Specs for Sovereign Class
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Commissioned: 2372-Present

Dimensions:
Length: 680m
Beam: 240m
Height: 87m
Decks: 24
Mass: 3,500,000 metric tons
Crew: 885, 2,500 person evacuation limit

Armament:
12 x Type XII phaser arrays, total output 85,000 TeraWatts
1 x Type XX phaser canon
1 x Rapid fire quantum torpedo tube
4 x Type 4 burst fire photon torpedo tube with 300 rounds
1 x Transphasic Torpedo Launcher with 250 rounds

Defense Systems:
Auto modulated shield system, total capacity 4,590,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 10 cm Ablative armour.
High level Structural Integrity Field
Phase/Standard Cloak

Warp Speeds (TNG scale) :
Normal Cruise : 8
Maximum Cruise : 9.9
Maximum Rated : 9.99 for 36 hours

Quantum slipstream drive:
Max Cruise: 300ly/hr
Max Rated: 450ly/hr (6 hours)

Expected Hull Life : 120

Refit Cycle :
Minor : 1 year
Standard : 1 years
Major : 10 years

Notes : The origins of the Sovereign class date back as far as 2338. At this time relationships between the Federation and the Klingon empire had degraded significantly, to the point where war was considered by many to be imminent. The President ordered Starfleet to place a design proposal for a new class of starship with very much greater military capability than current designs. This project was in the advanced planning stage when the loss of the Enterprise-C during the Narendra III incident eased tensions considerably. The warship project was initially to be scrapped, but Starfleet was instead asked to continue the project on a research basis only. Dubbed the Sovereign project it became a theoretical starfleet battlecruiser designed only as a computer model, with specimen hardware occasionally produced to test the design principles. The intention was to create a design that could be put into production with no delay, should a future crisis present itself.

The basic design was to be updated every five years so as to incorporate technology advances as they occurred. Initially the Sovereign design was a simple re-working of the Ambassador class, emphasizing weapons rather than exploratory and diplomatic capabilities. In the design updates of 2350, 55 and 60 much of the technology being developed for the Galaxy class project was incorporated, especially in the nacelle and warp core design. The re-establishing of relations with the Romulans in 2364 led to a major revision in the 2365 update, and many elements of the Sovereign went into low rate production in order to establish a stockpile ready for rapid assembly.

In mid 2365 first contact was also made with the Borg. The Sovereign project was activated and construction began on the first four ships of the class. However, it was apparent that much of the Sovereign's weaponry was based on that of the Galaxy class - a vessel which had proven ineffective against the Borg during that first encounter. New weapons were in preparation for the next design update due in 2370, but these were not going to be available in the immediate future. It was clear that despite the engineer's best intentions, the Sovereign project was not going to meet it's primary goal - to get a warship into service fast enough to meet the crisis now looming.

The answer Starfleet settled on was to continue construction of the hull, propulsion, computer, and sensor systems of the ships already under construction but to suspend work on the shield, phaser and photon torpedo systems for three years. Instead, a crash development project was begun to field a small, very easily produced warship incorporating the new weapons-essentially a replay of the Sovereign project in miniature. To cut size - and therefore design and build time - to a minimum the new vessel would only be capable of short duration missions. The vessel would be very maintenance intensive, but would carry only limited stocks of non-replicatable spares. Combined with limited accommodation standards and small fuel reserves the new class would be capable of maintaining full readiness for only six to eight weeks during independent operations, far less than had been envisaged for the Sovereign. An important secondary role of this Defiant class was as a development test bed for the technology which would be worked into the Sovereign project as soon as it was ready.

Construction continued on the Sovereigns throughout the late 2360s. With the destruction of the Borg cube in 2366, Starfleet deemed that the threat had reduced to a level which would allow the Sovereigns to enter service before any renewed offensive. The Defiant class was therefore suspended, although the prototype was put into storage rather than scrapped. The lessons learned with the Defiant were incorporated into the Sovereign when work resumed on her weapons, a process which continued after the USS Defiant was reactivated for use at DS9. The switch from photon to quantum torpedoes and the inclusion of ablative armour are prime examples of this process. In addition, the bio-neural computer system pioneered by the Intrepid class was also included. The first of the class was was launched in 2371 as the USS Sovereign, with the USS Honorious due to follow six months later. In 2372, three more Sovereign class ships were launched, the Atlas, Independence and Solidarity.

The Sovereign class has emerged from the dockyards as Starfleets most sophisticated and comprehensively armed vessel. The vessel is equipped with a new variant of the Type XII phaser array - formerly known as the 'Type X+' for security reasons - which equips the Federations most powerful Starbases and deep space facilities. The type twelve has a raw beam power output some 60% more powerful than the Type ten arrays installed on the Galaxy class. In addition the type twelve has a shorter recharge time and can fire a longer sustained burst, giving each bank a combat effectiveness 76.4% greater than a type ten array. Since the Sovereign carries eleven arrays compared to Galaxies twelve, this gives the ship an overall 70% increase in phaser capability.

The torpedo armament is similarly impressive. The large quantum torpedo turret forward of the deflector dish is capable of firing four rounds per second, a greater overall rate of fire than the two main ten round burst photon torpedo tubes of the Galaxy class combined. Backup to the quantum torpedoes is provided by photon tubes; four these are located at the base of the engineering section in pairs which face forward and aft. Each is capable of firing twelve round bursts. This gives the Sovereign class the most powerful torpedo armament of any vessel in Starfleet service.

The shield system of the Sovereign class is similarly the most powerful of any Starfleet ship; the design was modified just prior to installation in order to increase effectiveness against both high energy tractor beams and phased polaron particles, measures clearly aimed at the Borg and Dominion respectively. Under normal operation the shield modulation frequencies are under the control of the ships computer system, which continually evaluates incoming weapons fire and automatically re-modulates the shields to give the most effective possible defence. It is thought - hoped - that this system will also enable the Sovereign class shield system to prevent beam-through by Borg transporter technology.

The warp engines of the Sovereign are of a new design which eliminates subspace distortion effects inherent to standard warp drives, a feature now becoming common on most Starfleet ships. The Sovereign class is currently the fastest vessel in Starfleet, with a maximum cruise speed of Warp 9.9 and a top speed of Warp 9.99 for up to twenty four hours. The very high cruise speed is intended to allow the ship to deploy as rapidly as possible to potential trouble spots. Her Impulse drive system is the most sophisticated model in production, giving the Sovereign class a maneuverability equal to that of a vessel one quarter its size.

Deck by Deck Layout

Deck 1: Captain’s Ready Room, Main Bridge, Briefing Room/Observation Lounge

Deck 2: Junior and Senior Officers Quarters

Deck 3: Docking Ports 1-3 (Port/Starboard/Aft), Officers Quarters, VIP/Guest Quarters

Deck 4: Junior and Senior Officers Quarters

Deck 5: Junior and Senior Officers Quarters, Primary Computer Core, Gymnasium

Deck 6: Primary Computer Core Control, Cargo Bay 1 & 2, Upper Primary Computer Cores 1-2, Upper Main Shuttlebay, Impulse Engines (P/S)

Deck 7: Sickbay, Chief Medical Officer's Office, Counselor's Office, Primary Science Labs, Primary Computer Core, Impulse Engines (P/S), Main Shuttlebay

Deck 8: Primary Computer Core, Junior Officers and Crew Quarters, Secondary Science Labs, Firing Range, Main Impulse Engines, Phaser Range, Chief Tactical Officer's Office, Main Brig, Secondary Weapons Control, Secondary Armory, Upper Shuttlebay Maintenance and Support, Upper Aft Lounge, Transporter Rooms 1-2

Deck 9: Recreation Deck, Living Quarters, Holodecks, Dorsal Docking Port, Environmental Support, Transporter Rooms 3-4, Lower Shuttlebay Maintenance and Support, M/ARA Deuterium Injector Assembly, Aft Lounge

Deck 10: Upper Engineering Support Area, Secondary Deflector Control, Living Quarters, Deuterium Injector Assembly

Deck 11: Main Engineering, Primary Maintenance Support Center, Fore Torpedo Bay Control, Living Quarters, Hydroponics, Stellar Cartography, Deflector Control, Secondary Navigational Deflector

Deck 12: Lower Engineering, Primary Systems Support Compartment, Environmental Support, Living Quarters, Forward Torpedo Magazine

Deck 13: Living Quarters, Deuterium Storage, Power Distribution, Operations Department Office, Forward Torpedo Launcher (1)

Deck 14: Living Quarters, Cargo Bay 3 - Primary Cargo Bay, Lower Forward Torpedo Bay Control, Deuterium Storage, Captain's Yacht Docking Station, Upper Shuttlebay 2

Deck 15: Secondary Computer Core Control, Living Quarters, Transporter Rooms 5 and 6, Secondary/Aft Tractor Beam Control and Emitter, Shuttle Bay, Navigational Deflector, Main Engineering Upper Level, Shuttlebay Maintenance and Support, Upper Secondary Computer Core, Plasma Transfer Conduits

Deck 16: Secondary Computer Core, Primary Shuttle Maintenance Hangar, Tertiary Science Labs, Navigational Deflector, Main Engineering Lower Level

Deck 17: Secondary Computer Core, Primary Machine Shop, Stellar Cartography, Chief Science Officer's Office, Microlabs, Navigational Deflector, Aft Tractor Emitter

Deck 18: Main Tractor Beam Control and Emitter, Environmental Control, Aft Torpedo Control, Navigational Deflector

Deck 19: Transporter Rooms 5 and 6, Waste Management, Environmental Support, Aft Torpedo Launchers (2), Torpedo Magazine

Deck 20: Brig, Armory, Power Transfer Conduit Control Center, Environmental Support, Forward Torpedo Launchers (2), Torpedo Magazine

Deck 21: Tertiary Maintenance Support Center, Secondary Systems Support, Gravimetric Polaron Generators, Antimatter Storage Pods, Forward Tractor Emitter

Deck 22: Anti-matter Storage Pods, Antimatter Generator

Deck 23: Antimatter Injector Assembly, Anti-matter Storage Pods, Anti-matter Injection Reactors

Deck 24: Antimatter Injector Assembly, Anti-matter Storage Pods

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