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Parent groups: Market > Ship Equipment > Turrets & Bays > Hybrid Turrets > Railguns
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Market Items

Image Name Slot CPU Powergrid Market Price
125mm 'Scout' Accelerator Cannon
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.

High 12 tf 7 MW 9.561
125mm Carbide Railgun I
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.

High 11 tf 7 MW 3.846
125mm Compressed Coil Gun I
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.

High 13 tf 7 MW 6.915
125mm Prototype Gauss Gun
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.

High 11 tf 7 MW 146.954
125mm Railgun I
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.

High 14 tf 7 MW 20.386
125mm Railgun II
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.

High 16 tf 8 MW 424.931
150mm 'Musket' Railgun
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.

High 20 tf 8 MW 1.485.627
150mm 'Scout' Accelerator Cannon
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.

High 21 tf 9 MW 17.993
150mm Carbide Railgun I
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.

High 19 tf 9 MW 4.818
150mm Compressed Coil Gun I
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.

High 22 tf 9 MW 47.061
150mm Prototype Gauss Gun
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.

High 20 tf 9 MW 567.808
150mm Railgun I
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.

High 24 tf 9 MW 31.039
150mm Railgun II
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.

High 27 tf 10 MW 699.035
75mm 'Scout' Accelerator Cannon
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.

High 4 tf 2 MW 26.107
75mm Carbide Railgun I
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.

High 4 tf 2 MW 987
75mm Compressed Coil Gun I
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.

High 4 tf 2 MW 37.116
75mm Gatling Rail I
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.

High 5 tf 2 MW 5.739
75mm Gatling Rail II
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.

High 6 tf 2 MW 347.994
75mm Prototype Gauss Gun
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.

High 4 tf 2 MW 467.443
Caldari Navy 125mm Railgun
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.

High 16 tf 5 MW 3.010.726
Caldari Navy 150mm Railgun
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.

High 27 tf 8 MW 8.283.137
Caldari Navy 75mm Railgun
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.

High 6 tf 2 MW 3.623.152
Dread Guristas 125mm Railgun
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.

High 16 tf 5 MW 1.618.632
Dread Guristas 150mm Railgun
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.

High 27 tf 8 MW 9.404.912
Dread Guristas 75mm Railgun
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.

High 6 tf 2 MW 513.218
Federation Navy 125mm Railgun
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.

High 16 tf 7 MW 4.846.480
Federation Navy 150mm Railgun
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.

High 27 tf 10 MW 6.737.927
Federation Navy 75mm Railgun
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.

High 6 tf 2 MW 4.903.188
Shadow Serpentis 125mm Railgun
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.

High 16 tf 7 MW 3.722.537
Shadow Serpentis 150mm Railgun
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.

High 27 tf 10 MW 9.396.931
Shadow Serpentis 75mm Railgun
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.

High 6 tf 2 MW 3.499.994


Database: Invasion (2019-11-12)

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