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SOS2 PA's Super Starship Parts Expansion

Reinforced Chemfuel Thruster (Ship_Engine_PLUS)
Heavy, high-pressure injection thruster; ejects large reaction mass rapidly. Huge thrust, extreme fuel use.
Base thrust: 12000; Fuel: 48 Chemfuel/sec; Planetary takeoff: Yes.

Extreme Chemfuel Thruster (Ship_Engine_PLUS_PRO)
Improved injection efficiency. Massive performance, sharply rising fuel cost.
Base thrust: 24000; Fuel: 96 Chemfuel/sec; Planetary takeoff: Yes.

Ember-class Chemfuel Thruster (Ship_Engine_PLUS_PRO_MAX)
Ultimate thruster at the material and injection limits; devastating burst thrust.
Base thrust: 64000; Fuel: 256 Chemfuel/sec; Planetary takeoff: No (may fracture crust).

Prototype Electro-Impulse Thruster (Ship_Engine_E)
Uses electric energy as reaction mass; no chemfuel. 2:1 power-to-mass conversion during firing.
Base thrust: 2000; Max takeoff mass contribution: 1000; Planetary takeoff: Yes.

Electro-Impulse Thruster (Ship_Engine_E_plus)
Practical upgrade with the same 2:1 conversion, higher thrust and takeoff margin.
Base thrust: 8000; Max takeoff mass contribution: 4000; Planetary takeoff: Yes.

Heavy Heat Bank (huge_ShipHeatBank)
Reinforced tank with high specific-heat medium for superior heat storage.
Heat capacity: 32000 Hu; Passive loss: 0 Hu/sec.

Heavy Heatsink (hugeShipHeatsink)
Optimized geometry and materials for efficient vacuum radiation.
Heat capacity: 8000 Hu; Vacuum vent: 128 Hu/sec; Passive loss: 0 Hu/sec.

Heavy Heatsink-Heat Bank Combo (huge_HeatsinkAndBank_Combo)
Integrates heatsink and heat bank; combines both benefits while saving space.
Heat capacity: 40000 Hu; Vacuum vent: 256 Hu/sec; Passive loss: 0 Hu/sec.

Shipborne Antigravity Core (Ship_AntiGravityCore)
Launch-phase antigravity field generator (2 power per 1 fuel-equivalent). Max takeoff mass per core: 10000.

Vector Overcontrol Unit (Ship_VectorOvercontrolUnit)
Applies artificial gravity vectors during acceleration; fixed 1:1 TWR, draws 10× effective mass in power; multiple units reduce total draw to 2/3 on the same grid.

Prototype Entanglement Heat Exchanger (pa_JTShipHeatsink)
Entanglement-manifold-based prototype; self-sustaining reaction and power generation with surplus heat.
Passive power: 40960 W; Heat capacity: 409600 Hu; Exchange: 16384 Hu/sec; Passive loss: 0 Hu/sec.

Entanglement Heat Exchanger (pa_JTShipHeatsink_b)
Manifold resonance greatly increases exchange; self-sustaining, much stronger generation.
Passive power: 819200 W; Heat capacity: 8192000 Hu; Exchange: 666666 Hu/sec; Passive loss: 0 Hu/sec.

Infinite Probability Convergence Annihilation Engine (pa_JTShipHeatsink_c)
A terminal concept from unknown signals... do not attempt.