Feb 14, 2026
Image capture from a video posted on Telegram by the Russian Ministry of Defense on December 8, 2025. The video shows Russian forces using ATVs to assault Ukrainian positions in the Dnepropetrovsk region.Social Media Capture
While the Russia-Ukraine war is often associated with advanced systems, the current battle lines have been shaped by a more basic technology: landmines. Landmines feature heavily in Soviet doctrine, and both Russia and Ukraine began the war with extensive stockpiles. As such, these systems have been widely employed by both sides, playing a central role in the defense against every major offensive operation. As battlefield dynamics continue to evolve, Ukraine is now introducing a new drone-deployable, anti-vehicle landmine intended to target the smaller vehicles currently used in Russian assaults.
Ukraine’s Need For A New Landmine
The effectiveness of Ukrainian drones has pushed Russia away from large, armor-heavy assaults. Since the summer of 2025, Russian forces have increasingly shifted toward small, squad-size attacks, with soldiers advancing in light vehicles such as motorcycles, ATVs, and buggies rather than armored vehicles. The Russian Ministry of Defense reports that they fielded 38,000 of these light vehicles to the frontlines in 2025, with plans to increase the fielding rate in 2026. This tactic, which emphasizes speed, dispersion, and reduced signature, has been observed across multiple sectors of the front, including in the Donetsk and Zaporizhzhia regions. While the success of these assaults varies, they have generally been more difficult for Ukrainian drones to detect, track, and target than traditional armored columns.
This shift in tactics has the additional benefit of being more resistant to Ukrainian landmines. Ukraine primarily employs large anti-tank landmines, such as the TM-62, which are designed to destroy armored vehicles by detonating approximately 7.5 kg of high explosive. Light vehicles typically do not generate sufficient ground pressure to reliably trigger these landmines. Although the fuzes can be modified to increase sensitivity or fitted with magnetic triggers, this does not resolve the underlying mismatch. Employing anti-tank landmines against current Russian assault elements commits a large quantity of high explosive to destroy inexpensive and easily replaceable vehicles. Furthermore, anti-tank landmines have a relatively large physical profile. If surface emplaced, they can be readily spotted by a rider in a small vehicle and burying them properly is labor intensive and time-consuming.
Ukraine’s New Landmine
According to posts on social media, Ukraine is introducing a new, smaller anti-vehicle landmine optimized for the light, unarmored platforms currently used by Russia in assault roles. The device reportedly contains approximately 150 grams of explosive and is configured as a blast-fragmentation munition with pre-formed striking elements. Rather than destroying the vehicle outright, the landmine’s primary purpose is to disable it by damaging key components, while also producing lethal fragmentation. The reduced explosive charge is sufficient to neutralize light vehicles without committing the larger explosive quantities associated with traditional anti-tank systems.
Social Media Capture
The new landmine is expected to be compatible with electronic magnetic-influence fuzes, potentially incorporating motion-sensitive elements. A magnetic trigger allows detonation in proximity to a vehicle’s metal mass, increasing reliability against light platforms. The landmine can reportedly also be detonated by remote control or fitted with a pressure-activated fuze mechanism.
Similar to the “Aikos” anti-personnel landmines that have also recently been developed by Ukraine, this landmine appears to have been designed for drone deployment. While Ukraine has previously used bomber drones to emplace landmines, the smaller size of these new munitions allows even smaller FPV drones to deploy them. Larger bomber drones are able to drop a significant quantity of landmines in a single sortie, increasing density and coverage. These new landmines can also be emplaced through other means, including by hand and by ground robots.
For landmines to be effective, they must be fielded in large quantities, making manufacturability a central design consideration. The design appears to be somewhat modular allowing for different fuzes and other components. Meanwhile, it also incorporates 3D-printed components, enabling rapid and distributed manufacturing. This approach lowers cost, reduces reliance on complex supply chains, and allows for incremental design modifications. This also makes it easier to adapt production to local conditions, use readily available materials, and scale output quickly without specialized industrial infrastructure.
The Effectiveness Of Ukraine’s New Landmine
These new landmines are well suited to augment existing Ukrainian kill zones, the area stretching in front of their defensive lines. According to the Russian Ministry of Defense, these kill zones extend approximately 15 km in depth, and any person or vehicle that enters them is targeted by drones. These landmines are tailored to counter the Russian vehicles currently being used to assault into these zones, while minimizing strain on Ukrainian logistics. The key advantage of these new landmines is their rapid deployability, which introduces additional uncertainty into Russian assault planning. Prior to launching an assault, Russian units rely on drone reconnaissance to identify the clearest routes to their objective. However, once Ukrainian forces detect an assault forming, they can deploy drones equipped with landmines to seed likely avenues of advance and disrupt movement.
Social Media Capture
In addition to disrupting the assault, these landmines produce a psychological toll on the Russian soldiers. This effect forces Russian assault elements to reduce their tempo due to concerns about newly deployed landmines. The resulting decrease in speed increases the likelihood of detection by Ukrainian drones. Furthermore, it amplifies fear within the assaulting unit. The threat posed by drones has already led some Russian units to refuse assaults through designated kill-zones that were viewed as suicide missions. The additional risk of rapidly emplaced minefields reinforces these concerns.
Possible Russian Responses to Ukraine’s New Landmine
Russian units face limited options in responding to this new threat of drone-deployable landmines tailored to light vehicles. A return to armored assaults is unlikely given the continued threat from Ukrainian drones. Meanwhile, fully dismounted assaults are also impractical across the wide kill-zones, since soldiers would be detected during the extended time required to traverse the open terrain on foot.
Russia may instead adopt technology-based solutions. One option would be to deploy ground robots ahead of assault elements to clear or trigger landmines along the route. This approach is costly and could further slow the assault. Ground robots could also be used to carry counter-drone systems forward, providing some protection against landmine-carrying drones. Ukrainian drone footage has shown Russian Courier ground robots with jamming equipment in forward positions to support assault units.
Established military doctrine emphasizes that a strong defense must continually reinforce and deepen its position by integrating new obstacles and protective measures. Ukraine has established a defensive system that has effectively stalled the Russian offensive. The addition of these small-vehicle oriented landmines further constrains Russia’s evolving tactics and reinforces the current stalemate.