| ...=/\= Nimitz Class =/\= |
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Ship Class: Nimitz Type/Role: Marine Fighter Carrier Designed: Stardate 240001.15 Hull Dimensions Length: 768 Meters Beam 427 Meters Height: 119.8 Meters Decks: 34 Crew Information Maximum Capacity: 4000 Standard Crew: 500 Computer System Information System Type: Bioneural/Isolinear Enhanced LCARS-II Computer Core Computer Core Type: Bioneural Maximum Storage: 5.2 Million Kiloquads Data Storage Rate: 5.60 Kiloquads per Second Notes: The two main cores are located in the forward section of the vessel. The two secondary cores are located in the Fighter Bay/Engineering Hull. One primary core is a bio-core, related to bio-neural gel technology, which work interconnectively with the isolinear secondary cores and other primary core. Quantum transient relays are used in standard data transfer inconjunction with isolinear technology while extracting and inputting from the bio-core without converting the entire ship to a bio-neural network. An advanced navigational and guidance computer for the helm contains quantum transient components to reduce conn lag time. Even though secondary cores contain the same technology they are normally deactivated until needed. Propulsion System Information Warp Propulsion Drive Power Core: Multi Matter Core Drive System: Transwarp System Maximum Speed: 9.2 Emergency Speed: Transwarp 7.9 for 12 hours Impulse Propulsion Sublight Speed: Twin Tandem Impulse with Gravimetric Enhancement Maximum Speed: .80c for 5 Minutes Notes: Manifold power relay system utilizing multiple matter streams and dedicated computer control of such. The usage of dynamic computer-control using isolinear chips and bio-neural gel packs allows for the multiple-facet Keltrinium crystals, set in a trihedral locking matrix, targeting that increases power allocation efficiency and power generation on a whole. The multiple matter streams can be activated and deactivated with four minutes of the fail-safes via computer control, 9 minutes to fully de-power and three hours to fully recharge and the multiple matter stream to fully reach beam cohesion. but, it takes 5 days to to correctly re-calibrate an emergency shutdown sequence. Enhanced super-conducting magnets prevent catastrophic antimatter loss and provide further beam coherency. Weapon System Information Shields Sustainable Load: 6,400 MW Shields Auxilliary Load: Up to 70% of Primary Phaser Arrays: 15 Type XII Arrays 01 Forward Mounted Pulse Fire Phaser Cannon 02 Pulse Fire Phaser Strips (one forward, one aft) Maximum Emitter Length: 160 Segements Torpedo Launchers: 4 Forward, 2 Aft, 4 Gattling Micromissile Launchers Torpedo Payload: 400 Mark II Quantum 300 Quantum Micromissiles (8cm) Cloaking Device: Not Installed (installation space available upon request) Notes: Since the Nimitz Class is a Marine Fighter Carrier it has been equipped with an extremely heavy arsenal of weaponry and defensive systems. This is to ensure the safe transport and operation of fighters, and is required due to the nature of missions this class is meant to perform in (ie. frontline, heavy battle situations).  Sensor System Information Navigation Sensors: Enhanced (2 Primary, 2 Secondary) Lateral Sensors: Enhanced (18 Arrays of 6 Pallets) Probe Layout: All Notes: Basic Lateral Saucer/Eng Section Setup: Forward Array, Port Array, Starboard Array, Aft Array. Setup includes 160 sensor pallets; 60 upper, 60 lower and 40 middle Advanced: Wide angle EM radiation imaging scanner, Quark population analysis counter, Z-range particulate spectrometry sensor, High energy proton spectrometry cluster, Gravimetric distortion mapping scanner, magnetic interferometry scanner, Low frequency EM-flux scanner, Localised subspace field stress sensor, Parametric subspace field stress sensor, Alpha X-ray multi-spectrum scanner, Variable band optical imagine cluster, real-aperture graviton flux spectrometer, High resolution graviton flux spectrometer, low-resolution graviton spin polarimeter, Passive imaging high-energy photon sensor, Low-level thermal imaging sensor, Fixed angle gamma frequency counter, Virtual particle mapping camera. Transporter System Information Personnel Transporters: 10 (7 person) Cargo Transporters: 5 (20,000 metric ton) Assault Transporters: 6 (25 person) Emergency Transporters: 4 (15 person) Notes: Transporters are used quite a bit aboard a Nimitz Class Fighter Carrier, transporting people on and off the vessel, as well a equipment and large platoons of marines. Auxilliary Craft/Fighter Storage Information Primary Shuttle Bays: 1 (located in the forward section / used to store vessels auxilliary craft, for use by MSOP) Secondary Shuttle Bays: 2 (one used to house the vessels training fighters/crafts, the other used as a storage bay for personal craft owned by crew and guests of the vessel. Both are located in the forward section) Flight Decks: 2 (located in the Fighter Bay/Engineering Hull of the vessel [facing forward] / Each can store up to 200 fighters, and twenty Targa Class Marine Transport Vessels) Repair Bays: 2 (located in the FighterBay/Engineering Hull of the vessel [facing aft] / Each includes ten sub-bays capable of repairing two fighters each at one time) Notes: The Fighter Bay/Engineering Hull is taken up mostly by fighter storage, rapair bays, and take of and landing strips. This area is considered hazardous and is restricted to fighter operations staff, and engineering crews (unless otherwise authorized by a command staff member) Auxilliary Craft Payload Information Type XV Shuttle Pods: 25 (10 on each flight deck, 5 in primary shuttle bay) Type XI Shuttle Craft: 15 (5 on each flight deck, 5 in primary shuttle bay) Orca Class Runabouts: 10 (4 on each flight deck, 2 in primary shuttlebay) Academy Training Craft: 7 (located in shuttle bay 2) Personal Craft: 10 (5 personal shuttles, 1 runabout, 3 aerobic fighter craft, 1 captains yatch Notes: Large auxilliary craft payload is due to large storage space on the fighter deck, as well as in the shuttle bays of the vessel.  Fighter/Marine Transport Craft Payload Information Spectre Class Fighters: 200 (100 on each flight deck) Jaguar Class Fighters: 50 (25 on each flight deck) Wasp Class Fighters 100 (50 on each flight deck) Targa class Assault Vessels (Marine Transports) 30 (15 on each flight deck) Notes: Large payload is due to large storage space on the fighter deck. At time of war payload is taken to its maximum. HoloGraphic System Information Holotank System: Covers 90% of Ship Personal Holodecks: 5 Holo Suites: 10 Combat Simulators: 10 Flight Simulators: 10 Notes: Holodecks are rarely used for recreational purposes aboard the Nimitz Class vessel. The entire vessel is utilizing the holotank system, however other than that holographic systems are only used for training, and intelligence purposes. Other Information Holotank Control System Robot Repair Drones WHISKERS Liquid Hull Sealent Saucer Seperation Capability Storm Class Cloaking Device Sensor Scramble Systems Spider Drones MK II (limit 4) Phaser Drones (limit 2) Notes: The above options are an example of the options offered with this vessel class |
