GET YOUR BEARINGS
Plan your next Spaceflight Simulator session
Our independent guide helps you observe how each component and environment behaves in Spaceflight Simulator. By comparing data from similar builds and noting physics responses, you can refine designs without relying on guesswork.
01 / THE GUIDE
Engine Comparison
Build two identical rockets that differ only in engine type. Launch each and record ascent time, fuel usage, and payload delivered to see which engine best matches your mission profile.
- Experiment with different stage orders to see how separation timing changes ascent speed.
- Match engine thrust to total vehicle mass for a smoother liftoff.
03 / THE GUIDE
Atmospheric Entry Test
Send a probe to both Venus and Mars using the same entry angle. Compare required parachute size and thrust adjustments to achieve safe landings on each world.
- Test parachute deployment altitude on bodies with thick atmospheres before a final landing.
- Select leg configurations for uneven terrain to reduce impact risk.
04 / THE GUIDE
Landing Gear Evaluation
Attempt landings on a smooth moon and a rugged moon using legs, wheels, and parachutes. Note which gear performs best on each terrain type.
- Calculate total payload mass before selecting an engine to ensure sufficient thrust.
- Choose deployment orbits that match the intended function of the payload.
05 / THE GUIDE
Payload Mass Impact
Add incremental payload weight to a fixed‑engine rocket. Track how each kilogram alters ascent profile, burn duration, and final orbit altitude.
- Steam Cloud is listed as a supported feature for the game.
- Verify that other Steam accounts can launch the game through the Family Sharing option.





