2 chambers to 5 presses (2:5)
2 chambers to 5 presses (2:5) makes 100 kg/min of moonstone and draws 110 kW. Here is the sand balance, what the published sources say, and what Foundry's solver builds for the same output.
Published figures
| Value | Figure | Source | Version | Confidence |
|---|---|---|---|---|
| Moonstone output | 100 kg/min | MoonSweepersDB factory ratios | 1.0.5 (recettes 1.0.4), maj 2026-10-29 | Community |
| Raw dust input | 100 kg/min | MoonSweepersDB factory ratios | 1.0.5 (recettes 1.0.4), maj 2026-10-29 | Community |
| Power | 110 kW | MoonSweepersDB factory ratios | 1.0.5 (recettes 1.0.4), maj 2026-10-29 | Community |
| Machine cost | $6,000 | MoonSweepersDB factory ratios | 1.0.5 (recettes 1.0.4), maj 2026-10-29 | Community |
Sand balance
2 chambers make 50 kg/min of sand at full speed (2 x 25). 5 presses use 50 kg/min (5 x 10). Supply and demand match exactly.
What the Foundry solver builds
Asked for 100 kg/min of moonstone, the solver sizes 2 Pressure Chambers and 5 Stone Presses, with 100 kg/min of dust, 110 kW and $8,120 in total (machines, solar panels and placeholder belts). It agrees with the published ratio.
The 1:1 dust to sand yield is displayed by two databases and not formally proven by the specifications.
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