The M1.7 flare lasted 20 minutes, M1.0 - 19 minutes, M1.9 - 27 minutes
The M1.7 flare lasted 20 minutes, M1.0 - 19 minutes, M1.9 - 27 minutes
It was launched in 2014 and later moved to a graveyard orbit
The goal of the study is to assess the accuracy of tracking moving objects in spatial orientation
Specialists used laser scanning and photogrammetry for accurate reproduction
Preparations for the observatory's launch are planned to be completed by 2030
The spacecraft are intended for remote sensing of the Earth
Extreme loads are simulated on a special centrifuge
The vehicles will transport cargo weighing up to 18 tons and independently choose a safe route
The speed and temperature of the solar wind are elevated due to the influence of a coronal hole
The project provides for a safe landing, return to Earth, and a built-in crew escape system
Scientists are using the "Ekran-M" installation
Life support systems for the new generation manned transport spacecraft are ready for testing
Research and development work is in the final stages
The rocket carrier tests will be conducted in 2030-2031