All Hybrid Turrets

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid ammo types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Polarized weapons offer extremely good primary stats, but come with the cost of completely negating all resistances on a ship if fitted. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Polarized weapons offer extremely good primary stats, but come with the cost of completely negating all resistances on a ship if fitted. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Polarized weapons offer extremely good primary stats, but come with the cost of completely negating all resistances on a ship if fitted. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 125mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This is a standard long-range railgun designed for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 200mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Cruiser-sized large barrel turret. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

A small multi-barreled railgun for frigates. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive railgun is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Javelin, Spike.

This cruiser-sized weapon is a double-barreled version of the frigate class 150mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

One of the largest weapons currently in existence, this massive blaster is designed for extended sieges of stationary installations and other large targets. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Three specialized high angle turrets fitted with neutron blaster cannons are designed for engaging sub-capital threats. Note: May only be fitted to capital class ships. Requires either regular or advanced hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium, Null, Void.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

Particle blasters operate on a similar principle as the railgun except they fire a magnetically contained ball of subatomic particles. No other turret class can match the sheer destructive power of particle blasters, but due to the rapid dispersion of the containment field, it also has the worst range of all turrets. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

The 350mm railgun works much the same as its big brother except that it is considerably faster but also less powerful. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This large battleship-sized weapon packs quite a punch. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.

This battleship-sized weapon is a double-barreled version of the cruiser class 250mm railgun. Railguns use magnetic rails to fire solid chunks of matter at hypersonic speed. The accurate range of railguns is very good, but due to technical limitations it cannot use onboard guidance. This results in a fairly rapid drop in accuracy at extreme ranges. Requires hybrid charge types: Antimatter, Iridium, Iron, Lead, Plutonium, Thorium, Tungsten, Uranium.