Russia Launched Military Satellites, Likely for Reconnaissance, Into Space

Russia Launched Military Satellites, Likely for Reconnaissance, Into Space
Launch of the Soyuz-2b rocket on February 5, 2026. Photo credits: Ministry of Defence of the Russian Federation
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Russia launched spacecraft into space using the Soyuz-2.1b carrier rocket on behalf of the Ministry of Defence of the Russian Federation. The purpose of the satellites has not been disclosed, but based on their orbital parameters, they are likely to be reconnaissance devices.

The launch was reported by the Russian Ministry of Defence.

According to the ministry, after the launch, the carrier rocket was tracked by the ground-based automated control complex of the German Titov Main Test Space Center.

At the calculated time, the spacecraft were brought into their target orbit and taken over by the ground control systems of the space forces. Stable telemetry communication has been established and maintained with the spacecraft, and their onboard systems are functioning normally.

According to observers at RussianSpaceWeb, on January 26, 2026, the Russian authorities issued a warning to maritime and air traffic in the Barents and Norwegian Seas regarding a missile launch between February 2 and 12, 2026.

Illustrative image of the Bars-M optical reconnaissance satellite. Photo from open sources

The projected fall areas of the stages were located along the flight path to a near-polar sun-synchronous orbit with an inclination of about 97 degrees to the equator.

This is an orbit typical for reconnaissance satellites. Previously, Soyuz rockets used it to launch various military payloads for the Russian Ministry of Defence, including Bars-M optical reconnaissance satellites.

Finally, on February 5, 2026, Russia launched a carrier rocket into space from pad 43 of the Plesetsk Cosmodrome. On the same day, the US Space Force released the orbital parameters of nine objects associated with this Soyuz-2.1b launch:

  • 2026-023A, inclination 96.65°, perigee 326 km, apogee 329 km
  • 2026-023B, inclination 96.64°, perigee 487 km, apogee 511 km
  • 2026-023C, inclination 96.64°, perigee 487 km, apogee 512 km
  • 2026-023D, inclination 96.64°, perigee 486 km, apogee 512 km
  • 2026-023E, inclination 96.64°, perigee 487 km, apogee 512 km
  • 2026-023F, inclination 96.64°, perigee 485 km, apogee 513 km
  • 2026-023G, inclination 96.63°, perigee 484 km, apogee 514 km
  • 2026-023H, inclination 96.64°, perigee 484 km, apogee 514 km
  • 2026-023J, inclination 96.64°, perigee 484 km, apogee 514 km

Based on these orbital parameters, it can be concluded that after forming an initial nearly circular orbit at an altitude slightly below 330 km, the Fregat upper stage separated one main spacecraft (object 2026-023A). It then maneuvered into an orbit of about 500 km, where it deployed the remaining satellites.

The number of payloads in this mission coincided with the number of spacecraft launched during the Soyuz launch from Plesetsk on May 16, 2024. At that time, Russia launched three Rassvet communications satellites into orbit for the Moscow-based company Bureau 1440, but they were placed in a much higher orbit.

Preparation of Russian high-speed Internet satellites under the Rassvet (First light - ed.) program. 2023. Russia. Photo credits: Bureau 1440

It was recently revealed that Russian spacecraft Luch-1 and Luch-2 are suspected of intercepting signals from key European satellites.

According to European security services, this jeopardizes the confidential information transmitted by the satellites. Both spacecraft made risky approaches to some of Europe’s most important geostationary satellites.

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