Advanced Plasma Bore

A larger plasma bore. Capable of mining tungsten and thorium. Requires hydrogen and power. Optionally uses nitrogen to boost efficiency.
Overview



The 
The unit requires continuous inputs to operate; documented input requirements list 48/sec and 0.5/sec (as shown in official rate tables). In addition, the bore accepts a booster input that can dramatically increase its speed: a booster provided at 3/sec yields a 2.5× speed multiplier to the bore’s extraction rate. These input and booster figures are the mechanical requirements for reaching the boosted rates above.
Practical notes and usage considerations:
- Place
Advanced Plasma Bore directly on the resource tile you wish to harvest; its listed per-tile rates apply to each tile under the bore.
- Supplying the listed booster at 3/sec multiplies extraction speeds by 2.5×, enabling the bore to reach the boosted per-tile rates and higher effective maximums.
- Ensure whatever networks handle the bore’s outputs can absorb the high throughput; the bore’s boosted maximum per-tile production (4.5/sec) can overwhelm narrow conveyor lanes or small storage.
- Provide the stated inputs continuously (the documented 48/sec and 0.5/sec values) so the bore operates at intended speeds; interruptions to these inputs will reduce yield to base rates or stop extraction.
- Because multiple identical per-tile rates are recorded across resource rows in the official table, expect consistent behavior across the resource types the bore is permitted to harvest (the table shows the same base and boosted figures repeated).
History and version notes:
- Added in Build 136.
- Renamed to
Advanced Plasma Bore in Build 147 (previously Large
Plasma Bore).
Only the mechanical rates, input figures, booster rate, and change-log entries above are documented in official rate and change tables; other operational details should be verified in-game when combining with specific power, conveyor, and storage systems.
Official description
A larger plasma bore. Capable of mining tungsten and thorium. Requires hydrogen and power. Optionally uses nitrogen to boost efficiency.