GET YOUR BEARINGS
Plan your next Rocket Engineer session
Our independent guide offers deeper observations on Rocket Engineer’s core systems. By comparing part stats, mapping supply chains, and experimenting with trajectories, you can refine designs and colony efficiency without relying on undocumented shortcuts or rewards.
01 / THE GUIDE
Part Property Comparison
Create a table of three frequently used rocket parts, noting their listed properties. Compare how each performs in low‑orbit versus interplanetary scenarios to spot the most versatile options.
- List part properties side‑by‑side to spot the most efficient match for a target orbit.
- Build a small test vehicle first to see how the physics respond to your selections.
02 / THE GUIDE
Supply Chain Mapping
Draw the flow of food, water, and raw materials from extraction to processing. Identify any long transport routes and test moving a processor closer to the source to see if output improves.
- Prioritize delivery routes for food and water to avoid worker downtime.
- Balance extraction rates with the number of workers you can keep supplied.
03 / THE GUIDE
Trajectory Trials
Launch a series of short rockets, varying thrust angle and timing each run. Record the resulting paths and look for patterns that help you predict orbital insertion more accurately.
- Sketch basic orbital paths to predict how thrust changes will alter your course.
- Run short test launches to see the immediate effect of angle adjustments.
04 / THE GUIDE
Workforce Health Monitoring
Track worker consciousness levels over a simulated day while adjusting food and water delivery rates. Note how production output correlates with worker health and refine your supply schedule accordingly.
- Map extraction points and locate processing units nearby to cut travel time.
- Monitor output rates to ensure you have enough parts for upcoming builds.
05 / THE GUIDE
Community Feature Review
Select a community suggestion and consider how it might fit alongside existing mechanics. Test the new feature alongside existing mechanics, observing any changes in efficiency or new challenges it introduces.
- Share design ideas with the developers to potentially see them taken into account.
- Read developer notes to track which community suggestions have been adopted.
