Aquilo

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Space Age expansion exclusive feature.

Aquilo is a desolate, freezing ocean planet. Its surface consists solely of a vast ocean of liquid ammonia, with the occasional floating iceberg.

Progression wise, Aquilo is meant to be visited after establishing factories on all the previous planets. Planet discovery Aquilo (research) requires rocket turrets, Advanced asteroid processing (research), and heating towers from Gleba, Asteroid reprocessing (research) from Vulcanus, and Electromagnetic science pack (research) from Fulgora.

Planet discovery Aquilo (research) is required to travel to the planet.

Achievements

Visit Aquilo

Travel to planet Aquilo.

Exclusive items

The following items have recipes with an explicit restriction that they can only be crafted on Aquilo:

Cryogenic plant
Fusion generator
Fusion reactor
Cryogenic science pack
Quantum processor (can also be crafted on space platforms)

The following fluids are extracted from or produced on Aquilo and cannot be barrelled for transport elsewhere, making them exclusive to Aquilo:

Because the above fluids cannot be taken off of Aquilo, any recipe that directly consumes them is de-facto exclusive to Aquilo:

The following can be crafted elsewhere, but are unlocked on Aquilo:

Surface

Properties

Aquilo Surface Properties
Property	Value
Pollutant Type	None
Day Night Cycle	20 Minutes
Magnetic Field	10
Solar Power	01%
Pressure	300
Gravity	15
Robot energy usage	500%

Natural resources

In terms of directly exploitable natural resources, Aquilo has:

Ammoniacal solution (via offshore pump on the edge of the ammoniacal seas)
Lithium brine (via pumpjack)
Fluorine (via pumpjack)
Crude oil (via pumpjack)

Ice (and consequently water) can be separated out of ammoniacal solution. Crude oil, ice and water are thus the only non-exclusive resources that can be gathered at scale on Aquilo.

Limited amounts of lithium, ice, and ice platform can be gathered from lithium ice formations, but are otherwise crafted.

Stone, iron and copper (and coal if desired), or products made from them, need to be imported from other planets or space platforms as Aquilo lacks ways to obtain these from the environment.

Access to basic resources

Water can be obtained via Ammoniacal solution separation and Ice melting
Stone is not available and must be shipped in from other planets
Iron ore is not available and must be shipped in from other planets
Copper ore is not available and must be shipped in from other planets
Coal is not available and must be shipped in from other planets
Crude oil can be obtained using pumpjacks as normal

Mechanics

The starting area on Aquilo is a relatively small patch of snow and ice terrain. Beyond this small platform are the vast ammoniacal seas, which have small dots of icey terrain in them, usually around crude oil, fluorine, or lithium brine resource geysers. Aquilo is notable for having nothing to drill with any kind of miner. All natural resources, spare the lithium ice formations, are gathered either by an offshore pump or pumpjack. Bases on Aquilo will be reliant on regularly shipping in resources from other planets.

Ice terrain

On Aquilo, most terrain must be constructed, but landfill and foundation are no help. Instead, you must use ice platforms. These platforms are created by first using ammoniacal solution separation to make ice and ammonia, then re-combining those into a platform that can be placed on the ocean like landfill.

Snowy terrain can be built on directly, but on any kind of ice terrain or ice platform, most buildings will require an insulating floor of concrete tiles or derivatives before they can be placed. Stone Bricks can not be used to pave ice.

Freezing

Aquilo is brutally cold. The harsh ambient temperatures drain the energy from any airborne construction robots and logistic robots, making them consume 5 times more power than normal. Most buildings will freeze and stop working unless heated by a heat pipe or heat generator. Heat can be generated by the nuclear reactor or heating tower.

Once a building is adjacent to a heat source above 30°C, it will consume heat energy to maintain its state, reducing the energy (and temperature) in the heat source. Different entities consume different amounts of heat to prevent freezing.

Notes

Underground belts and pipes to ground are substantially larger heat drains than their above-ground versions
Heat pipes do not lose heat to the environment; they only lose heat to entities that need to be kept warm.
All burner entities and heat-producing machines are immune to freezing.

For details on heat throughput, see the heat pipe page.

A building is adjacent to a heat source when it is one tile away from the heat source either orthogonally or diagonally. All of the pipes would be heated in the below example:

Entity Heat Consumption
Building	Kilowatts
	10
	50
	100
	150
	200
	40
	1
	150
	30
	100
	20
	30
	30
	50
	50
	50
	50
	50
	100
	100
	100
	200
	300
	400

The following Entities are immune from freezing. Many may be placed directly on ice tiles (with the exceptions you might expect, mostly).

Tile	Entities	Category
		Space Cargo
		Offshore Pumps
		Chests
		Electric Poles
		Basic Electric Devices
		Player Notification Devices
		Burner Entities
		Heat Generators and Heat Pipes
		Fusion Power
		Tesla Turrets
		Flamethrower Turrets
		Walls and Gates
		Bots
		Vehicles
		Trains
		Rail Pieces
Any		Rail Pieces

Solar energy

Aquilo is far from its sun, and so solar panels on its surface only output at 1% of their rate on Nauvis: 0.6 kW peak production. This makes panels practical for little more than powering the first machines to produce the water needed for real power generation.

The minimum machines needed to produce water is either a single chemical plant to melt ice (which can initially be dropped from a space platform), or a single assembling machine 2 to empty barrels of water also dropped from the platform. Assembling machine 2s require less power than chemical plants, and the unbarreling recipe is faster than ice melting. So on the whole, the assembler version will be faster.

Note that it is not necessary to fully power these machines. As long as the available power is greater than their drain, they will be able to function, albeit at reduced speed. Efficiency modules can speed this process up. With 3 efficiency modules, an assembling machine 2 only needs 35 kW to run at full speed (59 solar panels). To reach just 1/8th of max speed requires only 8.75 kW, which only needs 15 (base quality) solar panels.

Once even a little water is available, heat exchangers heated by either heating towers or nuclear reactors can feed steam turbines for power. This power can be used to process ammoniacal solution separation to generate ice, which can be melted into water for continuous power generation.

Space routes

Aquilo is connected to 2 other planets, Gleba and Fulgora, along with the Solar system edge

Planet Distance
Planet	Distance (km)
Gleba	30,000
Fulgora	30,000
Solar system edge	100,000

Asteroid rate graphs:

Space route from Gleba to Aquilo	Space route from Fulgora to Aquilo	Space route from Aquilo to Solar system edge

Graph legend:

Asteroid type	Chunk	Medium	Big
Metallic	● Blue	● Red	● Cyan
Carbonic	● Orange	● Yellow	● Brown
Oxide	● Green	● Magenta	● Purple