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Approved Starship Concordia-class Battle Carrier

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ADM. Reshmar

Directorate Officer Fleet Admiral SJC 3rd Fleet
ADM. Reshmar
Character Bio
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OUT OF CHARACTER INFORMATION
  • Intent: Create a Battle Carrier
  • Image Source: My IMGUR (model created by myself using 3ds.max)
  • Canon Link: N/A
  • Permissions:
    Permissions from Gir Quee for use of Lucerne products
    Permissions from Suravi Teigra for use of Deimos Series Positron Cannons
    Permissions from myself Joran Greth, Lash to use Imperium Forge Works products
  • Primary Source: N/A
PRODUCTION INFORMATION
TECHNICAL SPECIFICATIONS
STANDARD FEATURES

ADVANCED SYSTEMs
STRENGTHS
  • Impenetrable - The Concordia-class utilizes an impervium hull as its base system of defense. Atop of this are plates of incredibly dense molecularly bonded neuranium.
  • Fire Proof - Plates of hyperbaride are installed over the hulls armor giving it a layer of defense from incredible high heat.
  • Shielded - the Concordia-class has a formidable mix of shielding protecting it from all forms of weaponry.
  • Air Wing - The Concordia-class is built around its capacity to launch and support its oversized fighter wing.
WEAKNESSES
  • Brick - The sheer mass of the vessel requires immense counter force to maneuver and slow therefore the sublight maneuverability is very low
  • Sloth - Because of the massive vessel mass, it requires massive amounts of thrust to propel in sublight.
  • Mass Effect - The armor of the vessel is extremely dense and weights an insane amount. This extra mass offers a very formidable defense against most types of weaponry but will affect the already poor sunlight speed and maneuverability performance of the vessel while operating inside a Gravity well.
  • Broadsides - The majority of the vessel's armament is installed for broadside engagements leaving the forward arc of fire limited to the two heavy cannons and only 20% of its other armaments.
DESCRIPTION
Design
The Concordia-class was conceived as a hardened mobile airbase for use by the Directorate and its allies. As its design proceeded it was modified to act more as a carrier vessel that could stand against star destroyers toe to toe. Build with defense in mind the vessels optimum fighting stands is from its broadside where the mass of its flank guns can be of best use. Optimized to carry four wings of attack craft, one wing of support craft, and with hanger space for larger visiting craft such as cutters and pickets, the Concordia-class can launch various types of craft and vessels for any role or mission desired.

Construction
The vessel is a formidable construct made of Molecularly Bonded Neuranium. Ionic Fusing bombards the liquified Neuranium with charged vibrating waves in the cooling process to strengthen the already dense molecular bond of the material. Each plate is a ten-centimeter thick plate which is then given a five-centimeter thick layer of Hyperbaride External Heat Shield Plating. This outer layer of plating can absorb massive amounts of heat from any energy type weapon. This armor is laid atop of a twenty centimeter thick Impervium Hull creating a strong underlayer of armor protection for the vessel. This hull is installed over a triple reinforced frame made of Condensed-matter composite held together by Ferrocarbon reinforcements. Throughout the vessel the internal construction including Blast Doors, Bulkheads, Internal walls. While the armor prototype was developed and installed on the larger Bulwark Mk V Battlecruiser the mass of the armor was found to have far more weaknesses than it compensated for in strength. The think plates were so dense the mass of the vessel was far too much for it to operate inside the gravity of a planet. The variant of the plating installed on the Concordia-class battle carrier is far thinner than the armor of the Bulwark and while still dense and heavy it allows the vessel to operate near a gravity well with limited movement speeds and maneuverability from the gravity of the planet.

Defense
Adding to the formidable armor and hull of the vessel are its multiple shielding systems. The base shielding is provided by an advanced Aspis-class Shield System from Lucerne labs. This system provides multi-layer multi-projector shielding giving the vessel protection from all forms of weapon. Secondary shield systems are installed for advanced shielding protection. The first of these is the double layer Redundant Molecular Shielding which absorbs all incoming energy and transfers that energy to massive capacitor banks deep inside the vessel hull. These capacitor banks add to the already robust power supply systems of the ship. The final shielding system is a Solar Ray Shielding system which specializes in protection from energy including solar energy weapons. These systems cover the vessel completely and provide extremely powerful layers of protection from all forms of damage. The defensive weapons of the Concordia offer a wall of countermeasures Anti-attack craft and anti-projectile defense.
two hundred MC1006 Sturgeon-class Laser Defense Batteries are positioned around the hull giving the Concordia-class extremely effecting defense against incoming projectiles and attack craft. KD12-1 "Interceptor" Defensive Batteries fire canisters of various types providing area effect and denial capabilities to the defenses of the Concordia. Plumbata-class Point Defense Batteries aid in defensive duties providing longer range defensive fire than the Sturgeon. These weapons fire a variety of projectiles to intercept incoming projectiles or attack craft. LLT-2 Seure-class Cannon give the Concordia heavy defensive fire with its 165 mm projectiles. Hansen FeatherTouch Tractor Beam Projectors are positioned on the forward and flank hulls for attack craft recovery, Assistance with anti-projectile and Anti-Attack Craft duties, and general use with capturing and moving objects in space. FOr larger things such as large asteroids and comets or larger vessels such as corvettes and frigates, the Concordia has Aura-class Tractor/Pressor Beam Projectors. To handle the stress of handling the larger objects and starships. These powerful pressor/tractor beams are located on the prow and forward flanks of the vessel.

Offense
Offensively the Concordia-class has opted for fewer heavy weapons over mass amounts of smaller weapons. While the guns of the class are heavy they have limited fire arcs and numbers. The main heavy cannons of the Concordia are the dual prow mounted NMC -1 Mjolnir Neutron Matter Cannons. These massive weapons project a light constant beam that crates neutron pairs which travel at the speed of light until they come in contact with matter. Once the impact has been made the neutron pairs replicate creating infinite mass traveling at the speed of light. The beam has a very short firing cycle which limits it to be more effective the closer the cannon is to its target. The weapon becomes less effective the further away a target is. As its main weapon systems, the Concordia has large turrets across its hull which house several types of heavy weapon systems. each turret houses five heavy weapons of varying types. Each turret is equipped with a pair of Vengeance Quadra Assault Turbolaser cannons. These cannons offer very heavy, very long-range fire support when needed. A pair of powerful IFW-1100A Terminator Velocity Cannons which fires large reactive warheads at ultrahigh velocities. These battlefield range effective massive kinetic weapons fire 520 mm osmium core reactive anti-matter warheads at 6km/s. These weapons have incredible penetration and explosive potential against any target. A single Class III Deimos Series Positron Cannons is equipped in the turret for standard ranged engagements and as a heavy defensive weapon system. Sea Hawk Heavy Torpedo Launchers are positioned on each left and right flanks just above the flight pods which can launch various types of ordinance tipped heavy projectiles. these launchers can fire assault concussion missiles for guided projectiles as well as specialty guided and unguided warhead tipped projectiles

Network
Internal defense systems aid the onboard marine complement in defending the vessel from boarders. Pyrowalls description protected the vessel's computer systems from both external and internal slicer attacks. Every computer interface and control panel as well as every personnel interface and droid interface is protected by socketguards limiting any access to the vessel's network from that port. These anti-slicer systems were monitored at all times by Rapid Repetition Defense Measure programming which detected any intrusion and counteracted it instantly upon detection. EI-9 network security droids protect the vessel's network both online and physically utilizing blasters and various tentacle-like interfaces to engage an enemy. These tentacles were also equipped with multiple types of interface connecting adapters giving it the ability to connect and control any type of interface on the vessel. these droids were equipped with a quick load computer core and a self destruct systems that would save the data acquired by the droid and then destroy itself if it becomes compromised. Embedded Mantraps are positioned along the kilometers and kilometers of deck plating along the vessel corridors. These systems can be triggered when on defensive mode when borders are detected, or controlled from various control systems aboard the vessel to increase the local gravity of the corridor from the entire span down to each individual plate. these plats can increase the gravity to seventy-eight and a half meters per second squared of gravity. this increases the mass of the target by eight times disabling the target's ability to move. continued exposure to the gravity field could affect the target respiratory and circulatory system. Internal Force Field Generators are also positioned along with the ceilings of the corridors which could be used for security limiting areas from being entered or trapping a target in a specific area of the vessel. These systems could also be used to aid onboard defense forces by providing shielding for them in battle.

Complement
The heart of the Concordia-class is its dual hanger pods. These massive flank hangers house six squadrons each of attack craft, can accommodate visiting vessels as large as a corvette in the massive hangers, and act as an additional storage area for cargo and consumables when needed. The versatility of these large hanger areas gives the Concordia-class endless operational capabilities allowing for mission variable payloads and long term operations where it can act as a hub for large formations of vessels in regions where supply chains are not solid or serviceable. The attack wing of the Concordia consists of three wings of attack craft and a wing of support craft. The attack craft wing generally consists of an Interdiction and space superiority wing of Interceptors and fighter craft. A second wing which is made up of Heavy Fighters is a general-purpose wing utilized in Scott and interdiction operations and defense duty for the vessel. The third attack craft wing is made up of Bombers and acts as the primary offensive wing of the class. The Support craft wing is made up of gunships, assault shuttles, and heavy landers to carry and support the vessel's Marine Assault Regiment. The attack craft of the three attack wings can be launched rapidly via the experimental Rapid Launch Tube System. This system can launch twelve attack craft at one time through tubes that are equipped with Pressor Catapults and repulsor projectors working in conjunction to launch an attack craft from its tube within three seconds. The Pressor beam accelerates the attack craft down a rail system launching it as the repulsors aid the escaping craft once it has left the tube. One of the systems is installed on each flanking hanger pod allowing the Concordia-class to launch twenty-four attack craft at one time. This system can then be reloaded within minutes by hanger deck crews and launch another set of squadrons within five minutes of the last. The craft are then recovered through the large hanger opening at the rear of the pods while the forward bay is for visiting vessels.
 
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Major Faction

Listib Hibin

One Eyed
Listib Hibin
Factory Judge
Character Bio
Nice 3D model you made but we have a problem.

Permissions:

Permissions from Gir Quee for use of Lucerne products
Permissions from Suravi Teigra for use of Deimos Series Positron Cannons
Click to expand...
These only go to their character profiles...where does it say that you can use their permissions? Please get their permissions written word through discord/private message, their marketplace or any other form of communication. Those other two I know are different characters so they get a pass.

I never thought I say this but because of that, I cannot review any further till this is resolved.
Let me know when you have the permissions required done.
ADM. Reshmar ADM. Reshmar
 
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