U.S.S. Coronado Ship Information Body

Technical Specifications on U.S.S. Coronado
	U.S.S. Coronado, NCC-97901
	Katana Class Frigate
	Sister ships:	U.S.S. Katana, NX-97900 U.S.S. Renegade, NCC-97902 U.S.S. Hunter, NCC-97903 U.S.S. Saratoga, NCC-97904 11 others plus 49 planned
	Commissioned:	Stardate 239903.07
	Construction site:	Utopia Planitia Fleet Yards, Mars
	Design life:	36 years

	DIMENSIONS:
	Saucer Primary Hull, Secondary Engineering Hull Two Warp Nacelles with Variable Geometry Struts Eight Detachable Saucer Module Segments
	Length / Width / Draft:	415 m / 254 m / 60m
	Standard cruise mass:	1.4 million metric tonnes
	Number of decks:	22 (Saucer: 11; Secondary: 16)

	U.S.S. Coronado, like all Katana class starships, has a saucer section, a engineering section, and two warp nacelles mounted on variable geometry struts. Note the eight detachable saucer sections -- these allow the Katana class ships to be reconfigured for multiple mission profiles.

	HULL:
	Three layer suspension "sandwich" with self-breach-sealing capabilities
	Outer layer:	Carbon-carbon ablative armor matrix
	Middle layer:	Self-sealing tripolymer/duranium suspension gel
	Inner layer:	Tetroburnium/duranium alloy

	ENVIRONMENT:
	Standard crew compliment of 215 officers and crew, 274 Marines Able to sustain up to 825 personnel; Class H-N environments
	Class H/K environments:	Sustainable for 150 persons maximum
	Class L environment:	Sustainable for 50 persons maximum
	Class M environment:	Sustainable indefinitely
	Class N environment:	Sustainable for 30 persons maximum, only in Shuttlebays

	COMPUTER:
	LCARS II biometic composite program matrix
	Main core location:	Decks 4 through 8, saucer
	Secondary core locations:	Decks 16 through 18, engineering
	Hardware/software design:	Biometic and bioneural matrix circuitry, Phase-replication of main, secondary cores
	Data transfer rate:	5,110 kiloquads / second
	Maximum storage capacity:	2,106,312 megaquads average

	Coronado's primary Type XII phasers are mounted on both the dorsal and ventral sides of the removable saucer modules, the collimators in each module linked through biometric circuitry and EPS conduits to the modules on either side. Critical systems are protected by carbon-carbon ablative armor. Each saucer module is an replacable unit, linked to adjacent modules by structural braces, corridors, power, and data systems.

	PROPULSION/EXPERIMENTAL:
	Experimental Quantum Phase Inversion ("Slipstream") propulsion Slipstream speed is greatly dependent on local subspace field densities
	Sustainable cruise:	Variable; warp 9.9 through 9.99992, equivalent
	Emergency speed:	Not applicable; see Tech Info

	PROPULSION/HYPERLIGHT:
	Matter/Antimatter Reaction propulsion, Variable Warp Field Geometry
	Sustainable warp cruise:	Warp 9.6
	Emergency speed:	Warp 9.975, for up to 8 hours

	PROPULSION/SUBLIGHT:
	Tandem impulse/fusion reactor system, Reaction Control Thrusters
	Sustainable impulse cruise:	0.25 c
	Emergency speed:	0.75 c

	TACTICAL/SHIELDS:
	Incorporates regenerative shielding technology
	Number of field generators:	12
	Sustainable load:	4,210 MW
	Peak momentary load:	6,550 MW for 220 ms
	Maximum recharge rate:	72.2 MW/s
	Field generator locations:	Deck 2 (one), Deck 5 (two), Deck 9 (three), Deck 15 (four), Deck 19 (two)
	Auxiliary systems output:	80% of primary

	TACTICAL/PHASERS:
	Incorporates Starfleet-standard phaser emitter force recoupling
Number of emitters:	10
Main phaser arrays:	2 Type XII
Maximum emitter output:	8.4 MW per emitter
Emitter locations:	Saucer section, dorsal and ventral (180 segments)
Secondary phaser arrays:	7 Type XI
Maximum emitter output:	6.4 MW per emitter
Emitter locations:	Shuttlebay dorsal, port and starboard (60 segments) Engineering fore ventral, center (50 segments) Nacelle struts ventral, port and starboard (25 segments) Saucer aft dorsal, port and starboard (15 segments)



TACTICAL/TORPEDOES:
Incorporates experimental false matter torpedoes and launchers
Torpedo types:	Experimental False Matter Munitions Standard Quantum Anti-Ship Torpedoes Standard Cluster Anti-Fighter Torpedoes
Torpedo launchers:	3 (2 forward, 1 aft)
Launcher location:	Saucer, deck 9 forward (two) Engineering, deck 16 aft
Torpedo load-out:	160 casings and warheads
False matter torpedoes:	20 (20 launch-ready, 0 stored)
Quantum torpedoes:	100 (30 launch-ready, 70 stored)
Cluster torpedoes:	40 (20 launch-ready, 20 stored)
Maximum volley / launcher:	1 false matter or 5 standard torpedoes per launcher

TACTICAL/EXPERIMENTAL:
Incorporoates the experimental external holographic defense system
Holographic Defense System:	6 emitters
Emitter function:	Two images to a maximum range of 25,000 km
Emitter locations:	Deck 3 (two), Deck 9 (two), Deck 20 (two)
Heavy Graviton "Lance":	1 emitter
Maximum emitter output:	3,105 MW One 10-second burst per 2 hour charge
Emitter location:	Main deflector dish, deck 15

NAVIGATIONAL DEFLECTOR:
Redundant high-power graviton polarity source generators
Number of emitters:	3
Emitter locations:	Engineering, deck 17

SENSORS/LONG RANGE:
Incorporates the experimental LORASON science/tactical sensor array cluster
Emitter location:	Behind main deflector array Engineering, deck 16
High resolution mode range:	21 light years
Low resolution mode range:	63 light years
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 Active neutrino imaging scanner Thermal imaging array Proximity sensor array type 12-A

SENSORS/NAVIGATIONAL:
Number of pallets:	3 (1 primary, 2 secondary)
Pallet locations:	Primary: Engineering, deck 12 Secondary: Saucer aft, dorsal and ventral
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

Coronado's warp nacelles are mounted on reverse-angle struts, greatly compressing the ship's Z-angle and by extension, the energy needed for warp or slipstream flight. As a secondary benefit, this compression reduces the necessary size of the starship's shield envelope, giving her and all Katana class starships cruiser-like resilience in a fight. Both fore and aft torpedo launchers and phaser arrays ensure an all-around defense.

SENSORS/LATERAL:
Number of arrays:	8
Array locations:	Primary: Lateral edges of the saucer section Secondary: Engineering, deck 17 aft
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:
Astrometrics Analysis Lab; Sensor Relay Pods Standard complement of Class I through Class X probes
Astrometrics Lab:	Deck 9
Sensor Relay Pods:	4
Maximum range:	75 lightyears
Endurance:	Warp 9.5 for 20 minutes

The Katana class was the most extensively modeled starship ever from Utopia Planitia Fleet Yards, starting from a theoretical design nearly 30 years old. In the process, refinements from the last three decades of starship design have been incorporated. The Katana class is quite possibly the single most technologically advanced starship in Starfleet! Endlessly reconfigurable thanks to her modular saucer design, Katana class starships like U.S.S. Coronado should be viable well into the 25th century.

TRANSPORTERS:
Does not include the Sickbay microtransporter cluster on Deck 6 Some transporters modified to Apori quantum inversion specifications
Personnel transporters:	6
Capacity:	7 persons to 40,000 km
Locations:	Deck 8, port and starboard (3) Deck 10, port and starboard (3)
Cargo transporters:	3
Capacity:	15,000 mt to 40,000 km
Locations:	Deck 13, in Main shuttlebay Deck 9, in Cargo Bay 1 Deck 18, in Cargo Bay 5
Emergency transporters:	6
Capacity:	20 persons to 15,000 km
Locations:	Deck 7, port and starboard (2) Deck 12, port and starboard (2) Deck 18, port and starboard (2)
Assault transporters:	2
Capacity:	20 persons to 25,000 km
Locations:	Deck 4, port and starboard
Transporter emitter pads:	12

AUXILIARY SPACECRAFT:
Main Shuttlebay:	Decks 12 and 13, aft
Type 12 warpshuttles:	2
Type 9 cargo shuttles:	2
Spectre-class fighters:	8
Secondary Shuttlebay:	Deck 2, aft
Type 14 shuttlecraft:	4
Captain's Gig:	Kelaka ("Dragonhound") Deck 11, saucer
6-person Lifeboats:	121, in strategic locations

In addition to the traditional aft shuttlebay, Katana class starships include the capability to launch secondary spacecraft from auxiliary bays. Flight Two Katanas such as Coronado also feature a Spectre launch "catapult" just above and forward of the impulse engine housing, allowing the frigate to rapidly deploy fighters in combat situations. Both the main and secondary shuttlebays incorporate point defense phaser arrays also useful against small capital ships.

HOLODECKS:
Large holodecks:	1, on Deck 10
Medium holodecks:	2, on Deck 9
Personal holodecks:	8, on Deck 11

MEDICAL:
Main Sickbay location:	Deck 6
Facilities:	2 intensive care wards 3 surgery suites (includes examination room) 2 physical therapy wards 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 11

ENGINEERING:
Main Engineering location:	Deck 15
Consoles:	Warp propulsion systems status display Impulse propulsion systems status display EPS systems status display Master systems display Master situation monitor Special access systems 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 3

BRIDGE:
Antares Shipyards Design; incorporoates the Holographic Projection Viewer
Main Bridge location:	Deck 9, Section 1
Primary Consoles:	10
Flight Ops:	Navigation/course plotting Manual navigation Attitude control Position verification Reaction control systems Bridge liaison to Engineering Priority/resource/power allocation Shuttlecraft operations control General status information
Tactical I and II:	Shipboard security Starship defense Weapons control Defensive assessment External Holographic Defense System
Mission Ops:	Away team coordination Marine assault coordination Communications control Electronic Countermeasures (ECM/ECCM) suite control Technology assessment Holographic Projection Viewer control
Science:	Library computer access Realtime scientific data access Laboratory and sensor coordination Sensor recalibration and reconfiguration All ship's sensors control Mission Ops in absense of the MO officer
Engineering:	Medium-simplified primary status displays Warp field geometry (when at warp) Special access systems control 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 1 (The "Flying Bridge")

Once you're done here, tap Back to return to the Coronado information index or the Return key at the bottom of your PADD, and you will be returned to the main index.

The U.S.S. Coronado model was created by Ryan McClure. The Katana class design was created by Rick Sternbach, and appeared in the ST:TNG Technical Manual. It was modified for U.S.S. Coronado by Mark Kingsnorth, Fraser Deziel, and Ryan McClure. Reproduction or use of Coronado images in any form is strictly prohibited without the prior written authorization of the site author and digital modeller per this site's terms of use.

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