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As the flagship experiment module of the Apocalypse Space Program, the interface design is one of the most important characteristics of the Apocalypse Cloud Experiment Module. The experimental module has a docking interface twice the size of the standard docking interface, i.e. 200% size. This innovative design greatly improves the compatibility and docking flexibility of the experimental module with other spacecraft. This docking interface extension not only allows the experimental module to dock with larger spacecraft, but also provides room for possible module expansion and upgrades in the future.

Other key features of the laboratory cabin include:




      • Modular design * *: Modular design is adopted for the experimental cabin, which can be flexibly adjusted according to different scientific mission requirements to achieve multi-functionality and scalability.






      • Advanced scientific experiment equipment * *: The laboratory module is equipped with advanced scientific experiment equipment, which can simulate real space experiment conditions. To provide scientists with 200% experimental efficiency and data accuracy.






      • Powerful life support system * *: The experimental module is equipped with an efficient virtual life support system, which ensures that astronauts can enjoy the same living conditions as real space missions in virtual environment.






      • Advanced communication systems * *: the experimental module is equipped with an advanced communication system capable of seamless connection with the ground control center and other modules of the virtual space station. Ensure real-time data transmission and command reception.






      • Stable energy supply * *: The virtual energy system of the experimental module provides a stable energy supply for the experimental cabin by using virtual solar panels and battery storage system.



The size of the Apocalypse Horizon Experiment Module is 10.7 m wide, 23.2 m high, 10.4 m deep and 40.7 tons in mass. These parameters ensure the stability and functionality of the experimental module in the virtual universe, but also provide astronauts with a spacious work and living space. Through these characteristics, the Skyrocket Experiment Module not only shows the advanced technology of virtual space, but also provides valuable experience and data for future space exploration.

GENERAL INFO

  • Created On: Android
  • Game Version: 1.2.210.0
  • Price: $553,500k
  • Number of Parts: 171
  • Dimensions: 23 m x 11 m x 10 m

PERFORMANCE

  • Total Delta V: 0m/s
  • Total Thrust: 0N
  • Engines: 0
  • Wet Mass: 40,671kg
  • Dry Mass: 40,671kg

STAGES

Stage Engines Delta V Thrust Burn Mass

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