Mithrandir Tech Specs: Difference between revisions
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The Luna-class starship was designed by Dr. Xin Ra-Havreii, of Utopia Planitia Fleet Yards on Mars, and initially conceived for scientific exploration of the Gamma Quadrant following the discovery of the Bajoran Wormhole. The project was sidelined by the impending threat from the Dominion, then restarted following the end of the Dominion War. | The Luna-class starship was designed by Dr. Xin Ra-Havreii, of Utopia Planitia Fleet Yards on Mars, and initially conceived for scientific exploration of the Gamma Quadrant following the discovery of the Bajoran Wormhole. The project was sidelined by the impending threat from the Dominion, then restarted following the end of the Dominion War. | ||
The Luna-class starships are the top of the line in Starfleet's scientific and exploratory pursuits on behalf of the United Federation of Planets. As a long-range explorer, the Luna-Class deuterium and antimatter tanks were 75% the size of the galaxy-class, despite the ship being four times smaller, allowing the Luna-class to be at peek efficiency for three years | The Luna-class starships are the top of the line in Starfleet's scientific and exploratory pursuits on behalf of the United Federation of Planets. As a long-range explorer, the Luna-Class deuterium and antimatter tanks were 75% the size of the galaxy-class, despite the ship being four times smaller, allowing the Luna-class to be at peek efficiency for three years. The normal ship resupply is every three years, but could be extended to four or five years. The normal refit length is approximately ten years. Each Luna-Class had an average crew of the 350 individuals and could accomodate a total of 60 VIP/Guest members and was approximately 450 meters long. Their shuttlebays were reminiscent of the old Constitution-class shuttlebays, having a more rounded opening door. They also featured a longer "runway" for shuttles as they entered and exited the ship. | ||
The first production run of Luna-class starships were all named after moons, with first batch named after moons in the Sol system. Although subsequent runs also featured a large number of ships named for moons other names also began to be used as well. | The first production run of Luna-class starships were all named after moons, with first batch named after moons in the Sol system. Although subsequent runs also featured a large number of ships named for moons other names also began to be used as well. | ||
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The Luna-class ship features a sensor pod just above the back of the saucer section that can be accessed via turbo lift. It is comprised of at least two decks that has more advanced sensor nets and data collection grids that were better than even the most advanced space telescope employed by the Federation for its time. The sensor pod itself could be manned by up to 8 crewman at a time, and even included a special TOV suit that allowed a person to control and manipulate probes, giving them a "front row seat" to the action as it were. | The Luna-class ship features a sensor pod just above the back of the saucer section that can be accessed via turbo lift. It is comprised of at least two decks that has more advanced sensor nets and data collection grids that were better than even the most advanced space telescope employed by the Federation for its time. The sensor pod itself could be manned by up to 8 crewman at a time, and even included a special TOV suit that allowed a person to control and manipulate probes, giving them a "front row seat" to the action as it were. | ||
The Luna-class is also equipped with a cloaking device | The Luna-class is also equipped with a cloaking device and can also proceed to a saucer separation with the advantage of the main bridge being attached to the battle saucer section. An emergency/separation bridge was added to the sensor pod. Because of the small size of the ship (compared to the Galaxy, Prometheus, and Sovereign-class), the designer was not able to make each saucer section entirely autonomous and tactically efficient. Therefore, the saucer separation process was incorporated more for emergency than tactical reason. | ||
==USS Mithrandir Technical Specifications== | ==USS Mithrandir Technical Specifications== | ||
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===Role=== | ===Role=== | ||
Defense/Patrol/Diplomatic/Exploration | Defense/Patrol/Diplomatic/Exploration | ||
<br>Standard Mission (resupply) : 3 years | <br>Standard Mission (resupply) : 3 years at peek efficiency or 4-5 years at normal efficiency. | ||
<br>Recommanded Overhaul (refit): 10 years | <br>Recommanded Overhaul (refit): 10 years | ||
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Phasers: (11) Type X Arrays | Phasers: (11) Type X Arrays | ||
<br>Phaser Output: 55,000 Gigawatts | <br>Phaser Output: 55,000 Gigawatts | ||
<br>Torpedo Launchers: ( | <br>Torpedo Launchers: (4) Type II Burst Fire Quantam Launchers (2 forward, 2 aft) | ||
<br>Probe launchers :(3) (can be converted into photon torpedo launcher) | <br>Probe launchers :(3) (can be converted into photon torpedo launcher) (2 forward, 1 aft) | ||
<br>Torpedo type / Amount: (150) Mk. VII Photon, (50) Mk. I Quantum | <br>Torpedo type / Amount: (150) Mk. VII Photon, (50) Mk. I Quantum | ||
<br>Shields: Eta 8/E Class | <br>Shields: Eta 8/E Class | ||
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===Transporter Systems:=== | ===Transporter Systems:=== | ||
Personnel Transporters: | Personnel Transporters: 5 | ||
<br>Emergency: 3 | <br>Emergency: 3 | ||
<br>Cargo Transporters: 2 | <br>Cargo Transporters: 2 | ||
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===Crew:=== | ===Crew:=== | ||
Crew Compliment: 350 | Crew Compliment: 350 | ||
Officers: 90 | <br>Officers: 90 | ||
Enlisted: 260 | <br>Enlisted: 260 | ||
Civilian: 0 (VIP/Guest quarters can accomodate a total of 60 people) | <br>Civilian: 0 (VIP/Guest quarters can accomodate a total of 60 people) | ||
Evacuation Limit : 4 200 | <br>Evacuation Limit : 4 200 | ||
Life support Capacity : 6 000 (highly adaptable to most xenological requirement) | <br>Life support Capacity : 6 000 (highly adaptable to most xenological requirement) | ||
Emergency Life support : One per deck | <br>Emergency Life support : One per deck | ||
===Computer Systems:=== | ===Computer Systems:=== | ||
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Tactical Holographic Interface System (T.H.I.S) | Tactical Holographic Interface System (T.H.I.S) | ||
Medical Hologram: Mark II EMH | <br>Medical Hologram: Mark II EMH | ||
Holodecks : | <br>Holodecks : 3 | ||
<br>Holosuites : 4 | |||
[[Category: Engineering]][[Category: Database]][[Category: Active Ships]] | [[Category: Engineering]][[Category: Database]][[Category: Active Ships]] | ||
Latest revision as of 01:31, 4 May 2011
Technical Specifications for the USS Mithrandir[edit]
Luna-class - Technical Specifications Overview[edit]
The Luna-class is a type of starship that came into service for Starfleet in the late 24th century.
The Luna-class starship was designed by Dr. Xin Ra-Havreii, of Utopia Planitia Fleet Yards on Mars, and initially conceived for scientific exploration of the Gamma Quadrant following the discovery of the Bajoran Wormhole. The project was sidelined by the impending threat from the Dominion, then restarted following the end of the Dominion War.
The Luna-class starships are the top of the line in Starfleet's scientific and exploratory pursuits on behalf of the United Federation of Planets. As a long-range explorer, the Luna-Class deuterium and antimatter tanks were 75% the size of the galaxy-class, despite the ship being four times smaller, allowing the Luna-class to be at peek efficiency for three years. The normal ship resupply is every three years, but could be extended to four or five years. The normal refit length is approximately ten years. Each Luna-Class had an average crew of the 350 individuals and could accomodate a total of 60 VIP/Guest members and was approximately 450 meters long. Their shuttlebays were reminiscent of the old Constitution-class shuttlebays, having a more rounded opening door. They also featured a longer "runway" for shuttles as they entered and exited the ship.
The first production run of Luna-class starships were all named after moons, with first batch named after moons in the Sol system. Although subsequent runs also featured a large number of ships named for moons other names also began to be used as well.
The Luna-class ship features a sensor pod just above the back of the saucer section that can be accessed via turbo lift. It is comprised of at least two decks that has more advanced sensor nets and data collection grids that were better than even the most advanced space telescope employed by the Federation for its time. The sensor pod itself could be manned by up to 8 crewman at a time, and even included a special TOV suit that allowed a person to control and manipulate probes, giving them a "front row seat" to the action as it were.
The Luna-class is also equipped with a cloaking device and can also proceed to a saucer separation with the advantage of the main bridge being attached to the battle saucer section. An emergency/separation bridge was added to the sensor pod. Because of the small size of the ship (compared to the Galaxy, Prometheus, and Sovereign-class), the designer was not able to make each saucer section entirely autonomous and tactically efficient. Therefore, the saucer separation process was incorporated more for emergency than tactical reason.
USS Mithrandir Technical Specifications[edit]
Current Configuration:[edit]
Long-range Exploration (default configuration)
Role[edit]
Defense/Patrol/Diplomatic/Exploration
Standard Mission (resupply) : 3 years at peek efficiency or 4-5 years at normal efficiency.
Recommanded Overhaul (refit): 10 years
Dimensions:[edit]
Hull: Duranium-Tritanium Single/Double Hull
Armor: 6 cm High Density
Length: 449.2 meters
Beam (width): 205.2 meters
Draft (height): 81.84 meters
Displacement: 2,900,000 Metric Tons
Decks: 18 (3,8-4,5 m / deck)
Structural Integrity Field: Class 6 (60 Kg/Cm Hull Stress Rating)
Warp Drive System:[edit]
Warp (MARA) Engine: (1) Shuventis Class 15/A (700 TJ / Second)
Warp Nacelles: (2) Cochrane Type 8F11
Warp Ratings: Cruise: Warp 8.0
Max Cruise: Warp 9.6
Emergency: Warp 9.98 (12 hrs)
Impulse Drive systems:[edit]
Impulse Engines: (2) Scott Class 12/E (590 MJ / Second)
Thrusters: Trentis Mk. IV pulsed Reaction Control System
Full Impulse : 75% speed of light
Defensive Systems:[edit]
Phasers: (11) Type X Arrays
Phaser Output: 55,000 Gigawatts
Torpedo Launchers: (4) Type II Burst Fire Quantam Launchers (2 forward, 2 aft)
Probe launchers :(3) (can be converted into photon torpedo launcher) (2 forward, 1 aft)
Torpedo type / Amount: (150) Mk. VII Photon, (50) Mk. I Quantum
Shields: Eta 8/E Class
Shield Grids: (6) - Forward, Aft, Dorsal, Ventral, Port, Starboard
Shield Recharge Rate: Type 5 Regenerative (30 TJ / Second), 30% Damage Absorbed
Shield Rating: 175.5 TeraJoules
Shield total strenght : 4 500 000 TW
Transporter Systems:[edit]
Personnel Transporters: 5
Emergency: 3
Cargo Transporters: 2
Auxiliary Craft Carried:[edit]
Escape Pods: 86 (8 person pods)
Shuttlebay(s): (1) Main [secondary hull Aft]
Shuttles: (4) (2 type 9, 2 type 8)
Workbees: (6) Workbees
Runabouts: (2) Danube Class
Captain's Yacht
Crew:[edit]
Crew Compliment: 350
Officers: 90
Enlisted: 260
Civilian: 0 (VIP/Guest quarters can accomodate a total of 60 people)
Evacuation Limit : 4 200
Life support Capacity : 6 000 (highly adaptable to most xenological requirement)
Emergency Life support : One per deck
Computer Systems:[edit]
Type: Bio/Neural enhanced computer system
Crew Interface Software - LCARS
Scanning:[edit]
Long-range Max Range: 30 light years Tactical sensor range : 18 light-years
Misc. Systems:[edit]
Cloaking Device: Type ? Federation Cloaking system
Medical Facilities: Type 10, Mk. IV EMH
Tactical Holographic Interface System (T.H.I.S)
Medical Hologram: Mark II EMH
Holodecks : 3
Holosuites : 4
