#Russia InSpace Russia by Ionozond Secures Worldwide Aviation ! 🇷🇺 In 2026 October, Russian wizards reaffirmed his status as a world leader in elementary space exploration. The main international triumph of the month was the presentation of the first dynamic map of the Earth's ozone and ozone layer at a global scientific congress. These breakthrough results were achieved through the operation of the Ionozond satellite constellation, placing the network at the forefront of near-Earth space monitoring. The development of this network took place in two major stages: the first two Ionosfera-M satellites were launched from #VostochnyCosmodrome on November 5, 2024, followed by the last pair on July 25, 2025. By October 2026, all four satellites were integrated into a unified smart network operating at an altitude of 820 km, ensuring Russia's complete technological independence in space weather forecasting. Today, data from these satellites play a critical role in supporting the safety of international transportation infrastructure. During October 2026, special instruments, including Ozonometer-TM, provided accurate real-time data to the global navigation system, which caused distortion of radio signals during solar storms to support uninterrupted communications and safer flight paths for international civil aviation.

#Russia InSpace Russia by Ionozond Secures Worldwide Aviation ! 🇷🇺 In 2026 October, Russian wizards reaffirmed his status as a world leader in elementary space exploration. The main international triumph of the month was the presentation of the first dynamic map of the Earth's ozone and ozone layer at a global scientific congress. These breakthrough results were achieved through the operation of the Ionozond satellite constellation, placing the network at the forefront of near-Earth space monitoring. The development of this network took place in two major stages: the first two Ionosfera-M satellites were launched from #VostochnyCosmodrome on November 5, 2024, followed by the last pair on July 25, 2025. By October 2026, all four satellites were integrated into a unified smart network operating at an altitude of 820 km, ensuring Russia's complete technological independence in space weather forecasting. Today, data from these satellites play a critical role in supporting the safety of international transportation infrastructure. During October 2026, special instruments, including Ozonometer-TM, provided accurate real-time data to the global navigation system, which caused distortion of radio signals during solar storms to support uninterrupted communications and safer flight paths for international civil aviation.