Hella

With other nations expanse in to space meant that ever bigger warships were entering the combat sphere. The UK's smaller craft served their needs in great numbers but they needed something bigger that could pack an offensive punch that was unsurpassed. The UK's answer - Hella! a 110 metre long space fighter.

The size says that the Hella is more like a Navy Frigate or destroyer than a fighter. But a single pilot puts her as a fighter.

     Description

    A long length was required to house the spinal mounted rail gun. At the stern are six forward cantedwings housing the flight systems. The pilot is housed in a VR control system buried deep inside the hull behind layers of nano armour.

    Hellla was designed to defeat the larger space craft being deployed by the Earth's other nations. These craft are more akin to wet navy warships than the UK's aircraft based ethos.

    Control Systems

    The pilot sits within a VR pilot control system incorporating Control, High-g compensation, combat, survival systems, and virtual reality. Many systems are considered standard but the VR system allows the pilot to spend many months in flight whilst in a virtual environment. This can be anything from training to recreation.

    With lessons learnt from the Dart the Hella puts the pilot at the heart of the machine, seamlessly linking with the fighter's AI the pilot becomes one with the craft.

    High-g manoeuvring

    The Hella uses the same liquid filled cockpit that is in use by the Spitfire. This gel-filled cockpit provides increased g-force resistance by using a liquid breathing system which is difficult to compress.

    Safety Systems

    Safety systems of the Hella are different to other RSF StarCraft. Due to its size it uses a system adapted from the Sol stations. In the event of a catastrophic failure the entire cockpit ball is ejected from the craft. It is larger than usual and is quite capable of inter-solar flight and atmospheric operations. A hibernation system can keep a pilot alive almost indefinitely due to solar charging.

    As a final ejection system the pilot is able to eject from the cockpit and parachute down to a planet's surface. The parachute is usually sized to suit the planet's environment before combat.

    Propulsion Systems

    Swiftstar EM Drive Clusters

    The Hella uses the same drive clusters that are fitted to the Dart fighter. Six cluster wings surround the central hull providing great speed and acceleration.

    The ElectroGravitic compensation system defeats harsh manoeuvres of 50g and above. This enables the Hella to undertake manoeuvres much faster than their wet navy sized counterparts.

    Environmental Data

    • Atmospheric Density
          • Vacuum only
    • Temperature Range
          • -120°c - +150°c
    • Toxic Environment Protection
          • Magneto-Gamma field system and polythelmic skin enables operation in a wide range of hazardous environments. Including extreme heat, cold andhighly radioactive environments. Excellent abrasive and high force/energy resistance.

    Structure

    • Substructure
          • Titanium-steel composites
    • Hull
          • Kevlar/polymer honeycomb plating
          • Ring carbon outer layer
          • Diamond whisker sensor windows and cockpit glass
          • polythelmic polymer and skin regeneration
    • Internal Damage Repair
          • Nanofoam breach sealant system
          • skin regeneration
    • Length
          • 110m
    • Span
          • 33m

    Propulsion

    • Main Drive
          • 6 x RR Swiftstar EM Drive clusters in 6 drive wings.
    • Secondary Drive
          • RR Millipede Manoeuvering System EM panels.
    • Range
          • Space range virtually unlimited due to pilot's VR/AR systems and life support system. Hella have been known to undertake interstellar flights of 10 years plus.
    • Acceleration
          • 67g capable when using inertial compensation system
    • Manoeuvring
          • RR Millipede Manoeuvring System
    • Faster than Light
          • Capable of interstellar travel of greater than 10 years.
    • Rotational Speeds
          • X 360 rotational time 0.45s
          • Y 360 rotational time 0.45s
          • Z 360 rotational time 0.55s

    Energetics

      • Primary
          • 6 xSunburst Fusion Power Plant
    • Secondary
          • Opal pack energetic hull wafers

    Offensive Systems

    • Fixed
          • Spinal mounted DRA-47 rail gun capable of firing  internally formed 2 ton spears with titanium tips and explosive rounds. 80 rounds stored and nano factory replenishment system at 90 second intervals.
    • Turret
          • 164 Dragonfire-3 laser system offensive/defensive capability providing all-round point defence plus concentrated fire.
    • Missile
          • internal rotary missile launching systems capable of carrying 64 Sting High IQ multi-warhead missile
            • 10 - 100KT thermonuclear
            • Molecular acid
            • Biohazard delivery
            • EMP area burst
            • Blitz multi-missile fragmentation
            • Havoc carbon strand net
          • Aft Claymore mine delivery system

    Defensive Systems

    • Primary
          • BAe EM-24 Shield system capable of generating a conical magnetic/Electrogravitic shield in front of the craft in space only. These shields can be networked with other EM shields creating a 'bow wave' effect
    • Secondary
          • 64 FictionFlock holographic micropods that when ejected emit a false, sensor hard image of the fighter
          • Chaff and flaredispensers
    • Tertiary
          • Defensive Aids Sub System (DASS)
          • Electronic Support Measures and Electronic Counter Measures (ESM/ECM)
          • Missile/Radar detection warners
          • Laser warners

    Detection Systems

    • Active
          • Captor-S17 AESA RADAR designed for space operation
            • Range while search (RWS)
            • Multiple target Track while Scan (TWS)
            • Velocity Scan (VS)
            • Lock-Follow modes help with long and short range identification and gun tracking
            • Space combat acquisition modes allow vertical scan, boresight, and slaved acquisition space capability option
          • Bluesky LiDAR active search array with active and passive detection.
    • Passive
          • Pirate Infrared Search and Track sensor with forward look capability
          • 360° IR camera system
    • Navigation
          • Global/Spatial Positioning System (G/SPS)
          • Laser gyro inertial navigation system (INS)
          • Star tracker stellar positioning system
    • Drones
          • 16 remote Jackdaw semi-autonomous surveillance drones
          • 16 Crow attack drones. These Crow drones are capable of autonomous attack and defence roles as designated by the Hellas pilot/AI. Fitted with integral coilgun CG-12 ring airfoil penetrators and laser designation/attack systems.

    Informatics

    • Crew
          • Single pilot in fully immersion pilot pod
          • Linked-in wetware control system
          • Digital Fly-by-Light
    • Primary
          • TAA-19 Tactical Analysis Array
          • AI level 5 capable of fully automated flight and remote control
    • Secondary
          • Active spatial awareness processor
          • AI level 12 pilots resource kit

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