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Archives of Nethys
Mechs
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Terrestrial Vehicles
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Starships
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Vehicle Modifications
Starship Examples
Armor
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Armor (Bulkheads)
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Armor (Hulls)
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Base Frames
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Computers
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Crew Quarters
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Defensive Countermeasures
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Drift Engines
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Expansion Bays
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Interstellar Drives
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Manufacturers
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Other Systems
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Power Cores
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Security
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Sensors
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Shields
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Special Materials
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Thrusters
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Weapons
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Weapon Properties
Thrusters
Source
Starfinder Core Rulebook pg. 296
Ships rely on conventional thrusters to move between locations in a system, to navigate the reaches of the Drift once they arrive there, to explore, and to engage in combat They are designed for ships of a specific size (specified in the Size column of the table below), and they can’t be installed in a ship of an incorrect size. The maximum speed of a starship’s thrusters either grants a bonus or imparts a penalty to Piloting checks to fly the vessel, as noted on the table below.
Thrusters are also used when landing on and taking off from a planet. Large and smaller Starships generally have little difficulty landing on and taking off from a planet with low gravity or standard gravity (unless there are atmospheric conditions such as high winds or storms). The GM determines whether or not a starship’s pilot must attempt a Piloting check to land a starship with a speed lower than 8 on a planet with high gravity, with failure meaning it might crash. Due to their sheer size, Huge and larger starships can’t land on planets, and must use shuttles or other means to ferry crew and goods to a planet and back.
Core
Size
Speed (in Hexes)
Piloting Modifier
PCU
Cost (in BP)
T6 Thrusters
T
6
+1
20
3
T8 Thrusters
T
8
+0
25
4
T10 Thrusters
T
10
+0
30
5
T12 Thrusters
T
12
-1
35
6
T14 Thrusters
T
14
-2
40
7
S6 Thrusters
S
6
+1
30
3
S8 Thrusters
S
8
+0
40
4
S10 Thrusters
S
10
+0
50
5
S12 Thrusters
S
12
-1
60
6
M4 Thrusters
M
4
+2
40
2
M6 Thrusters
M
6
+1
50
3
M8 Thrusters
M
8
+0
60
4
M10 Thrusters
M
10
+0
70
5
M12 Thrusters
M
12
-1
80
6
L4 Thrusters
L
4
+2
60
4
L6 Thrusters
L
6
+1
80
6
L8 Thrusters
L
8
+0
100
8
L10 Thrusters
L
10
+0
120
10
H4 Thrusters
H
4
+2
80
4
H6 Thrusters
H
6
+1
120
6
H8 Thrusters
H
8
+0
140
8
H10 Thrusters
H
10
+0
160
10
G4 Thrusters
G
4
+2
120
8
G6 Thrusters
G
6
+1
180
12
G8 Thrusters
G
8
+0
240
16
C4 Thrusters
C
4
+2
200
8
C6 Thrusters
C
6
+1
300
12
C8 Thrusters
C
8
+0
400
16
SC4 Thrusters
Sc
4
+1
300
16
SC6 Thrusters
Sc
6
+0
400
20
SC8 Thrusters
Sc
8
-1
500
24