AWACS Horizon

1. #1The Infinity Universe

   Keys: universe, the universe, world, the world, earth, our earth, our world, the earth, the solar system, ace combat infinity, aci

   This serves as a brief overview of the history and Ace Combat Infinity (ACI, "Infinity"). ACI is set on Earth. There are Six Continents: Eurasia, Oceania, North America, South America, and Antarctica. Ace Combat Infinity only starts deviating from our Earth's history from the year 1999 when the Ulysses Disaster (see: Ulysses Disaster). After the Ulysses Disaster, PMCs (see: Mercenaries) rose to power to fight wars, after nations cut their military budget by an unthinkable amount to recover. Due to the economic fall out, the company known as Wernher and Noah Enterprises (See: Wernher and Noah Enterprises) rose to prominence to help the world rebuild, providing jobs for refugees, selling arms to mercenaries, and taking over government-owned satellites. ACI's World is fundamentally a game world, and does not follow standard or realistic physics, especially in regards to planes. Planes can do basically impossible maneuvers, like stopping mid-air and changing directions, while holding a ludicrous amount of missiles. Generally, the rule of cool takes priority. Superweapons (See: Superweapons) that would cost millions and millions of dollars can be build and can be kept from the public's eye.

2. #2Ulysses Disaster

   Keys: Ulysses, stonehenge, ulysses refugee crisis, ulysses refugee, ulysses disaster, asteroid, asteroids, the ulysses disaster, planetfall, skyfall, shattered skies, 1986VG1 Ulysses. 1986VG1, Polyphemus, Telemachi, ulysses impact

   The Ulysses Disaster is the formal name for the planetfall of the 1986VG1 Ulysses asteroid in 1999. The Ulysses Disaster changed the world fundamentally. In on November 9th, 1986, the asteroid named Ulysses was the 32nd minor planet discovered from the time-frame of November 1st to the 15th. Ulysses was in orbit of Jupiter as a natural satellite and did not pose a threat at the time. In that same time frame, the rouge extrasolar asteroid named Polyphemus had entered the solar system. Polyphemus would remain undetected until it crashed into Ulysses in 1990. As a result of this impact, over 10,000 would enter a wide, elliptical orbit of the sun. Soon after this impact, in 1994, the fragments known as Telemachi Fragments were discovered by the International Astronomical Union (IAU). The IAU predicted that the Telemachi Cluster would hit the Earth sometime by mid-1999. Most of the Telemachi would burn up in the atmosphere before causing major damage, but some were large enough to survive the impact, and fewer still could cause massive damage. In response, the international community banded together to create the Stonehenge Turret Network (STN) (See: Stonehenge), a system of railguns to shoot what little Telemachi that survived their Roche Limit. Other nations build their own defenses (See: Chandelier, Meson Cannon) to serve as their own versions of Stonehenge. Despite this, damage was still wide-spread (see: Ulysses Craters). The world order had been turned upside down. Estimates place over half a million deaths in the first two weeks after planetfall, not counting those who died from disease and war that followed. Tokyo, Japan was struck head-on, creating the Jōtō Crater, and leading Japan to move their capital to Kyoto. As a result, many nations slashed their military budget by an enormous extent, the world Military spending dropped to a meager 3%. Those nations diverted their money into rebuilding, the Ulysses Relief Effort accounted for 58% of the worlds economy or $1.845 trillion USD. Due to Ulysses, many Eurasian nations couldn't maintain a cohesive nation due to the cutting of the military budget, and many fell into civil war, Balkanization, and full-blown regional wars. The UN became a stronger operational body with the destabilization of the world. Due to instability in many Eurasian became regional federations instead, such as China, India, Pakistan, Russia, Mongolia, Saudi Arabia, and many regions were designated Special Economic Zones by the UN (See: Iyuli) . In the decades following the initial Ulysses Impact, many Telemachi Fragments in orbit of Earth would rain back down to strike the Earth, but Stonehenge would shoot these fragments down. In the fallout afterwards, the company known as Wernher and Noah Enterprises (see: Wernher and Noah Enterprises) rose to prominence, providing jobs for refugees, it's PMC branch fought wars for nations, and they took over government-owned satellites. The generation of people who experience the Ulysses Refugee Crisis and the children thereof would be known "Lost Generation" (See: Sons of Troia and USEA).

3. #3Ulysses Craters

   Keys: ulysses, ulysses crater, ulysses impact, impact crater

   Below is a list of every crater from the Ulysses Disaster (See: Ulysses Disaster) Africa:

   • Southern West Africa (Nigeria, Cameroon and Gabon)
   • North Atlantic Ocean, south of Sierra Leone and Liberia
     • Generated four additional impacts from breakaway fragments, reaching as far as south of Cote d'Ivoire.
   • Northern Madagascar
   • South Sudan or Central African Republic
   • Chad, Libya, Tunisia and Algeria
   • Niger

   Eurasia:

   • East India
   • Tokyo, Japan
     • Jōtō Crater
   • Hokkaido, Japan
   • South Italy
   • Oman
   • Parts of Eastern Europe
   • Kuwait
   • North East Pakistan
   • Parts of Russia
   • Afghanistan
   • North East and South China
   • Taiwan
   • The Philippines
   • Pacific Ocean near Indonesia

   Oceania:

   • New South Wales, Victoria and South Australia, Australia

   Americas: South America: - Colombia - Ecuador - Northern Peru - Bolivia - Southern Brazil - Central Venezuela Central America: - Costa Rica - Panama North America: - Western United States - Northern Canada - Pacific Ocean near the US west coast - Yucatán, Mexico

   Atlantic Ocean

4. #4Stonehenge

   Keys: Stonehenge installation Stonehenge, Type-0, Type-1, Type-2, Type-3, Type-4, Type-5, STN, railgun, menhir, Stonehenge Turret Network

   The Stonehenge Turret Network (STN) was created in response to the Ulysses disaster event (See: Ulysses Disaster). There are six Stonehenge units across the globe. Type-0 was installed in northeastern China as a prototype, then Type-1 in Indiana, USA, Type-3 in Turkey, Type-4 in Namibia, and Type-5 was installed in Argentina. Stonehenge uses a number of geosynchronous satellites named Menhirs (there are Menhirs for each type of Stonehenge, there is a Menhir-0 for Stonehenge Type-0, Menhir-1 for Stonehenge Type-1, so on and so forth) that are utilized to help the turrets to aim. Each STN is comprised of eight railguns, one in each cardinal direction. Type-3's Turret-4 (Southeast-facing) had been struck dead-on by a Telemachi Fragment during Ulysses's planetfall. The Stonehenge turrets utilize a 120 cm anti-air-and-surface, gunpowder-and-electromagnetic hybrid acceleration-based semi-automatic fixed-gun system. The 120-cm shells are filled with fuel, so that when they reach a target, they explode in a fiery explosion, and these shells can also be detonated remotely. Stonehenge accelerates these 120-cm shells with a combination of gunpowder-based and electromagnetic-based acceleration methods, thus they are not 'technically' railguns, they are initially propelled with gunpowder and then electromagnetism to accelerate them further. These shells can reach six kilometers a second, or 17-18 times the speed of sound. Each railgun of each Stonehenge installation has a complex of 1,024 supercomputers, making 8,192 supercomputers per Stonehenge installation. Each supercomputer capable of performing nine billion floating point arithmetic operations per second, and each Stonehenge installation could make 100 trillion operations per second. These complexes were used to calculate the velocity, the direction, and the mass of each Telemachi Fragment in order to destroy them.

5. #5Superweapons

   Keys: superweapon, superweapons, stonehenge, scinfaxi, scinfaxi-class submarine, aigaion, Aigaion-class heavy command cruiser, kottos, Kottos-class aerial warship, gyges, Gyges-class aerial warship, Chandelier, Arkbird, SOLG, OLDS, Strategic Orbital Linear Gun, Excalibur, Orbital Laser Defense System, heavy command cruiser

   Superweapons are powerful weapon(s) capable of death and destruction on a much larger scale and at a faster rate than typical weapons of war. Superweapons do not necessarily need to be build for the express purpose of military engagements (see: Stonehenge, Chandelier, Arkbird) but ones that could be used for that matter. When a Superweapon appears in the story, they are to be treated as a pivotal plot-point. Superweapons are introduced early on, a thorn in the player's side, and are destroyed after the "In the Belly of A Whale" stage of the Hero's Journey. When a Superweapon is destroyed, the side using it will feel the effect immediately, it usually signifies the end is nigh.

6. #6Chandelier

   Keys: chandelier, indepenent railgun cannon, IRC, Canada's Stonehenge

   Chandelier, formally known as the Chandelier Independent Railgun Cannon, also known as Canada's Stonehenge (see: Stonehenge), as a singular railgun unit developed by Canada to combat the Ulysses (See: Ulysses Disaster) fragments. Chandelier would be built in the far north of the Northwestern Territories. The Canadian Department of National Defense developed the railgun in late 1996, two years after Ulysses had been predicted to impact the Earth and three years before planetfall. It would not be developed in time as planetfall would occur, devastating Canada. After planetfall, Canada would fall into a brutal five-way civil war (2007-2013), and Chandelier would never be used. Rumors ran around that the the Island Coalition (See: Canadian Civil War) would use the railgun to attack their enemies, but this never came to pass. In the end, Chandelier was never used.

7. #7Aigaion, Kottos, Gyges

   Keys: aigaion, kottos, gyges, Aigaion-class heavy command cruiser, Kottos-class aerial warship, Gyges-class aerial warship, heavy command cruiser

   The Aigaion-class heavy command cruiser, and the Kottos-and-Gyges-class Aerial warships were developed by Mongolia in the 1980's, but they wouldn't see light until the 2010's. Mongolia overengineered the Aigaion in hopes it would reduce the amount of aircraft it would have to deploy. As Mongolia is a landlocked nation, they couldn't create a traditonal naval aircraft carrier, so they funded and created the Aigaion-class heavy command cruiser. The Aigaion can stage aircraft just like like a traditional aircraft carrier. It has AA guns to serve as aerial defense as well as the Kottos and the Gyges. Aigaion's specifications:

   • Beam: 963.77 m (3,161.98 ft)
   • Length: 433.3 m (1,421.59 ft) -Height: 102.39 m (335.93 ft) The Kottos is an electronic-warfare aircraft that provides support for the Aigaion. It has some AA guns on it's back, but nothing that could make it fight air-to-air on it's own. The Gyges is an air-to-air focused aircraft, providing support for the Aigaion. It is filled to the brim with AA and SAMs. It is also more maneuverable than it's brother ship or the Aigaion, letting them get into a defensible position quicker. Kottos and Gyges specifications:
   • Width: 486.45m
   • Length: 206.68m
   • Height: 43.61m There are two known Aigaion along with eight Kottos and eight Gyges. A standard formation with the Aigaion is one Aigaion with two Kottos and one Gyges on either side. They are under the Mongolian Naval Command. Mongolia would not use the Aigaion or his fleet, rather, after Ulysses (See: Ulysses Disaster), Mongolia would lease the Aigaion to nations in need of defense, keeping one Aigaion Fleet at home in case an attack came from it's destabilized neighbors. The Aigaion Fleet's most notable deployment was to the Canadian Civil War (See: Canadian Civil War), where the Eastern Faction would use it to end the war in their favor.
8. #8SOLG and OLDS

   Keys: SOLG, OLDS, Strategic Orbital Linear Gun, Orbital Laser Defense System, shatered skies, project shattered skies

   The SOLG was developed as apart of Reagan's Strategic Defense Initiative. There are four known SOLGs in orbit, codenamed Schroeter, Oort, Lexell, and Gould. The SOLG is able to fire Kinetic Energy Weapons (although any ballistic weapon can be loaded onto it, including nukes) from its base in the event of a Soviet invasion of the US mainland, and for attacking the USSR directly. As its name suggests, the Strategic Orbital Linear Gun was a maneuverable Kinetic Energy Weapon system designed to fire on surface targets, particularly missile silos, from high orbit altitudes. The SOLG's structure mainly consisted of a long, octagonal gun barrel one kilometer in length. The SOLG's payload was stored within four large auto-loading magazines, which extended perpendicularly from the back of the gun barrel. These auto-loader units rotated counterclockwise along the barrel's axis; four counterweights on the gun barrel rotated clockwise. Together, the centripetal force generated by this rotational motion (similar to that of a spinning top) likely stabilized the launcher's oblong barrel during firing. This force also worked to accelerate the loaded warhead in the barrel. The SOLG's critical systems were housed in four stationary modules located between the counterweights and auto-loader units. The systems were powered by solar panel arrays affixed to the barrel. Firing first required the SOLG to receive target coordinates from a ground-based relay station. The SOLG then aimed its gun barrel through unknown means (potentially adjustments in the rotational rate of its counterweights and magazines). Warheads stored vertically within the auto-loader units descended into the firing chamber, where they were accelerated and launched down the barrel towards the target. The warheads would accelerate while descending, gaining enough kinetic energy to cause a massive explosion by the time it hit the target. Since it was designed to destroy missile silos, the explosion likely had a penetration effect as well. All SOLG units are fitted with anti-asteroid lasers. The OLDS, Orbital Laser Defense System, was developed after the Ulysses Disaster by Wernher and Noah Enterprises (See: Wernher and Noah Enterprises) to destroy Telemachi Fragments from orbit. The Orbital Laser Defense System's major components are four large cylindrical constructs with two thrusters installed on the rear of each construct. Two of these constructs are positioned on top of the other two, with one pair on each side of the OLDS. Two horizontal stabilizers are also connected to the cylindrical constructs on top. The rest of the OLDS comprises of one smaller cockpit-like structure at the front and a circular structure in the center. All of these components are attached by a series of interconnected pillars. The circular structure in the center of the OLDS houses six laser launchers. When the OLDS chooses a certain piece of orbital matter as its target, these launchers charge for a few seconds and fire on the target. The lasers vaporize the target's surface at a precise angle to use the resulting thrust to change the target's orbit. This targeting system has a safety measure that prevents targeting any man-made structures in orbit. The OLDS originally could not determine a target's final destination. Its primary function was to drive orbital matter away from the Earth.

9. #9Arkbird

   Keys: arkbird, anti-satellite weapon, anti-satellite, anti-ballistic missile, anti-asteroid

   The Arkbird, also know as the Anti-ballistic, Reconnaissance, and Kill (ARK) Project, was superweapon during the US's Strategic Defense Initiative. The Arkbird is a maneuverable, low-orbiting spacecraft. It has a laser at it's nose that it used to shoot down objects in the air. This laser is highly accurate, being able to destroy ballistic missiles while they are in the sky, submarines underwater, and aircraft going mach 2. The Arkbird was initially developed as an Anti-ballistic missile weapon to destroy nuclear missiles as they are in the air. The Arkbird is a large spaceborne craft that featured a sweeping, aerodynamic design. Its white-plated fuselage was vaguely triangular in shape, gradually widening and flattening towards the stern. Upward-swept wings (reminiscent of a seabird's) complemented the design and provided most of the spacecraft's atmospheric maneuvering capabilities. The Arkbird was supported by five main engines: two dual-nozzle rocket boosters on the stern's ventral port and starboard sides; two large combined cycle engines on the stern's dorsal port and starboard sides; and one large, auxiliary booster engine at the center of the dorsal fuselage. The ship's bridge and navigational systems were located at the bow of the fuselage. The central fuselage housed a rapid-firing laser unit on a circular mounting atop the Arkbird's dorsal section, flanked by anti-air missile launchers on the port and starboard sides. Emergency escape pods and as well as the powerful A-SAT laser module were fitted to the Arkbird's ventral hull.

10. #10Gleipnir

    Keys: gleipnir, shock cannon, optical camoflauge, Shock Wave Ballistic Missile, SWBM, agocac

    The Gleipnir, offically the Anti-Ground Optical Camoflauged Aerial Cruiser (AGOCAC), was developed by the South American nation of Peru during and after the Peruvian Civil War. The Gleipnir like other aircraft of its size and role, it was intended to completely annihilate hostile targets and frighten enemy troops with its incredible firepower. Because of its gargantuan size, it was developed as an amphibious aircraft, able to take off from both land and large bodies of water, such as oceans and rivers. The ship was armed with eight launch ports for Shock Wave Ballistic Missiles (SWBMs), a Shock Cannon in the ventral area, and an optical camouflage system that allowed it to turn invisible to the naked eye. Furthermore, it boasted significant anti-aircraft armament, allowing it to defend itself against fighters. Despite its imposing size and role, the Gleipnir was considered an "airborne fortress" as opposed to being called a heavy command cruiser, likely due to its inability to carry aircraft or to act as a mobile command base. The Gleipnir's overwhelming firepower was one of the core reasons for Peru's successful blitzkrieg against Brazil (See: Peruvian-Brazilian War) early in the war, and it was feared greatly among Brazilian troops. The SWBMs was a type of long-range, highly-destructive ballistic missile designed by the Peruvian Air Force. The SWBM is an extremely strong thermobaric missile, using a similar principle to fuel-air explosive (FAE) weapons. It uses a large quantity of special, highly explosive fuel, which is dispersed by the missile upon reaching a target. The fuel then ignites, causing a massive explosion of energy. Due to the missile's design, the shock wave spreads in a mostly horizontal motion, destroying almost anything flying at an altitude equal to or higher than the blast point. However, as a result of air pressure differences, the shock wave has a much less severe effect at altitudes different than that of the detonation point, allowing low-flying aircraft to potentially survive the blast. However, if the missile detonates at ground level, it can still deal massive damage to surface targets. The Shock Cannon was an energy-based superweapon developed by Peru prior to the Peruvian-Brazilian War. It was the secondary non-conventional weapon of the airborne fortress Gleipnir, but was used rarely during battles involving the aerial warship, with it instead favoring the SWBM. The Shock Cannon was a meson-based air-to-surface superweapon powered by a cyclotron-type particle accelerator. The energy was delivered through a disc-shaped device and was designed to operate under the same fuel-air explosive principle as the SWBM, so as to avoid damage to the structure or aircraft utilizing the device. The non-indicative name of "cannon", reflecting its great power, was used by Peruvian personnel as a term of convenience, despite it not being an artillery emplacement or laser weapon. Prior to firing, the cannon spread a cloud of explosive gas. The cyclotron accelerator—which was unable to produce enough energy to act as a weapon by itself—would then send a directed meson discharge through the firing disc, igniting the cloud and causing a huge lateral explosion. Unlike the SWBM, the weapon's energetic output could be modified to allow it to operate in adverse weather and within many different operational parameters, making it more versatile than its missile-based counterpart. However, the immense amount of energy required to fire the cannon prevented it from being used simultaneously with the Gleipnir's optical camouflage, leaving a loophole for attacks. Additionally, the cannon required a significant amount of time to charge, giving a window to attack both the Gleipnir's cannon. The optical camouflage that the Gleipnir has is a type of camouflage designed to conceal vehicles and aircraft through refraction of light, making them nearly invisible to the naked eye. The optical camouflage system has been researched in various methods, and it was successfully applied onto Gleipnir as an active system. It is well known as Retro-reflective Projection Technology (RPT), a technology that takes in the background of the fuselage with the receiving optical element of CCD and the like, converting to image with the luminous organic element, EL, and the like that is laid on the fuselage surface and starts projecting. The surface of the image panel and the prism is covered in the crystallized deflection lens of the ceramics. The optical camouflage is actualized when only the projected side of the fuselage is seen. The concept is relatively simple, but it reveals another big problem. When it starts projecting the image, the emitter happens to be full, the amount mass of the electricity system generation and the chart surface processing material which produces electric power in order to maintain the lightness are piled up, pushes the gross weight of Gleipnir’s fuselage. Because the scale of the system is large, if the mechanism deviates, it suddenly decreases function chain of the system. That turns out to be the weak point of Gleipnir. In addition, the meta substance (operating the nano-structure like molecular structure in method of optical camouflage, the artificial compound which can adjust electromagnetic quality such as reflection and crookedness of radio wave and light etc.) uses electric magnetic radiation such as visible light which tries to diverse around the object.

11. #11Meson Cannon

    Keys: meson cannon, Brazil's Stonehenge, Meson-Based Anti-Asteroid System, MBAAS, atmos ring,

    The Meson Canon and the Atmos Ring, the Meson-Based Anti-Asteroid System, is a system of canons used by Brazil to defend against Ulysses (See: Ulysses Disaster). The Atmos Ring came with eight Meson Canon unites, in each cardinal direction. An Atmos Ring was installed in São Paulo, Rio de Janeiro, and Manaus.

    The Meson Cannons are particle-beam weapons that fire charged muons. The Atmos Ring can generate charged mesons by firing accelerated proton beams at certain materials (including aluminum and beryllium). These mesons decay into muons, and each Meson Cannon can emit the muons in a specific direction using linear particle accelerators in a tower and gun barrel. The Meson Cannons are highly-effective weapons. Their beams fire at just under the speed of light, so if they precisely aim at a specific target, it is nearly impossible to avoid their attack. The Meson Cannons's beams do not create secondary emissions harmful to humans, unlike nuclear weapons. The cannons can defend any site from long-range attacks such as ICBMs, and they cannot run out of ammunition. Despite their effectiveness, the Meson Cannons incur drawbacks due to their design. Their use of cutting-edge technology makes the cannons very expensive to produce. Muons themselves decay at a fast rate, so the beams have a short range of only a few kilometers. In addition, while the cannons can move to change their beams's emission direction, they cannot quickly move at steep angles like lasers. Enemy fighter aircraft can use this vulnerability to their advantage to destroy the cannons. The muons generated by the Atmos Ring's accelerated proton beams have a very short lifespan. They manifest only as short bursts as a result, limiting the effectiveness of the Meson Cannons. They would only be able to fire pulse shots. Brazilian engineers at the Mist Peak Industrial Area developed the Meson Beam Stabilizing Regulator to solve the muon decay problem, which would allow Meson Cannons to fire a continuous beam of charged muons. Even with MBSRs installed, the Meson Cannons could not fire beams at a longer range. With their use, the damage to Brazil would be kept to a minimum. The Peruvian Blitzkrieg (See: Peruvian-Brazilian War) left Brazil no change to use the Meson Canon in a war setting.

12. #12Scinfaxi-Class

    Keys: scinfaxi, scinfaxi-class, scinfaci-class submarine, submarine carrier, sub carrier

    The Scinfaxi-class of submarine were stealth submarines built by the USSR during the Cold War, in response, America's Strategic Defense Initiative was launched. They are able to stage VTOL aircraft and UAVs. The Scinfaxi-class submarines were impressive works of marine engineering: their lengths were around 350 m (1,150 ft)—almost twice as large as a Typhoon-class submarine. It was by far the largest submarine class in existence. The hulls of the submarines were composed of highly advanced stealth materials to avoid both sonar and radar detection, a design choice intended to minimize the vulnerability of ballistic missiles during the post-launch boost phase, during which they are most vulnerable to enemy attack. The aft-dorsal hull of the Scinfaxi-class design also supported an array of anti-aircraft guns and surface-to-air missile launchers, which retracted into the hull whenever the vessel submerged. The Scinfaxi-class was primarily designed as a mobile strategic missile platform and featured launch ports for firing salvos of ballistic missiles in rapid succession. Due to their destructive power, the submarines favored missiles equipped with burst warheads. Each Scinfaxi is capable of carrying multiple squadrons of Harrier and F-35C V/STOL jet fighters, and featured a small vertical takeoff platform at the stern of the vessel to launch these aircraft., though some are armed with UAV modules, and even fewer can stage both VTOL and UAVs.

13. #13Excalibur

    Keys: Excalibur, Sword of Annihilation, Sword of God, King's Sword, Munich's Sword, Schwerin's Sword

    Excalibur, code-named Anti-Ballistic Chemical Laser System (ABCLS), was developed by both West and East Germany during the Cold War. One 60 kms from Munich (West Germany) and one 40 KM from Schwerin. Both Excalibur units were obscured by mountains and trees. During the Cold War, and threats of Mutually Assured Destruction, both West and East Germany independently started developing ABCLS to shoot down ballistic missiles. Excalibur was a sprawling structure that covered hundreds of acres. Four ECM sites south of the main installation protected the weapon by providing radar jamming. The main facility was surrounded by rail-mounted RTLS weaponry for short-range defense. The weapon itself stood atop a square foundation with six projections—four primary and two secondary—which extended several hundred meters from the central base. Each projection supported a large radar tower that was several hundred meters tall, allowing the weapon to track airborne targets. Excalibur's four external power generators were situated at the cardinal points of the primary projections, and fed into the weapon via immense power conduits. The entire structure was surrounded by three large solar panel arrays that generated power for Excalibur's subterranean reserves. Excalibur's one-kilometer high culminating tower rose from the central base of the weapon; the imposing superstructure's broad, rectangular shape gave it a blade-like appearance. Exhaust vents located on either side of the tower discharged super-heated fumes generated by firing the laser, preventing the weapon from overheating. The laser's optical amplifier and turreted radome were situated atop a slender aperture that extended from the top of the tower, resembling the hilt of a sword. To fire, high voltage currents were fed into Excalibur's base. The intense electrical charge would build and ascend (culminate) up the central tower, building to a colossal energy output of 1.21 gigawatts. Excalibur possessed an almost 360-degree range of motion; however, once the laser's firing protocol had been initiated, the emitter became "locked", allowing it to only redirect its beam vertically. After firing, Excalibur underwent a required cooling period to avoid damaging the weapon's vital power systems. For attacking long-range targets, Excalibur was assisted by an array of low-orbiting satellites equipped with reflective mirrors, which were used to redirect its lethal beams; the mirrors gave it a theoretical range of 1,200 kilometers, equal to that of Stonehenge.

14. #14Canadian Civil War

    Keys: Canadian Civil War, Canada, Eastern Faction, Island Coalition, Turtle Island Defenders, Northern Highlands Faction, Independent QuebecArmy

    The Canadian Civil War was a five-way civil war between the Eastern Faction, Island Coalition, Turtle Island Defenders, Northern Highlands Faction, and Independent Quebec Army. It started due to destabilization of the country from the Ulysses Disaster (See: Ulysses Disaster). After planetfall, raids on American Aid Convoys were frequent, leading to Bush threatening to invade Canada if it continued. During Stephen Harper first term as Prime Minister, an American Aid Convy was attacked, leading to the starvation and deaths of over 200,000 people in the Canadian town of Trois-Rivières. Despite his earlier threat, Bush did not invade Canada, instead Canada fractured. This event was another domino in the chain to the Canadian Civil War. The Independent Quebec Army (IQA) was furious that a fifth of a million of their men, woman, and children died as the rest of the nation watched, as such they attacked first, assaulting many First Nations peoples in Quebec. As such, the Turtle Island Defenders (TID) were formed. The Northern Highlands Faction (NHF) had, well, the Northern Highlands, they saw it as their land and defended it. The Island Coalition (IC) had control over the northernmost islands, such as in the Northwestern Territories. The IC also had Chandelier (See: Chandelier), and fears ran abound that they would use it in the war. The Eastern Faction had what was left of the Canadian Government with in them, and international support, though the International Community did not get involved.

15. #15Peruvian-Brazilian War

    Keys: peruvian-brazilian war, peruvian army, brazilian army

    After the Ulysses Disaster (See: Ulysses Disaster), Peru was in a state of disrepair. A bloody ten-year long civil war erupted, ending in a military dictatorship. This military dictatorship blamed its neighbors, specifically Brazil, for "exploitation." As such, the newly formed People's Republic of Peru attacked and initiated a blizkreg against Brazil. Peru would use the Gleipnir, a terrifying aerial fortress, to push Brazil to their Southern most points, taking Rio de Janeiro in under a month.

16. #16Hokaido Rebellion

    Keys: Hokkaido Rebellion, hokkaido, kokkaido rebel, japan, jsdf, jasdf

    After the Ulysses Disaster (See: Ulysses Disaster), Tokyo was hit hard, and the Japanese Seat of Government was moved to Kyoto. But, what was under reported, was that the Island of Hokkaido was heavily affected by Ulysses. Brewing discontent with Kyoto lead to Hokkaido to rebel against Japan. Japan, having cut its military budget to recover from Ulysses, hired the Special Tactical Fighter Squadron "Scarface" to fight in the air in lieu of the Japanese Self-Defense Force. Scarface would come out victorious in the end.

17. #17United Nations Internal Conflict

    Keys: internal united nations conflict, United Nations Internal Confict, United Nations Civil War, UN, United Nations, UN Coup, UN Coup d'état, The First Continental War, first continental war

    After the Ulysses Disaster (See: Ulysses Disaster), power was consolidated into the UN (See: United Nations). It became less of a talking piece and more of an actual governing body, even having the power to call upon member state's armies without the consent of the member state (though it needed a vote by the Security Council). Though, those inside the UN were split: do they stabilize the world via economic means, or by brute strength? Those in favor of economic means, ironically, struck the hardliners first. As a result of being paralyzed, the UN hired the Special Tactical Fighter Squadron "Scarface" after seeing their potential after the Hokkaido Rebellion (See: Hokkaido Rebellion). Scarface would go on to be an essential part of the UN's defense and offense. The United Nations Internal Conflict as it is official called was mostly centered on the Eurasian continent, leading it to be called the Continental War sometimes. In the end, the hardliners won, and more power was consolidated into the UN.

18. #18Wernher and Noah Enterprises

    Keys: Wernher and Noah, WNE, Wernher and Noah Enterprises

    Wernher and Noah Enterprises (WNE) is a world-wide major arms manufacturer that rose to prominence after the Ulysses Disaster (See: Ulysses Disaster). Not much is known about WNE pre-Ulysses, except they headquartered in Belgium. Post-Ulysses, WNE was one of the companies that spearheaded reconstruction efforts. WNE provided jobs to Ulysses Refugees, sold arms to nations and PMCs (See: Mercenaries), provided energy via a mixture of fossil fuels and renewable energy, and they took over most government-owned satellites. Wernher and Noah was managed by parent company Noah Financial Institutions, a group that received stocks and money from other companies to use them for "the common good". It was divided into several branches overseeing various subjects, including research and development (R&D), administration, quality control, sales, marketing and the three "main industries": arms, space and energy. Following the boom of the PMC market, the expanded WNE was the producer of various products, including satellite launchers, the Advanced Automated Aviation Plants and aircraft such as the MQ-90 Quox (See: Unmanned Aerial Vehicles). Years after the Ulysses Disaster, it had become a main arms supplier of the United Nations (See: United Nations) who refused to intervene in their activities. By 2019, it had planned to weaponize spacecraft under the "Shattered Skies" project, which produced the OLDS satellite weapon (See: SOLG and OLDS). Advanced Automated Aviation Plants (3AP) are specialized military manufacturing sites build by WNE. Each plant is capable of creating basically any plane in existence (so long as one has the schematics, space, and money for it) for relatively cheap. It is basically 3D-printing planes. 3APs became very popular after the Ulysses Disaster, then Mercenaries became the default way of waging war, especially in the air.

19. #19United Nations

    Keys: United Nations, UN, UN Security Council, UN Commandos, United Nations Forces, UNC, United Nations Peacekeeping Force, UNPKF, UNF, United Nations Security Council, UNSC, United Nations Independent Commando Services, UNICS, United Nations Marine Commandos, UNMC, United Nations Air Force, UNAF, United Nations Navy, UNN, United Nations Ship, UNS

    The United Nations (UN) is a international intergovernmental organization established by the United Nations Charter back in 1945. The UN through out it's history has been known to be the butt of many jokes, especially with the peacekeeping, one of the UN's main objectives. The UN also writes International Laws, like the United Nations Convention Against Torture, which all member states are obliged to follow. After the Ulysses Disaster (See: Ulysses Disaster) more power was vested into the UN to help the world recover. Though, this lead a split between the economic-minded and the military-minded sides of the UN, leading to a conflict that was mostly centered in Eurasia (See: United Nations Internal Conflict). In the end the military-minded side won, but a compromise had been reached. The United Nation Forces would be established to fight military engagements, usually the number of civil wars and regional wars that followed the instability post-Ulysses. Below is a table of UNF units, but it isn't comprehensive: Air Force:

    • 19th Tactical Fighter Squadron "Ridgebacks" (See: Ridgeback Squadron)
    • Javelin Squadron
    • Rapier Squadron
    • Saber Squadron Ground Forces:
    • United Nations Marine Commandos
    • Several Tank Battalions Naval Forces:
    • UNF Pacific Fleet
    • UNF Arctic Fleet
    • UNF Atlantic Fleet
      • Ticonderoga-class cruiser
      • Cassard-class frigate
      • Ivan Rogov-class landing ship
      • Aist-class LCAC
      • Zumwalt-class destroyer
      • Nimitz-class aircraft carrier
20. #20Tier One Aircraft

    Keys: tier one, old, tier one aircraft, mig-21bis, F-4E, j35j, draken, f-5e, AV-8B, harrier, SU-25tm, SU-24M, f-14, Gripen C, A-6e, f-2a, mig-31b, f-20a, tornado gr.4, su-24MP, EA-6B, F-117A, f-15c, f-14a, f-14b, mirage 2000-5, warrant officer, fulcrum, fighting falcon, phantom II, Fishbed, tiger 2, wild weasel, av-5b, frogfoot, fencer-d, tomcat, bombcat, viper zero, eagle, F-35A, lighting II, f-35b

    Below is all the Tier One Aircraft, they require the rank of Warrant Officer to obtain their role, if they are carrier-capable, and if they are ECM capable, if they are experiemental (XPM). A description of the aircraft is then followed by its Special Weapons (SQW) (See: Special Weapons). All planes have guns, and MSLs (See: MSLs). Tier One Aircraft will be the most seen Aircraft in a campaign, especially in the early missions. There are three subtiers to Tier-1, that being 1.1, 1.2, and 1.3. Tier-1.1 Aircraft are old and easy to mass produce, most common to see in very early missions. Tier-1.2 aircraft are aircraft that are expanded upon, usually upgraded and modernized versions of Tier-1.1 aircraft, seen the mid-early part of the story. Tier-1.3 Aircraft are the creme de la creme of the Tier-1.3 world, seen before the story transitions from the early parts into the middle. Tier-1.1: F-4E Phantom II (Multirole) (Carrier-Based): General purpose, extra large, carrier-based fighter. Though turning performance can be a bit problematic because of the large size of the aircraft, it boasts top class speed performance among the older generation model aircraft, a high level of durability, and has a large amount of space for armaments. Called the Phantom II , it is the first aircraft shared by three branches of the U.S. Armed Forces: the Navy, Marines, and Air Force. SQW: HPPAs, LAGMs, UGBs. MiG-21bis Fishbed (Fighter): An old Soviet Union fighter created in the pursuit of smaller size, lighter weight and lower costs. While it is old, with dubious electrical equipment and weapon carrying capabilities, its light weight provides excellent speed capabilities. However, due to low stability when rolling, it takes a while to become accustomed to handling it. Known by the NATO codename of "Fishbed" , more than 10,000 were produced (including variants) and distributed to the countries of the old Eastern Bloc, making it an extremely well selling fighter. SQW: HPAA, MGP, SAAM J35J Draken (Multirole): A multirole used by five countries, including the Swedish Air Force. The first aircraft in the world to use the double delta main wing, as well as pioneering strakes and the blended wing body, having a large effect on subsequent aerospace design. It demands a high level of piloting skills to fly, due to a lack of flight stability and no fly-by-wire style control system. Known as the "Draken," meaning "dragon." SQW: SAAM, RKTL, HVAA F-16C Fighting Falcon (Fighter): A tractable, lightweight fighter with well-balanced maneuverability and stability. It has an exceptionally light weight and aerodynamic blended wing body, and though a single-engine plane, it is equipped with a powerful engine. Called the "Fighting Falcon", its relatively low cost and high power are the reason it has been adapted by air forces all over the world. To date, more than 4,000 of this best-selling model have been manufactured. Special Weapon: 4AAM, HCAA, QAAM. F-5E Tiger II (Multirole): A small scale, lightweight fighter that was developed in America in the 1970s. It is an upgraded version of its predecessor, the F-5A, which was designed to counter the MiG-21, an aircraft that was common in Eastern Bloc countries. The fighter features twin engines, a large main wing and a fire control radar. Despite its low cost, it features excellent handling and maintainability and is currently used in various countries. Its nickname is "Tiger II." SQW: UGB, HCAA, RKTL. F-4G Phantom II Wild Weasel (Attacker): This air-to-ground attack aircraft is an improved version of the F-4E Phantom II which has been developed to carry out SEAD (Suppression of Enemy Air Defense) missions. It features the same mobility as the F-4E, but can also be equipped with air-to-ground missiles. It is known as the legendary Wild Weasel and has received high recognition for its performance during the Gulf War. SQW: LAGM, UGB, 4AGM. AV-8B Harrier II plus (Attacker) (VTOL): This attacker was developed to make VTOL (vertical take-off and landing) a reality. It has a unique design featuring high mounted wings and four rotating nozzles. This makes it possible to operate in limited spaces such as light aircraft carriers and small airfields. The aircraft is commonly known as the "Harrier." SQW: 4AGM, RKTL, LASM. Su-25TM Frogfoot (Attacker): Designed with a similar ideology to the A-10A, it is an all-weather attacker developed by the old Soviet Union. It has operational capabilities to handle large caliber 30mm machine guns, air-to-ground missiles and bombs. Its NATO codename is the "Frogfoot." While it is an aircraft from a past age, it remains one of the main attackers of the Russian air force even now, and by carrying radar it provides all-weather combat capabilities. SQW: 4AGM, UGB, MGP.

    Tier-1.2 F-20A Tigershark (Attacker): A fighter that was developed to be the successor to the F-5E. Its twin engines have been replaced with a single engine and the design of the aircraft has been modified resulting in a huge increase in performance. Aircraft startup time has been greatly reduced. This allows the aircraft to scramble in a short amount of time, surpassing any other aircraft within the same generation. Despite it being an old generation fighter, it features extremely high maneuverability and excellent handling. Its nickname is "Tigershark". SQW: SAAM, HCAA, HPAA Mirage 2000-5 (Multirole): Developed as an advanced air force aircraft, this tailless delta style, small combat aircraft is in service in several countries including the French Air Force. Its light weight results in excellent acceleration performance. The most recent model, the Mirage 2000-5, has improved multiple targeting capabilities from its RDY radar, and it is also furnished with such features as a modernized cockpit gauge, all of which rapidly elevate its combat potential. Its nickname is Mirage. SQW: 4AGM, 4AAM, SFFS. Su-24M Fencer-D (Attacker): A large fighter bomber developed by the old Soviet Union in the 1960s which is still in use today. Characteristics include its variable wings and sharp body. It can equip up to 8,000 kg of weapons and is capable of launching various types of air to ground missiles while maintaining a stable speed. This aircraft is known by it's NATO codename, "Fencer D." Together with its successor, the Su-34, it is currently active as a fighter bomber for the former Eastern camp countries. SQW: LASM, MGP, 4AGM. F-14A Tomcat (Fighter) (Carrier-Based): A large, carrier-based fighter intended to take over from the F-4 as principle fleet air defense. It has variable wings that can automatically change angle even during flight, allowing for both high speed capabilities in high speed ranges and high maneuverability in low speed ranges. It is also equipped with long range missiles that can shoot down incoming enemies over a considerable distance. Known as the "Tomcat". SQW: HVAA, SAAM, 6AAM. F-14B Bombcat (Attacker) (Carrier-Based): A variant of the shipboard F-14A fighter, created via a major upgrade that includes switching out the engine. Key improvements include resolution of engine trouble, increased propulsion, and revised avionics. Further modifications were performed in the 90s, intended to extend the life of the aircraft and provide further air-to-surface attack capabilities. This modified F-14 is also used for high speed, long distance tactical attacks. It is known as the "Tomcat," the same as the A type. When modified for bombing, the F-14 is unofficially also known as the "Bombcat." SQW: GPM, LAGM, SFFS. A-6E Intruder (Attacker) (Carrier-Based): An all-weather carrier-based aircraft featuring highly refined electronic systems for its time. It was developed with the intent of allowing it to fly low into enemy territory and use a selection of weapons to strike a critical blow.. Its nickname is "Intruder". It has also had a variety of other nicknames originating from its large front and slender rear section, including "Tadpole" and "Dog Ship." LSAM, 4AGM, UGB. F-2A Viper Zero (Attacker): A support attacker used by the Japan Self-Defense Air Force. Fitted with the latest electronic systems at the time it was built, it was the first aircraft in the world to use carbon fiber composite single mold technology. Giving consideration to the island nature of Japan, it is especially focused on anti-vessel combat capabilities. Developed in collaboration between Japan and the US, it is also called the "Viper Zero." SQW: LASM, UGB, RKTL. F-15C Eagle (Fighter): An all-weather, large scale fighter. Boasting a phenomenal maximum speed even among fighters, it has an abundance of ordnance loaded on board. Named the "Eagle", it has such a high level of stability performance that it holds the record for recovering after losing a wing in battle. SQW: SAAM, 4AAM, HPAA. Tornado GR.4 (Attacker): An all-weather attack aircraft jointly developed by Great Britain, Germany, and Italy. A highly maneuverable attacker with excellent speed performance and variable sweptback wings that allow for stable low altitude penetration and bombing. It is able to suppress ground targets with its multi lock-on missiles and cruise missiles. It is known by the name "Tornado." SQW: LACM, GPB, 4AGM.

    Tier-1.3: Su-24MP Fencer (Multirole) (ECM): An Electronic warfare version of the Su-24, a large fighter bomber developed by the old Soviet Union. Can carry an ECM (electronic counter measures) pod that interferes with enemy missile guidance. Variable wins heighten variable speed capabilities, providing stable flight within every speed range. Its NATO codename is "Fencer-F". Fitted with thick armor, it is also tougher than comparable fighters of the same generation. SQW: ECM, UGB, ESM. EA-6B Prowler (Multirole) (Carrier-Based) (ECM): An electronic aircraft developed from the shipboard A-6 attacker. A military aircraft with a crew of four including one pilot and three others to operate the electronics. It handles electronic interference and suppression of anti-air networks using air-to-surface missiles. At one time it was used for electronic interference missions by the army, the air force and the navy. However, in recent years such duties have started to be transferred to the EA-18G. Its nickname is the "Prowler." SQW: ECM, LAGM, ESM. F-35A Lighting II (Fighter) (Stealth): A stealth aircraft developed by the JSF (Joint Strike Fighter) plan. Multiple types of F-35 exist for a range of purposes. The A type is the smallest and lightest variant, a basic model used by the US Air Force. With light controls and High-G capabilities, it is also the only variant among all types to have a 25mm gatling gun as a fixed weapon. As with the B type, it is also known as the "Lightning II." SQW: HCAA, 6AAM, QAAM. F-35B Lightning II (Multirole): A multipurpose fighter produced using a JSF (Joint Strike Fighter) design. While able to use a variety of weapons in air-to-air and ground-to-ground combat, the procurement cost for this stealth fighter is more manageable than the F-22A. In accordance with its utility, there are multiple types available. The B type utilized by the U.S. Marine Corps is STOVL (short takeoff/vertical landing) capable. Its nickname is "Lightning II". SQW: HCAA, GPB, 4AGM.

21. #21Tier Two Aircraft

    Keys: tier-2, second liuetenant, su-27, su-33, f-15e, rafale m, ASF-X Shinden II, Flanker, Sea Flanker, Strike Eagle, f-16C, X-29A, Su-34, F-35B, ATD-0, MiG-29A, f/a-18, flanker-b, flanker-d, f-14D, super tomcat, f-15f, mig-31, mig-31b, foxhound, super hornet, mig-29a, fulcrum, gripen c, f-16xl, f-117a, nighthawk, fullback, asf-x, shinden II, atd-0, ea-18G

    Below is all the Tier Two Aircraft, they require the rank of Second Lieutenant to obtain their role, if they are carrier-capable, and if they are ECM capable, if it is a stealth craft, and if it is experimental (XPM). A description of the aircraft is then followed by its Special Weapons (SQW) (See: Special Weapons). All planes have guns, and MSLs (See: MSLs). Tier-2 is split into subtiers, Tier-2.1, -2.2, and -2.3. Tier-2.1 start appearing at the midgame, tier-2.2 appearing in the middle of midgame and endgame, and Tier-2.3 appear at the tail-end of midgame as it is transitioning into end game

    Tier-2.1 EA-18G (Attacker) (Carrier-Based) (ECM):The latest electronic fighter, capable of being carried on a carrier. Along with being able to carry a pod for electronic warfare, being based on the F/A-18F makes it easy to handle, making it an electronic fighter with stable flight capabilities and high firepower. Its nickname is the "Growler". SQW: ESM, LASM, ECM Su-27 Flanker-B (Fighter): An aircraft planned and manufactured by the old Soviet Union. It features incredibly high combat capabilities and long range flight time, to compete with F-15s from the United States. It is also currently still used in Russia, older nations from the former Soviet Union, and the third world. Large in size and yet with excellent maneuverability, its wide ranging potential has led to many variants being created, and it can be said to be an aircraft representative of the 4th generation on the Eastern side. Its NATO codename is "Flanker." SQW: SAAM, QAAM, 4AAM. Su-33 Flanker-D (Fighter) (Carrier-Based): Using the Su-27 as a base, this carrier-based aircraft was developed for practical use by the Navy. Its speed capability is slightly lower than other fighter craft of the same generation, but it boasts excellent turning performance. Its NATO codename is "Flanker-D". The main and tail wings can be folded up to accommodate the storage space available on an aircraft carrier. SQW: HPAA, HCAA, HVAA. F-15E Strike Eagle (Multirole): A fighter bomber with the air-to-air combat ability of the F-15C and additional air-to-ground capabilities. Able to be equipped with a diverse array of armaments, including anti-aircraft, ground attack, multi lock-on missiles and aerial bombs, it is capable of dealing with variety of situations. Called the "Strike Eagle", through the exterior is almost the same as the F-15C, it provides various ground attack improvements. SQW: 4AAM, SFFS, 4AGM. Rafale M (Multirole) (Carrier-Based): This high performance, omnirole, carrier-based aircraft is the pride of the French Navy. Possessing high level of acceleration and turning performance, and equipped with the large quantity of arms including air-to-air missiles and long-range dispenser weapons, this aircraft plays a large role in any kind of air-to-ground or air-to-air mission. Called by the name Rafale (squall), its elegant delta and canard wings and superb aerodynamically shaped air-intake, are distinguishing characteristics. SQW: HCAA, SOD, LASM F-14D Super Tomcat (Fighter) (Carrier-Based): A revision of the F-14, which has come to characterize carrier-based fighters, known as the "Super Tomcat". While maintaining the stable maneuverability offered by the digitally controlled variable sweep wing and the capability to neutralize multiple incoming targets at long range, it is also outfitted with a new onboard radar and engine. SQW: 6AAM, HPAA, QAAM. F-16F Fighting Falcon (Multirole): The successor to the F-16C. Various improvements have been made in order to export it outside the United States. Air-to-ground battle capability has been improved by an upgrade to its gun control. Air resistance is controlled by the conformal tank system, which extends flight range and make it adaptable to any kind of air-to-air or air-to-ground missions. It is called by the same name as the F-16C, "Fighting Falcon". SQW: QAAM, GPM, 4AGM. MiG-31B Foxhound (Fighter): This interceptor is the former Soviet Union's first 4th generation aircraft. Derived from the MiG-25, the aircraft has been heavily modified. Unlike the MiG-25, which is an interceptor that excels at high altitudes, this aircraft is capable of supersonic flight even at low altitudes. Thanks to its high engine thrust, it can reach a top speed close to Mach 3. In addition, this aircraft has excellent air defense capabilities. The NATO codename for it is "Foxhound." SQW: HCAA, SAAM, LAAM F/A-18F Super Hornet (Multirole) (Carrier-Based): Whether it's air-to-air or air-to-ground, this carrier-based fighter is capable of handling a wide variety of missions. An easy-to-handle aircraft that boasts stable maneuverability at any speed. Equipped with long-range attack weapons, it's well-suited for preemptive attacks. Nicknamed the "Super Hornet." SQW: 4AAM, LASM, SAAM MiG-29A Fulcrum (Fighter): A medium-sized master fighter developed as the successor to the MiG-21. In a one-on-one dogfight, it has strong maneuvering capabilities due to its refined aerodynamics. Though it is similar in shape to the Su-27, which was developed around the same time, it was built smaller in size since it is used in close proximity to front-line bases. Its NATO codename is "Fulcrum". QAAM, HVAA, 4AAM.

    Tier-2.2: Gripen C (Multirole): A multirole light fighter that is used by a total of five countries, including the Swedish Air Force. It is known for its small size, short takeoff capabilities and capacity to carry a variety of weapons. This allows it to launch from a runway and a hangar basically cut out of the mountains, with its light maneuverability allowing it to complete a variety of missions. As an aircraft capable of switching roles during flight, it also has the name "JAS-39C", taking abbreviations from Jakt (air-to-air), Attack (air-to-ground), and Spaning (reconnaissance). HPAA, RKTL, 4AAM. F-16XL (Attacker): A heavily modified version of the F-16. The main wing has been changed to a cranked-arrow delta wing and it has the largest weapon carrying capacity among the F-16 aircraft. It features improved stability in low speed ranges and its abilities as both an attacker and a bomber have also been improved. The aircraft competed with the F-15E in the Enhanced Tactical Fighter (ETF), a programme that was conducted by the United States Air force. Unfortunately, the aircraft was not adopted and is now used as a subject of flight research in research institutions. SQW: 4AGM, SOD, GPB F-117A Nighthawk (Attacker): The first ever stealth attacker, specialized for secret bombing runs. As the design is focused entirely on stealth capabilities the aircraft is lacking in speed and maneuverability. On the flipside, however, remaining off enemy radar allows it to use guided bombs to perform pinpoint strikes. It has unique shape comprised of plane surfaces and a special paint job in order to reflect and absorb radar waves. Known as the "Nighthawk", it gained recognition during the 1991 Gulf War for flying more than 1200 sorties without a single one of the aircraft being shot down. SQW: GPB, SOD, LAGM. F-15J (Fighter): Used by the Japan Air Self-Defense Force, this aircraft is based on the F-15C Eagle and features Japanese specs. As with the F-15C, it features an impressive maximum speed and a large weapon carrying capability. In addition, it is equipped with original Japanese improvements to the internal electronic systems making it the primary aircraft for air defense. SQW: 4AAM, QAAM, SAAM. X-29A (Fighter) (XPM): An aircraft from the X-planes, a series of experimental United States aircraft. Based on the F-5, the aircraft features a lot of new technology. A combination of three digital fly-by-wire systems have been specially designed to control this aerodynamically unstable aircraft featuring a forward swept wing configuration and canard wings. Thanks to this setup, this is the first forward swept wing aircraft capable at supersonic speeds. SQW: QAAM, SAAM, HPAA.

    Tier-2.3: Su-34 Fullback (Attacker): An attacker developed based on the Su-27 with a tandem seat cockpit. It exhibits top class maneuverability for an attacker, with its agile movements competing aggressively with fighters of the same class. Thicker armor also increases its survival rate. The NATO codename is the "Fullback". Assuming attack missions over an extended period of time, the rear section of pilot seats has a basin and a simple kitchen. SQW: 4AGM, LAGM, GPB. ASF-X Shinden II (Multirole) (VTOL) (XPM): This state-of-the-art support fighter has a variable airframe that provides stable flight performance at any speed, making it ideal for a variety of missions such as attacking hostile fleets in territorial waters, engaging enemies attempting to land, and providing support during mountain defense operations. Boasting a variable, forward swept wing configuration, its outstanding maneuverability provides excellent close-range combat abilities. It has a unique two-tiered engine, allowing it to be a VTOL aircraft as well. It is known widely as "Shinden II" (Magnificent Lightning II). SQW: 6AAM, LASM, GPB. ATD-0 (Fighter) (XPM): Based on the design of a demonstrator aircraft developed by the Japanese Ministry of Defense, this aircraft has been improved and adjusted for combat purposes. Despite its small size, it features advanced mobility and stealth capabilities that rival those of 5th-generation fighter aircraft. The aircraft features technology such as a sensor, avionics and a weapon system allowing it to obtain data from the battlefield. This data is crucial for the development of 'fighter aircraft of the future.' SQW: 4AAM, QAAM, SAAM.

22. #22Tier Three Aircraft

    Keys: tier-3, first lieutenant, b-1b, f-15 s/mtd, yf-23, f-15se, b-2a, lancer, black widow II, su-35, mig-1.44, flanker-e, flatpack

    Below is all the Tier Three Aircraft, they require the rank of First Lieutenant to obtain their role, if they are carrier-capable, and if they are ECM capable, and stealth capable. A description of the aircraft is then followed by its Special Weapons (SQW) (See: Special Weapons). All planes have guns, and MSLs (See: MSLs). Tier-3 is split into two subtiers, 3.1 and 3.2. These are the aircraft seen at the endgame, before tier-4 planes. 3.1 Planes appear during the beginning of the end, and 3.2 appears from the mid-endgame to before the end.

    Tier-3.1: B-1B Lancer (Bomber): A strategic bombing fighter able to penetrate enemy territory at supersonic speed and drop a large quantity of bombs to gain complete control. Taking advantage of the variable wings that allow for stable turning at any altitude, it slips through radar nets with low altitude flying. With its sharp exterior, strike power, and maneuverability unexpected in such a large machine, it is well-suited to the name "Lancer." SQW: MGPB, MUGB, MSOD, MAGM. F-15 S/MTD (Multirole) (XPM): An experimental aircraft developed to increase maneuverability and designed for short takeoff and landing abilities. An electronic control system simultaneously operates the horizontal stabilizer, 2DCD thrust-vectoring nozzle, and canard wings, resulting in turning performance that exceeds the capabilities of conventional multirole aircraft. The oversized canard wings provide a large degree of dynamic lift allowing for increased maneuverability and stability during stall recovery, regardless of speed. S/MTD stands for "Short Takeoff and Landing/Maneuver Technology Demonstrator." SQW: SAAM, LAGM, FAEB. F-15SE Silent Eagle (Mutlirole) (Stealth): A stealth attacker that was proposed to countries using F-15 type aircraft. Based on the F-15E, modifications have been performed that include conversion of the conformal tank into a weapon bay and the coating of the aircraft in radar absorbent material. Although it features lower weapons carrying capacity and fuel, it has achieved frontal stealth capabilities that are said to be equal to fifth generation jet fighters. Its nickname is "Silent Eagle." SQW: QAAM, GPB, HPAA. Su-35 Flanker-E (Fighter): The successor to the Su-27, a master aircraft that boasts menacing turning performance. A "Flanker" series aircraft possessing top class air battle fighting ability and equipped with an independent, two-dimensional thrust deflection nozzle. The NATO codename for it is "Flanker-E". A machine that can handle battles not only over short distances, but long distances as well. SQW: 6AAM, QAAM, HPAA.

    Tier-3.2 YF-23 Black Widow II (Fighter) (Stealth): A prototype fighter with high stealth capabilities and excellent high speed flight. A candidate from the ATF (Advanced Tactical Fighter) program, with diamond shaped wings and a Y-shaped tail, reducing radar reflection surfaces and air resistance to absolutely minimal levels. Its nickname is the "Black Widow II." SQW: SAAM, HVAA, HCAA. MiG-1.44 Flatpack (Multirole) (XPM): A proof of concept aircraft for the 5th generation fighter, developed for the Soviet Union Air Force. Developed as a demonstrator for the MFI Plan and conceived to counter the American ATF Plan, it was selected as a likely candidate for production. The delta wing with its canards and the secondary propulsion directional control nozzles provide excellent speed and turning performance, creating a multirole with a slight bias for air-to-air combat. Its NATO codename is "Flatpack". SQW: QAAM, UGB, 4AAM B-2A Spirit (Bomber): A stealthy strategic bomber that is able to penetrate enemy territory without being detected by radar and can carry out large-scale bombing raids. A flying wing aircraft, it has no tail, which makes it more difficult for radar to detect. Its maneuvering performance has been exchanged for increased stealth performance, so it can penetrate radar nets more safely. The number of manufactured aircraft is extremely low, so each individual aircraft is given a unique name comprised of the nickname "Spirit" and the name of a geographic territory. SQW: MGPB, MUGB, MSOD, MAGM

23. #23Tier Four Aircraft

    Keys: tier-4, captain, ADFX-01, Morgan, X-02, X-02 Wyvern, su-37, mig-35d, f-22, f-22a, f-22b, su-47, su-57, terminator, super fulcrum, raptor, strike raptor, felon

    Below is all the Tier Four Aircraft, they require the rank of Captain to obtain their role, if they are carrier-capable, if they are ECM capable, and if they are stealth capable, and if they are experimental (XPM). A description of the aircraft is then followed by its Special Weapons (SQW) (See: Special Weapons). All planes have guns, and MSLs (See: MSLs). Tier-4 is split into three subtiers, 4.1, 4.2, and 4.3. These planes only appear with the best pilots in them, usually while the enemy is on their last heels. 4.1 aircraft are seen as the climax begins, and 4.2 aircraft are seen at the end of the climax. But 4.3's are usually never before seen aircraft in the war, usually piloted by those who have conquered the skies.

    4.1: Su-37 Terminator (Fighter): This all-weather multipurpose fighter was developed to increase the aerial combat abilities of the Su-27. It is the first aircraft within the Flanker series to incorporate 2DCD thrust-vectoring nozzles resulting in increased turning performance. The addition of canard wings also provide increased stability. In 1996, the aircraft performed the very first Kulbit maneuver at an air show capturing the attention of people across the world. This aircraft is commonly known as the "Terminator." SQW: HVAA, 4AAM, QAAM. MiG-35D Super Fulcrum (Fighter): A variation fighter created using the same technology as modifications to the MiG-29. The D type has multiple seats. Being based on the MiG-29M2 and the K type already provides a reduction in weight due to changes in the main wing's surface area and aircraft materials. This is joined by a redesign of the structure that includes an increase in hard points, a new engine with low visibility and enhanced output and an improved AESA fire control radar. It ultimately features detailed improvements to everything from weapon systems through to avionics and provides capabilities that rival those of 5th generation aircraft. Its NATO codename is the "Fulcrum-F." It is also known unofficially as the "Super Fulcrum." SQW: SAAM, 6AAM, HPAA

    Tier-4.2: F-22A Raptor (Fighter): This ultimate stealth fighter is the pride of the U.S. Armed Forces. Aside from flight performance, it has top class acceleration performance and a two-dimensional thrust deflect nozzle which also gives it outstanding maneuverability. Its preemptive strike power, called "first look, first shoot, first kill", is fitting for an aircraft with the name "Raptor", the master of the skies. SQW: QAAM, 4AAM, HPAA. FB-22 Strike Raptor (Attacker) (Stealth): A fighter bomber derived from the F-22. It features a redesigned airframe to improve the stealth and supercruise abilities featured in the prototype. The main wing is made of a delta wing configuration and to increase air-to-ground attack capabilities, its body has extended to expand its weapon bay. The aircraft has been developed as the successor to other large-scale aircraft to sortie on bombing missions. SQW: SOD, GBP, SFFS. Su-47 Berkut (Attacker) (XPM): A multirole fighter, created as a prototype fifth generation fighter. Places canards ahead of wings and tailplanes, giving it a characteristic tandem-triple layout. If its unique aerodynamics can be put to effective use, the unrivaled turning capabilities can lead to big advantages in aerial combat. Known as the "Berkut", which is Russian for "Golden Eagle." SQW: QAAM, UGB, HPAA.

    Tier-4.3: Su-57 Felon (Fighter) (XPM): This aircraft was created based on the plans for the PAK-FA (from the Russian for "Prospective Airborne Complex of Frontline Aviation"). It has very high stealth capabilities, and represents the culmination of Russian Air Force technology. Featuring prominent maneuverability due to a thrust vectoring nozzle and excellent stealth against radar, it boasts top class aerial combat capabilities. Currently known by its name during its name, the "Felon", but it has been called the "T-50" and "PAK-FA." SQW: 4AAM, HVAA, QAAM. ADFX-01 Morgan (Multirole) (XPM): A prototype fighter created by the UN Forces based on plans from an unspecified country. It is classified as a supreme aircraft within the 4.5th generation of fighter aircraft and can be equipped with powerful weapons such as the "TLS" (Tactical Laser System) and "MPBM" (Multi-Purpose Burst Missiles). It features forward-swept wings and canards resulting in high maneuverability despite its size as a large scale aircraft. However, during the golden age of stealth aircraft, the ADFX-01 Morgan failed to prove its worth and has remained a prototype ever since. Its codename is "Morgan," a reference to a fairy from the King Arthur legends. SQW: TLS, MPBM, ECM. ADFX-01 Specifications Length: 23.9 m (78.41 ft) Width: 15.7 m (51.51 ft) Height (clean configuration): 4.6 m (15.10 ft) Height (landing configuration): 5.7 m (18.70 ft) Weight: 19,600 kg (19.6 metric tons) Combat Radius: 1,200 km (745.65 miles) Max Speed: Mach 2.0 (2,450 km/h or 1522 mph) X-02 Wyvern (Multirole) (Carrier-Based (XPM)): An air superiority/multirole fighter developed by a certain country. It features special variable wings which adjust according to speed. The forward swept wing configuration allows it to demonstrate unparalleled combat abilities while its sweptback wing configuration gives it access to supercruise and stealth abilities. The extreme visual differences between the wing configurations has often made people believe that there are 2 different aircraft. Its nickname is "Wyvern." SQW: 6AAM, SOD, QAAM X-02 Specifications: Length: 21.84 m (71.65 ft) Wingspan -Outer wings deployed: 18.3 m (60.04 ft) -Outer wings stowed: 11.54 m (37.86 ft) Height -Outer wings deployed: 4.36 m (14.30 ft) -Outer wings stowed: 3.42 m (11.22 ft) Weight: 16,800 kg (37,000 pounds) Engines: 2× ERG-1000[4] Combat radius: 1,050 km (650 miles) Top speed: Mach 2.5 (3,063 km/h; 1,903 mph; 1,654 kn)

24. #24Tier Five Aircraft

    Keys: tier-5, major, ADF-01, XFA-33, R-101, CFA-44, XFA-27, GAF-1, ADA-01B, X-49, Falken, Fenrir, Dephinus, Nosferatu, Varcolac, Adler, Night Raven

    Below is all the Tier Five Aircraft, they require the rank of Major to obtain their role, if they are carrier-capable, if they are ECM capable, and if they are stealth capable. All Tier-5 Aircraft are experimental, and mass production has never been attempted before. Tier-5 are Boss Aircraft, utilized by the Ace of Aces; they have the power to fight off entire battalions of enemies as long as the pilot is fit enough. A description of the aircraft is then followed by its Special Weapons (SQW) (See: Special Weapons). All planes have guns, and MSLs (See: MSLs). Tier-5 is split into three subtiers, 5.1, 5.2, and 5.3. The subtiers represent the power, and how futuristic, the aircraft is. Don't get it twisted, 5.1 Aircraft can still run circles even on the most advanced tier-4's.

    Tier-5.1 ADF-01 Falken (Multirole): A large air supremacy fighter developed by a certain country. Based on its predecessor, the "ADFX-01 Morgan" prototype fighter, it features an array of monitors arranged in a 360-degree sphere within the cockpit. This is known as the "COFFIN" system. The aircraft also features new technology, including a 2DCD thrust vectoring nozzle, vertical canards and stealth capabilities. The "TLS" (Tactical Laser System) is stored within the body of the aircraft which transforms upon using the weapon. Its abilities are beyond anything that conventional aircraft are capable of and can be considered to be the ultimate forward swept wing aircraft featuring canards. Its nickname is "Falken." SQW: TSL, HVAA, 4AAM. ADF-01 Specifications: Length: 24.00 m (78.74 ft) Wingspan: 15.92 m (52.23 ft) Height: 5.64 m (18.50 ft) Weight: 23,300 kg (51,400 pounds) Engines: 2× WWX-GD-425 Top speed: >Mach 2.2 (2,695+ km/h; 1,675+ mph; 1,455+ kn) Aerial refueling: Flying boom system XFA-27 (Multirole) (Carrier-Based) (Stealth): A carrier-based stealth fighter which has been developed with the aim of creating an aircraft that can demonstrate extreme performance. Information on the country of origin and manufacturer has not been made public, making this a highly classified aircraft. Featuring an all-moving tail, canards and unique vectoring nozzles, it is capable of excellent maneuverability. It comes equipped with MSTM (Multiple-Launch Standard Missile) which can inflict significant damage, but requires the skills of a veteran pilot to use efficiently. SQW: SOD, MSTM, ECM XFA-27 Specifications: Length: 22.5m Width: 20m Height: 5.45m Max Speed: 2,600km/h XFA-33 Fenrir (Multirole): A large-scale special attacker aircraft developed by a small country in the southern hemisphere. It was originally created as a demonstration aircraft to display the high-level technical capabilities of a military-industrial complex, but the fortress which acted as a base for the aircraft's development and production was destroyed. A certain country discovered the remains of the aircraft and reproduced it for research. Unlike the prototype aircraft, it doesn't come equipped with optical camouflage or VTOL systems, but it's lighter and features improved maneuverability, resulting in an aircraft that is more suitable for real combat. SQW: LASM, 4AAM, LSWM.

    Tier-5.2: CFA-44 Nosferatu (Multirole) (Carrier-Based) (Stealth): This next-generation, carrier-based stealth aircraft has been developed using cutting-edge technology. Its left and right 2DCD thrust-vectoring nozzles provide outstanding maneuverability. Various onboard experimental weapon technologies include a powerful rail gun and ADMM missiles. The Nosferatu has the potential to turn the tide in any battle in the hands of an experienced ace pilot. It's nickname is "Fandance." SQW: ADMM, EML, ECM Length: 24.04 m (78.87 ft) Wingspan: 14.58 m (47.83 ft) Height: 5.03 m (16.50 ft) Weight: 18,500 kg (40,800 pounds) Engines: 2× Marte-type 11 Combat radius: 1,360 km (850 miles) Top speed: Mach 2.2 (2,695 km/h; 1,675 mph; 1,455 kn) GAF-1 Varcolac (Multirole): A large, versatile aircraft developed in secret based on the "Golden Axe Plan." Massive in size, more than twice that of many other combat aircraft, and characterized by its forward jutting cockpits. It is a canard wing aircraft, with the massive backswept wing unified with the canards that stretch from the front of the aircraft and the winglets on the wing tips, and twin vertical tails that rise at an outward angle from the left and right engine units. It is known as "Varcolac", meaning "werewolf." SQW: QAAM, 4AAM, LSWM. ADA-01B Adler (Attacker): A large attacker developed by a certain nation. It was originally planned to act as the defender of the "ADF-01 FALKEN," and the nose and central section show a design in common with the ADF-01. Created as a variant of the ADA-01A, which was developed as a platform for operation of the wide dispersal SDBM weapon, the SDBM housing container has now been replaced with a MPBM launcher in the fuselage, increasing maneuverability. Acquiring excellent defensive and flying capabilities in exchange for this loss of firepower, it offers unparalleled strength in attacker missions such as close air support (CAS). Known as the "Adler", German for "Eagle." SQW: MPBM, MGP, 4AGM.

    Tier-5.3: R-101 Delphinus #1 (Fighter): Developed by Neucom, the Delphinus series of aircraft forms the core of the "R-numeral" fleet. This is the first aircraft within the Delphinus series. It uses technology from Neucom, the leading company in the aerospace industry. 90% of its airframe structure is comprised of new materials and it also features a newly developed high power engine. In addition, the airflow across the aircraft surface is controlled dynamically via laminar flow control technology. When this aircraft was first revealed, its state of the art technology captured the attention of people around the world including military personnel. SQW: HCAA, LAAM, 4AAM. Length: 20.48 m (67.2 ft) Width: 12.6 m (41 ft) Height: 4.1 m (13 ft) Weight: 8,098 kg (17,853 lb) Top speed: 2,856 km/h (Mach 2.3; 1,775 mph; 1,542 kn) Armor: Light

    X-49 Night Raven (Multirole): A next-generation aircraft which is the result of "DOE" (Darkness of Enigma), a secret project conducted by General Resource. It features a box wing configuration, a new type of engine and a high output laser weapon. As its nickname (Night Raven) suggests, its appearance on the battlefield is an omen of ill fortune for the enemy. SQW: TLS, LAAM, SFFS. X-49 Specifications: Width: 30.11m Length: 17.20m Height: 3.82m Weight: 39,940 kg Max Speed: 5,068 km/h

25. #25MSL

    Keys: Missile, MSL, MSLs, missiles, aim-9m, r-60, aa-8 aphid, r.550 magic, mica ir, aam-4, standard missile, stdm, mssl

    The Standard Missile (STDM) or just "Missile" (MSL. MSSL) are a fox two (See: Brevity Code) set of missiles that can lock onto air and ground targets. Assume that, unless they say otherwise, all characters firing missile are firing the STDM. Below are all the models of the STDM:

    • AIM-9M Sidewinder (most American, European, and fictional aircraft)
    • R-60 (AA-8 Aphid) (All Russian aircraft and CFA-44 Nosferatu)
    • R.550 Magic (all French aircraft)
    • MICA IR (Rafale M)
    • AAM-3 (All JSDF aircraft, whether real or fictional)
26. #26Special Weapons

    Keys: hvaa, saam, 4aam, hcaa, qaam, hpaa, 6aam, laam, hcaa, lagm, ugb, rktl, 4agm, lasm, sffs, sod, faeb, mpbm, mgp, tls, lswm, admm, eml, mlsm, ecm, esm, special weapon, sqw, Special Weapon, special weapons, SP. WEAPON

    Air-to-Air: Hyper-Velocity Air-to-Air Missile (HVAA): The fastest air to air missile among all air to air weapons. It also has a long range, allowing it to reach distant targets in just a short time. Homing capabilities are not especially high, but it is a highly effective weapon in the hands of a pilot skilled at getting behind his enemy. Semi-Active Air-to-Air Missile (SAAM): An air-to-air missile that homes in using semi-active radar. After firing, there is a requirement to keep the target inside the steering circle on your aircraft's display in order to maintain homing capabilities, but this allows the missile to be guided to the target with extremely high accuracy. It also offers long range, making it very effective over long distances. 4 Target Air-to-Air Missile (4AAM): An air-to-air missile that can lock on to and attack up to four targets simultaneously. It is also possible to fire up to four missiles in succession against a single target to cause major damage. It also has a comparatively long effective range, making it an easy to handle air-to-air armament. High-Capacity Air-to-Air Missile (HCAA): An air-to-air missile with enhanced capacity and reload speed. The high capacity and fast reload speed allow missiles to be continuously fired at a rapid rate. An effective air-to-air weapon in situations requiring lots of ammo and quick responses, such as when fighting a large number of enemies. Quick Maneuver Air-to-Air Missile (QAAM): An air-to-air missile with excellent homing capabilities. It has a higher target execution rate than the standard missiles. If it is fired after you have locked on to the target, the missile will continue to home in on its target regardless of the state of your aircraft. High-Power Air-to-Air Missile (HPAA): An extremely powerful air-to-air missile. Its homing capabilities are not especially high, but a single missile can cause major damage to a target. 6 Target Air-to-Air Missile (6AAM): An air-to-air missile that can lock on to and attack up to six targets simultaneously. It is also possible to fire up to six missiles in succession against a single target to cause massive damage. Its long range makes it effective over long distances, but its homing capabilities are a little low. Long-Range Air-to-Air Missile (LAAM): A long range air-to-air missile. Although homing capabilities and power all remain average, it is an effective weapon for those pilots who prioritize seizing the initiative in battle. High-Capacity Air-to-Air Missile (HCAA): An air-to-air missile with enhanced capacity and reload speed. The high capacity and fast reload speed allow missiles to be continuously fired at a rapid rate. An effective air-to-air weapon in situations requiring lots of ammo and quick responses, such as when fighting a large number of enemies. Air-to-ground/ship: Long-Range Air-to-Ground Missile (LAGM): An air-to-ground missile that features both long range and high power. Though not as large as a bomb, the blast after impact is still large, enveloping the vicinity of the target. It is especially effective against clusters of ground targets at long range or tough ground targets. Unguided Bomb (UGB): A dropped bomb with no homing capabilities. It is highly destructive, allowing for a wide area of attack in the vicinity of the point of impact. As it does not have homing capabilities, the target has to be visually confirmed before deploying the weapon. Rocket Launcher (RKTL): A special weapon that fires a succession of multiple, non-homing rockets. Although not suited to precision firing, they split apart upon impact, causing damage to the vicinity. As well as clearing out a wide area, focusing on a single point of impact also allows for major damage to be inflicted to the target. 4 Target Air-to-Ground Missile (4AGM): An air-to-ground missile that can lock on to and attack up to four targets simultaneously. It is also possible to fire up to four missiles in succession against a single target to cause major damage. It also has a comparatively long effective range, making it a valuable air-to-ground weapon against scattered ground targets that a single bomb cannot clear out. Long-Range Air-to-Ship Missile (LASM): An air-to-ship missile that features both long range and high power. Though not as large as a bomb, the blast after impact is still large, enveloping the vicinity of the target. Although most effective against ship targets, it is also an effective air-to-ground weapon against ground targets at distance. Self-Forging Fragments Submunitions (SFFS): A dropped bomb with no homing capabilities that is also designed to split into many small fragments. The height and speed at which it is dropped can be used to control the dispersion range to some degree, allowing bombing for a variety of situations, from close range to across wide areas. Stand-Off Dispenser (SOD): An air-to-ground weapon that launches explosive projectiles. The projectiles launch towards the locked on target, and then dispenses a large number of small bombs above the target, across a wide area. In addition to a long effective range, it also offers excellent precision for wide area attacks making it very easy to use. Fuel-Air Explosive Bomb (FAEB): A dropped bomb with no homing capabilities that uses a special type of explosive fuel. It causes a massive explosion upon impact, capable of inflicting damage to targets across an extremely wide area. Although the power of the explosion is less than other bombs, it is extremely effective at wiping out a large cluster of smaller targets.

    Air-to-Air/Ground: Machine Gun Pod (MGP): An additional machine gun attached to the aircraft's exterior. Along with greatly increasing the ammo available for a machine gun, firing simultaneously with the standard machine gun allows for an extremely powerful close range attack. Tactical Laser System (TLS): A special weapon that hits targets with a high output laser to cause major damage. As there is zero time difference between firing and impact, with skillful targeting and timing any target be it air-to-air or air-to-ground can be hit. It has a fixed period of firing time, which can be used to continuously target a single point or be used to sweep across a wide area. Multi-Purpose Burst Missile (MPBM): A burst missile that splits apart when it gets close to the locked on target. It is capable of locking on to air-to-air and air-to-ground targets, causing a wide-area attack in the vicinity of the point of impact. It is an extremely effective guided weapon against a cluster of targets, either in the air or on the ground. Long Range Shock Wave Missile (LSWM): A missile with a special warhead that causes a shockwave around its point of impact. It can lock on to both ground and air targets and its characterized by causing damage over a wide area. It's effective for long range strikes against clusters of enemies, but requires careful handling due to relatively poor homing capabilities. All Direction Multi-Purpose Missile (ADMM): A multi-purpose missile capable of attacking both air-to-air and air-to-ground targets simultaneously. Although each individual missile is not especially powerful, 12 small missiles with excellent homing capabilities all simultaneously lock on to multiple targets, allowing for the efficient description of targets across a wide area. It is especially effective in battles in which targets feature a mixture of air, ground and sea targets. Electromagnetic Launcher (EML): A special weapon that fires bullets at extremely high speeds by accelerating them electromagnetically. Although it has no homing capabilities, each shot travels exceptionally fast and is very powerful. This allows for major damage to both air-to-air and air-to-ground targets, regardless of range, so long as targeting and timing are in alignment. Multiple-Launch Standard Missile (MSTM): A multiple-launch standard missile capable of firing a maximum of 4 shots in succession. All capabilities are on par with standard missiles, and they can lock on to air and ground targets. They can be used to both launch a focused attack on a primary target or take on multiple targets simultaneously, proving most useful during the most chaotic of battles. Electronic Countermeasures: Electronic Countermeasure (ECM): A special weapon that causes electronic jamming across a certain region. Emits jamming waves for a brief period of time, jamming enemy lock on capabilities and missile homing within the range of the effect. Electronic Support Measure (ESM): A special weapon that relays tactical data signals from allies in the vicinity. It increases sensitivity to signals from allies for a brief period of time, allowing datalink to be received over a wide area. Bomber Weapons: Modified Guided Bomb (MGPB): A TV-Guided Bomb for bombers. It has high attack power and additional simultaneous drops allow for a wide attack in the vicinity of the point of impact. Modified Unguided Bomb (MUB): A dropped bomb for bombers featuring enhanced capabilities. It has high attack power and additional simultaneous drops allow for a wide attack in the vicinity of the point of impact. As it does not have homing capabilities, the target has to be visually confirmed before deploying the weapon. Modified Stand-Off Dispenser (MSOD): An air-to-ground weapon for bombers featuring enhanced capabilities. It launches projectiles toward the locked on target, and then dispenses a large number of small bombs above the target. This allows for bombing to be conducted across a wide area. In addition to a long effective range, it also offers excellent precision for an area effect weapon, making it very easy to use. Modified Air-to-Ground Missile (MAGM): An enhanced air-to-ground missile for bombers featuring both long range and high power. The blast after impact is large and envelopes the vicinity of the target. It is especially effective against clusters of ground targets at long range or tough ground targets.

27. #27Brevity Code

    Keys: brevity code, fox 1, fox 2, fox 3, guns guns guns, slash, drive, away, magnum, pickle, rifle, abort, angels, bandit, bogey, , bogey dope, break, cleared, closing, engage, feet wet, furball, hard, heavy, hold fire, hot, jink, , leaker, no factor, no joy, ripple, rodger, scramble, seperate, spike, splash, spike, tally ho, tally, visual, weapons free, weapons hold, weapons safe, wilco, winchester

    Away Release of a specified weapon. For example, "missile away" can be used for the launch of a missile. DRIVE Launch of the All Direction Multi-Purpose Missile Fox One Launch of a semi-active radar homing missile, such as the Semi-Active Air-to-Air Missile. Fox Two Launch of an infrared homing missile, including the standard missile and some Special Weapons such as the High-Power Air-to-Air Missile and Multiple-Launch Standard Missile. Fox Three Launch of an active radar homing missile, including most air-to-air Special Weapons such as the Long-Range Air-to-Air Missile. Magnum Launch of an anti-radiation missile, including the Long-Range Air-to-Ground Missile. Pickle Drop of an unguided air-to-ground munition, including the Unguided Bomb and Self-Forging Fragments Submunitions. Rifle Launch of a guided air-to-ground missile, including the 4 Target Air-to-Ground Missile. SLASH Firing the Electromagnetic Launcher Abort Terminate the ongoing action. Angels Altitude in thousands of feet; for example, 12 angels is 12,000 feet. Bandit A unit that has been identified as an enemy. Bogey A unit whose identity is unknown. Bogey dope A request for information on the closest set of radar contacts. Break Perform an immediate turn. "Break [direction]" is to perform a turn in the indicated direction. "Break off" is to turn away from active engagement. Cleared Permission is granted to perform the action. Closing Distance is decreasing. Engage Permission is granted to fire upon indicated targets. Feet wet Flying over water. Furball Friendly and non-friendly aircraft are in close proximity. Hard [direction] Perform an immediate turn in the indicated direction. Heavy Indicates a group has three or more contacts. Hold fire An emergency order to cease fire. Hot Radar contact is heading toward a specific reference point. Jink Perform an unpredictable maneuver. "Jink [direction]" is to perform a maneuver in the indicated direction. Leaker An airborne threat that has passed through a defensive layer. No factor The object is not a threat. No joy No visual contact with the specified target. Ripple Release weapons in close succession. Roger Radio transmission received. Scramble Take off as quickly as possible. Separate Leave a specific engagement. Spike Radar warning receiver (RWR) indicates an active air threat. Splash Weapon hit observed on a target. Tally (ho) A non-friendly unit has been spotted. Visual A unit has been spotted. Weapons free Permission is granted to fire on non-friendly targets. Weapons hold/safe Firing weapons is only allowed in self-defense. Wilco Will comply with received instructions. Winchester No ammunition remaining.

28. #28Mercenaries

    Keys: mercenaries, irregulars, irregular, mercs, pirates, privateers, hired gunz, pmc, private military company, unics, united nations Independent Commando Services

    Mercenaries, or as they are officially called, Private Military Companies (PMCs) are irregular military units that don't have an allegiance to any one nation, per se, but rather to those who pay them the best. There are two types of Mercenary, free-lance, and organized; the latter are called PMCs. The global military budget cuts caused by the Ulysses Disaster (See:Ulysses Disaster) triggered a boom in the private security contractor industry. Several armed groups were hired by the United Nations Security Council (See: United Nations), forming the UNICS (United Nations Independent Commando Services). As well, the overabundance of aircraft after the introduction of the Advanced Automated Aviation Plant (See: Wernher and Noah Enterprises) caused several former pilots to become hired soldiers, giving rise to groups such as Martinez Security (See: Valahia and Golden Axe Crisis), Axe & Hammer and Arrows Air Defense and Security, among others. Martinez Security (MS) is a PMC group formed after the Ulysses Disaster. It is one of the most well-known PMCs in the world, known for being no-nonsense. Martinez's forces were divided into several military branches, including a ground branch, a naval branch, and an air force division, and this aerial division is large enough to necessitate the use of AWACS operators. The workforce of the company was composed of agents and employees from various countries, including the United States, Japan, Sweden and the United Kingdom. A number of members were also former professional soldiers from various countries. They are most well known for their part in the Valahia Crisis and the Golden Axe Crisis. Axe & Hammer (ANH) Services specialize in close-air support and deep-strike mission. They fly Attackers (See: Aircraft's Role) and Bombers. But, due to this, they are also very vulnerable. To cover this vulnerability, they subcontract other PMC groups to provide cover for their operations. Arrow Air Defense and Security (AADNS) is a private military company specialized in aerial warfare formed in the aftermath of the Ulysses Disaster. It operates under the jurisdiction of the United Nations Independent Commando Services (UNICS), a body regulating hired contractor activity, and is considered a member of the United Nations Forces. The Arrows' headquarters is located in San Diego. The company uses a variety of combat aircraft manufactured through the Advanced Automated Aviation Plant created by Wernher and Noah Enterprises.

29. #29Post-Stall Manuver

    Keys: post-stall maneuver, psm, cobra, Knife-Edge Slide, cobra maneuver, knife's edge slide, Pugachev's Cobra, j35j draken, F-22A Raptor, Su-30SM, Su-35S Flanker-E, Su-37 Terminator, Su-47 Berkut, Su-57 Felon, X-02 Wyvern, ADF-01 FALKEN, ASF-X Shinden II, XFA-27, CFA-44 Nosferatu, F-15S/MTD, FB-22 Strike Raptor, mig-21bis, F/A-18F Super Hornet, F-35C Lightning II, MiG-29A Fulcrum, Su-33 Flanker-D, Su-34 Fullback, ADFX-01 Morgan, MiG-35D Super Fulcrum

    Pugachev's Cobra (or just Cobra) is a maneuver in which a plane raises its nose to vertical level (perpendicular to the ground), even slightly beyond, and then drops back down to level flight. The maneuver allows the plane to evade a target that is directly behind them, then return to level flight behind the target, leaving said target open for a counterattack. The Kulbit is a maneuver in which a plane performs an extremely tight loop. Alternatively, 'Kulbit' refers to an instance of a plane actually pivoting along a horizontal axis in midair - an extension of Pugachev's Cobra, since it completes the extreme pitching maneuver that the Cobra seems to begin. The Knife-Edge Slide is a maneuver in which a plane pivots along the y-axis (i.e. performing an extremely tight turn or yaw) while still more or less maintaining velocity. Though a knife-edge slide produced by a <90° yaw operates on the same principles as Pugachev's Cobra and anything more likewise is essentially a sideways Kulbit, it is much more difficult to perform due to the demanding situational requirements, which cannot traditionally be fulfilled with Ace Combat's controls.

    Not all aircraft can perform Post Stall Maneuvers. Compatible aircraft are listed below:

    Full PSM Capability (Cobra, Kulbit and Knife-Edge Slice)
        F-22A Raptor
        Su-30SM
        Su-35S Flanker-E
        Su-37 Terminator
        Su-47 Berkut
        Su-57
        X-02S Strike Wyvern
        ADF-11F Raven
        ADF-01 FALKEN
        ASF-X Shinden II
        XFA-27
        CFA-44 Nosferatu
        F-15 S/MTD
        FB-22 Strike Raptor
        MiG-21bs Fishbed
        J35J Draken
    Partial PSM Capability (Cobra only)
        F/A-18F Super Hornet
        F-35C Lightning II
        MiG-29A Fulcrum
        Su-30M2 Flanker-F2
        Su-33 Flanker-D
        Su-34 Fullback
        ADFX-01 Morgan
        F/A-18F Super Hornet Block III
        MiG-35D Super Fulcrum
        F/A-18E Super Hornet
    

30. #30Valahia and the Golden Axe Crisis

    Keys: Valahia, valahia crisis, golden axe plan, golden axe crisis, martinez security, golden axe fighter, gaf-1, varcolac, Antares, olivieri, olivieri life insurance, Spiridus, Orgoi, first battle of tokyo, second battle of tokyo, balaur

    Olivieri Life Insurance (OLI) is a life insurance company based in San Francisco, California, USA. During the lead up to the Ulysses Disaster (See: Ulysses Disaster), OLI saw record-breaking profits, but after Ulysses, they lost most of their wealth paying out life insurance to the families of the victims on the impacts. Enraged by this, OLI CEO Andre Olivieri hatched the Golden Axe Plan (GAP). The first state of GAP involved the small insurgent group known as Valahia. The Valahia were a group of former Eastern Bloc military men who grew discontent after the Cold War, where the USSR fell. Olivieri promised to fund them, and provide them with superweapons, as long as they would follow his lead. They would do this, interrupting an joint military exercise between the US Seventh Fleet, the Japanese Defense Force, and Martinez Security (See: Mercenaries § Martinez Security) with a fleet of bombers heading for Tokyo City. The attack on Tokyo City did not end there, the Vahlahia would deploy the Spiridus, an airborne fortress though to be inspired by the Peruvian Gleipnir (See: Gleipnir), in the First Battle of Tokyo. Later they would attack Tokyo with the Orgoi, an Airborne Aircraft Carrier, also based on the Mongolian Aigaion (See: Aigaion, in the Second Battle of Tokyo. Antares Squadron and Rigel Squadron, both aerial assets of Martinez Security, would repel the attack on Tokyo and the invasion of the Tokyo Mainland. Rigel Squadron would defect from Martinez Security for the Valahia, as they promised better pay. The Valahia would move West from Japan, and Martinez would encounter them again and again, in Egypt, Turkey, Croatia, and London, Great Britain. During the Battle of London, the Spiridus, repaired after the First Battle of Tokyo, would do massive amounts of damaged thanks to the electrolaser cannon on it's bottom. The Valahia would retreat east to their base, an old Soviet Nuclear site in Romania, codenamed Infern. Martinez would follow them, encountering the Rigel Squadron, rechristened the Varcolac Squadron. During the ensuing furball, Varcolac-1, Milosz Sulejmani would reveal that the Valahia were just a pawn in a wider scheme set by Andre Olivieri. After the destruction of Infern, Martinez would regroup at Midway. There, trying to wipe-out anyone who knew of the Golden Axe Plan, Andre would deploy three Orgoi units would be deployed to destroy Martinez Security. Antares Squadron would destroy all three Orgoi, and Martinez would escape back to the Mainland US. There, a new Spiridus Unit was en-route to San Francisco from a base near Lake Tahoe, as well as a large air contingent, ground elements, and naval assets. Antares would destory the Spiridus, and with the help of the US 3rd Fleet, would beat the Golden Axe Army in the Battle of San Francisco. During the Battle of San Francisco, Varcolac Squadron would return, each member of the four-man squadron would pilot the GAF-1 Varcolac (See: Tier Five Planes § GAF-1 Varcolac). Despite their new and physics-defying planes, Varcolac Squadron would be shot down for the last time. Andre Olivieri would be killed at OLI HQ in downtown San Francisco during a raid on that building the same day of the Battle of San Francisco by a joint of Martinez Security Ground Forces "Dog Bear," San Francisco Police, California Highway Patrol, United States Border Patrol BORTAC, FBI Hostage Rescue, and FBI SWAT. In the aftermath, President Obama would award Antares 1, leader of Antares Squadron, and Frederick Burford, who served as Antares Squadron's AWACS officer as well as leader of Martinez Security as a whole.

31. #31Iyuli

    Keys: Iyuli, Special Economic Zone of Iyuli, Special Economic Zone.

    Iyuli is a designated "Special Economic Zone" of Russia. It is comprised of the Volgograd Oblast and the northern part of the Rostov Oblast, including their central cities of Volgograd and Rostov-on-Don, respectively. Iyuli is located near Ukraine and the Black Sea. Iyuli was one of several regions formed in Eastern Europe in the 21st century to accommodate refugees and survivors of the Ulysses Disaster. The buffer zones were later infested by crime and disease, and were the site of various armed conflicts and civil unrest.

    The instability in the region later subsided with the intervention of Wernher and Noah Enterprises, which offered reconstruction work to the refugee population. The company's local weapon factories were later used by insurgent groups to obtain arms.

    Iyuli is not the only Special Economic Zone, many are set up from Central Europe in the west, India in the south, and the Korean Peninsula in the east.

32. #32Sons of Troia and USEA

    Keys: Sons of Troia, USEA, United States of Euro-Asia, USEA Federation, USEAn War, Sons of Troia insurgency, SoT, SoT insurgency, Kacper Cohen

    In 2019, several MQ-90 Quox Unmanned Drones would attack the city of Tokyo while the UN Pacific Fleet (See: United Nations) was stationed there. In a UN Investigation, it was revealed that Kacper Cohen, head of military development at Wernher and Noah Enterprises (See: Wernher and Noah Enterprises), stole the units of the Quox Drones and used them to attack Tokyo. As a result of this, he was forced out of the company. After this, the Sons of Troia (SoT) terrorist group, kidnapping a group of wealthy men nicknamed the Greymen, who represented most of the richest men in the whole world. The leader of the SoT was Kacper Cohen. He justified his actions saying that the UN had left those in the wake of the Ulysses Disaster (See: Ulysses Disaster), a.k.a the "Lost Generation" out to dry. The Greymen were taken to Iyuli (See: Iyuli), a Special Economic Zone in Russia. The UN lead an effort to rescue the Greymen, though when the UNF got there, they were already gone. Then, the UN Squadrons in the air came under fire from the Type-3 Stonehenge (See: Stonehenge) in Turkey. The UN would lead an attack on the Type-3 Stonehenge, silencing the turret systems. After this, the SoT reformed into the United States of Euro-Asia, or USEA for short. In a few short months, USEA took over large swaths of land in Eurasia. Many started comparing them to the Mongolian Empire. USEA would lead another attack on Tokyo, deploying an Aigaion (See: Aigaion, Kottos, Gyges) Fleet to the airspace as the UN, along with the Japanese Self-Defense Force, repelled the attack. During the Fourth Battle of Tokyo (See: Valahia and Golden Axe for information on the first and second battles of Tokyo), a modified CFA-44 Nosferatu (See: Tier 5 Planes § CFA-44 Nosferatu) known as the XFA-44 Carmilla (See: the Papillon Project) was also deployed. The XFA-44 is a drone being remote controlled via Connection for Flight Interface (See: COFFIN). Alongside Carmilla was a squadron of modified MQ-90 Quox's known as MQ-90 Quoxbis'. The Quoxbis has a laser attached to it, allowing it to shoot down missiles as they tract toward the Carmilla. As such, the XFA-44 was nicknamed the Butterfly Master. The Quoxbis' also have an advanced camera system, allowing them to recognize and identify a pilot by their helmets, which they can use to kill the pilot of an aircraft directly. The XFA-44, the squadron of Quoxbis', and the Aigaion Fleet were all shot down the UNF. Following this, USEA would try to use a WNE Missile Facility under a dam in Russia, nicknamed Alavon Dam, to launch a missile at Washington, D.C. The UNF would neutralize Alavon Dam shortly thereafter. A large contingent of USEA Air Force pilots was then seen coming from South America into the United States. The UNF would meet them in Nevada, above Airspace Area B7R (See: Airspace Area Designation), a.k.a the Roundtable. Area B7R was used by the USAF to test new planes, as well for training pilots by having them battle each other outside of official ranks. Those who survive being in the Roundtable are known as a Knight of the Roundtable. Here, the XFA-44 Carmilla was once again deployed, with another large squadron of Quoxbis'. The Butterfly Master would be destroyed again. Having lost most of Eastern Europe, the UNF launched Operation Bunker Shot, a daring landing into Croatia via the Adriatic Sea. Here, the USEA Federation would utilize the OLDS (See: SOLG and OLDS § OLDS) to try and destroy the landing UNF. Despite heavy losses, the UNF would persevere, and Operation Bunker Shot would be a success. The next few events have an unknown date and time, but they take place after Operation Bunker Shot.

33. #33Aircraft's Role

    Keys: multirole, omnirole, attacker, fighter, bomber, aircraft's role, role of an aircraft

    The Role of an Aircraft determines what they are specialized in. An Aircraft with the Fighter Role is specialized in Air-to-Air combat, an Attacker and a Bomber are specialized in Air-to-Ground combat, and Multiroles/Omniroles try to do both air-to-air and air-to-ground operations.

34. #34Papillon Project satellite

    Keys: Papillon Project, Butterfly Master, QFA-44, Carmilla, , XFA-44 Carmilla, Kvasir, MQ-90, Quoxbis, MQ-90 Quoxbis

    The Papillon Project was a secret satellite program performed by Wernher and Noah Enterprises to create the MQ-90 Quoxbis and QFA-44 Carmilla, as well as to create a low-orbit satellite to control both units. On the side of all QFA-44's is a butterfly emblem. The QFA-44 is a modified variant of the CFA-44 to support COFFIN (See: Connection For Flight Interface). The QFA-44 maintains the CFA-44's speed and maneuverability, as well as its ability to fire All Direction Multi-Purpose Missiles. In addition to its remote satellite connection, the QFA-44 can also network with multiple MQ-90 Quoxbis UAVs, which can use their lasers to defend the main craft in a similar manner to a CIWS emplacement. the Pilot of the QFA-44 is a young woman who is only known as the Butterfly Master. The Butterfly master is a young woman, in her early to mid 20's. she has brunette hair she keeps in a pony tail. She wears a purple, skin-tight flight suit. She has Opto-Neuron-Synapse-Interface (See: Connection For Flight Interface § Opto-Neuron) at the base of her neck, plugged directly into her neck. During the Third and Fourth Battle of Tokyo, the Butterfly Master was there. During the Third Battle, she observed from ultra-high altitude as MQ-90 Quox's were intercepted by the Japanese Air Self-Defense Force and the Bone Arrow Squadron. During the Fourth Battle, she participated directly, eventually crashing a QFA-44 due to being shot down. She would also participate in the Furball Above Area B7R (See: Sons of Troia and USEA), where she would also be shot down. The Butterfly Master is not in any mortal danger when she flies the QFA-44 via COFFIN, instead, losing an aircraft is like losing a life in a video game: annoying, but nothing that would make you check out forever. The Papilion Satellite is a Satellite in low-earth orbit. The Papilion Satellite was designed with life-support equipment, a build-in AI Teacher, and the ability to receive food via SSTO, all of this to accommodate the Butterfly Master. It is hypothesized that the Butterfly Master had a congenital illness that made her unable to go outside and she was chosen for the Papilion Project to test COFFIN tech to help her feel any type of freedom.

35. #35Airspace Area Designation

    Keys: Airspace Area Designation, area b7r, area, airspace

    The Airspace Area Designation System or the AADS is a UN Designation System to designate each airspace across the globe. It starts from the 75 degrees north and ends 75 degrees south. Each Airspace Area is given an alphanumerical designation in the form [LETTER][NUMBER][LETTER], an example of this is Area B7R above Nevada. The first letter refers to the longitude of the Air Space, the world is divided into 26 longitudinal air spaces this way. The number in the middle is a number 1-9 referring to the latitude of the air space, meaning the world is divided into 9 latitudinal air spaces. The last letter refers to a further subdivision on longitudinal air space within the airspace given by the last two letter, meaning each [LETTER][NUMBER] can be divided into 26 longitudinal air spaces. Each [LETTER][NUMBER] Air Space is approximately 1,541 by 4,000 Kilometers or 6,166,464 square kilometers, and each [LETTER][NUMBER][LETTER] Air Space is 59 by 4,000 kilometers, or 237172 square kilometers.

36. #36Connection for Flight Interface

    Keys: connection for flight interface, COFFIN, COFFIN Interface, Electro-Neuron-Synapse-Interface, ENSI, Opto-Neuron, COFFINs, aero coffins, flying coffins

    Connection For Flight Interface (COFFIN) is a revolutionary type of control system where a human can pilot an aircraft with their thoughts or body movements. Such aircraft do not feature glass canopies or front windows; instead, sensors on the aircraft's body transmit live pictures of its surroundings to either interior screens or the pilot's mind. Due to the narrow space in aircraft cockpits equipped with Connection For Flight Interfaces, and the inability to look outside through glass in such cockpits, these aircraft were commonly referred to by slang terms including COFFINs, Aero Coffins, and "flying coffins." There are three types of COFFIN Cockpits: Semi-COFFIN, ENSI COFFINs, and Opto-Neuron COFFIN. Semi-COFFIN planes are planes that are semi-intergrated with COFFIN. Physical cockpits still exist, meaning someone can directly pilot them, but there are cameras and sensors all across the aircraft, giving the pilot a 360 degree view. At the current date, Semi-COFFINs are the most popular type of COFFIN. Electro-Neuron-Synapse-Interface (ENSI) COFFINs are systems designed to establish a neural link between pilot and aircraft. ENSI system is responsible for the mental link required to operate said hardware. The conventional hands-on-throttle-and-stick (HOTAS) controls are replaced with a pair of neural sensors on side panels, on which the hands are placed to establish a connection. It is theorized that one could control a COFFIN-Equipped Aircraft from long distances, but doing so would put a mental strain on the user. Opto-Neuron COFFIN is the next step of COFFIN technology. Opto-Neuron works by directly linking the pilot's nervous system to the aircraft. It was developed or the experimental X-49 Night Raven (See: Tier-5 Aircraft § X-49 Night Raven) aircraft,. Opto-Neuron works by artificially accelerating the brain's neural network through light stimulation, thus increasing its activity. Use of the hardware requires an special implant on the nape of the subject, which then connects with the central nervous system. On account of the increased mental activity, Opto-Neuron leads to improved combat performance in comparison to ENSI. However, the functional reorientation causes the mental load to increase significantly, which can lead to brain damage. In addition, a risk of post-surgery problems occurring is also present, making Opto-Neuron a highly hazardous system. Below is a table of all COFFIN-Equipped Aircraft, split into the three types. Semi-COFFIN: XFA-27 (See: Tier-5 Airplane § XFA-27) ADF-01 Falken (See: Tier-5 Airplane § ADF-01 Falken) ADA-01B Adler (See: Tier-5 Airplane § ADA-01B Adler) XFA-33 Fenrir (See: Tier-5 Airplane § XFA-33 Fenrir) ENSI COFFIN: R-101 Delphinus #1 (See: Tier-5 Airplane § R-101 Delphinus #1) QFA-44 Carmilla (See: Butterfly Master) Opto-Neuron COFFIN: X-49 Night Raven

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