Ukraine Detects 12 µSv/h Radiation in R-60 Fragments From Geran-2 Drone
Updated
Updated · Defense Express · May 21
Ukraine Detects 12 µSv/h Radiation in R-60 Fragments From Geran-2 Drone
7 articles · Updated · Defense Express · May 21
12 µSv/h gamma radiation was measured in fragments of an R-60 missile mounted on a Russian Geran-2 drone, far above normal background levels of 0.1-0.2 µSv/h, Ukraine's Security Service said.
The agency linked the elevated readings to depleted uranium believed to be used in some R-60M and R-60MK missile components, especially dangerous when munitions are burned, damaged or exploded into dust.
Ukraine's Security Service warned civilians and troops not to touch drone or missile debris and to report it to specialist clearance teams because compromised ordnance can raise contamination risks.
The finding broadens concern beyond this drone attack, as Soviet- and Russian-origin missiles and some tank rounds are also believed to contain depleted uranium, leaving potential radiological hazards across battlefields.
Russia's drones now carry depleted uranium. Is this a tactical choice or an overlooked legacy of Soviet-era weapons?
As Russia deploys faster jet-powered drones, how is the technological arms race in the skies over Ukraine evolving?
Beyond the battlefield, what silent health and environmental crises is the use of depleted uranium creating for future generations?
Radioactive Warfare in Ukraine: The Chernihiv Depleted Uranium Missile Incident and Its Environmental, Legal, and Security Fallout
Overview
On April 7, 2026, a Russian attack in Ukraine's Chernihiv Oblast led to the discovery of significant military wreckage, including parts of a drone and a missile. The Security Service of Ukraine shared images of the debris, and further research revealed that the missile's warhead contained depleted uranium, raising concerns about radioactive contamination. Immediate warnings were issued to the public, urging people not to approach the wreckage and to contact specialists. This incident highlighted the risks of radioactive materials in warfare and the importance of professional handling to protect public safety and the environment.