consistent priority. The increasing operational range and number of Ukrainian drones, he warns, could exacerbate issues at key geographic bottlenecks, particularly areas currently outside the primary focus of strikes. Potential future targets might include northern routes leading in and out of Crimea, which have so far faced limited attention.

In concluding the discussion, Perun stresses that mid-range strikes form a unique layer within Ukraine's broader campaign alongside short-range and long-range operations. Their primary function lies in disrupting the flow of supplies, ensuring that resources never even reach forward positions in the first place. This compounds the pressure on Russian logistics already in place from other strike campaigns. Perun outlines two possible outcomes from the intensified focus on supply line disruption: firstly, it may make it harder for Russian forces to sustain large-scale offensive operations due to logistical constraints; and secondly, Ukraine might exploit weakened supply lines to stage limited offensives of its own.

According to Perun, even intense defensive operations consume substantial supplies, though not as much as offensives. If Ukrainian strikes can sufficiently degrade the supply flow to these areas, it could leave Russian positions vulnerable to collapse during an attack. Furthermore, mid-range strikes contribute to stretching Russian resources even further. The necessity to protect an expanded range of targets, including roads, trains, and transport vehicles, adds to the workload for Russian air defenses and personnel, spreading them thinner across the theater of operations. This diversion of resources compromises the protection of critical assets, such as headquarters, ammunition depots, and politically significant sites.

Perun observes that despite Russian efforts to amplify their interceptor drone capacity, these measures take time to implement. Training competent drone operators and scaling up production isn’t immediate, exacerbating Russia's challenges. The effectiveness of Ukraine's drone operations at different ranges demonstrates that the "drone kill zone" is expanding deeper into Russian-held territory. This creates vulnerabilities in areas that have traditionally been considered secure, far from the front lines.

Perun concludes by reflecting on the significance of mid-range strikes within Ukraine’s evolving military capabilities. While these operations may not garner the same level of attention as short-range tactical strikes or long-range hits on high-profile targets, their impact on Russian logistics is evident. The ripple effects, whether stalled Russian offensives, weakened defensive positions, or an overstretched air defense network, show how these strikes fit into Ukraine’s broader campaign. Most strikingly, Perun highlights the importance of observing not only visible damage but also "non-events" like Russian offensives that fail to materialize or supply shortfalls that undermine operations. These absences, he argues, could be the most telling evidence of mid-range strike success.

Finally, Perun reflects on the broader implications for military logistics, emphasizing that the growing range and capability of Ukrainian drones have fundamentally changed the calculus of war. With more to protect than ever, Russian forces are in a precarious position. If Ukrainian capability continues to evolve, this aspect of modern warfare could serve as a crucial determinant in the ongoing conflict.

What was said, and when

The points this article makes, and the moment in the recording where each was said. Every time below opens the recording at that moment.

• Ukraine's mid-range strike efforts in 2026 primarily target Russian supply lines and operational infrastructure. 00:59.
• Mid-range strikes aim at regions between frontline positions and the strategic rear. 00:21.
• Mid-range strikes focus on eroding the logistical backbone of the Russian military effort. 00:44.
• Tactical strikes typically target areas up to a few dozen kilometers beyond the frontline. 04:46.
• Strategic long-range operations engage targets deep in uncontested territory, often exceeding 1,000 kilometers. 07:08.
• FPV drones, Lancet, and Molniya loitering munitions are used in tactical strikes. 05:35.
• Cruise missiles, ballistic missiles like Iskander, and Shahed drones are used in strategic operations. 07:29.
• The Hornet drone can strike up to 160 kilometers from the frontline. 13:12.
• The Hornet drone is equipped with autonomous target recognition and a 5-kilogram warhead. 13:12.
• Hornet drones are deployed using catapults or rocket-assisted launching systems. 13:37.
• Ukraine has experimented with high-altitude balloon launches to extend drone ranges up to 300 kilometers. 15:36.
• The FPV-2 drone is optimized for distances of approximately 200 kilometers and carries around 120 kilograms of explosives. 17:19.
• FPV-2 drones enable targeting of fortified or high-value assets like ammunition depots. 17:19.
• Ukraine's adaptation of drones allows targeting of moving logistical vehicles like trucks and trains. 37:26.
• HIMARS and GMLRS rockets were pivotal in Ukraine's mid-range strikes since 2022. 20:36.
• Early HIMARS strikes reduced Russian artillery fire rates by targeting logistical hubs within an 80-kilometer range. 21:10.
• Ukraine's drones with Starlink-enabled connectivity can carry smaller FPV systems near target areas. 23:58.
• FPV drones have evolved from ranges of just a few kilometers in 2022 to dozens of kilometers by 2026. 18:46.
• Drone adaptations include fixed-wing mothership designs to increase operational effectiveness. 18:46.
• The FPV-2 drone carries a 121-kilogram aerial bomb, providing three times the explosive mass of earlier systems. 17:34.
• Ukraine has targeted Russian logistic vehicles, claiming over 130 incidents of strikes in May 2026 alone. 30:01.
• Reported losses of Russian logistic vehicles have increased by year, doubled according to Ukrainian Ministry of Defense. 41:48.
• Maritime transportation operations in Sevastopol are much reduced compared to pre-war levels. 35:02.
• Transponder data shows reduced shipping volumes in the Sea of Azov. 35:02.
• The Crimean Bridge operates under restrictions and excludes key military supplies like fuel and ammunition. 38:39.
• 35 geolocated Ukrainian drone strikes were conducted on Russian trains between March and May 2026. 37:26.
• Ukraine targets 'soft-skin vehicles' such as unarmored trucks used for logistics. 30:40.
• Russian adaptations include using alternate routes and nighttime transportation to reduce drone strike risks. 49:49.
• Training competent drone operators and scaling drone production take time for Russia to implement effectively. 56:02.