| ...=/\= Pendragon Class Starship =/\= |
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Class: Pendragon Ship Type: Explorer\Warship Commision Date: 240009.24 Propulsion: Manifold power relay system utilizing multiple matter streams and dedicated computer control of such. The usage of dynamic computer-control using nanocomputer packs and bio-neural gel packs allows for the multiple-facet 2nd Phase Keltrinium crystals, set in a trihedral locking matrix, targeting that increases power allocation efficiency and power generation on a whole. There are currently 15 fail-safe mechanisms and over 30 modifications that allow the core to operate. The multiple matter streams can be activated and deactivated with 3 minutes of the fail-safes via computer control, 7 minutes to fully de-power and 2.46 hours to fully recharge and the multiple matter stream to fully reach beam cohesion; it takes 5 days to correctly re-calibrate an emergency shutdown sequence. Enhanced super-conducting magnets prevent catastrophic antimatter loss and provide further beam coherency. Engines: Max. Cruise Speed: Warp 9.92 Emergency Speed: Warp 9.9978 Maximum Transwarp: 3 Maximum Efficiency: Warp 9=97.3% Nacelles: 4 Variable-geometry nacelles Fuel: Sufficient (deuterium) antimatter is carried onboard for 5 years of standard travel,including TW and normal warp drive. Power: Supplied by warp core under normal operations. Can also draw up to 82% power from auxiliary warp cores during emergency situations. Total Power Output: 18,000 TeraWatts Impulse Engines: -16 dispersion-strenghtened hafnium molyferrinide fusion spheres. -Tuned to emit in less-noticible UV spectrum; it is slightly less efficient, but the greater stealth capability makes up for it. -Utilizes a Helium-3 enhanced deuterium flow as well as a completely ordered ionic injector and muon-nuclei bonding. -Has a separate antimatter storage cell to be used as a speed boost; 3 boosts possible -Muon-generator powered by a nanofusion power cell, as well as multi-injector ports -Magnetohydrodynamic thrusters burning deuterium via magnetic compression and radio-frequency heating; superconductive magnetic field coils, layered to provide feedback control via changing the energy fed to the coils. MHD thrusters use high-energy EM fields to propel ionically charged material at very high speeds; the burned deuterium gains a large ionic charge and is easily propelled. -Fuel pumps electromechanically operated and constructed of a phase-transition welded cortanium carbide alloy; can withstand up to 345,000 KPA. -Dual-stage Vectored driver coil -NFC coating on all load-bearing components inside and outside of the vessel. -Reinforced G-Driver and S-Driver coils, as well as reinforced warp coils -Double-layered superconductive magnets for Power Transfer Conduits -Steerable exhaust vents to wring maximum amount of movement from exhaust 16 on starship, 6 inside Defiant-class bridge division. Max. Emergency Speed 0.79c Max. Safe Speed: 0.28c Auxiliary power comes in the form of adapted Tholian gravitic power cells, more efficient due to each cell's faster energy pooling than standard Starfleet auxiliary generators and nanofusion power generators 1 meter in diameter, with their own separate deuterium fuel sources. Tactical The SIF is boosted by a electro-magnetic reinforcement and routed through the auxilliary warp systems to aid against matter-loss in case of a hull breach. As a multi-capable starship, it is well-equipped weapons-wise to provide adequate firepower against any new threats she might encounter. To that end, the vessel has been equipped with regenerative, nutational, and metaphasic enhancements. Also, a form of the the multi-vector assault mode pioneered in the Prometheus-class is here as well. The whole ship is boosted with a type 3 ablative armor, gamma-welded to the hull, in addition to normal hull strength. In the external defense, phaser arrays have been upgraded to type XII, with enhanced focalization, giving impressive accuracy and allowing easier controlled recharge. She also carries impressive loads of torpedos. Phasers Banks: -6 Type XII Phaser Banks -4 Impellor Beam cannons -2 Thaser Beam cannons -4 Type II Teryon Beams -4 Anaphasic Pulsers --6 major arrays with direct EPS tap --4 minor phaser arrays --Two Antimatter Generators are dedicated to run through phaser arrays for sensor distraction. Torpedo Tubes: 3 Forward Launchers - Most fore launcher is rapid-enhanced and other two are burst enhanced. 1 Aft Launcher 1 port launcher and 1 starboard launcher Launchers are a gravity-based system. It is strung with sequential solid-state gravity field induction coils and launch assist MHD generators to provide initial power to the sustainer and propel the casing away from the starship. Once fired, the launcher tube is purged of surface residues by flash sterilization, the coil charges are neutralized, and the firing dequencer is reset to await a new load of torpedos. The use of gravity field coils instead of magnetic field coils eliminates two problems. 1. Slow refire rate. Federation torpedo launchers are somewhat slow in their torpedo fire rate; they make up for this by being able to launch multiple torps at once. 2. Overheating. Despite cooling, in heavy battle the coils can overheat and render the launch tube inoperable until they cool down; in rare instances they have been known to melt. The gravitic coils, due to their different operating effect, have *quadruple* the time before overheating of other components, not the coils themselves. Payload: 100 Quantum torpedos with cobalt hexaflouride enhancement 100 Multi-type Cluster torpedos-microquantum and photon 50 Muon\antineutrino torpedos 50 Singularity torpedos 25 Verteron Torpedos 25 graviton torpedos The other defenses, other than multi-dynamic shield amplification and resonance capability (allowing the starship's shields to be more easily modulated and particle ionized), also include internal defenses. Security Enforcement Cells (SEC) are aligned in all corridors and jeffries tube of the ship. They enable forcefields to project in many places that the standard forcefield cut-off points don't reach, giving the crew an advantage to any ship invasions. Interception Counter Measure ordnances, are also available for torpedo modification in quantum and photon casings. They are able to detect and attempt to thwart incoming enemy weapons fire with a dedicated tactical computer. Shields: Standard Starfleet deflector shield arrays, enhanced with Metaphasic and Nutational shield modes. Defense also include a Storm-class cloaking device and a shield-enhanced (but not dependent) Structural Integrity Field. Data: Shields Sustainable Load: 7,200 MW * Ultra EM Band Support * Rapid Remodulation Systems * Electromagnetic Regeneration Systems * Auxiliary Systems: 68% of main shields. Can be raised simultaneously with standard shields to shore them up, similar to diaxialted shield grids. Hull -Outer hull- The shell right under the hull is made of interlaced duranium filaments, which are welded onto Duritanium\carbotanium segments. Reinforcement is provided by electron-bonded cortanium pins and diagonally placed tetroburnium struts.The substrate layer is composed primarily of ceramic crossbracing and weight support. Thermal insulation and secondary SIF conduction is provided by three 4cm layers of explanded magnesium\gold\titanium alloy. Further support is provided by 2m multiaxis carbotanium\durasteel trusses, which provide for air circulation, repair conduits and fixed utilities such as power and sensor feeds. Also coated in micro-diffracted carbon to reduce EM-radiation signature. Essentially any EM radiation from the UV band on down is absorbed, making the ship completely black. Radiation protection is provided by a 2cm layer of lead infused with rhodinium fibers. Below this is the nano-carbon tubule layer, consisting of .5cm wide braided fibers of this substance, welded together. The outer hull is made of alternating layers of monotanium and nanocrystalline duranium. -Armor- Type 2 Force Hull Armor nano-cryst duranium Type 3 ablative armor Sensor-absorption\receiver layer -Middle layer- Aluminum foam, IDF conductor and triagularly arranged gundamium stress braces. -Inner layer- Shock-absorption polymers and liqui-gel duranium suspension. Shuttles Shuttle Bays: One Primary - Two Secondary Shuttles: Type 15 Shuttles: 2 Type 6 Shuttles: 2 Type 7 Shuttles: 2 Type 8 Shuttles: 2 Type 9 Shuttles: Targa Class Runabouts: 3 Scorpio-class heavy fighters: 2 Inertial Dampering System - The system can protect crew from G-forces up to 12 G`s above normal compensation levels. The system also uses Magellan Class shared components in combating shearing forces capable of allowing the ship tight turns and more dramatic navigational gyro control. A high-density graviton polaric yield, a remodulated design, allows this comphensation. Computer Information Computer Core: Bioneural Core and Nanocomputer core with quantum-transient relay connections and bioholographic bacteriorhodopsin thinfilm stacking. Memory Capability: Total memory capacity for each core is 1,500,000 kiloquads. Total memory of primary cores together is 6,000,000 kiloquads. Transmission Speed: The FTL subspace generator has been improved in each computer core by several "warp" factors. Standard transmission rate is about 1000 kiloquads/nanosec. It uses a non-propulsive subspace displacement of 5000 millicochranes. The fastest transmission rate recorded is 5000 kiloquads/sec.Instantaneous access to 1000 data channels. PADD/Consoles Have been constructed with quantum-computational sub-processors and multi-frequency RF receivers\ transmitters to take as much advantage of this power as possible. Special Modification: Bridge Module The Bridge Module aboard the Pendragon class is actually a embedded defiant-class ship. The bridge acts the same for both vessels, umbilicals disconnecting if separation occurs. Command of the secondary ship is transfered to advanced computer control under the direction of prometheus-class algorithms. STARSHIP INFORMATION Ship Class: Defiant II Class Type / Role: Escort / Defense Designed: 2372 HULL DIMENSIONS Length: 170 meters Beam: 134 meters Draft: 30 meters Number of Decks: 4 CREW INFORMATION Standard Crew: 40 Maximum Capacity: 152 Civilians: 0 Standard Quarters: 30 square meters per officer Senior Staff Quarters: 50 square meters per senior officer COMPUTER SYSTEMS Standard LCARS-I Nanocomputer core. Computer Core Type: nanocomp Maximum Storage: 1.2 million kiloquads Data Transfer Rate: 4,000 kiloquads / second PROPULSION SYSTEMS Hyperlight Drive: 2nd Phase keltrinium Matrix Warp Drive Nacelles: 2 Maximum Cruise: Warp 9.6 Emergency Speed: Warp 9.982 (for 12 hours) Sustainable Field Output: 3500 cochranes Sublight Drive: Twin Tandem MF-aided Gravitic Impulse Maximum Cruise: 0.75c (for 5 minutes) TACTICAL SYSTEMS Shields Sustainable Load: 3,600 MW Shields Auxilliary Load: Up to 80% of primary Phaser Arrays: 4 Type A Pulse Phasers 3 Type II Teryon Beam Arrays Maximum Emitter Length: 50 segments Torpedo Launchers: 2 forward Torpedo Payload: 100 Mark II Quantum 20 Graviton Torpedos Cloaking Device: Storm Class SENSOR SYSTEMS Navigational Sensors: Standard: 1 primary, 1 secondary Lateral Sensors: Standard: 2 arrays of 6 pallets TRANSPORTER SYSTEMS Personnel Transporters: 2 4-person Cargo Transporters: 1 15,000 metric ton Emergency Transporters: None SHUTTLEBAYS / FLIGHT DECKS Main Shuttlebays: 0 Auxillary Shuttlebays: 2 Shuttle Loadout: 1 Targa-class assault runabout General Information Cloaking Device: Storm Class System Landing Capability: Not Available Saucer Seperation: MVAM Medical Holograms: Zimmerman LMH Mk 3 Total Crew: 300 Officers: 210 Civilians: Allowed Decks: 21 Length of Ship: 500 meters Height: 75 meters Beam: 220 meters Nacelles: 4 Mass: 2,400,000 Metric Tons Sensors- 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,Localised subspace field stress sensor, Alpha X-ray multi-spectrum scanner, Variable band optical image cluster, 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. 6 'Whisker' sensor probes Other: Long-Range Sensor Array - Max Range: 17 lightyears - Max Pulse Interval: 40 min - Standard Range: 7 lightyears - Standard Pulse Interval: 7 min Forward Astrometric Array Multispectral EM Scanners (2) on deck 15 and (4) on deck 21 Motion sensor and torque sensor suite Tactical Quad-Targeting Scanners located on hull pallet junctions Transwarp-modified sensors Industrial replicators on decks 5, 13 and 22 are for situations where heavy-hand firepower is needed. Mission Profile Onboard Ordnance: Type 3b compression phaser rifles Type 2 Thoron-beam rifles Class III Anaphasic long-range pulse launchers Z-89 Flechette gun wih armor-piercing shards Type 1 and 2 hand phasers Type 1 hand teryon beam pistols Ultritium sphere explosives Type 2 phaser mines (heavy stun limitation) Fusion mini-missiles and launch pack Tetrion pulse launchers Minifusion missile launch packs |
