Coral Reef statistics Mark I
From StarFleet Bureau of Information
BASIC STATISTICS Class Name : CORAL REEF Classification : General Duty Type : FF (Frigate) Model Number : I (2435) PHYSICAL SPECIFICATIONS Length : 324.6 m Beam : 197.5 m Draft : 72.6 m Displacement : 315,526 mt Decks : 12 (~4m each) COMPLEMENT Total Standard : 77 Officers : 5 Crew : 42 Passengers : 20 Marines : 10 PROPULSION SYSTEMS Warp Propulsion System Drive Type : ILN-702f Mk I Number : 2 Main Reactor : FRAM-854 Impulse System Drive Type : GDP-2 Number : 1 Secondary Reactor : FGRIF-502 Network D-Warp Drive : Dim-V-CR1 VELOCITY Warp Standard Cruise Speed : 7.0 Maximum Cruise Speed : 9.8 Sustainable for 12 hours : 9.91 Maximum Emergency Speed : 9.95 D-Warp Standard Cruise Speed : Theta band (0.5c) : 9.99478 Maximum Cruise Speed : Theta band(0.75c) : 9.99736 Sustainable for 18 hours : Iota band (0.75c) : 9.99990 Maximum Emergency Speed : Kappa band (0.75c): 9.99997 ARMAMENT Phaser, Type XI Number : 3 banks Range : 345,000 km Arcs : primary hull dorsal fw/aft : ventral Flux Torpedo, Mk II Seeking/Direct Torpedo Tube Number : 2 tubes Range : 3,000,000 km Arcs : primary ventral Deflector System : FD-7c cocoon multiphasic deflector system : SRPS-1c radiation phase shielding system OTHER SYSTEMS Transporters Standard, 6-person : 4 Emergency, 16-person : 3 Cargo : 4 Shuttle Bays : 3 Standard Embarked Craft Shuttlepod : 8 Personal Shuttle, Small : 5 Personal Shuttle, Large : 4 Shuttle, D-Warp : 4 Cargo Shuttle : 4 SESR module type I : 1 NOTES: The CORAL REEF-class is the latest modular design for an utility ship that is designed for all sort of tasks within friendly space, mainly supplies cargo, engineering tasks, scientific studies and even diplomatic missions. There are three types of CORAL REEF-class ships, specialized in Engineering, Sciences or Command, signaled by the corresponding yellow, blue or red stripes. Engineering ships are mainly tasked with supplies redistribution, general repairs, outpost deployment and maintenance and station and ship support. Science ships are mainly tasked with long range sensor array deployments and maintenance, second layer astrometry and cartography and assistance to other ships in scientific missions, even assisting in medical relief missions. Command ships are tasked with diplomatic missions, assistance to first and second contact missions, command and flag personnel transport and general duty support to other ships in the area, if necessary. The ships are fast and nimble, well manned and with a slight overabundance of the key personnel for each mission profile. They have excellent generalistic sensors, top of the class shields and are sufficiently well armed for their mission profiles. They are not the most glamorous ships, but they are deceptively sturdy, extremely hard working ships that run seamlessly in the background, liberating other ships from routine, important 'maintenance tasks'. The new ILN-70x nacelle series has improved Warp coils using a system of multiple concentrical layers that provides an exceptional thermal reaction and allows for softer acceleration curves and finer control in the local manifold deformation. Dedicated computer nodes, gathering information in real time, are able to calculate the Warp bubble geometry tensor at triple the frequency and almost ten times as precisely as older models. This allows for faster speeds with less energy expenditure, allowing for faster, longer Warp travels. In addition to the new Warp system, the CORAL REEF-class FF is the first frigate to be equipped with the latest Gen V D-Warp technology, which coupled with the improved shields and SRPS-1 radiation phase shielding system, allows for considerably faster and more robust D-Warp travel in all Hyperspace bands. This new D-Warp iteration offers improved control over local gravimetrics, providing extremely agile and responsive sublight flight. Coupled with the very light and sturdy spaceframe of the ship, this provides one of the best gravitic plane drive in the whole catalog of StarFleet. The primary hull comprises 9 decks of 4 meters high each, and contains the bridge on deck 1, aux Hangar bays 2 and 3 and the phaser strips and torpedo launchers, as well as a big mess hall on de forward starboard side of deck 4 called 'The Lucky Clover' or 4-Forward. It also has a heavy duty tractor beam emitter on decks 5 and 6 aft, useful for towing orbital structures and even other ships up to Warp 6. The secondary hull has 3 decks of 4 meters each and contains Hangar bay 1, with the SESR modules, the main deflector and the Warp core and M/AM reactor. The Engineering section is attached to the nacelles through a couple of secondary pylons, like the Oberth-class. The communication between the primary and secondary hulls is performed via dedicated turbolifts that travel through the pylons and nacelles in dedicated tubes, as well as all energy conduits. Ships of the class are named after important coral reefs and places near them all throughout the Federation, registry numbers in the NCC-755xx series. USS CORAL REEF USS GREAT BARRIER USS CONTOY USS NEW CALEDONIA USS ANDROS USS FILIPPO USS RED SEA USS FLORIDA TRACT USS RAJA AMPAT USS PULLEY RIDGE USS MALDIVES USS BERMUDA ... Ship design by David S. de Lis for ASR (2023, based on the California-class starship design)