BIG Z1776
Baboon with a MAAWS
OUT OF CHARACTER INFORMATION
A strategic defense weapon, the design family of which was designed after the Siege of Crossroads Prime in the Galactic Civil War. During this siege the CRAF found itself incapable of dealing significant damage against Imperial Star Destroyers and after the siege was lifted the military put out a requirement to design and build a weapon capable of anti-capital ship fire missions to prevent close-run sieges of the kind that the CRAF was unable to prevent in the past. So the Fury-series was born. Its latest model, the Fury-III, is the epitome of this fear of capital ships being close to their homeworlds. It measures a hundred and ten feet long and ten feet in diameter and weighs in at two-hundred and fifty tons.
When called-upon, a shielded missile battery is given its target, each missile is fueled, its systems powered on, and then they launch as a salvo, the size of which depends on the target. This salvo of missiles breaks out of the atmosphere of its planet or moon, and then they align from a safe position, and their coaxium afterburner system activates, injecting the powerful fuel in bursts for constant acceleration as the warhead's inertial dampener kicks into overdrive. The missile ideally strikes the shield at high speed with the help of its guidance jammer to prevent interception, which in combination with its disruptor field generator lets the depleted-baradium penetrator take over and to punch into the target ship. The inertial dampener protects the warhead from deformation, and then the warhead detonates within the bowels of the target ship, blowing apart ship components for several hundred meters in every direction while an oxygen-consuming fireball lances out through as much of the ship as it can, consuming this life-essential gas and causing additional heat damage to the ship and its crew and passengers. Such a threat is meant to keep enemy fleets so far away from a planet armed with a stockpile of these missiles that a blockade is nearly impossible to implement. And to protect them these missiles are well-guarded, and in some case are kept mobile on mobile missile erection launchers.
- Intent: Create an anti-capital ship missile for planetary defense systems of the Crossroads Republic Armed Forces, its intent is to follow in the style of IRL Hypersonic Missiles
- Image Source: Based on IAI's Skysniper
- https://makeagif.com/gif/proton-warhead-power-g1soEC made from this episode
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Crossroads Defense Industries
- Affiliation: Crossroads Republic Armed Forces
- Model: CDI "Fury III" Heavy Anti-Orbital Missile
- Modularity: No
- Production: Limited
- Material: Titanium, Quadanium Steel, Depleted Baradium, Heat-Resistant Carbonite, Coaxium, Baradium, Field Disruptor Components, Proton Warhead Components, Ion Engine Components, Inertial Dampener Components
- Classification: Anti-Ship Missile
- Size: Extremely Large
- Weight: Very Heavy
- Explosive Type: Thermobaric Baradium-Infused Proton Warhead
- Delivery Method: Self-Propelled
- Effective Range: Extreme
- Area Of Effect: Large
- Stopping Power: Extreme
- Large Quad Booster Engines with propel the missile off of the planet or station and ion engines will guide it into position in space.
- Guidance and alignment system can be remote controlled or set to autonomous targeting.
- A small amount (3 milliliters) of Coaxium is injected into the ion reactors to cause a MASSIVE speed boost to the missile up to 1,200 MGLT
- Powerful inertial dampeners that prevent the warhead from being damaged or destroyed prior to detonation.
- The nose-cone of the missile possesses a disruptor field generator to assist the warhead in penetrating through shielding and through the hull of the target vessel.
- Rear section of the missile possesses a jammer for warding off missiles and assisting the missile to break sensor lock.
- Super-heated depleted baradium penetrator meant for punching through enemy hulls.
- Baradium-infused Proton Warhead creates a powerful thermobaric explosion when, as designed, the warhead detonates inside a warship, doing explosive damage to the vessel and burns off as much oxygen as possible to incapacitate the crew with an explosion much more powerful than the much smaller proton warhead explosion depicted below: (Created this gif myself from this episode)
- Lethal against frigates and cruisers, and can cripple capital ships with one well-placed strike.
- Very long ranged weapon system, can be launched from one-side of a planet, and then be sent around orbit to then go into its terminal acceleration.
- Can penetrate shields with its disruptor field.
- Very accurate thanks to its high speed.
- Very difficult to intercept due to the massive acceleration and high speed when it goes in for the kill.
- Vulnerable to interception prior to its terminal acceleration.
- Requires a warm-up period prior to launch to fuel the coaxium into the missile injection tank and to power-up the disruptor field.
- Requires a facility to support just one missile because of its complex construction and high-value materials.
- Very expensive due to the expensive material and complex systems.
- Complex to build and troublesome to move, even with a mobile erection launcher vehicle, requires stable roads and a flat launching area.
A strategic defense weapon, the design family of which was designed after the Siege of Crossroads Prime in the Galactic Civil War. During this siege the CRAF found itself incapable of dealing significant damage against Imperial Star Destroyers and after the siege was lifted the military put out a requirement to design and build a weapon capable of anti-capital ship fire missions to prevent close-run sieges of the kind that the CRAF was unable to prevent in the past. So the Fury-series was born. Its latest model, the Fury-III, is the epitome of this fear of capital ships being close to their homeworlds. It measures a hundred and ten feet long and ten feet in diameter and weighs in at two-hundred and fifty tons.
When called-upon, a shielded missile battery is given its target, each missile is fueled, its systems powered on, and then they launch as a salvo, the size of which depends on the target. This salvo of missiles breaks out of the atmosphere of its planet or moon, and then they align from a safe position, and their coaxium afterburner system activates, injecting the powerful fuel in bursts for constant acceleration as the warhead's inertial dampener kicks into overdrive. The missile ideally strikes the shield at high speed with the help of its guidance jammer to prevent interception, which in combination with its disruptor field generator lets the depleted-baradium penetrator take over and to punch into the target ship. The inertial dampener protects the warhead from deformation, and then the warhead detonates within the bowels of the target ship, blowing apart ship components for several hundred meters in every direction while an oxygen-consuming fireball lances out through as much of the ship as it can, consuming this life-essential gas and causing additional heat damage to the ship and its crew and passengers. Such a threat is meant to keep enemy fleets so far away from a planet armed with a stockpile of these missiles that a blockade is nearly impossible to implement. And to protect them these missiles are well-guarded, and in some case are kept mobile on mobile missile erection launchers.
Last edited:
