GET YOUR BEARINGS
Plan your next Starminer session
Our independent guide breaks down Starminer’s core loops, helping you spot patterns and make informed design choices without relying on hidden mechanics. By observing how each system interacts, you can craft a balanced fleet that mines efficiently while staying defensible against alien incursions.
01 / THE GUIDE
Module Cost Comparison
Create two identical ships, each with a different power‑heavy module. Track how each affects overall heat buildup and compare the trade‑offs between firepower and detection risk.
- Compare the power cost of larger modules against the added firepower they provide.
- Consider how ship size impacts maneuverability when navigating tight asteroid clusters.
02 / THE GUIDE
Mining Efficiency Test
Run a mining run using a small ship versus a larger station. Measure material per minute and note how ship size influences drift and extraction speed.
- Observe how ship mass influences drift when approaching an asteroid.
- Track the ratio of harvested material to processing capacity for optimal profit.
03 / THE GUIDE
Heat Management Drill
Perform a series of mining bursts while watching the heat meter. Identify the point at which alien detection triggers and adjust your mining pace accordingly.
- Prioritize modules that reduce power draw if heat signature is a concern.
- Test new modules on a small ship before committing them to a larger fleet.
04 / THE GUIDE
Gate Placement Planning
Map out asteroid density in a new sector, then place a link gate at the optimal location. Compare resource intake before and after the gate is built.
- Monitor heat buildup during large mining runs to avoid sudden alien detection.
- Balance mining intensity with defensive ship construction for preparedness.
05 / THE GUIDE
Defensive Layout Review
Design a fleet composition focused on defense. Simulate an alien attack and note which ship configurations absorb damage most effectively while maintaining mining output.
- Plan gate placement near abundant asteroid clusters for efficient expansion.
- Consider the cumulative heat signature when opening multiple gates in quick succession.
