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|class=Archer Class Starship | |class=Archer Class Starship | ||
|image=Archer-class-starship.jpg | |image=Archer-class-starship.jpg | ||
|ai= | |co=Lieutenant [[Clovis Amond]] | ||
|ai=Lieutenant [[Clovis Amond]] | |||
|status=Unassigned | |status=Unassigned | ||
|quote="Blue is the only color which maintains its own character in all its tones it will always stay blue; whereas yellow is blackened in its shades, and fades away when lightened; red when darkened becomes brown, and diluted with white is no longer red, but another color – pink." - Raoul Dufy | |quote="Blue is the only color which maintains its own character in all its tones it will always stay blue; whereas yellow is blackened in its shades, and fades away when lightened; red when darkened becomes brown, and diluted with white is no longer red, but another color – pink." - Raoul Dufy | ||
|aff=Solas Tempus | |aff=Solas Tempus | ||
}} | }} | ||
The Sapphire Hornet completed construction from the [[Umbral Shipyards]] on July 15th, 2386. Her [[MSAI]], [[Clovis Amond]], was assigned at that time | The Sapphire Hornet completed construction from the [[Umbral Shipyards]] on July 15th, 2386. Her [[MSAI]], [[Clovis Amond]], was assigned at that time. Clovis completed the shakedown cruise on July 16th, 2386 where the ship experienced no issues. She was completed on the same day as her sister ship the [[STV Emerald Dragonfly]]. | ||
The ships sensor systems were constructed with the [[VAM Enhanced Sensor Pallet]] and have been enhanced and calibrated for tactical maneuvers. They have been optimized for the detection and recognition of energy patterns, plasma trails, and other vessel signatures. Short range targeting sensors are particularly high resolution and have dedicated tactical processors allowing for faster target acquisition. Long range sensors offer higher resolution scans of plasma and are especially sensitive to subspace signatures. The ships [[Impulse Drive|impulse drive]], inertial dampeners, and maneuvering thrusters are also enhanced allowing for faster maneuvering in combat situations. Communications systems are optimized for long range burst communications. | The ships sensor systems were constructed with the [[VAM Enhanced Sensor Pallet]] and have been enhanced and calibrated for tactical maneuvers. They have been optimized for the detection and recognition of energy patterns, plasma trails, and other vessel signatures. Short range targeting sensors are particularly high resolution and have dedicated tactical processors allowing for faster target acquisition. Long range sensors offer higher resolution scans of plasma and are especially sensitive to subspace signatures. The ships [[Impulse Drive|impulse drive]], inertial dampeners, and maneuvering thrusters are also enhanced allowing for faster maneuvering in combat situations. Communications systems are optimized for long range burst communications. | ||
[[Category:Space Vessels]] | |||
[[Category:Space Vessels]] | [[Category:Space Vessels]] | ||
Latest revision as of 06:44, 16 January 2022
| Sapphire Hornet | ||||||||||||||||||
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| STV Sapphire Hornet (TOV-1948) | ||||||||||||||||||
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The Sapphire Hornet completed construction from the Umbral Shipyards on July 15th, 2386. Her MSAI, Clovis Amond, was assigned at that time. Clovis completed the shakedown cruise on July 16th, 2386 where the ship experienced no issues. She was completed on the same day as her sister ship the STV Emerald Dragonfly.
The ships sensor systems were constructed with the VAM Enhanced Sensor Pallet and have been enhanced and calibrated for tactical maneuvers. They have been optimized for the detection and recognition of energy patterns, plasma trails, and other vessel signatures. Short range targeting sensors are particularly high resolution and have dedicated tactical processors allowing for faster target acquisition. Long range sensors offer higher resolution scans of plasma and are especially sensitive to subspace signatures. The ships impulse drive, inertial dampeners, and maneuvering thrusters are also enhanced allowing for faster maneuvering in combat situations. Communications systems are optimized for long range burst communications.