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USS Vindicator NCC-70314-B

Starship Data

Name	USS Vindicator
Registry	NCC-70314-B
Class	Akira
Type
Launched
Status	Destroyed
Contributor

Table of contents

1 History

1.1 Timeline

2 Technical Information

3 Deck Layout

4 Additional Information

5 OOC Information

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History

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Timeline

24????.??: Example timeline entry.

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Technical Information

DIMENSIONS.-
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Saucer Primary Hull, Catamaran Secondary Hull, 2 Warp Nacelles
Length / Width / Draft: 464 m / 317 m / 87 m
Standard cruise mass: 2.2 million metric tonnes
Number of decks: 26

All Akira class starships have a primary saucer section, a catamaran secondary hull, and two warp nacelles mounted on variable geometry struts. Note the detachable aft pod -- this allows the Akira class ships to be reconfigured for multiple mission profiles.

Warp field geometry is set "forward-heavy," allowing the Akira class, like the Miranda class before her, to maintain very high warp speeds despite an overall lower power output than many larger ships.

HULL
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Three layer suspension "sandwich"
Outer layer: Type-IV ablative armor matrix
Middle layer: Self-sealing tripolymer/duranium suspension
Inner layer: Tritanium/cortanium alloy

ENVIRONMENT
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Standard crew compliment of 500 officers and crew
Able to sustain up to 4500 personnel; Class H-N environments
Class H/K environments: Sustainable for 450 persons maximum
Class L environment: Sustainable for 150 persons maximum
Class M environment: Sustainable indefinitely
Class N environment: Sustainable for 120 persons maximum, only in Shuttlebays

COMPUTER
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LCARS-IV interface program matrix
Main core location: Decks 3 through 11, centerline
Secondary core locations: Decks 9 through 11, starboard
Decks 9 through 11, starboard
Hardware/software design: Biolinear circutry, Bio-neural geldisks
Phase-replication of main, secondary cores
Data transfer rate: 4,110 kiloquads / second
Maximum storage capacity: 2,127,320 kiloquads average

PROPULSION/HYPERLIGHT
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Quantite fission Reaction propulsion, Variable Warp Field Geometry
Sustainable warp cruise: Warp 9.8
SAFE SPEED: 9.91
Emergency speed: Warp 12.2
FIELD OUTPUT: 22,153 COCHRINE
MAX POWER OUTPUT: 11,200 TERADYNE

TACTICAL/SHIELDS
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Number of field generators: 12
Sustainable load: 500 isotons MW
Peak momentary load: 650 isotons for 240 ms
Field generator locations: Deck 2 (two), Deck 5 (two), Deck 9 (three),
Deck 12 (three), Deck 15 (two)
Auxiliary systems output: 68% of primary
-Metaphasic
-Nutation Shifting
-Ablative Armor Shield Generator- equivalent to an extra 300 isotons of shielding and 30cm of type-IV ablative armor
-Ultra EM band support the Akira class`s primary Type XII phasers are mounted on the dorsal and ventral sides of the saucer section, while her torpedo tubes are mounted on the dorsal side of the saucer covering all four quadrants of the ship. Critical systems are protected by carbon-carbon ablative armor.

TACTICAL/PHASERS
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Number of emitters: 8
Main phaser arrays: 4 Type XII
Maximum emitter output: 8.1 MW per segment
Emitter locations: Saucer section, dorsal and ventral
Secondary phaser arrays: 4 Type IX
Maximum emitter output: 6.2 MW per segment
Emitter locations: Catamaran dorsal and ventral, aft Warp pylons, port and starboard.

TACTICAL/TORPEDOES
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Torpedo types: Standard Quantum-III, Hellbores, Experimental Transphasic, Experimental Quantum Skips
Torpedo launchers: 5 "twins" (10 fore, 3 aft, 1 port, 1 starboard)
Launcher location: Saucer, decks 9 and 13 forward
Saucer, deck 10 aft
Saucer, deck 10 port and starboard
Pod,deck 5(8)fwrd,(2)aft
Torpedo load-out: 1500
QuantumIII torpedoes: 700 (50 launch-ready, 650 stored)
PhotonII torpedoes:550 (50 launch-ready, 500 stored)
Hellbores torpedoes: 120 (10 launch-ready, 110 stored)
Tri-CobaltII explosives: 20 (5 launch-ready,15 stored)
Transphasic:10 (5 launch-ready,5 stored)
VerteronII:50 (5 launch-ready,45 stored)
GravitronIII:50 (5 launch-ready,45 stored)
Maximum volley per launcher: 3 torpedoes

TACTICAL/EXPERIMENTAL
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Incorporoates the external holographic defense system
Electro-Plasma "Lance": 1 emitter
Maximum emitter output: 2 TW
One 10-second burst per 2 hour charge
Emitter locations: Main deflector array, Upper DEM

NAVIGATIONAL DEFLECTOR
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Redundant high-power graviton polarity source generators
Number of emitters: 4
Emitter locations: Saucer, deck 7

Most of the key systems and areas of the ship are visibly armored, including the warp nacelles and the main body of the ship. Engineering and Sickbay are both located on deck 8 near the middle of the ship and are all but inaccessible except through catastrophic loss of the ship's hull integrity.

SENSORS/LONG RANGE
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Emitter location: LORASON Sensor Pod, decks U1 through U4
Behind main deflector array, deck 14
High resolution mode range: 24 light years (with LORASON; 7 without)
Low resolution mode range: 60 light years (with LORASON; 21 without)
Primary instruments: Wide-angle active EM scanner
Narrow-angle active EM scanner
Pinpoint active EM scanner
2.5 meter diameter gamma ray telescope
Variable frequency EM flux sensor
Lifeform analysis instrument cluster
Parametric subspace field stress sensor
Gravimetric distortion scanner
Passive neutrino imaging scanner
Thermal imaging array
Proximity sensor array type 11-A

SENSORS/NAVIGATIONAL
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Number of pallets: 3 (1 primary, 2 secondary)
Pallet locations: Primary: Saucer, deck 7
Secondary: Saucer, deck 15; LORASON, deck U3
Primary instruments: Quasar telescope
Wide-angle IR Source Tracker
Narrow-angle IR-UV-Gamma Ray Imager
Active subspace multibeacon receiver
Stellar graviton detectors
High-energy charged particle detectors
Galactic plasma wave cartographic processor
Federation timebase beacon receiver
Impulse time-distortion corrector
Stellar pair coordinate imager

SENSORS/LATERAL
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Number of arrays: 12
Array locations: Primary: Lateral edges of the saucer section
Secondary: LORASON Sensor Pod, deck U3
Array compositions: 6 sensor pallet clusters per array
Pallet 1: Wide-angle EM radiation imaging scanner
Quark population analysis counter
Z-range particulate spectrometry sensor
Pallet 2: Active magnetic interferometry scanner
High-energy proton spectrometry cluster
Gravimetric distortion mapping scanner
Isometric phase matrix imager
Pallet 3: Steerable lifeform analysis instrument cluster
Pinpoint EM flux sensor
Weapons and sensor targeting scanner
ACB relay booster array
Pallet 4: Low-frequency EM flux sensor
Localized subspace field stress sensor
Parametric subspace field stress sensor
Hydrogen-filter subspace flux scanner
Linear calibration subspace flux sensor
Pallet 5: Variable band optical imaging cluster
Virtual aperture gravitron flux spectrometer
High-resolution graviton flux spectrometer
Very low energy graviton spin polarimeter
Pallet 6: Active matrix gamma interferometry sensor
Low-level thermal imaging sensor
Multi-angle gamma frequency counter
Virtual particle mapping camera

SENSORS/OTHER
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Standard complement of Class I through Class IX probes
Number of sensor relay pods: 8
Maximum range: 75 light-years
Endurance: Warp 9.5 for 20 minutes

TRANSPORTERS
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Does not include the Sickbay microtransporter cluster on Deck 8
Personnel transporter rooms: 6
Capacity: 7 persons to 40,000 km
Locations: Deck 5, port and starboard (2)
Deck 7, port and starboard (2)
Deck 9, port and starboard (2)
Cargo transporters: 3
Capacity: 15,000 mt to 40,000 km
Locations: Deck 11, in Main shuttlebay
Deck 2, in Cargo bay 1
Deck 12, in Cargo bay 3
Emergency transporters: 6
Capacity: 20 persons to 15,000 km
Locations: Deck 2, port and starboard (2)
Deck 5, port and starboard (2)
Deck 11, port and starboard (2)
Transporter emitter pads: 12

AUXILIARY SPACECRAFT
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Main Shuttlebay location: Decks 10 through 12
Type 16 shuttlepods: 12
Type 7 shuttlecraft: 4
Type 9 cargo shuttles: 6
Type 12 shuttlecraft: 2
Class 2 warpshuttles: 2
Spectre-class fighters: 18 (Experimental)
Scorpio-class fighters: 6
SA-43 Hammerhead class fighters: 18
Danube-class Runabouts: 1, U.S.S. Guadalupe, NCC-72471

Akira class starships have the option of launching shuttlecraft or fighters both from two aft shuttlebay doors and from three forward launch portals, visible at the saucer leading edge.

HOLODECKS
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Large holodecks: 3, on Deck 9
Medium holodecks: 6, on Deck 9
Personal holodecks: 9, on Decks 8 and 9

MEDICAL
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Main Sickbay location: Deck 8
Facilities: 2 intensive care wards
3 surgery suites (includes examination room)
2 physical therapy wards
1 nursery
2 null-grav therapy wards
1 alternative physical therapy ward
3 laboratories
CMO's office
13 bio beds
Emergency Medical Holographic (EMH) program
1 morgue facility
Auxiliary Sickbay: Deck 5

ENGINEERING
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Main Engineering location: Deck 8
Consoles: Warp propulsion systems status display
Impulse propulsion systems status display
EPS systems status display
Master systems display
Master situation monitor
Chief Engineer's Office
Duty Engineer's Console
Warp core
Weapons systems energy allocation console
Emergency Engineering Holographic (EEH) program
Power distribution console
Access to main Jefferies tubes junctions
2 multipurpose command consoles
Auxiliary Engineering: Deck 2

BRIDGE
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Antares Shipyards Design; incorporoates the Holographic Projection Viewer
Main Bridge location: Deck 2
Primary Consoles: 8
Helm:
Navigation/course plotting
Manual navigation
Attitude control
Position verification
Reaction control systems
Bridge liaison to Engineering
Ops:
Priority/resource/power allocation
General status information
All ship's sensors control
Shuttlecraft operations control
External Holographic Defense System
Holographic Projection Viewer control
Mission Ops in absense of the MO officer
Tactical:
Shipboard security
Starship defense
Weapons control
Defensive assessment
Mission Ops:
Away team coordination
Communications control
Technology assessment
Cultural assessment
Universal Translator control
Engineering:
Medium-simplified primary status displays
Warp field geometry (when at warp)
Engineering status monitoring
LCARS I and II:
Library computer access
Realtime scientific data access
Laboratory and sensor coordination
Sensor recalibration and reconfiguration
Environmental:
Critical life support functions
Realtime data feed from damage detection sensors
Damage team resources allocation
Performs scan-lock procedures
Main initiator of evacuation sequence
Auxiliary Bridge: Deck 6