Проект «Ионозонд» для космической погоды — Россия готовит к пуску новые спутники «Ионосфера-М»

The first satellites of this group were planned to be launched in 2022-2023, but the project has only now been resumed

Roscosmos has announced the return to active launch preparations of the Ionosfera-M No. 1 and No. 2 spacecraft of the Ionosond project at Vostochny Cosmodrome. Specialists from the Vostochny Space Center and NPO Lavochkin are conducting electrical tests of the Fregat upper stage. It is used to launch these satellites and associated payloads, but the launch date has not yet been announced.

Model of the Ionosfera-M spacecraft (Ionosond project) at the IKI RAS exhibition, 2022
Model of the Ionosfera-M spacecraft (Ionosond project) at the IKI RAS exhibition, 2022

After the checks are completed, the Fregat will be transported to the refueling and neutralization station for refueling with fuel components and compressed gases.

Ionosond

Ionosond is the first new Russian space complex for monitoring the geophysical environment or "space weather." Ionosond will be the first element of the Russian space weather monitoring system. Its customers are Roshydromet and the Russian Academy of Sciences, and the scientific load of the project is handled by the Space Research Institute of the Russian Academy of Sciences (IKI RAS) and the E.K. Fedorov Institute of Applied Geophysics of Roshydromet.

Ionosond will include four Ionosfera-M spacecraft, two spacecraft in two orbital planes. Each spacecraft of the group, which is assembled by VNIIEM (part of the Roscosmos State Corporation), will operate ionosondes among the scientific instruments. They emit radio pulses at different frequencies and can perform "tomography" of the ionosphere, studying the concentration of electrons at different altitudes from the surface.

Studying the ionosphere is important not only for fundamental research, but also for tracking "space weather." The ionosphere is a special shell of the Earth that appears when neutral particles in the upper atmosphere absorb X-ray and ultraviolet radiation, ionize, and turn into ions and electrons. The concentration of charged particles varies at different altitudes, and it changes depending on many space factors — solar activity, galactic cosmic rays, and others. Therefore, knowing the state of the ionosphere, we can understand what the "space weather" will be in the near future.
Press Service of IKI RAS

The launch of the first pair of satellites was planned for the end of 2022 or the beginning of 2023, but is happening with some delay.

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