Difference between revisions of "Thruster"

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(Thrusters: Someone got the numbers the wrong way around?)
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Thrusters for both small and large ships require reactor energy and apply two different kinds of thrust. A thruster applies its maximum thrust while stabilizing and only 2/3 of the maximum thrust when the pilot uses W, A, S, D, or any other means of maneuvering. This means a ship will stabilize faster if the pilot does not activate any maneuvering controls.
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Thrusters for both small and large ships require reactor energy and apply two different kinds of thrust. A thruster applies its maximum thrust while stabilizing and only 2/3 of maximum thrust when using the movement keys. This means a ship will stabilize faster if the pilot does not activate any maneuvering controls.
  
 
See also [[Gyroscope]].
 
See also [[Gyroscope]].

Revision as of 11:49, 3 April 2014

Thrusters for both small and large ships require reactor energy and apply two different kinds of thrust. A thruster applies its maximum thrust while stabilizing and only 2/3 of maximum thrust when using the movement keys. This means a ship will stabilize faster if the pilot does not activate any maneuvering controls.

See also Gyroscope.

Thrusters

Block Icon Status Mass for Small ships (kg) Mass for Large ships (kg) Description
Small Thrust File:Small-thrust-icon.jpg Functional 93 3384 A small thing to create thrust for your ship
Large Thrust File:Large-thrust-icon.jpg Functional 721 43212 A large thing to create thrust for your ship

Small Thrust

A small thing to create thrust for your ship

Large Thrust

A large thing to create thrust for your ship

Thruster Characteristics

Small Ships

Force (N) Power (GW) Mass (Kg)
Small Thruster Max 18 165 2.52 93
Maneuvering 12110 1.68
Large Thruster Max 218 250 30 721
Maneuvering 145 500 20

Large Ships

Force (N) Power (GW) Mass (Kg)
Small Thruster Max 150 660 42 3384
Maneuvering 100 440 28
Large Thruster Max 1 815 000 504 43212
Maneuvering 1 210 000 336