Technical Specifications on the Kelaka ("Dragonhound")
	Kelaka Class Captain's Yacht
	Official class designation: Captain's Yacht
	Prototype completed:	Stardate 240102.0
	Construction site:	U.S.S. Coronado, NCC-97901
	Design life:	12 years
	Design team leader:	Cmdr. Fornan Dejat
	DIMENSIONS:
	Forward control section, main fuselage, wing blades
	Length / Width / Height:	28.6 m (retracted) (32.0 m extended) /  15.3 m / 4.7 m
	Standard cruise mass:	490,800 kilograms
	Number of decks:	1
	HULL:
	Tri-layer suspension "sandwich" with self-breach-sealing capabilities
	Outer layer:	Toranium/Carbon-carbon ablative armor matrix
	Middle layer:	Self-sealing tripolymer/duranium suspension gel
	Inner layer:	Tritanium/duranium alloy
	ENVIRONMENT:
	Standard compliment: pilot, tactical operator, sciences operator Class H through M environments sustainable
	Class H environment:	Sustainable for 2 persons maximum
	Class K environment:	Sustainable for 4 persons maximum
	Class L environment:	Sustainable for 8 persons maximum
	Class M environment:	Sustainable for 12 persons maximum
	Incorporating a mix of Federation, Cardassian, and Rihannsu technology, Kelaka was inspired by the large, high-speed bombers used by the Rihannsu fleet and was constructed by a team aboard U.S.S. Coronado by Commander Fornan Dejat, Lt. Commander William Daren, and Lt. Zunite Oswald. Commander Dejat provided the basic design principles, including the Cardassian profile and weapons technologies used.
	COMPUTER:
	LCARS interface program matrix (version beta-A3) Experimental bioneural geldisk faster-than-light core elements
	Main core location:	Ventral center, behind the cockpit
	Secondary core location:	Nano-subprocessors only
	Hardware/software design:	Bioneural FTL circuitry Bio-neural geldisks (phase beta-2) Phase-replication of main core and subprocessors
	Data transfer rate:	7,320 kiloquads / second
	Maximum storage capacity:	218,638 megaquads average
	PROPULSION/HYPERLIGHT:
	Cryogenic deuterium matrix subspace field propulsion system
	Sustainable warp cruise:	Warp 8
	Emergency speed:	Warp 9.2, for up to 30 minutes
	PROPULSION/SUBLIGHT:
	Plasma exhaust impulse-fusion system with space-time driver coil
	Sustainable impulse cruise:	0.40 c
	Emergency speed:	0.75 c
	Kelaka (the name translates roughly as "dragonhound" and refers to a creature native to Cardassia Prime) was intended as a heavier, runabout-size alternative to Coronado's rather small shuttlecraft. With a normal crew of three, the ship can carry and sleep up to 12 people and can be used to conduct on-site sensor scans and research away from Coro. The ship is quite survivable under a variety of conditions.
	TACTICAL/SHIELDS:
	Number of field generators:	4
	Sustainable load:	620 MW
	Peak momentary load:	1,400 MW for 125 ms
	Maximum recharge rate:	12.0 MW/s
	Field generator locations:	Wing blades dorsal (two) Wing blades ventral (two)
	Auxiliary systems output:	65% of primary
	TACTICAL/PHASERS:
	Number of emitters:	7
	Main phaser array:	1 Spiral Wave Disruptor, firing forward
	Maximum emitter output:	28.0 MW
	Emitter locations:	Forward dorsal (deflector)
	Secondary phaser arrays:	6 Pyramidal Wave Emitters, firing port/starboard/aft
	Maximum emitter output:	9.3 MW
Emitter locations:	Wing blades dorsal, port and starboard Wing blades ventral, port and starbaord Aft fuselage, ventral and dorsal
TACTICAL/TORPEDOES:
Micro-torpedo slings mounted fore and aft
Torpedo types:	8cm Quantum micro-torpedoes
Torpedo launchers:	2, firing forward and aft
Launcher location:	Forward dorsal, Aft ventral
Torpedo load-out:	100 micro-casings and warheads
Quantum torpedoes:	60 launch-ready, 40 stored
Maximum fire rate:	2 micro-torps per second
Inspired by Rihannsu technology, Kelaka incorporates a highly advanced stealthing system referred to by the Rihannsu as the "shroud." Similar to Federation holographic defense technology, a shrouded ship can artificially lower its EM output to near space-background levels and disguise itself as part of the surrounding environment or another ship, or anything at all... The ship also includes a highly advanced ECM suite.
TACTICAL/EXPERIMENTAL:
Incorporates a Rihannsu shrouding defense system
External Shroud:	6 emitters
Projection range:	25,000 km
Emitter locations:	Dorsal and ventral blades, port and starboard Fuselage dorsal and ventral
NAVIGATIONAL DEFLECTOR:
Redundant medium-power graviton polarity source generators
Number of emitters:	2
Emitter locations:	Forward ventral
SENSORS/LONG RANGE:
Emitter location:	Behind main deflector array Center ventral
High resolution mode range:	3 light years
Low resolution mode range:	7 light years
Primary instruments:	Wide-angle active EM scanner Narrow-angle active EM scanner Pinpoint active EM scanner Variable frequency EM flux sensor Lifeform analysis instrument cluster Parametric subspace field stress sensor Gravimetric distortion scanner Thermal imaging array Proximity sensor array type 11-A
SENSORS/NAVIGATIONAL:
Number of pallets:	2 (1 primary, 1 secondary)
Pallet locations:	Primary: Forward center dorsal Secondary: Aft center dorsal
Primary instruments:	Quasar telescope Wide-angle IR Source Tracker Narrow-angle IR-UV-gamma Ray Imager Stellar graviton detectors High-Energy charged particle detectors Federation timebase beacon receiver Impulse time distortion corrector
SENSORS/LATERAL:
Number of arrays:	2
Array locations:	Primary: Fuselage aft ventral Secondary: Cockpit module
Array compositions:	3 sensor pallet clusters per array
Pallet 1:	Wide-angle EM radiation imaging scanner Active magnetic interferometry scanner Gravimetric distortion mapping scanner
Pallet 2:	Steerable lifeform analysis instrument cluster Pinpoint EM flux sensor Weapons and sensor targeting scanner ACB relay booster array
Pallet 3:	Low-frequency EM flux sensor Localized subspace field stress sensor Parametric subspace field stress sensor Low-level thermal imaging sensor
Kelaka's nacelles are mounted on variable geometry struts, and like most Captain's yachts, can retract for storage. In addition to her Cardassian-inspired weaponry and Rihannsu-inspired defenses, Kelaka includes some of the finest sensors Federation technology has to offer, including sensors usually only found on a much larger ship. Like all Starfleet support craft, she also includes transporter capability.
TRANSPORTERS:
Includes medium-power Emergency Evac System micro-transporter cluster
Personnel transporters:	1
Capacity:	4 persons to 40,000 km
Micro-transporter cluster:	1
Capacity:	8 persons to 40,000 km
Transporter emitter pads:	4
COCKPIT:
Cockpit location:	Forward dorsal
Primary Consoles:	3
Pilot:	Navigation/course plotting Manual navigation Attitude control Position verification Reaction control systems Communications control Access to all Tactical systems
Tactical:	Defensive systems Weapons control Defensive assessment Priority/resource/power allocation General status information Access to all Science systems
Science:	All ship's sensors control Realtime data feed from damage detection sensors General status information Access to all Tactical systems

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.

Star Trek®, Star Trek: The Next Generation®, Star Trek: Deep Space Nine®, and Star Trek: Voyager® are registered trademarks of Paramount Pictures in the United States Patent and Trademark Office. Use of this site constitutes your acceptance of these terms of use. © Copyright 2002, Jester, All Rights Reserved.