Vanguard Class Regimental Carrier

With the roll out of the 2060 Military review and the new regimental formation the Army needed a new space carrier The RSF developed a new saucer that utilised many of the Sol Class developments. The Vanguard Scraft can carry and deploy the regiment to any operational zone and provide support during the mission.

Design

A massive lenticular disc which houses the embedded EgDrive system. The middle insulation ring has the majority of offensive and defensive systems, hanger bays, and sensors. The dorsal and ventral hulls have a sunken disc that mounts various sensor and defensive systems.

Squad box storage

Around the circumference of the disk is the storage for the regiments battleboxes. A triple layer gives plenty of room for all of the squad boxes the regiment needs plus space for further storage containers. A dozen space tug container handlers are also carried.

Hangers

There are six main hangers spaced around the circumference. Predominantly these are used for recovery but they can also be used for launching craft. All of these hangers lead to a central main hanger providing increased redundancy and central storage.

Maintenance bays and nano construction facilities allow the vanguard class to build and repair their own small craft.

"The first time I was assigned to a Vanguard I spent most of my time wandering around in circles. It was sometime before I realised that the squad room was D-090-1. Deck D at 90 degrees and the first outer corridor. Simple really!"

Interior Layout

Like all RSF saucers the interior is in the same general layout.

The decks are in alphabetical order with Deck A, the lowest, and working their way up.

The circumference is divided up in to 360 degrees with 0 being a line from the centre through central command and increasing in a clockwise rotation when viewed from above.

Each deck has a number of circular corridors. Each side has a number with 0 being the exterior and increasing to each side of the corridor.

"Generally the higher the corridor number the more senior the position of the rooms occupant!"


Squad Bays

All squad bays have the same layout. The exterior wall is made up of docking bays for the squads boxes. In front of them is a large common area used for recreation, briefings, and training. Inwards from the ready room is the ships access airlock corridor. On either side is the squad leaders office, bathroom, and on the other side a mess room.

Directly beneath the squad bay is the drop hanger. This has the squad's dropships and drop pods.

    Environmental Data

    • Atmospheric Density
          • 0 - 3 Atmos
    • Temperature Range

          • -110 - +220 c
    • Toxic Environment Protection
          • None fitted

    Structure

    • Substructure
          • Carbon Nanotube interior space frame
          • Titanium bracing and supports
          • Gold energy channels
    • Hull
          • Graphene/polymer layered honeycomb plating
          • Aerogel spaced armour
          • Diamond whisker sensor windows
    • Internal Damage Repair
          • Nanofoam breach sealant system
    • Diameter
          • 620m
    • Height
          • 135m

    Propulsion

    • Main Drive
          • Integrated Pulsed ElectroGravitic Drive System
    • Secondary Drive
          • RR Millipede Manoeuvering System EM panels
    • Range
          • Designed for multiple year operation using stasis hibernation systems.
    • Acceleration
          • 24g
    • Maximum Speed in an Atmosphere
          • Not capable
    • Manoeuvring
          • RR Millipede Manoeuvring Syste
    • Faster than Light Drive
          • Block 2
            • BAe Crossover Drive
    • Rotational Speeds
          • X 360 rotational time 60s
          • Y 360 rotational time 60s
          • Z 360 rotational time 60s

    Energetics

    • Primary
          • Sunburst Quark Fusion Power Plant
    • Secondary
          • Opal pack energetic hull wafers

    Offensive Systems

    • Kinetic
      • Railgun mortar launchers in 12 arrays of 6 launchers
    • Missile
      • 25 torpedo launch tubes capable of firing all RSF approved warheads
    • Tertiary
      • 60 x Eagle Eye Point Defence System capable of producing an interlocking laser grid. Concentrated fire can cause major disruption to many types of armour.
      • Intercept PDS missile system

    Defensive Systems

    • Primary
          • BAe Photon Deflection PD-2 Shield system
    • Secondary
          • 1024 FictionFlock holographic micropods that when ejected emit a false, sensor hard image of the station
    • Tertiary
          • Hawthorn ECM/ECCM defensive suite

    Detection Systems

    • Active
          • Outreach 7 multiwave/particle scanner
          • 50000km range
    • Passive
          • Passive analysis unit 23E
          • Power source dependant
    • Proccessing
          • Visual comparison system

    Informatics

    • Crew
          • Full RSF fleet crew
          • Full Army Regiment and support personnel
          • Linked-in wetware control system
    • Primary
          • CNS-12 Tactical Artificial Intelligence
          • AI level 5 capable of fully automated flight and remote control

    • Secondary
          • CNS-6 Flight control Artificial intelligence.
          • AI situational awareness nd flight control operations.
          • Capable of flying the craft in an emergency.

    A/Scraft

    • Planetary Assault Attack Craft
      • 15 x Broadsword Heavy Dropships
      • 2 x Hercules Heavy Lifters
      • 4 x Raven saucers
      • 4 x Squadrons of Spitfire Fighters
    • Fleet assault Craft
      • 4 x Squadrons of Cyclone Fighters
      • 2 x Squadrons of Dart Interceptors
      • 4 x Squadrons of Tanto Dropships
    • General Craft
      • 4 x 50 man Raven personnel shuttle craft
      • 12 x Container handlers
      • 120 Hermes messenger drones
      • 200 Geri Defence drones
      • 150 Freki Missile platforms
      • 80 Assorted reconnaissance/probe drones

    Environmental Systems

    • Artificial Gravity
        • Inertial Gravity Compensation System
        • BAe Artificial Gravity Field negatetion using triple EGdrive arrays capable of 4g field generation

    Copyright RSF