Copying a fixed upgrade order
A fixed order ignores your drones, planet, existing levels, and costs. Diagnose the current bottleneck instead.
Use a repeatable measurement to decide whether mining power, speed, or cargo fixes the next real bottleneck in your fleet.
Choose mining power when the surface takes too long to break, speed when drones lose time moving or reacquiring targets, and cargo when capacity stops the cycle. Compare the same planet before and after one upgrade; Mine a Planet's exact curves are not publicly documented.
Start a timer or count a consistent sequence from the moment your drones begin working until the same repeatable endpoint, such as a full cargo return or completed planet segment. Write down the planet, drone setup, power, speed, cargo, and any visible boost. One short run can be noisy, so repeat the same observation before calling a stat the bottleneck. The goal is not to reverse-engineer hidden code; it is to make a better next purchase from visible behavior.
A comparison is meaningful only when the fleet, planet, boost state, and endpoint stay the same.
Power is the logical candidate when drones are consistently firing but the rock or planet progress advances slowly. Buy only one visible power step, then repeat the same cycle. If total cycle time improves while travel and cargo behavior remain similar, power addressed a real constraint. Do not publish a percentage multiplier from a single run, and do not assume the effect stays linear at later levels or on a larger world.
Speed matters when a meaningful part of the cycle is spent moving, repositioning, returning, or waiting to reacquire a target. Observe the drones rather than relying on the stat label alone. A speed purchase may have little value if the drones already spend nearly all their time mining. It may become stronger after planet evolution changes distances or layouts, so record the world context with every result.
Compare active laser time with movement or idle time; the larger share points to the more likely constraint.
Cargo is valuable when the fleet stops, returns, or wastes output because storage fills. If capacity never interrupts your measured cycle, another cargo level may not improve the next run. Compare the visible purchase cost with the measured time or interruption reduction, then select the smallest upgrade that changes the actual loop. Retest after evolving because bigger worlds, different ore behavior, or stronger drones can move the bottleneck.
A fixed order ignores your drones, planet, existing levels, and costs. Diagnose the current bottleneck instead.
One-at-a-time tests make it possible to attribute the difference to power, speed, or cargo.
Random drops and changing conditions can alter a run. Report the setup and repeat observations.
Hold the calculation until visible costs and output changes can be recorded consistently.
There is no universal verified best upgrade. Buy against the bottleneck you can observe: slow mining, idle travel time, or full cargo.
Power should help when breaking the planet is the limiting step; speed should help when movement or reacquisition consumes meaningful time. Exact multipliers are not public.
Cargo becomes the priority when capacity interrupts an otherwise efficient mining cycle. The guide cannot provide an exact level because costs and capacity curves are unverified.
Not yet. A real ROI tool needs current prices, stat changes, mining output, and planet conditions. The existing calculator covers transparent roll probability only.
MineAPlanet is an unofficial fan-made resource. Roblox and the game creators remain the official place for support and updates.