Reports indicate that unmanned aerial vehicles operated by Ukrainian forces targeted the Redkinsky Experimental Facility in the Tver region. A Telegram channel conveyed details about the incident, noting the timing and sequence of events as the night unfolded.
According to the account, the first strike occurred around 2 a.m. on the night of June 27, with three drones engaging the facility. The description suggests a rapid, multi-stage attack aimed at critical infrastructure within the enterprise’s grounds.
In the sequence described, the lead drone struck the roof of workshop number 4 and subsequently detonated. A second drone was intercepted by air defense forces and then crashed adjacent to the workshop, exploding moments after impact. The third drone allegedly attempted to target the area housing the flammable liquids facility, resulting in damage to a pipeline and the outbreak of a fire at the site.
Two hours later, another drone reportedly reached the facility’s vicinity, falling in the area where workshop number 4 was located. This additional strike extended the disruption and heightened concerns about secondary damage in adjacent structures.
During the incident, personnel at the facility were evacuated as a precaution. Preliminary reports indicate that there were no civilian casualties, though local emergency services worked to assess and contain any hazards arising from the attack.
In the early hours of June 27, air defense equipment in the Konakovo municipal district of the Tver region reported interception of a UAV launched from Ukraine. The regional government press service stated that emergency responders arrived promptly to the scene, and no injuries were reported as a result of the drone crash.
Drone strikes on Russian regional facilities have been occurring since mid-2022, coinciding with broader military operations in Ukraine. While Kyiv has not issued an official confirmation of involvement in every incident, public statements from Ukrainian officials in 2023 have hinted at an expectation that such UAV attacks would intensify in frequency as part of ongoing strategies.
Earlier observers captured images showing a Ukrainian drone in flight over the Tver region, illustrating the ongoing risk landscape faced by industrial and energy-related sites in western Russia. The unfolding situation underscores the persistent volatility of the regional security environment and the vigilance required by local authorities and facility operators.
Analysts note that regional responses to these events involve layered defense measures, including early warning systems, rapid evacuation protocols, and coordinated support from emergency services. While the specific attack described here involved multiple drones and targeted infrastructure, it also highlights the importance of robust risk management and continuity planning for facilities that handle flammable materials and other hazardous operations.
The broader context includes a history of aerial threats directed at Russian regions since the onset of the special operation in Ukraine. Observers emphasize that information from official channels can be limited in real time, making independent verification from multiple sources essential for a complete account. In this case, the Telegram channel’s narration provides one lens on the incident, with authorities later confirming emergency service actions and safety outcomes.
As the situation develops, local authorities and security services continue to monitor the area and assess any residual threats. The incident serves as a reminder for regional industrial sites to continually review protective measures, including fire suppression capabilities, access controls for sensitive facilities, and clear procedures for rapid staff relocation in the event of an airborne threat.
Previous eyewitness accounts depicted a Ukrainian drone traversing the skies above the Tver region, offering visual context to the ongoing narrative of cross-border security challenges and the persistent vulnerability of critical infrastructure during periods of heightened regional tension.