Fly like a real astronaut!
Let’s face it – flying a rocket to space is not a simple task. It requires the study of the rocket, capsule, mechanics and operations. It requires training and practice.
You will have complete control of almost every buttons, switch, fuse and system the capsule has to offer. You need to follow checklists, pay attention to gauges, recover from frequent minor failures, be prepared and look for major failures to complete a given mission.
The Mercury capsule is modeled after the Mercury Familiarization Manual SEDR 104 (5/20/1962) used by MA-7 (Carpenter) and MA-8 (Schirra) and contains most of the simple and advanced controls of all the different Mercury Capsule configurations, including the satellite clock, the Earth Path Indicator, the electrical system using 3 main fuel cells, two standby and one isolated and so on.
All training needed to fly the capsule is available in-game, the Mercury Flight Manual (in development), but it is highly recommended to read the manual. You can find the manual here: https://www.ibiblio.org/mscorbit/document.html
The Gemini capsule is modeled after the Project Gemini familiarization manual (SEDR 300), Vol.2 – Rendezvous and Docking configuration that includes the Fuel Cells as the main power source, and the required equipment for performing rendezvous and docking in space.
The academy and the missions will teach you the basics step-by-step, as well as Gemini Flight Manual (in development). I highly recommend reading the official manual released by NASA. You can find the manual here:
The Apollo is still early in development, but the Saturn V, the Command Module and the Service module is functional. Most of the functions on the main panel is implemented and you are able to launch and enter an orbit around Earth. I’m currently working on TLI, the Moon and the Lunar Module. That being said, the simulation is already very deep and allows you to spend countless of hours inside the Apollo Command Module, learn the systems and the view of Earth and the realistic view of our stars.
The Apollo implementation is based on the Block II version of Apollo, and the manual can be found here:
https://www.hq.nasa.gov/alsj/alsj-CSMdocs.html (SM2A-03-Block II)