Myrmidon Navy Issue
Following a successful re-engineering process, Duvolle Laboratories developed a new method of transmitting energy to remote stasis webification drones, greatly increasing the factor by which they could ensnare a ship. The research corporation then went on to win a bid to apply this new development to Gallente Navy ship designs. The bulky nature of this technology prohibited integration with the Gallente Navy's smaller vessels and so the Myrmidon was identified as an ideal choice for field testing. This webification drone technology, combined with an upgraded Myrmidon, proved a potent combination: the drones being able to snare distant targets, allowing this spiked column of destruction to slowly fall upon its prey. |
Armor
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Armor Hitpoints | 6750 HP |
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Armor EM Damage Resistance | 50 % |
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Armor Explosive Damage Resistance | 10 % |
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Armor Kinetic Damage Resistance | 35 % |
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Armor Thermal Damage Resistance | 35 % |
Shield
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Shield Capacity | 5250 HP |
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Shield recharge time | 1400000 s |
|
Shield EM Damage Resistance | 0 % |
|
Shield Explosive Damage Resistance | 50 % |
|
Shield Kinetic Damage Resistance | 40 % |
|
Shield Thermal Damage Resistance | 20 % |
Astronautic
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Cargo capacity | 400 m3 |
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Mass | 12,700,000 kg |
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Volume | 270000 m3 |
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Baseprice | 0 ISK |
Fitting
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High Slots | 6 |
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Medium Slots | 5 |
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Low Slots | 6 |
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Rig Slots | 3 |
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Calibration | 400 points |
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Drone Bandwidth | 100 Mbit/sec |
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Launcher Hardpoints | 0 hardpoints |
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Turret Hardpoints | 4 hardpoints |
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Powergrid Output | 1100 MW |
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CPU Output | 400 tf |
Combat
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Maximum Targeting Range | 57500 m |
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Scan Resolution | 200 mm |
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Maximum Locked Targets | 7 |
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RADAR Sensor Strength | 0 points |
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Ladar Sensor Strength | 0 points |
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Magnetometric Sensor Strength | 19 points |
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Gravimetric Sensor Strength | 0 points |
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Signature Radius | 305 m |
Misc
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Tech Level | 1 Level |
