Galactic Energy's Ceres-1 Rocket Achieves Fourth Sea Launch, Expands Tianqi Satellite Network

December 22, 2024
Galactic Energy's Ceres-1 Rocket Achieves Fourth Sea Launch, Expands Tianqi Satellite Network
  • China's launch activity is expected to significantly increase in 2025 as it begins constructing the Qianfan and Guowang megaconstellations.

  • Galactic Energy is also preparing for the debut flight of its Pallas-1 rocket in 2025, which aims for first stage reusability and has a capacity of 8,000 kg to a 200-kilometer low Earth orbit.

  • Overall, China has executed 14 sea-based launches using four different rocket models, including Ceres-1, since the inception of this launch method.

  • The Tianqi satellites were placed in orbits at an altitude of 850 kilometers with a 45-degree inclination, with plans for a total of 38 satellites in the constellation's first phase.

  • With this launch, the Ceres-1 rocket has completed 16 launches, achieving 15 successful missions overall.

  • The Tianqi Network, developed by Guodian Gaoke, now includes 33 satellites that support data collection for various sectors, including forestry and agriculture.

  • The December launches represent China's 65th and 66th orbital attempts of 2024, contributing to over 260 spacecraft launched this year.

  • Galactic Energy successfully launched its Ceres-1 rocket from a mobile platform in the Yellow Sea on December 19, 2024, marking its fourth sea launch.

  • The launch took place at 6:18 PM and successfully placed four Tianqi satellites into a low-Earth orbit approximately 850 kilometers above the Earth.

  • This mission marked the third time that a Ceres-1 rocket has deployed a batch of four Tianqi satellites.

  • The satellites, numbered 33-36, are part of a constellation aimed at providing narrow-band Internet of Things services, bringing the total number of Tianqi satellites in orbit to 33.

  • The Ceres-1 launch followed another successful launch on December 16, 2024, when a Long March 2D rocket delivered four Piesat-2 synthetic aperture radar satellites into orbit.

Summary based on 2 sources


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