Components

For best efficiency and redundancy, all ship components should be placed far away from components that fulfill the same function.

Mounts

Mount components are installed on the exterior of the ship's hull and grant the ship some ability. Almost all mounts are faction-exclusive.

Shelter Alliance mounts

The following mounts are only available to the Shelter Alliance.

Mount	Category	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Power (kW)	Cost (pts)	Ability
CE10 Antenna	Communications	2x1x2	100	15	4	250	5	The most powerful antenna array on a warship will serve as the active communications path, even if the integrated array is still functional.
CE70 Antenna	Communications	2x1x2	250	30	7	600	15	The most powerful antenna array on a warship will serve as the active communications path, even if the integrated array is still functional.
E15 'Masquerade' Signature Booster	EWar	3x1x3	100	15	5	600	20	+25% Identification Difficulty +200% Radar Signature
E55 'Spotlight' Illuminator	EWar	2x1x2	75	15	2	750	15	Illuminator - range:12000 m; beam width: 5 deg; radiated power: 1000 kW; gain: 60 dB +10% Radar Signature
E55 'Floodlight' Illuminator	EWar	2x1x2	75	15	2	1500	15	Illuminator - range:10000 m; beam width: 40 deg; radiated power: 3250 kW; gain: 40 dB +10% Radar Signature
E70 'Interruption' Jammer	EWar	3x1x3	100	15	5	600	55	Jammer - type: COMM; burst duration (emitters): 180 s; overheat damage chance: 5%; range: 4000 m; radiated power: 750 kW; gain: 1 dB
E71 'Hangup' Jammer	EWar	2x1x2	75	15	2	500	45	Jammer - type: COMM; burst duration (emitters): 120 s; overheat damage chance: 5%; range: 20000 m; radiated power: 300 kW; gain: 25 dB; beam width: 20 deg
E71 'Blanket' Jammer	EWar	2x1x2	75	15	2	1000	50	Jammer - type: RADAR; burst duration (emitters): 90 s; overheat damage chance: 10%; range: 10000 m; radiated power: 1 kW; gain: 20 dB; beam width: 40 deg +10% Radar Signature
ES22 'Pinard' Electronic Support Module	Sensors	3x1x3	50	15	3	200	30	Radar
RF101 'Bullseye' Radar	Sensors	2x1x2	70	10	2	300	40	Radar

Missile weapons

Unlike other weapons missile launchers do not require crew to operate. All missile weapons have a catastrophic event probability of 5%.

Weapon	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Power (kW)	Cost (pts)	Missile Size	Capacity (cells)
CLS-3 Launcher	3x4x3	175	15	20	200	20	3	4
VLS-1-23 Launcher	x2x2	75	15	3	50	5	1	4
VLS-1-46 Launcher	3x2x3	125	15	10	50	5	1	4
VLS-2 Launcher	3x4x3	100	15	5	200	10	2	4
VLS-3 Launcher	3x4x3	175	15	20	200	20	3	4

Point defense weapons

As the name implies, point defense weapons are defensive weapons meant to protect a ship.

Weapon	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Required Power (kW)	Cost (pts)	Integrated FC	Optical Backup	Ammo	Accuracy	Turret
Mk20 'Defender' PDT	2x1x2	100	15	3	3	175	20	Yes	No	ballistic/chemical 20mm	3m@1km	traverse/elevation rate: 100 deg/s elevation limits: +89 deg, -5 deg
Mk25 'Rebound' PDT	2x1x2	100	15	3	3	20	15	No	Yes	ballistic/chemical/timed 50mm	35m@1km	traverse/elevation rate: 80 deg/s elevation limits: +89 deg, -5 deg
Mk29 'Stonewall' PDT	3x1x3	150	15	7	5	40	40	No	Yes	ballistic/chemical/timed 50mm	35m@1km	traverse/elevation rate: 30 deg/s elevation limits: +89 deg, -5 deg
Mk90 'Aurora' PDT	2x1x2	100	15	3	0	1250	55	Yes	No	laser	1m@1.5km 1m@3km	traverse/elevation rate: 100 deg/s elevation limits: +85 deg, -5 deg
Mk95 'Sarissa' PDT	3x1x3	150	15	7	4	1250	65	Yes	Yes	ballistic/magnetic 15mm	3m@3km 5m@6km	traverse/elevation rate: 30 deg/s elevation limits: +65 deg, -5 deg

Projectile weapons

All projectile weapons have an optical backup.

Weapon	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Required Power (kW)	Cost (pts)	Role	Ammo	Accuracy	Recycle Time (s)	Autoloader Capacity	Reload time (s)	Turret
Mk61 Cannon	3x1x3	150	15	3	4	50	10	Dual-Purpose	ballistic/chemical 120mm	13m@2.5km 26m@5km	1	1	5.5	traverse rate: 35 deg/s elevation rate: 35 deg/s elevation limits: +70 deg, -5 deg
Mk62 Cannon	3x1x3	150	15	6	8	50	20	Dual-Purpose	ballistic/chemical 120mm	13m@2.5km 26m@5km	1	1	4	traverse rate: 35 deg/s elevation rate: 35 deg/s elevation limits: +70 deg, -5 deg
Mk64 Cannon	3x1x3	225	20	3	15	125	30	Dual-Purpose	ballistic/chemical 250mm	13m@2.5km 26m@5km 39m@7.5km	0	1	10	traverse rate: 12.5 deg/s elevation rate: 18 deg/s elevation limits: +40 deg, -5 deg
Mk65 Cannon	6x3x6	325	30	12	25	180	40	Offensive	ballistic/chemical 250mm	17m@2.5km 35m@5km 52m@7.5km	0.5	3	13	traverse rate: 7.5 deg/s elevation rate: 15 deg/s elevation limits: +40 deg, -5 deg
Mk66 Cannon	6x3x6	350	30	25	25	200	45	Offensive	ballistic/chemical 450mm	44m@5km 87m@10km	0.5	2	20	traverse rate: 7.5 deg/s elevation rate: 15 deg/s elevation limits: +40 deg, -5 deg
Mk68 Cannon	8x5x8	450	30	40	40	225	75	Offensive	ballistic/chemical 450mm	44m@5km 87m@10km	0.5	3	20	traverse rate: 7.5 deg/s elevation rate: 15 deg/s elevation limits: +40 deg, -5 deg
Mk81 Railgun	6x3x6	300	30	20	15	1500	50	Offensive	ballistic/magnetic 300mm	13m@5km 26m@10km 52m@20km	1	1	30	traverse rate: 3 deg/s elevation rate: 5 deg/s elevation limits: +25 deg, -5 deg +1000% Radar Signature for 18 seconds after firing

Spinal weapons

Spinal weapons have dimensions of 4x12x4. The only ship capable of mounting them is the Keystone Destroyer Class. Both of them are offensive weapons that have an optical backup.

Weapon	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Required Power (kW)	Cost (pts)	Reload Time (s)	Properties
Mk550 Mass Driver	450	40	100	15	2000	75	15	accuracy: 11m@5km, 13m@10km, 45m@20km, compatible ammo types: ballistic/magnetic - 300mm; recycle time (energy): 5 s; autoloader capacity: 1 +1200% Radar Signature for 18 seconds after firing
Mk600 Beam Cannon	450	40	100	15	3000	75	30	range: 6000 m; armor penetration: 180 cm/s; component damage: 300 hp/s; burst duration: 7.5 s Battle Short Available: 80% Overheat Damage Chance

Outlying Systems Protectorate mounts

The following mounts are only available to the Outlying Systems Protectorate.

Mount	Category	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Power (kW)	Cost (pts)	Ability
CE10 Antenna	Communications	2x1x2	100	15	4	250	5	The most powerful antenna array on a warship will serve as the active communications path, even if the integrated array is still functional.
E20 'Lighthouse' Illuminator	EWar	2x1x2	75	15	2	600	15	Illuminator - range:10000 m; beam width: 5 deg; radiated power: 900 kW; gain: 50 dB +10% Radar Signature
J15 'Bellbird' Jammer	EWar	3x1x3	150	15	2	850	50	Jammer - type: RADAR; burst duration (emitters): 45 s; overheat damage chance: 15%; range: 10000 m; radiated power: 1.25 kW; gain: 20 dB
J360 'Lyrebird' Jammer	EWar	3x1x3	100	15	10	500	100	Jammer - type: RADAR; burst duration (emitters): 180 s; overheat damage chance: 5%; range: 4000 m; radiated power: 10 kW; gain: 2 dB

Compartments

Compartment components are installed on the interior of the ship's hull. Most of them do not require any power.

Compartment	Category	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Reinforced	Cost (pts)	Effects
Battle Dressing Station	Crew	3x1x3	125	10	10	8	No	20	-30% Crew Vulnerability
Berthing	Crew	1x1x1	50	15	0.5	0	No	0	+3 Crew per slot size
Plant Control Center	Engineering	3x1x3	100	10	7	15	No	25	+20% Powerplant Efficiency
Analysis Annex	Intelligence	3x1x3	100	10	10	10	No	20	+30% Intelligence Effort -30% Intelligence Accuracy
Intelligence Center	Intelligence	6x1x8	200	15	25	45	No	90	Analyzes All Tracks Intelligence Effort: 4 Intelligence Accuracy: 25%
Bulk Magazine	Storage	1x1x1	100	25	1	0	No	0	+15 m Storage Capacity per slot size 10% Catastrophic Event Probability
Reinforced Magazine	Storage	1x1x1	150	40	2	0	Yes	0	+10 m Storage Capacity per slot size 4% Catastrophic Event Probability -10 kW Power
Gun Plotting Center	Weapon Support	3x1x3	100	10	7	30	No	30	-30% Spread -50 kW Power
Strike Planning Center	Weapon Support	6x1x8	100	10	10	20	No	70	+60% Missile Programming Speed

Command

Command compartments are used to relay orders throughout the ship and analyze local tracks. A ship without operational command compartments cannot receive any orders.

Compartment	Category	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Reinforced	Commands Enabled	Intelligence Effort	Intelligence Accuracy (%)	Cost (pts)
Auxiliary Steering	Command	3x1x3	300	20	10	5	Yes	MOVE	0	0	10
Basic CIC	Command	4x1x6	200	25	15	20	No	ALL	1	30	10
Reinforced CIC	Command	4x1x6	200	40	35	20	Yes	ALL	1	30	25
Citadel CIC	Command	6x1x8	400	50	70	40	Yes	ALL	4	25	75

Damage control

Damage control compartments are used to repair damage during combat.

Compartment	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Crew	Required Power (kW)	Reinforced	Repair Speed (HP/sec)	Team Move Speed	Repair Teams	Restores Provided	Cost (pts)
Rapid DC Locker	3x1x3	70	15	1.5	5	0	No	1.2	4	1 (flying)	0	10
Small DC Locker	3x1x3	100	15	1.5	10	0	No	0.8	2	2	1	30
Large DC Locker	3x1x6	150	15	3	15	0	No	0.8	2	3	2	45
Reinforced DC Locker	3x1x6	200	35	1.5	10	0	Yes	0.8	2	2	1	45
Damage Control Central	3x1x3	200	35	7	10	50	No	+10%	+50%	0	0	20
Small Workshop	3x1x3	150	35	7	10	50	No	+30%	0	0	0	20

Modules

Module components are installed on the interior of the ship's hull.

Module	Category	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Power (kW)	Cost (pts)	Effects
Supplementary Radio Amplifiers	Communications	2x2x2	40	10	4	-100	20	+25% Transmit Power
Launcher Deluge System	Damage Control	2x2x2	70	10	30	-100	15	-50% Catastrophic Event Probability (Cell Launcher)
Magazine Sprinklers	Damage Control	2x2x2	70	10	30	-100	15	-50% Catastrophic Event Probability (Magazine)
Redundant Reactor Failsafes	Engineering	2x2x2	75	10	5	-100	25	-33% Catastrophic Event Probability (Reactor)
Reinforced Thruster Nozzles	Engineering	2x2x2	50	10	4	0	10	-20% Flank Damage Probability
Small Reactor Booster	Engineering	2x2x2	40	10	4	0	10	+10% Powerplant Efficiency +5% Rada Signature
Signature Scrambler	EWar	2x2x2	50	10	4	-450	35	+100% Identification Difficulty 1-% Sensitivity
FR3300 Micro Reactor	Powerplant	3x3x3	200	30	25	+2250	10	5% Catastrophic Event Probability
FR4800 Reactor	Powerplant	5x5x5	300	40	40	+4200	10	5% Catastrophic Event Probability
Adaptive Radar Receiver	Sensors	2x2x2	40	10	4	-200	30	+25% Sensitivity -0.7 dB Noise Filtering +5% Positional Error +2.5% Velocity Error
ES32 'Scryer' Missile ID System	Sensors	2x2x2	150	15	5	-300	10	Analyzes Local Threats Subject Class: Missile Intelligence Effort: 10 Intelligence Accuracy: 0%
RM50 'Parallax' Radar	Sensors	2x2x2	300	40	7.5	-3600	45	Radar; max range: 9.5 km; radiated power: 4100 kW; gain: 50 dB; aperture size: 30 m2; sensitivity: -38.5 dBm; positional error: 30 m; velocity error: 0.1 m/s Jamming LOBs; jamming LOBs accuracy: 0.75 deg Sweep; burn-through power mult.: 12; burn-through damage change: 20% Lock; min. lock SNR: 3; lock error mult.: 0.15
RS35 'Frontline' Radar	Sensors	2x2x2	200	30	5	-2000	10	Radar; max range: 8 km; radiated power: 3500 kW; gain: 40 dB; aperture size: 25 m2; sensitivity: -36 dBm; positional error: 30 m; velocity error: 0.1 m/s Jamming LOBs; jamming LOBs accuracy: 1.5 deg Sweep; burn-through power mult.: 8; burn-through damage change: 20%
RS41 'Spyglass' Radar	Sensors	2x2x2	200	30	5	-4000	25	Radar; max range: 11.5 km; radiated power: 4500 kW; gain: 60 dB; aperture size: 40 m2; sensitivity: -38.5 dBm; positional error: 60 m; velocity error: 0.5 m/s Jamming LOBs; jamming LOBs accuracy: 3.5 deg
Strobe Correlator	Sensors	2x2x2	40	10	4	-150	25	-30% Jamming LOB Accuracy
Track Correlator	Sensors	2x2x2	40	10	4	-150	25	-20% Positional Error -20% Velocity Error

Propulsion

Propulsion modules enable ship movement and provide additional power to the ship. All propulsion modules have a catastrophic event probability of 5% and require 10 crew to operate.

Module	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Provided Power (kW)	Reinforced	Top Speed (%)	Turn Rate (%)	Thrust (%)	Flank Damage Probability (%)	Radar Signature (%)	Cost (pts)
FM200 Drive	5x3x5	250	40	30	500	No	0	0	0	0	0	10
FM200R Drive	5x3x5	600	60	35	500	Yes	0	0	0	0	0	20
FM230 'Whiplash' Drive	5x3x5	250	40	35	650	No	+20	-15	-20 Angular	+25	0	20
FM240 'Dragonfly' Drive	5x3x5	250	40	35	500	No	-7.5	+40	+30 Angular	0	0	20
FM280 'Raider' Drive	5x3x5	250	40	35	300	No	0	0	+40 Linear	-30	+20	20
FM30X 'Prowler' Drive	5x3x5	200	25	35	350	No	-15	0	-10 Angular -25 Linear	0	-25	25
FM500 Drive	10x8x10	1000	70	80	1000	No	0	0	0	0	0	15
FM500R Drive	10x8x10	1500	80	80	1000	Yes	0	0	0	0	0	30
FM530 'Whiplash' Drive	10x8x10	1000	80	80	1500	No	+15	-20	-20 Angular	+35	0	30
FM540 'Dragonfly' Drive	10x8x10	1000	70	80	1000	No	-10	+45	+40 Angular	0	0	30
FM580 'Raider' Drive	10x8x10	1000	70	80	500	No	0	0	+40 Linear	-30	+25	30

Weapon support

Weapon support modules improve the performance of weapons at the cost of ship power.

Module	Dimensions	Hitpoints	Damage Threshold	Mass (Tonnes)	Required Power (kW)	Cost (pts)	Modifiers
Actively Cooled Amplifiers	2x2x2	40	10	4	175	25	+25% Burst Duration (Emitters) -20% Cooldown Time (Emitters) -10% Overheat Damage Chance (Emitters)
Ammunition Elevators	2x2x2	100	15	30	150	20	-15% Reload Time -15% Launcher Reload Time
Focused Particle Accelerator	3x3x3	150	40	45	800	25	+25% Damage Multiplier (Beam) -5% Burst Duration (Beam)
Missile Parallel Interface	2x2x2	100	15	5	150	40	+35% Missile Programming Speed
Missile Programming Bus	2x2x2	80	15	5	200	30	+1 Missile Programming Channels
Missile Programming Bus Array	3x3x3	100	15	5	350	50	+2 Missile Programming Channels
Mount Gyros	2x2x2	40	10	4	120	20	-7.5% Spread +25% Traverse Rate +20% Elevation Rate +15% Casemate Traverse Rate +15% Casemate Elevation Rate
Rapid-Cycle Cradle	3x3x3	100	15	30	150	20	-25% Recycle Time -25% Recycle Time (Energy)
Energy Regulator	3x3x3	100	15	30	650	30	-20% Reload Time (Energy) -20% Cooldown Time (Energy) -20% Cooldown Time (Beam)
Small Energy Regulator	2x2x2	75	10	20	400	20	-12% Reload Time (Energy) -12% Cooldown Time (Energy) -12% Cooldown Time (Beam)