Blueprint details

Thrusters - Reinforced (Grade 1)

Primary effects
Attribute
Min
Max

Integrity
14%
30%

Mass
10%
0%

Optimal Multiplier
-3%
0%

Thermal Load
0%
-10%

Thrusters - Reinforced (Grade 2)

Primary effects
Attribute
Min
Max

Integrity
30%
50%

Mass
20%
5%

Optimal Multiplier
-5%
-2%

Thermal Load
-6%
-20%


Cost
Micromaterial:
1x  Heat Conduction Wiring
Micromaterial:
1x  Vanadium

Engineers
Felicity Farseer
Elvira Martuuk
Professor Palin

Thrusters - Reinforced (Grade 3)

Primary effects
Attribute
Min
Max

Integrity
45%
70%

Mass
30%
10%

Optimal Multiplier
-6%
-3%

Thermal Load
-10%
-30%


Cost
Micromaterial:
1x  Heat Conduction Wiring
Micromaterial:
1x  Shielding Sensors
Micromaterial:
1x  Vanadium

Engineers
Felicity Farseer
Professor Palin

Thrusters - Reinforced (Grade 4)

Primary effects
Attribute
Min
Max

Integrity
60%
90%

Mass
40%
14%

Optimal Multiplier
-9%
-4%

Thermal Load
-15%
-40%


Cost
Micromaterial:
1x  Compound Shielding
Micromaterial:
1x  Heat Dispersion Plate
Micromaterial:
1x  High Density Composites

Engineers
Professor Palin

Thrusters - Reinforced (Grade 5)

Primary effects
Attribute
Min
Max

Integrity
75%
110%

Mass
50%
20%

Optimal Multiplier
-10%
-5%

Thermal Load
-20%
-50%


Cost
Micromaterial:
1x  Heat Exchangers
Micromaterial:
1x  Imperial Shielding
Micromaterial:
1x  Proprietary Composites

Engineers
Professor Palin

Related blueprints

CleanDirtyReinforced

Module parameters are the base values. Please note that these values may slightly vary, depending on the module class/grade.

Possible experimental effects

The data may be incomplete or not entirely accurate. If you find any errors please let me know in the discussion. Thanks to Qohen Leth, EfilOne, Shellström, Lucienn for the initial data and Domaq, Elan Solo, Greeboski, Coriolis guys and many others for the updates.