USS Shogun-A

“The strong are the patient ones.” - James Clavell

*Registry: NCC-73812-A

*Class: Gagarin Class Starship

*Faction: UF Starfleet

*Base of Operations: Pinastri Headquarters

*Ship Yard: Cascadia Shipyards

*Ship Designer: ASDB

*Operational Status: Active

Design Specifications

*Type: Explorer & Battleship

*Hull Composition: Duranium Microfoam & Tritanium Plating

*Overall Length: 492.2 meters

*Beam: 258.08 meters

*Draft: 60 meters

*Mass: Mass of the ship (in displacement Tonnage)

*Decks: 11 decks

Designed Capacities

*Crew Compliment: 466

*Evacuation Capacity: 1100

*Auxiliary Craft: 90 total

Tactical Systems

Engineering Specifications

*Warp Engines: Class 10-C Matter/Antimatter Intermix System

*Sublight Engines: FIG-5 Subatomic-Unified Energy Impulse Units

*Cruising Speed: Warp 9.2

*Maximum Speed: Warp 9.98

*Computer System: ElseVier Photonic Bio-Neural Super-System

Senior Staff

*Commander: Ulrich Bechir

*Executive Officer: Selina Otsuka

Extra Ship Information

*Crew Manifest: USS Shogun-A Crew Manifest

Ship Logo

Ship Info

CO: Ulrich Bechir

XO: Selina Otsuka

RP Days/Time: Sundays 8am SLT (Second Life Time)

Location: Second Life SLURL

History

The second vessel to bear this name, USS Shogun will be the second ship to be Captained by Ulrich Bechir after his return to Starfleet after a 10 year disappearance. The ship was tasked with the exploration of unclaimed former Borg space as well as defense of Federation holdings. Notable enemy forces, such as Kazon and Romulan forces, are bordering former Borg space, making incursions by them a likelihood.

Construction and Initial Assignment

Starfleet recovered a number of starship hulls and components in the late 24th century from Yard 39. Still recovering from the attack on Mars, the admiralty directed its engineers to repurpose the recovered starships. The Corps of Engineers assigned a team to each of the recovered hull classes, tasked with the responsibility of bringing the vessels into the 25th Century. The undertaking was dubbed the Yard 39 Project.

The team assigned to the Sheppard-class hulls was stationed at the San Francisco Fleet Yards and was led by Dr. Rotche Ortiz, who had been one of the lead designers for Project Miracle Worker. Ortiz ran his team efficiently and they presented a plan for the Gagarin-Class to Starfleet Command a month after beginning the assignment. The design was approved and shortly thereafter production began on the first Gagarin-class cruiser.

Source: [Fleet Wiki, K. (2020). Gagarin class. Ktarn Fleet Command Wiki. Retrieved July 3, 2022, from https://ktarnfleet.fandom.com/wiki/Gagarin_class]

Technical Data

Armaments

Phasers

Type :: XII Experimental Annular Confinement Beam-Jacketed
Number of Arrays: 12
Strength and Power: 100 gigawatts
Effective Range: 1,500,000 kilometers

Pulse Phaser Cannons

Type :: XII
Number of Arrays: 4 at fore of ship
Strength and Power: 150 gigawatts
Effective Range: 1,000,000 kilometers

Swivel Phaser Turrets

Type :: VII (for point defense)
Number of Arrays: 7
Strength and Power: 80 gigawatts
Effective Range: 500,000 kilometers

Torpedo Systems

Compliment :: 450
Torpedo Types :: 430 Quantum
20 Tricobalt
Number of Forward Launchers :: 2
Number of Forward Tubes :: 2
Number of Aft Launchers :: 2
Number of Aft Tubes :: 2
Range :: 4,000,000 kilometers

Propulsion Systems

Warp

Warp Reactor Type :: Class 10-C Matter/Antimatter Intermix System
Power Output :: 150 Petawatts
Nacelle Configuration :: Standard Pylons
Maximum Velocity :: Warp 9.98
Maximum Cruising Velocity :: Warp 9.2

Quantum Slipstream Drive

Reactor Type: Class D-1 Integrated Quantum Slipstream Core
Maximum Velocity: 200,000,000c
8 Hour Maximum runtime, 12 hour cooldown period.

Impulse Systems

Number of Engines :: 2
Power Source :: FIG-5 Subatomic-Unified Energy Impulse Units
Number of Reactors :: 8
Power Output :: 80 Gigawatts
Maximum Impulse Velocity :: 0.72 Speed of Light
Maximum Standard Impulse Velocity :: 0.25 Speed of Light

Thruster Systems

Type :: Gagarin Class Gas-Fusion RCS Thrusters
Number :: 8
Output :: 4.5 Million Newtons

Utilities

Sensor Arrays

Number :: 52
Type :: Multi-Modal
Range :: 20 LY

Tactical Sensors

Number :: 52
Type :: Multi-Modal
Range :: 20 LY

Navigational Deflector

Type :: Molybdenum & Duranium Mesh w/integrated experimental refracting protonic energy shunt
Power :: 6 Graviton Polarity Generators
Output :: Regular - 425 Gigawatts (Protonic Mode Produces EPS Sheering Energy)
Field Strength :: 675 Millicochranes

Tractors

Power :: 3 - 15 Gigawatt Multi-Phase Graviton Polarity Sources
Field Strength :: 485 Millicochranes
Minimum Range :: 235 Million Tons at 2 Kilometers
Maximum Range :: 1 Ton at 30.000 Kilometers
Object Size Range :: Up to 920 Meters

Transporters

Type ::: Personal
Number :: 6
Payload :: 900 Kilograms
Range :: 40.000 Kilometers
Operations per Hour :: 100 persons per Hour

Type ::: Cargo
Number :: 6
Payload :: 800 Tons
Range :: 40.000 Kilometers
Operations per Hour :: 100 operations per Hour

Type ::: Medical
Number :: 2
Payload :: 300 Kilograms
Range :: 40.000 Kilometers
Operations per Hour :: 100 persons per Hour

Type ::: Emergency
Number :: 6
Payload :: 900 Kilograms
Range :: 15.000 Kilometers
Operations per Hour :: 100 persons per Hour

Computer

Primary Core :::

Type :: ElseVier Photonic Bio-Neural Super-System
Version :: LCARS 5.0 plus holographic subsystems
Storage Capacity :: 1236 MegaQuads
Processing Speed :: 700.000 ExaFLOPS

Secondary Core :::

Type :: AC16 Bio-Neural Super-System
Version :: LCARS 5.0
Storage Capacity :: 984 MegaQuads
Processing Speed :: 625.000 ExaFLOPS

Communications Array

Short Range :: 3.200.000 Kilometers
Long Range :: 26 LY For Real Time Transmission
Transmission Capacity :: 18.5 Kiloquads per second
Transmission Speed :: Warp 9.9997

Shields

Multiharmonic Phase Shield Systems
Backup Standard Shield System
Polarized Hull Plating Type IV

Enhancements

The Gagarin-class is equipped with a highly adaptable electro-plasma distribution network (EPS) which allows the class to make use of an experimental module integrated into the deflector array allowing for Gagarin-class vessels to produce protonic energy through their EPS conduits. This protonic energy is then used to create a refracting energy shunt through the navigational deflector which can be used to shear the EPS conduits on the target vessel. Upon use the system requires 8 hours to recharge fully to be used again. Preliminary testing has indicated that the system has limited effectiveness against self-modulating/self-adapting shields.

The secondary hull houses eight compartments of the starship’s Modular Rapid Deployment System. This equipment is designed to allow the starship to fulfill its multi-role functions without extensive refit. Each compartment can be used to quickly deploy probes, mines, and other equipment.

Holographic projectors are equipped throughout Gagarin-class vessels. These allow for emergency holograms to be quickly activated at any location as needed. The emergency holographic system on board Gagarin-class ships currently allow for the use of three Emergency Medical Holograms, three Emergency Engineering Holograms, six Emergency Security Holograms, and one Emergency Command Hologram at any one time.

The transporter system connects to six emitter arrays on the external hull.