Satellite Images Confirm Critical Damage at Vladimir Space Center's 25-Meter Antenna
Updated
Updated · Мілітарний · Jun 27
Satellite Images Confirm Critical Damage at Vladimir Space Center's 25-Meter Antenna
2 articles · Updated · Мілітарний · Jun 27
Summary
New satellite images confirmed critical damage at Russia’s Vladimir Space Communications Center, including its 25-meter main parabolic antenna, a rooftop antenna and two key buildings.
The June 22 strike also hit the Main Hardware and Software Complex and Hardware and Technical Building No. 1, damaging switching nodes, modem and multiplexer rooms, cable-route systems and transmitter cooling equipment.
Ukraine’s General Staff had reported the attack the same day as a strike on the Dubna Space Communications Center in the Moscow region; the imagery now backs that account.
Vladimir is one of five major teleports run by state-owned Space Communications and supports Russian satellite links from 20° west to 103° east, including control and telemetry for Express-series spacecraft.
With its space communications crippled, how will Russia's military command adapt on the front lines?
Moscow is sacrificing civilian internet to stop drone attacks. Is this a sign of desperation or a new strategy?
Ukraine’s new AI drones seem unstoppable. What is Russia's next move in this technological arms race?
Ukraine’s June 2026 Deep Strikes Severely Damage Russian Satellite Communication Centers, Exposing Strategic Vulnerabilities
Overview
On June 22, 2026, Ukraine launched precision strikes on Russia’s Vladimir and Dubna Space Communications Centres, taking advantage of Russia’s relocation of air defense systems. The attacks caused critical damage to large parabolic antennas and essential electronic hardware, leading to the interruption of telemetry data and impairing Russia’s ability to manage its satellite constellations. As a result, Russian data traffic was rerouted through smaller nodes, causing bandwidth constraints and slower data transfer, which compromised real-time reconnaissance and military operations. The loss of precision guidance uplinks also reduced the effectiveness of Russia’s advanced weaponry and its capacity for accurate strikes.