2014 Russia-Ukraine War

PFM-1 in the 2014 Russia-Ukraine War

PFM-series butterfly mines are documented in the 2014 Russia-Ukraine War through apparent Ukrainian 9M27K3 rocket delivery around Russian-occupied Izium in 2022 and Russian quadcopter drops of PFM mines around Kherson in 2024-2025.

Evidence Map

ClaimSources
PFM-series antipersonnel mines were apparently used by Ukrainian forces around Russian-occupied Izium in 2022.

Sources: Ukraine: Banned Landmines Harm Civilians, Ukraine Promises Inquiry

The Izium delivery evidence includes 9M27K3 Uragan rocket components associated with PFM-1S antipersonnel mines.

Sources: Ukraine Promises Inquiry

Russian forces dropped PFM antipersonnel mines from quadcopter drones in and around Kherson during the 2024-2025 phase of the war.

Sources: Hunted From Above, Russia's Drone-Dropped Landmines

PFM-series mines in Ukraine are treated by GICHD as ordnance relevant to humanitarian explosive-ordnance risk reduction and recognition.

Sources: Explosive Ordnance Guide for Ukraine - Third Edition

Timeline

PFM-1 In 2014 Russia-Ukraine War

  1. Izium-area occupation period begins

    Russian forces controlled Izium and surrounding areas from April 2022 until early September; Human Rights Watch later documented apparent Ukrainian PFM-series mine use in and around the occupied area.

    Sources: Ukraine: Banned Landmines Harm Civilians

  2. HRW field research begins in Izium district

    Human Rights Watch conducted Izium district research from September 19 to October 9, 2022, interviewing witnesses, victims, first responders, doctors, Ukrainian deminers, and others about PFM mine contamination.

    Sources: Ukraine: Banned Landmines Harm Civilians

  3. Izium PFM findings published

    Human Rights Watch reported apparent Ukrainian use of rocket-fired PFM-series antipersonnel mines in and around Izium during the Russian occupation.

    Sources: Ukraine: Banned Landmines Harm Civilians

  4. 9M27K3/PFM-1S evidence detailed

    Human Rights Watch said photos of 9N128K3 warhead sections showed 9M27K3 Uragan rockets designed exclusively to carry and disperse PFM-1S mines, and that Ukraine had pledged to study the January report.

    Sources: Ukraine Promises Inquiry

  5. Russian quadcopter attacks intensify in Kherson

    Human Rights Watch reported that Russian forces increasingly used quadcopter drones in Kherson from June 2024, including drones armed with antipersonnel landmines.

    Sources: Hunted From Above

  6. Drone-dropped PFM mine evidence summarized

    Human Rights Watch described Russian drone drops of PFM-series antipersonnel mines in and around Kherson, including photos and videos showing mines attached to or released from quadcopters.

    Sources: Russia's Drone-Dropped Landmines

Documented Use

Direct proof of use

Human Rights Watch documented apparent Ukrainian use of PFM-series antipersonnel mines in and around Izium while Russian forces occupied the area in 2022. Its researchers worked in the Izium district from September 19 to October 9, interviewed more than 100 people, found exploded PFM-1S mine remnants, and reported that the mines used around Izium operated only when scattered by aircraft, rockets, artillery, specialized vehicles, or launchers.

Human Rights Watch later documented Russian forces using quadcopter drones to drop PFM antipersonnel mines in and around Kherson. Its 2025 Kherson report described Russian quadcopters armed with explosive weapons including antipersonnel landmines, and a follow-up article said Russian military-affiliated Telegram channels showed PFM-series mines fitted to commercial quadcopters with drop mechanisms.

Sources: Ukraine: Banned Landmines Harm Civilians, Hunted From Above, Russia's Drone-Dropped Landmines

Timeline

The Izium evidence centers on 2022. Russian forces controlled Izium and surrounding areas from April until early September, and Human Rights Watch reported apparent Ukrainian rocket-fired PFM mine use in and around the city during that occupation. In June 2023, Human Rights Watch said additional evidence included marked 9N128K3 warhead sections from 9M27K3 Uragan rockets, each designed exclusively to carry and disperse PFM-1S antipersonnel mines.

The Kherson evidence starts later in the full-scale war. Human Rights Watch reported that Russian quadcopter attacks in Kherson increased from June 2024 and continued into 2025, with residents and local authorities describing PFM mines dropped from drones in affected neighborhoods.

Sources: Ukraine: Banned Landmines Harm Civilians, Ukraine Promises Inquiry, Hunted From Above, Russia's Drone-Dropped Landmines

Battlefield role

In this conflict, the PFM-1 record is best understood as remote area denial and contamination by a small pressure-activated mine. The Izium case concerns rocket-scattered PFM-series mines, with Human Rights Watch identifying 9M27K3 Uragan mine-laying rocket components in later evidence. The Kherson case concerns short-range drone drops of PFM mines from commercial quadcopters rather than rocket salvos.

The sources separate possession, delivery, and use. Human Rights Watch said Ukraine still reported stockpiled PFM mines before the full-scale invasion and that Ukrainian officials described their remaining antipersonnel mine stocks as PFM mines contained in 9M27K3 rockets. Those stockpile facts are background; the direct conflict-use claims are the apparent Izium rocket delivery and the documented Russian drone-dropped PFM mines around Kherson.

The humanitarian effect described by the cited sources is post-delivery ground hazard. Human Rights Watch verified civilian casualties around Izium and reported a Kherson resident stepping on a PFM mine apparently dropped by drone. GICHD's Ukraine ordnance guide treats the PFM-series as explosive ordnance encountered or likely to be encountered in Ukraine and frames its information for explosive-ordnance risk reduction rather than tactical employment.

Sources: Ukraine: Banned Landmines Harm Civilians, Ukraine Promises Inquiry, Russia's Drone-Dropped Landmines, Explosive Ordnance Guide for Ukraine - Third Edition

Sources