Power and Propulsion

Power and Propulsion

This field covers all technologies related to engines, reactors, jump drives, fuel efficiency, thrust modifiers, and other systems that determine how ships move, jump, and generate power.

Jump Drives

Commercial Jump Drives are larger, less efficient and cannot be used by ships with military engines.

Jump Point Theory

Precursor technology for the various jump drive technologies.

Tech	Jump Point Theory
Value	0
RP Cost	5000

Jump Drive Efficiency

Jump engines with higher levels of jump drive efficiency will permit larger ships to jump than lower efficiency engines of the same size. Ships with military engines are unable to traverse a wormhole created by a commercial jump engine and vice versa.

Tech	4	5	6	8	10	12	15	18	21	25
Efficiency	4	5	6	8	10	12	15	18	21	25
RP Cost	1000	2000	4000	8000	15000	30000	60000	120000	240000	500000

Max Jump Squadron Size

A jump engine with this technology will hold open a jump point long enough for the listed number of ships to transit, including the jump ship.

Size	3	4	5	6	7	8	9	10	11	12
Cost Multiplier	1.0	1.1	1.2	1.3	1.5	1.75	2	2.25	2.5	3
RP Cost	1000	2000	4000	8000	15000	30000	60000	125000	250000	500000

Max Squadron Jump Radius

The maximum distance (in thousands of km) at which a ship equipped with a jump engine with this technology will emerge from a jump point.

Radius (k km)	50	100	250	500	750	1000	1500	2000	2500	3000	4000
Cost Multiplier	1.0	1.1	1.2	1.3	1.5	1.75	2	2.25	2.5	3	3.6
RP Cost	1000	2000	4000	8000	15000	30000	60000	125000	250000	500000	1000000

Engines

Engine Technology

Base engine technology for engine component designs. Provides the listed power per HS of engine.

Engine Type	Conventional Engine	Nuclear Radioisotope Engine	Nuclear Pulse Engine	Nuclear Thermal Engine	Nuclear Gas-Core Engine	Ion Drive
Power per HS	1	5	8	6.4	10	12.5
RP Cost	*	*	4000	2000	6000	10000

Engine Type	Magneto-plasma Drive	Magnetic Confinement Fusion Drive	Inertial Confinement Fusion Drive	Solid Core Anti-matter Drive	Gas Core Anti-matter Drive	Plasma Core Anti-matter Drive	Beam Core Anti-matter Drive	Photonic Drive	Quantum Singularity Drive
Power per HS	16	20	25	32	40	50	64	80	100
RP Cost	20000	40000	80000	150000	300000	600000	1250000	2500000	5000000

Fuel Consumption

Improves fuel efficiency. Engines with this technology use only the listed percentage of fuel compared to baseline.

Consumption	1.0	0.9	0.8	0.7	0.6	0.5	0.4	0.3	0.25	0.2	0.16	0.125	0.1
RP Cost	*	1000	2000	4000	8000	15000	30000	60000	120000	250000	500000	1000000	2000000

Max Thrust (Maximum Engine Power Modifier)

Engines can be boosted above normal power output. Higher boost increases fuel use.

Modifier	x1	x1.25	x1.5	x1.75	x2	x2.5	x3
RP Cost	*	500	1000	2000	4000	8000	15000

Min Thrust (Minimum Engine Power Modifier)

Engines can be reduced in power to improve fuel efficiency.

Modifier	x0.5	x0.4	x0.3	x0.25	x0.2	x0.15	x0.1
RP Cost	*	1000	2000	4000	8000	15000	30000

Maximum Engine Size

Maximum size of engine in HS.

Size (HS)	25	40	60	100	160	250	400
RP Cost	*	2000	4000	8000	15000	30000	60000

Capacitor Recharge Rate

The amount of power which an energy weapon will recharge every 5 seconds.

Rate	1	1.25	1.5	1.75	2	2.25	2.5	2.75	3	3.25	3.5	3.75	4	4.5	5
RP Cost	*	1250	1500	1750	2000	2250	2500	2750	4000	5000	6000	7000	8000	11750	15000

Rate	5.5	6	7	8	9	10	11	12	13	14	15	16	20	25
RP Cost	22500	30000	45000	60000	92500	125000	187500	250000	312500	375000	437500	500000	1000000	2000000

Power Plants

Power Plant Technology

Base technology used for creation of power plants. Required for engine development.

Reactor Type	Radioisotope Thermal Generator	Pressurised Water Reactor	Pebble Bed Reactor	Gaseous Fission Reactor	Magnetic Mirror Fusion Reactor	Stellarator Fusion Reactor	Tokamak Fusion Reactor	Solid-core Anti-matter Power Plant	Plasma-core Anti-matter Power Plant	Vacuum Energy Power Plant	Quantum Singularity Power Plant
Power Output	2	2.5	3.2	4	5	6.4	8	12.8	20	32	40
RP Cost	600	1200	2400	3600	6000	12000	24000	90000	375000	1500000	3000000

Power vs Efficiency

Provides a power increase for reactors but also increases the chance of an explosion if the reactor is damaged.

Tech	No Boost	+10% (7%)	+20% (10%)	+30% (15%)	+40% (20%)	+60% (30%)	+80% (40%)	+100% (50%)
Power Multiplier	1.0	1.1	1.2	1.3	1.4	1.6	1.8	2.0
Explosion Chance	5	7	10	15	20	30	40	50
RP Cost	250	500	1000	2000	4000	8000	15000	30000

Related Research Fields

• Biology and Genetics
• Construction and Production
• Defensive Systems
• Direct Fire Weapons
• Ground Combat
• Logistics
• Missiles
• Power and Propulsion
• Sensors and Control Systems