AETHUS Water Pump Crafting, Power, and Automation Guide
The AETHUS water pump automates water extraction by producing one large water bottle every ten minutes from a surface water pool. Setting it up requires two units of power, fifteen reinforced building materials, and an assigned cargo drone for automated base transport.

The AETHUS water pump automates water extraction by producing one large water bottle every ten minutes from a surface water pool. Setting it up requires two units of power, fifteen reinforced building materials, and an assigned cargo drone for automated base transport.
Unlocking and Crafting Requirements
Access to the water pump blueprint requires purchasing the unlock from the market terminal at the surface outpost. Once unlocked, the pump appears in the production tab of the construction menu.
Building a water pump requires the following materials:
- 1 advanced electronic component
- 15 reinforced building materials
The structure draws a continuous load of two power units from the outpost grid. Setting up a dedicated wind turbine or solar panel before placing the unit prevents outages across the rest of your base layout. If your electrical grid runs low on output, deactivating idle stations like the bio lab or prospecting table frees up enough wattage to keep the extraction running.
Placement and Drone Delivery Setup
The water pump must be positioned directly over a surface water pool. When holding the blueprint in construction mode, the placement outline turns blue once aligned over valid water terrain.
The pump features an internal inventory of 0.3 units, meaning it can only store a single bottle at any given time. If that bottle is not removed, extraction halts completely. Assigning a cargo drone directly into the pump slot resolves this bottleneck. The drone automatically picks up finished containers and delivers them into an outpost pod or a connected storage silo, ensuring continuous operation while Maeve explores underground facilities.
Processing and Cooking Applications
Each production cycle of the water pump yields one large water bottle every ten minutes. Because standard survival dishes call for small water bottles rather than large containers, raw pump output cannot be used directly in certain cooking formulas.
Carrying the large container to the outpost cooking station allows you to split it into two standard water bottles. These converted units fulfill cooking requirements for recipes like mushroom soup, which sustains player hydration and nutrition during deep cavern dives and provides reliable supplies of best food for field operations.
Water Collection Method Comparison
Deciding between manual condensation collection and automated pumping depends on available grid power and component reserves.
| Sourcing Option | Resource & Power Requirements | Extraction Performance |
|---|---|---|
| Dew Collector | Basic metal scrap, 0 power | Produces 1 small bottle per 12.5 minutes; requires manual clearance |
| Water Pump | 1 advanced electronics, 15 reinforced materials, 2 power | Produces 1 large bottle (2 small bottles) per 10 minutes; supports drone transport |
Dew collectors cost zero power and minimal construction resources, making them functional during the opening hours on the surface claim. However, collectors occupy substantial ground space across the outpost and demand constant manual gathering. A single powered water pump produces the equivalent of two small bottles every ten minutes, freeing up building space and operating unattended as long as a cargo drone remains assigned to transit the cargo.
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