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The game is set in 1996, and the player is given various selected scenarios to fulfill. These scenarios consist of mundane tasks such as setting up a simple space station, to developing and supplying a specified amount of high-grade, zero G pharmaceuticals , and to being the first to contact alien life.
The simulation is centered on a typical Space Shuttle mission to service a space station. Mission phases include Earth Lift-Off, Orbital Rendezvous, Approach and Alignment and Docking. [2] It was released for the Apple II in 1982, [2] receiving positive feedback from reviewers. [3]
The game is played using a menu system. Every option can be queried for in-game help, and every major task has a tutorial that simulates that task without the consequences of failure, and sometimes with additional assistance (like being able to pause a landing attempt). Another major feature is the message system that alerts the player when ...
Phoenix Games Phoenix Games PlayStation 2 Released for PlayStation 2 only; a Windows game with the same name was published by Grabituk.com, but it is not a space flight simulator Starglider: 1986 Argonaut Games: Rainbird Software: Amiga, Amstrad CPC, Apple II, Atari ST, Commodore 64, ZX Spectrum Starship 1: 1977 Atari Atari Arcade Starship ...
Polar orbits are used for Earth-mapping, reconnaissance satellites, as well as for some weather satellites. [2] The Iridium satellite constellation uses a polar orbit to provide telecommunications services. Near-polar orbiting satellites commonly choose a sun-synchronous orbit, where each successive orbital pass occurs at the same local time of ...
Kerbal Space Program 2 was set to build on the sandbox features of its predecessor Kerbal Space Program by adding new propulsion methods (e.g. the Orion drive), habitation modules for building on-surface, orbital and planetary colonies, a multiplayer mode, as well as interstellar travel [5] [6] throughout the course of its early access.
This was followed by JPSS-1, which was launched on November 18, 2017, three years later than originally anticipated when the contract was awarded in 2010. [1] On November 21, 2017, after reaching its final orbit, JPSS-1 was renamed NOAA-20. [2]
An orbit will be Sun-synchronous when the precession rate ρ = dΩ / dt equals the mean motion of the Earth about the Sun n E, which is 360° per sidereal year (1.990 968 71 × 10 −7 rad/s), so we must set n E = ΔΩ E / T E = ρ = ΔΩ / T , where T E is the Earth orbital period, while T is the period of the spacecraft ...