Build and customize rockets to explore a realistically scaled universe. Navigate using real orbital mechanics and travel to distant planets and objects. Interact with Mercury, Venus, Earth, the Moon, Mars, Phobos, and Deimos.
Simulate a to with realistic scenarios including spacecraft docking, cargo transport, and interplanetary travel. Explore the Martian surface by walking and driving a rover. Experience landing on and navigating its terrain.
Control a rocket with realistic physics to land on Earth and Mars. Adjust thrusters, manage fuel, and navigate through space. Track mission progress and replay flights with different strategies.
Manage planetary ecosystems by adjusting temperature, atmosphere, and water levels. Track biosphere development and terraform planets using real NASA data. Complete missions to unlock new worlds and expand your interstellar empire.
Explore by flying with jetpacks and navigating terrain. Complete missions to unlock rewards. Track progress and upgrade equipment. Share achievements with friends. Learn about through in-game tutorials and data logs.
Explore with high-resolution maps and topographic details
Explore a high-resolution 3D model of with topographic lighting and satellite data. Navigate the surface, view annotated features, and access information links. Take a guided tour or explore freely.
Explore by rotating, tilting, and zooming a 3D globe. Select locations to view topographic and gravity data. Pinpoint key features like volcanoes, craters, and spacecraft landing sites.
Play with ranked matches and AI opponents. Use ELO ratings and classic rules. Access undo, hints, and chat features. Track stats and win types. Choose Russian Sports Federation or Karzar rules. Play quick or classic games.
Explore technologies used in exploration through interactive 3D models. Learn about equipment and systems for Martian missions. Choose between or digital viewing options. View detailed explanations of each technology.
Explore by rotating, tilting, and zooming a 3D globe. Select locations to view topographical data and gravity maps. Pinpoint key features like volcanoes, craters, and spacecraft landing sites.