Box thruster

Box thruster

Type Thrusters

Function Generates propulsion

Availability Luxury Items

Size 360×96×144 cm

Mass 18,878.53 kg

Volume 1,897.34 kv

Corrosion resistance 350

Input / Output

Electric input 210 e/s

Propellant input 41.28 p/s

Device interfaces 2

Composition (body)

Bastium 45%

Charodium 30%

Tengium 20%

Vokarium 5%

Composition (chamber)

Aegisium 22%

Bastium 25%

Charodium 45%

Tengium 8%

Composition (nozzle)

Aegisium 15%

Bastium 25%

Charodium 60%

Composition (gas converter)

Aegisium 50%

Bastium 30%

Tengium 20%

Composition (electricity converter)

Bastium 30%

Merkerium 50%

Vokarium 20%

Box thrusters are a type of thruster that produce significantly more thrust than triangle thrusters, at the expense of nearly double the electricity intake. They are most commonly found working as the main thrusters of civilian ships.

Basic information

Box thrusters are composed of five distinct components:

• The body, which houses the other components and provides convenient mounting surfaces.
• The chamber, which burns propellant to produce thrust.
• The nozzle, which channels the exhaust out of the chamber (thus producing thrust).
• The electricity converter, which converts power from generators and batteries into power usable by the thruster.
• The gas converter, which prepares propellant to be burnt.

Unlike triangle thrusters, box thrusters do not have a resource-sharing port, and cannot be placed adjacent to one another in order to share power or propellant. Each box thruster must have its own device base with its own connection to the power and propellant networks in order to function. Despite this, and though they require significantly more space, box thrusters remain a popular choice as they produce considerable thrust per unit (500,000 thrust).