Cascadia Shipyards

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Cascadia Shipyards
Cascadia.jpg
Boldly Going Forward
Construction Data
*Registry: SS-003
*Type: Alexandria Class Starbase
*Sector of Operations: Sector 001
*Commissioned: 060515
*Construction: Starbase Construction and Design Bureau
*Station Designer: Starbase Construction and Design Bureau
*Operational Status: Active - NPC Asset
Design Specifications
*Type: Alexandria Class Starbase
*Hull Composition: Tritanium/Duranium Alloy
*Levels: 98
*Crew Compliment: 25,000
Engineering Specifications
*Computer Systems: Quad AC-30 Bio-Neural Processor Cores (LCARS 7.5)
*Power Systems: Primary Reactor: 6x NNEC Mark 7 Dilithium Focus Chamber

Auxiliary Power: Type X Fusion Generators x 35 Emergency Power: Type VIIb Storage Batteries x 50 Total Power Output: 1,500 PetaWatts

Senior Staff
Extra Ship Information
*Crew Manifest: Pinastri Headquarters Crew Manifest
Station Patch
Cascadia-patch2.png




History

Construction of the shipyards began almost as soon as the colony fleet arrived from the Alpha Quadrant and was completed in mid-2381. Originally located at the outer reaches of the Pinastri System just beyond the Humboldt Belt sitting in geo-synchronous orbit with Pinastri VIII, Cascadia Shipyards were relocated to Geo-Synchronous orbit of Pinastri Headquarters on Pinastri Prime on Stardate 230514, and subsequently placed under the control of Pinastri Headquarters.

The centerpiece of the shipyards is the Alexandria-class Cascadia Station. It is the space-borne element and headquarters of the UFS Corps of Engineers, serving to provide engineering support to all Federation fleets engaged in Delta Quadrant operations. It is also home to the ASDB and UFS shipbuilding program where some of Starfleet’s finest designers and engineers are based.


Construction and Initial Assignment

Cascadia was assembled on-site from segments pre-constructed and towed from Federation space. The class itself is comprised of five radial rings of varying size, connected by a central shaft - a total of 98 accessible decks. The station itself boasts drydocks capable of simultaneous repair and refurbishment of up to eight medium-sized spacecraft. Larger vessels can utilize any of the seven available free-floating drydocks berthed nearby.

During its assembly and initial years of operation, the shipyards were positioned in orbit of Pinastri V; however with the increase in freighter and mining traffic to and from the Humboldt Belt and the outer planet’s moons, they were moved into orbit of Pinastri VIII to allow for a better flow of traffic and to be closer to established trading routes. With the relocation of SS Tranquility, Cascadia Shipyards were once again relocated to orbit of Pinastri IV to serve as the primary space hub for Pinastri Colony.

Other than shipbuilding, much of the work carried out at the shipyards is routine inspection and servicing, however the station is also involved in installing, developing, and testing newly developed technology from both Alexandria and Athena stations such as new forms of propulsion or offensive/defensive technology.

Roleplay Premise

Cascadia, is a working station but also serves as port of call to the Pinastri System and is a valuable base of operations, defensive screen, and repair facility. The space in the shipyards immediate vicinity is a whir of activity with the constant movement of workbees, transport vessels, tugs and mining ships. Mining operations for the whole of the Pinastri system, whether they are being conducted within the Humboldt belt or on some of the planets outlying moons, are coordinated from Cascadia Station.

A strong security presence at the shipyards is also responsible for monitoring and policing on the established shipping routes in and out of the system and local space. Due to the nature of its operations and its strategic importance to UFS it is a prime target in times of conflict.

Technical Data

Matter/Antimatter Reactor

  • Reactor Type 6x NNEC Mark 7 Dilithium Focus Chamber
  • Normal Power Output 1500 Petawatts
  • Normal Peak Power Output 2500 Petawatts
  • Maximum Power Output 3500 Petawatts

Thruster Systems

  • Type Mk. XII Magneto-Hydrodynamic Gas-Fusion
  • Number 22
  • Output 12.9 Million Newtons

Sensor Arrays

  • Number 56
  • Type Multi-Modal
  • Range 42 Light-years

Tactical Sensors

  • Number :: 56
  • Type :: Multi-Modal
  • Range :: 42 Light-years

Tractors

  • Power :: 8 - 20 Gigawatt Multi-Phase Graviton Polarity Sources
  • Field Strength :: 560 Millicochranes
  • Minimum Range :: 195 Million tons at 1.75 Kilometers
  • Maximum Range :: 1 ton at 32.975 Kilometers
  • Object Size Range :: Up to 1200 Meters

Transporters

  • Type Personnel
  • Number 9
  • Payload 900 Kilograms
  • Range 40.000 Kilometers
  • Operations per Hour 100 persons per Hour
  • Type Cargo
  • Number 28
  • Payload 800 Tons
  • Range 40.000 Kilometers
  • Operations per Hour 100 operations per Hour
  • Type Emergency
  • Number 12
  • Payload 900 Kilograms
  • Range 15.000 Kilometers
  • Operations per Hour 100 persons per Hour

Computer

  • Type Quad AC-30 Bio-Neural Super-System
  • Version LCARS 7.5
  • Storage Capacity 1250 GigaQuads
  • Processing Speed 9750 ExaFLOPS

Communications Array

  • Short Range 7.300.000 Kilometers
  • Long Range 56 Light-years for Real-Time Transmission
  • Transmission Capacity 18.5 kiloquads per second
  • Transmission Speed Warp 9.9997

Armaments

Phasers

  • Type XIV Array
  • Number of arrays 4
  • Strength and Power Output 68 Gigawatts
  • Effective Range 1.500.000 Kilometers
  • Type XIV Pulse Canon
  • Number of arrays 10
  • Strength and Power Output 25 Gigawatts
  • Effective Range 1.500.000 Kilometers

Torpedo Systems

  • Compliment 1100
  • Torpedo Types Photon, Quantum, Transphasic
  • Number Launchers 12
  • Range 3.000.000

Shields

  • Type :: M.M.L.S.S. Mk. II (Metaphasic Multi-Layered Shield System Mark II)
  • Number of Grids :: 45
  • Power Output :: 6,510,000 Terajoules
  • Shield Range :: 15 Meters from Hull
  • Frequency Range :: Rotating between 247.5 - 997.9 MHz

Support Craft

  • Docking Facilities:
    • 8 Attached Drydock Assemblages
    • 7 Detached Adaptive Drydock Assemblages
  • Support Craft:
    • 10x Danube Class Runabout
    • 2x Waverider Class Runabout
    • 4x Aeroshuttle Class Runabout
    • 20x Type 6a Shuttlecraft
    • 15x Type 9 Shuttlecraft
    • 10x Type 11 Shuttlecraft
    • 15x Type 14 Shuttlecraft
    • 85x Workbee Support Craft


Construction Record

USS Paladin NX-7609

USS Aviator NX-75101

USS Aviator-A NCC-75101-A

USS Caracas NCC-74305

USS Kallima NX-61907

USS Redeemer NCC-100753

USS Redeemer NCC-100753-A

USS Sheppard NCC-74679

USS Shogun NCC-73812

USS Talisman

USS Talisman-A

USS Sentinel

USS Erebus-A NCC-75919-A