Difference between revisions of "UN/STY-6 Mercury Thermal Array"

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Researched on 18th May 2028.
 
  
 
== Aurora Design ==
 
== Aurora Design ==
Principal Contractor: [[Mitsubishi Electric]]<br />
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[[File:STY-6 Curve.png|right|upright=1|alt=Curve of Thermal emissions vs detection ranges.|Detection ranges listed before specific ship classes are based on reports of maximum thermal emission and speculation of ship design. These numbers should not be considered hard limits.  All sensor operators should remember that thermal emissions can be varied by throttling ship engine power output.]]
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<p style="width:55em;">Principal Contractor: [[Mitsubishi Electric]]<br />
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Primary Research: 18th May 2028.<br />
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Base Sensitivity: 5 <br />
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Detection Curve Note: Detection ranges listed before specific ship classes are based on reports of maximum thermal emission and speculation of ship design. These numbers should not be considered hard limits.  All sensor operators should remember that target thermal emissions can be varied by the throttling of the target vessel's engine power output.</p>
  
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Thermal Sensor Sensitivity: 20
 
Thermal Sensor Sensitivity: 20
 
Sensor Size: 4 HS    Sensor HTK: 1
 
Sensor Size: 4 HS    Sensor HTK: 1

Latest revision as of 17:32, 16 April 2013

Aurora Design

Curve of Thermal emissions vs detection ranges.

Principal Contractor: Mitsubishi Electric
Primary Research: 18th May 2028.
Base Sensitivity: 5
Detection Curve Note: Detection ranges listed before specific ship classes are based on reports of maximum thermal emission and speculation of ship design. These numbers should not be considered hard limits. All sensor operators should remember that target thermal emissions can be varied by the throttling of the target vessel's engine power output.


Thermal Sensor Sensitivity: 20
Sensor Size: 4 HS    Sensor HTK: 1
Chance of destruction by electronic damage: 100%
Cost: €20 million    Crew: 20
Materials Required: 5t Duranium  15t Uridium