Équipement > Core Internal > FSD Housing
2E
Frame Shift Drive
1 980 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
10
Optimal mass
48 t
Fuel multiplier
11
Fuel power
2
Integrity
46
Mass
2,5 t
Maximal fuel per jump
0,6
Power
0,16 MW
2D
Frame Shift Drive
5 930 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
10
Optimal mass
54 t
Fuel multiplier
10
Fuel power
2
Integrity
41
Mass
1 t
Maximal fuel per jump
0,6
Power
0,18 MW
2C
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
90 t
Fuel multiplier
??
Fuel power
??
Integrity
57
Mass
2,5 t
Maximal fuel per jump
??
Power
0,25 MW
2C
Frame Shift Drive
17 800 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
10
Optimal mass
60 t
Fuel multiplier
8
Fuel power
2
Integrity
51
Mass
2,5 t
Maximal fuel per jump
0,6
Power
0,2 MW
2B
Frame Shift Drive
53 410 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
10
Optimal mass
75 t
Fuel multiplier
10
Fuel power
2
Integrity
77
Mass
4 t
Maximal fuel per jump
0,8
Power
0,25 MW
2A
Frame Shift Drive
160 220 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
10
Optimal mass
90 t
Fuel multiplier
12
=
Fuel power
2
Integrity
64
Mass
2,5 t
Maximal fuel per jump
0,9
Power
0,3 MW
2A
3925
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
??
Fuel multiplier
??
Fuel power
??
Integrity
??
Mass
??
Maximal fuel per jump
??
Power
??
3E
Frame Shift Drive
6 270 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
80 t
Fuel multiplier
11
Fuel power
2,15
Integrity
58
Mass
5 t
Maximal fuel per jump
1,2
Power
0,24 MW
3D
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
150 t
Fuel multiplier
??
Fuel power
??
Integrity
70
Mass
2 t
Maximal fuel per jump
??
Power
??
3D
Frame Shift Drive
18 810 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
90 t
Fuel multiplier
10
Fuel power
2,15
Integrity
51
Mass
2 t
Maximal fuel per jump
1,2
Power
0,27 MW
3C
Frame Shift Drive
56 440 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
100 t
Fuel multiplier
8
Fuel power
2,15
Integrity
64
Mass
5 t
Maximal fuel per jump
1,2
Power
0,3 MW
3C
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
150 t
Fuel multiplier
??
Fuel power
??
Integrity
70
Mass
5 t
Maximal fuel per jump
??
Power
??
3B
Frame Shift Drive
169 300 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
125 t
Fuel multiplier
10
Fuel power
2,15
Integrity
96
Mass
8 t
Maximal fuel per jump
1,5
Power
0,38 MW
3A
Frame Shift Drive
507 910 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
150 t
Fuel multiplier
12
=
Fuel power
2,15
Integrity
80
Mass
5 t
Maximal fuel per jump
1,8
Power
0,45 MW
=
3A
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
14
Optimal mass
167 t
Fuel multiplier
??
Fuel power
??
Integrity
80
Mass
5 t
Maximal fuel per jump
??
Power
0,45 MW
=
4E
Frame Shift Drive
19 880 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
280 t
Fuel multiplier
11
Fuel power
2,3
=
Integrity
72
Mass
10 t
=
Maximal fuel per jump
2
Power
0,24 MW
4D
Frame Shift Drive
59 630 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
315 t
Fuel multiplier
10
Fuel power
2,3
=
Integrity
64
Mass
4 t
Maximal fuel per jump
2
Power
0,27 MW
4D
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
525 t
=
Fuel multiplier
??
Fuel power
??
Integrity
90
Mass
4 t
Maximal fuel per jump
??
Power
??
4C
Frame Shift Drive
178 900 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
350 t
Fuel multiplier
8
Fuel power
2,3
=
Integrity
80
Mass
10 t
=
Maximal fuel per jump
2
Power
0,3 MW
4C
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
525 t
=
Fuel multiplier
??
Fuel power
??
Integrity
90
Mass
10 t
=
Maximal fuel per jump
??
Power
??
4B
Frame Shift Drive
536 690 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
438 t
Fuel multiplier
10
Fuel power
2,3
=
Integrity
120
Mass
16 t
Maximal fuel per jump
2,5
Power
0,38 MW
4A
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
18
=
Optimal mass
585 t
Fuel multiplier
??
Fuel power
??
Integrity
100
=
Mass
10 t
=
Maximal fuel per jump
3,2
Power
0,45 MW
=
4A
Frame Shift Drive
1 610 080 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
FSD Heat Rate
18
Optimal mass
525 t
Fuel multiplier
12
Fuel power
2,3
Integrity
100
Mass
10 t
Maximal fuel per jump
3
Power
0,45 MW
5E
Frame Shift Drive
63 010 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
560 t
Fuel multiplier
11
Fuel power
2,45
Integrity
86
Mass
20 t
Maximal fuel per jump
3,3
Power
0,32 MW
5D
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
1 050 t
Fuel multiplier
??
Fuel power
??
Integrity
110
Mass
20 t
Maximal fuel per jump
??
Power
??
5D
Frame Shift Drive
189 040 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
630 t
Fuel multiplier
10
Fuel power
2,45
Integrity
77
Mass
8 t
Maximal fuel per jump
3,3
Power
0,36 MW
5C
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
1 050 t
Fuel multiplier
??
Fuel power
??
Integrity
110
Mass
20 t
Maximal fuel per jump
??
Power
0,5 MW
5C
Frame Shift Drive
567 110 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
700 t
Fuel multiplier
8
Fuel power
2,45
Integrity
96
Mass
20 t
Maximal fuel per jump
3,3
Power
0,4 MW
5B
Frame Shift Drive
1 701 320 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
875 t
Fuel multiplier
10
Fuel power
2,45
Integrity
144
Mass
32 t
Maximal fuel per jump
4,1
Power
0,5 MW
5B
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
1 050 t
Fuel multiplier
??
Fuel power
??
Integrity
110
Mass
20 t
Maximal fuel per jump
??
Power
??
5A
3955
??
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
1 175 t
Fuel multiplier
??
Fuel power
??
Integrity
120
Mass
20 t
Maximal fuel per jump
5,2
Power
0,6 MW
5A
Frame Shift Drive
5 103 950 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
27
Optimal mass
1 050 t
Fuel multiplier
12
=
Fuel power
2,45
Integrity
120
Mass
20 t
Maximal fuel per jump
5
Power
0,6 MW
6E
Frame Shift Drive
199 750 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
960 t
Fuel multiplier
11
Fuel power
2,6
Integrity
102
Mass
40 t
Maximal fuel per jump
5,3
Power
0,4 MW
6D
Frame Shift Drive
599 240 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
1 080 t
Fuel multiplier
10
Fuel power
2,6
Integrity
90
Mass
16 t
Maximal fuel per jump
5,3
Power
0,45 MW
=
6D
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
1 800 t
Fuel multiplier
??
Fuel power
??
Integrity
130
Mass
16 t
Maximal fuel per jump
??
Power
??
6C
Frame Shift Drive
1 797 730 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
1 200 t
Fuel multiplier
8
Fuel power
2,6
Integrity
113
Mass
40 t
Maximal fuel per jump
5,3
Power
0,5 MW
6C
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
37
Optimal mass
1 800 t
Fuel multiplier
??
Fuel power
??
Integrity
130
Mass
40 t
Maximal fuel per jump
??
Power
??
6B
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
??
Optimal mass
1 800 t
Fuel multiplier
??
Fuel power
??
Integrity
130
Mass
40 t
Maximal fuel per jump
??
Power
??
6B
Frame Shift Drive
5 393 180 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
1 500 t
Fuel multiplier
10
Fuel power
2,6
Integrity
170
Mass
64 t
Maximal fuel per jump
6,6
Power
0,63 MW
6A
Frame Shift Drive
16 179 530 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
1 800 t
Fuel multiplier
12
=
Fuel power
2,6
Integrity
141
Mass
40 t
Maximal fuel per jump
8
Power
0,75 MW
6A
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
37
Optimal mass
2 000 t
Fuel multiplier
??
Fuel power
??
Integrity
141
Mass
40 t
Maximal fuel per jump
8,3
Power
0,75 MW
7E
Frame Shift Drive
633 200 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
1 440 t
Fuel multiplier
11
Fuel power
2,75
Integrity
118
Mass
80 t
Maximal fuel per jump
8,5
Power
0,48 MW
7D
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
2 700 t
Fuel multiplier
??
Fuel power
??
Integrity
150
Mass
32 t
Maximal fuel per jump
??
Power
??
7D
Frame Shift Drive
1 899 600 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
1 620 t
Fuel multiplier
10
Fuel power
2,75
Integrity
105
Mass
32 t
Maximal fuel per jump
8,5
Power
0,54 MW
7C
Frame Shift Drive (SCO)
??
Boot Time
??
FSD Heat Rate
43
Optimal mass
2 700 t
Fuel multiplier
??
Fuel power
??
Integrity
150
Mass
80 t
Maximal fuel per jump
??
Power
??
7C
Frame Shift Drive
5 698 790 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
1 800 t
Fuel multiplier
8
Fuel power
2,75
Integrity
131
Mass
80 t
Maximal fuel per jump
8,5
Power
0,6 MW
7B
Frame Shift Drive
17 096 370 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
2 250 t
Fuel multiplier
10
Fuel power
2,75
Integrity
197
Mass
128 t
Maximal fuel per jump
10,6
Power
0,75 MW
7A
Frame Shift Drive
51 289 110 cr
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
2 700 t
Fuel multiplier
12
=
Fuel power
2,75
Integrity
164
Mass
80 t
Maximal fuel per jump
12,8
Power
0,9 MW
7A
Frame Shift Drive (SCO)
??
Boot Time
10
=
FSD Heat Rate
43
Optimal mass
3 000 t
Fuel multiplier
??
Fuel power
??
Integrity
164
Mass
80 t
Maximal fuel per jump
13,1
Power
0,9 MW
8E
Frame Shift Drive
??
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
??
Optimal mass
2 240 t
Fuel multiplier
11
Fuel power
2,9
Integrity
??
Mass
160 t
Maximal fuel per jump
13,6
Power
??
8D
Frame Shift Drive
??
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
??
Optimal mass
2 520 t
Fuel multiplier
10
Fuel power
2,9
Integrity
??
Mass
64 t
Maximal fuel per jump
13,6
Power
??
8C
Frame Shift Drive
??
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
??
Optimal mass
2 800 t
Fuel multiplier
8
Fuel power
2,9
Integrity
??
Mass
160 t
Maximal fuel per jump
13,6
Power
??
8B
Frame Shift Drive
??
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
??
Optimal mass
3 500 t
Fuel multiplier
10
Fuel power
2,9
Integrity
??
Mass
256 t
Maximal fuel per jump
17
Power
??
8A
Frame Shift Drive
??
Device that allows supercruise travel and hyperspace jumps between star systems.
Boot Time
10
=
FSD Heat Rate
??
Optimal mass
4 200 t
Fuel multiplier
12
=
Fuel power
2,9
Integrity
??
Mass
160 t
Maximal fuel per jump
20,4
Power
??