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Factbook of the Athenian Federation


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Factbook of the Athenian Federation

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Contents:
I. General Information and treaties
II. Constitution
III. Hellenic Army
IV. Hellenic Air Force
V. Hellenic Navy
VI. Cities & Special Structures

General Information:

Government type: Constitutional Monarchy
Capital: Athens
Anthem: Universal Anthem

Population: 1,476,183,418
Birth rate: 9.2 births/1000 population
Death rate: 6.9 deaths/1000 population
Age distribution: 30% 0-17, 60% 18-66, 10% 67 and beyond
 

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Government:

Head of State and Government:
Her Imperial Highness Ariadne Notaras of Heraclius, Megale Autokrateira of the Athenian Federation and her overseas territories, Protector of the Old World, Supreme Commander of the Hellenic Forces, Priestess of the Cult of Athena, Speaker of Zeus, Incarnate of Athena, Heroine of the revolution.

Consuls:
His Imperial Highness Valerio Moretti of Bourbon, Emperor of Rome, Western Consul of the Athenian Federation
Chief Magistrate Hektor Gabris, Chief Magistrate and People's Consul of the Athenian Federation

Council of Magistrates:
Chief Magistrate/Magistrate of General Affairs: Hektor Gabris
Chief of Staff/Submagistrate of General Affairs: Alexandra Notaras
Magistrate of Foreign Affairs: Jean-Luc Picard
Magistrate of European Affairs: Anna Kozarovska
Magistrate of Asian Affairs: Isabella Isai
Magistrate of American Affairs: Viktor Gariboldi
Magistrate of African Affairs: Ariel David
Magistrate of Internal Affairs: Charon Karagounis
Magistrate of Justice: Alicia la Guardia
Magistrate of Finances: Benjamin Álvarez
Magistrate of Energy: Eliza Felice
Magistrate of Defense: Alexander Bakas
Magistrate of the Army: Field Marshal Linus Manolis
Magistrate of the Air Force: General Nestor Petris
Magistrate of the Navy: Fleet Admiral Naomi Manera
Magistrate of the Environment: Hera Kallis
Magistrate of Economic Affairs, Agriculture and Industry: Nikolai Chulkov
Magistrate of Labor: Konstatinos Papagos
Magistrate of Technology: Silvia Renaldi
Magistrate of Infrastructure: José Cercas
Magistrate of Education: Andrea Iovine
Magistrate of Health: Isabella Bastos
Magistrate of Immigration and Integration: Edite Moreira
Magistrate of Intelligence and National Security: Elisabetta Ferrari

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Imperial Command:
Field Marshal Linus Manolis(Army)
General Hugh Hefner(Army)
Field Commander Renée Picard(Army)
General Nestor Petris(Air Force)
Major General Sergio Ienco(Air Force)
Major General Anna de Vries(Air Force)
Fleet Admiral Naomi Manera(Navy)
Admiral Achim Floros(Navy)
Admiral Davide Taccardi(Navy)
Hia Grace Adam Anthris, General of the Guard(High Guard)
Arcturus Mengsk, Director of the Committee for State Security(CSS)

Imperial War Cabinet:
The Imperial War Cabinet is an emergency governing organ used when the Federation is preparing for war, it consists of the Megale Autokrateira, Consuls, Magistrate of Defense, Magistrate of Energy, Magistrate of Intelligence and National Security, Imperial Command and a selection of other commanders from the different branches.

Military Readiness System:
The state of military readiness is the internally used system to prepare the Hellenic Forces and internal security forces. The level is classified.

Alert Condition Alpha: The Athenian Federation is in a full state of (nuclear) war, maximum readiness.
Alert Condition Beta: The Athenian Federation has strong suspicions it will enter a state of war soon, this is because of either a conflict involving an allied state or another reason deemed serious enough by Imperial Command. Status can also indicate a state of war against an opponent where no nuclear activity is expected. Strategic weapons are armed, all Hellenic forces are ready for rapid deployment.
Alert Condition Gamma: There is a serious risk of war or severe risk of a terrorist attack on Athenian soil. Or foreign military forces are engaged within 500 miles of the Athenian border. Hellenic Forces are on alert and ready to deploy, highest state on terrorist threats.
Alert Condition Delta: There is a higher than normal risk of war or a high risk of a terrorist attack on Athenian soil. Or foreign military forces are engaged within 1000 miles of the Athenian border. Hellenic Forces are ordered to their bases and prepare for potential conflict.
Alert Condition Epsilon: There is a risk of war or a significant risk of a terrorist attack on Athenian soil. Or foreign military forces are engaged within 2000 miles of the Athenian border. The Hellenic Air Force is to be ready for operations within 15 minutes and the Hellenic Navy within 12 hours. Internal security forces are on their maximum readiness.
Alert Condition Zeta: There is a general risk of a terrorist attack on Athenian soil or a potentially threatening situation is developing anywhere in the world. Hellenic Forces are to take no special preparations, internal security forces are to be taken to a general alert.
Alert Condition Eta: There is a low risk of a terrorist attack on Athenian soil. No special preparations are to be taken.

Important links:
The Athens Times(News thread)

Edited by Centurius
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Constitution of the Athenian Federation

I: Historical Foundations

Considering the historical facts and universally accepted principles of the modern world, as well as the inalienable and indivisible, non-transferable and non-exhaustible right of the Hellenic nation to self-determination and state sovereignty, including its fully maintained right to secession and association, as basic provisions for peace and stability of the international order, the Athenian Federation is established as the national state of those nations residing within it.
Respecting the will of the Athenian nation and all citizens, resolutely expressed in the free elections, the Athenian Federation is hereby founded and shall develop as a sovereign and democratic state in which equality, freedoms and human rights are guaranteed and ensured, and their economic and cultural progress and social welfare promoted.

II: Organization of the State:

Article 1.
The Athenian Federation will consist of multiple regions of varying autonomy.

Article 2.
It is the obligation of the national government to provide security for and give protection to each region within it.

Article 3.
The Constitution of the Athenian Federation, a decree from the head of government, a law approved by the Parliament of the Athenian Federation and a ruling by the Supreme Court shall stand above all regional, local or other considerations.

Article 4.
The right to secession is not granted to a region in any form, secession is only possible with the permission from at least two thirds of the Assembly of the People and an unanimous vote from the Council of the Athenian Federation. As all rulings it is subject to a veto from the Council of Three.

III: Basic Provisions

Article 5.
(1)The Athenian Federation is a unitary and indivisible democratic and socialist state.
(2)Power in the Athenian Federation derives from the people and belongs to the people as a community of free, equal and independent citizens.
(3)The people shall exercise this power through the election of representatives and through direct decision-making.

Article 6.
(1)The sovereignty of the Athenian Federation is inalienable, indivisible and untransferable.
(2)The sovereignty of the Athenian Federation includes its land area, rivers, lakes, canals, internal maritime waters, territorial sea, and the air space above these.
(3)The Athenian Federation shall exercise its sovereign rights and jurisdiction in the maritime areas and the seabed and subsoil thereof of the Mediterranean Sea and the Atlantic Ocean, including the smaller seas directly linked to it, outside the state territory up to the borders with its neighbors and other states in accordance to individual agreements.
(4)The Assembly of the People or the people directly shall, independently and in accordance with the Constitution and law, decide:
- on the regulation of economic, legal and political relations in the Athenian Federation
- on the preservation of natural and cultural wealth and its utilization
- on association into alliances with other states.
(5)The Athenian Federation may conclude alliances with other states, retaining its sovereign right to decide on the powers to be delegated and the right freely to withdraw from such associations.

Article 7.
Freedom, equal rights, national equality and equality of genders, love of peace, social justice, respect for human rights, inviolability of ownership, conservation of nature and the environment, the rule of law, and a democratic multiparty system are the highest values of the constitutional order of the Athenian Federation and the ground for interpretation of the Constitution.

Article 8.
In the Athenian Federation the government shall be organized on the principle of the separation of powers into the legislative, executive and judiciary but limited by the rights of individual regions and citizens as defined by the constitution.

Article 9.
(1)In the Athenian Federation laws shall conform to the Constitution, and other rules and regulations shall conform to the Constitution and law.
(2)Everyone shall abide by the Constitution and law and respect the legal order of the Athenian Federation.

Article 10.
A citizen, resident or otherwise visitor of the Athenian Federation cannot be punished for an offense when it has not been recognized as such by the law.

Article 11.
In special circumstances the Supreme Court of the Athenian Federation can issue a temporary regulation for offenses not recognized as such by the law. These may be retroactive however must be approved by the Assembly of the People and the Council of Three within a year to maintain legality.

Article 12.
(1)Formation of political parties is free.
(2)Internal organization of political parties shall be in accordance with the fundamental constitutional democratic principles.
(3)Parties shall publicize the accounts on sources of their assets and property.
(4)Political parties which by their programs or violent activities aim to demolish the free democratic order endanger the existence of the Athenian Federation are unconstitutional. The decision on unconstitutionality shall be made by the Supreme Court of the Athenian Federation.
(5)The status and financing of political parties shall be regulated by law.

Article 13.
(1)The Hellenic Forces will be tasked with protecting and guarding the sovereignty and sanctity of the Athenian Federation.
(2)The Hellenic Forces will be tasked with protecting the rights of living beings beyond the borders of the Athenian Federation at the request of the Supreme Court of the Athenian Federation.
(3)The Hellenic Forces may cross its borders or act over its borders upon permission from the Megale Autokrateira.
(4)In times of need upon order by the Megale Autokrateira the Hellenic Forces may assist the civilian police and authorities provided the rights granted by this constitution are maintained.
(5)Organization of defense, command, administration and democratic control over the Hellenic Forces shall be regulated by law.
(6)Every citizen fit to do so shall be required to serve the state. The kind of service and the requirements for eligibility shall be regulated by law.

Article 14.
The borders of the Athenian Federation may only be altered by a motion approved by the parliament and the Council of Three.

Article 15.
(1)Athenian citizenship, its acquisition and termination shall be regulated by law.
(2)No Athenian citizen shall be exiled from the Athenian Federation, have its citizenship terminated or be extradited to a foreign government.

Article 16.
(1)The Athenian Federation shall protect and promote the rights and interests of its citizens living abroad, and shall maintain links with the homeland.
(2)Parts of the Athenian nations in other states shall be given special concern and protection by the Athenian Federation.

Article 17.
(1)The flag of the Athenian Federation shall consist of 2 colors, white and gold. A white background with a gold cross and a Phoenix.
(2)The Coat of Arms of the Athenian Federation shall be a shield divided in the colors white and gold with a helm on top and white lions on each side.
(3)The anthem of the Athenian Federation shall be the ‘Universal Anthem’.

Article 18.
The Greek, Latin and English languages and the Latin and Greek scripts shall be in official use within the Athenian Federation. Individual regions are allowed to teach non-recognized languages and scripts along with the aforementioned.

Article 19.
The capital of the Athenian Federation will be Athens.

IV: Civil Liberties and Fundamental Freedoms

Article 20.
(1)Everyone’s right to life shall be protected by law. No one shall be deprived of his life intentionally.
(2)Deprivation of life shall not be regarded as inflicted in contravention of this article when it results from the use of force which is no more than absolutely necessary:
a. in defense of any person from unlawful violence;
b. in order to effect a lawful arrest or to prevent escape of a person lawfully detained;
c. in action lawfully taken for the purpose of quelling a riot or insurrection;
d. in times of war against an enemy state;
e. in times of war for the crime of treason.

Article 21.
No one shall be subjected to torture or inhuman or degrading treatment or punishment.

Article 22.
(1)No one shall be held in slavery or servitude.
(2)No one shall be required to perform forced of compulsory labor.
(3)For the purpose of this article the term forced or compulsory labor shall not include:
a. any work required to be done in the ordinary course of detention imposed according to the law;
b. any service of a military character or in case of conscientious objectors service exacted instead of compulsory military service;
c. any service exacted in case of an emergency or calamity threatening life or well-being of the community;
d. any work or service which forms part of normal civic obligations.

Article 23.
(1)Everyone has the right to liberty and security of person. No one shall be deprived of his liberty save in the following cases and in accordance with a procedure prescribed by law:
a. the lawful detention of a person after conviction by a competent court;
b. the lawful arrest or detention of a person for non-compliance with the lawful order of a court or in order to secure the fulfillment of any obligation prescribed by law;
c. the lawful arrest or detention of a person effected for the purpose of bringing him before the competent legal authority of reasonable suspicion of having committed an offence or when it is reasonably considered necessary to prevent this committing an offence or fleeing after having done so;
d. the detention of a minor by lawful order for the purpose of educational supervision or his lawful detention for the purpose of bringing him before the competent legal authority;
e. the lawful detention of persons for the prevention of the spreading of infectious diseases, of persons of unsound mind or persons reasonably expected to be a threat to themselves or people surrounding them.
(2)Everyone who is arrested shall be informed promptly, in a language which he understands, of the reason for his arrest, the charge against him and the rights granted to him.
(3)Everyone arrested or detained in accordance with the provisions of paragraph 1c of this article shall be brought promptly before a judge and shall be entitled to trial with a reasonable time or release pending trial. Release may be condition by guarantees to appear for trial.
(4)Everyone who is deprived of his liberty by arrest or detention shall be entitled to take proceedings by which the lawfulness of his detention shall be decided speedily by a court and his release ordered if the detention is not lawful.
(5)Everyone who has been the victim of arrest or detention in contravention of the provisions of this article shall have an enforceable right to compensation.
(6)The right to the writ of habeas corpus shall be granted to all those arrested or detained or an individual acting in name of the arrested or detained.

Article 24.
(1)In the determination of his civil rights and obligations or of any criminal charge against him, everyone is entitled to a fair and public hearing within a reasonable time by an independent and impartial tribunal established by law. Judgment shall be pronounced publicly by the press and public may be excluded from all or part of the trial in the interest of morals, public order or national security in a democratic society where the interests of juveniles or the protection of the private life of the parties so require, or the extent strictly necessary in the opinion of the court in special circumstances where publicity would prejudice the interests of justice.
(2)Everyone charged with a criminal offence shall be presumed innocent until proved guilty according to law.
(3)Everyone charged with a criminal offence has the following minimum rights:
a. to be informed promptly, in a language which he understands and in detail, of the nature and cause of the accusation against him;
b. to have adequate time and the facilities for the preparation of his defense;
c. to defend himself in person or through legal assistance of his own choosing or, if he has not sufficient means to pay for legal assistance, to be given it free when the interests of justice so require;
d. to examine or have examined witnesses against him and to obtain the attendance and examination of witnesses on his behalf under the same conditions as witnesses against him.
e. to have the free assistance of an interpreter if he cannot understand or speak the language used in court.
(4)No one may be tried more than once if a final court sentence has already passed.

Article 25.
(1)No one shall be held guilty of any criminal offence on account of any act or omission which did not constitute a criminal offence under regional, national or international law at the time when it was committed. Nor shall a heavier penalty be imposed than the one that was applicable at the time the criminal offence was committed.
(2)This article shall not prejudice the trial and punishment of any person for any act or omission which, at the time when it was committed, was criminal according to the general principled of law recognized by civilized nations.

Article 26.
(1)Everyone has the right to respect for his private and family life, his home and his correspondence.
(2)There shall be no interference by a public authority with the exercise of this right except such as in accordance with the law and is necessary in a democratic society in the interests of national security, public safety or the economic well-being of the country, for the prevention of disorder or crime, for the protection of health or morals, or for the protection of the rights and freedoms of others.

Article 27.
(1)Everyone has the right to freedom of thought, conscience and religion; this right includes freedom to change his religion or belief, and freedom, either alone or in community with others and in public or private, to manifest his religion or belief, in worship, teaching, practice and observance.
(2)Freedom to manifest one’s religion or beliefs shall be subject only to such limitations as are prescribed by law and are necessary in a democratic society in the interests of public safety, for the protection of public order, health or morals, or the protection of the rights and freedoms others.

Article 28.
(1)Everyone has the right to freedom of expression, this right shall include freedom to hold opinions and to receive and impart information and ideas without interference by public authority and regardless of frontiers. This article shall not prevent the State from requiring the licensing of broadcasting, television or cinema enterprises.
(2)The exercise of these freedoms, since it carries with it duties and responsibilities, may be subject to such formalities, conditions, restrictions or penalties as are prescribed by law and are necessary in a democratic society, in the interests of national security, territorial integrity or public safety, for the prevention of disorder or crime, for the protection of health or morals, for the protection of the reputation or the rights of others, for preventing the disclosure of information received in confidence, or for maintaining the authority and impartiality of the judiciary.

Article 29.
(1)Everyone has the right to freedom of peaceful assembly and to freedom of association with others, including the right to form and to join trade unions for the protection of his interests.
(2)No restrictions shall be placed on the exercise of these rights other than such as are prescribed by law and are necessary in a democratic society in the interests of national security or public safety, for the prevention of disorder or crime, for the protection of health or morals or for the protection of the rights and freedoms of others, this article shall not prevent the imposition of lawful restrictions on the exercise of these rights by members of the armed forces, of the policy or of the administration of the State.

Article 30.
Men and women of marriageable age have the right to marry and to found a family, according to the regional laws governing the exercise of this right.

Article 31.
(1)In times of war or other public emergency threatening the life of the State the State may take measures derogating from its obligations under this constitution to the extent strictly required by the exigencies of the situation.
(2)No derogation from article 20 shall be made under this provision.
(3)Members of parliamentary committees regarding intelligence and/or national security shall be kept informed of derogation under this provision on the condition of secrecy.

Article 32.
(1)Everyone whose rights and freedoms as set forth in this constitution are violated shall have an effective remedy before a national authority notwithstanding that the violation has been committed by persons acting in an official capacity.
(2)Anyone violating the provisions of this constitution concerning the civil liberties and fundamental freedoms shall be held personally responsible and may not exculpate himself from invoking a higher order.

Article 33.
(1)The enjoyment of the rights and freedoms set forth in this constitution shall be secured without discrimination on any ground such as sex, race, color, language, religion, political or other opinion, national or social origin, association with a national minority, property, birth or other status.
(2)The protection of this provision shall count for all laws or administrative decisions.

Article 34.
Nothing in this constitution may be interpreted as implying for the State, any region, group, or person any right to engage in any activity or perform any act aimed at the destruction on any of the rights and freedoms set forth herein or at their limitation to a greater extent than is provided for in the constitution.

Article 35.
The restrictions permitted under this constitution to the said rights and freedoms shall not be applied for any purpose other than those for which they have been prescribed.

Article 36.
If any regional, national or international law, administrative decision or other legal instrument provide greater protection than this constitution provide greater protection it is to be considered above the constitution.

V: Organization of Government

1. Megale Autokrateira

Article 37.
The Megale Autokrateira is the head of state and head of government. The Megale Autokrateira shall represent the Federation at home and abroad and ensure the continuance and unity of the Federation and its regular functioning at all costs. The Megale Autokrateira is the head of the Council of Three.

Article 38.
(1)The Megale Autokrateira shall be nominated by the incumbent upon resignation or by the Consuls upon death of the incumbent. It is the obligation of the Parliament to confirm candidates with a two-thirds majority in both chambers.
(2)An incumbent may be removed from office by unanimity among the Consuls, a two-thirds majority from the Assembly of the People and unanimity of the Council of the Athenian Federation.

Article 39.
(1)The Megale Autokrateira shall enjoy full legal immunity and maintain all executive powers with the Federation.
(2)Together with the other two members of the Council of Three she can veto legislation.

Article 40.
The Megale Autokrateira is commander-in-chief of the Hellenic Forces. She may proclaim war and conclude peace.

Article 41.
The Megale Autokrateira may dissolve the Parliament if it has passed a vote of no confidence against the government, if it has not approved the state budget within a month of proposal or has acted against the constitution of the Athenian Federation.

Article 42.
In the performance of powers the Megale Autokrateira shall be assisted by advisors.

2. Consuls

Article 43.
(1)The Athenian Federation shall have two Consuls to assist the Megale Autokrateira, the Western Consul and the People’s Consul.
(2)The Western Consul shall be the Emperor of Rome and a member of the Council of Three.
(3)The People’s Consul shall be elected by the people every four years at the same time as the elections for the Assembly of the People. The People’s Consul shall serve as Chief Magistrate and be a member of the Council of Three.

Article 44.
The Consuls shall enjoy legal immunity only insofar that the exercising of their function requires it.

3. Council of Magistrates

Article 45.
The Council of Magistrates shall maintain individual departments of the Athenian Federation.

Article 46.
The Council of Magistrates shall be proposed by a majority of the Assembly of the People and is subject to approval from the Megale Autokrateira. Upon approval the Megale Autokrateira will officially appoint the Council of Magistrates.

Article 47.
(1)Individual magistrates or the entire council may be removed upon a vote of no confidence passing the Assembly of the People.
(2)The Chief Magistrate as he is elected by the people directly shall not be subject to a vote of no confidence.

4. Parliament of the Athenian Federation

Article 48.
The Parliament of the Athenian Federation is a body of elected representatives from the people and operates the legislative power in the Athenian Federation. The parliament shall consist of the Council and the Assembly of the People

Article 49.
The Assembly of the People shall have 5000 seats, elected through secret ballot by all Athenian citizens above the age of 18 years. The Council shall have 500 seats, elected through secret by all Athenian citizens above the age of 18 years. Election of the council of the Athenian Federation shall happen 2 years after the election of the Assembly of the People.

Article 50.
Elections for the Assembly of the People shall be held every 4 years, after conclusion of the elections the Council shall be formed.

Article 51.
Members of the Parliament shall not have an imperative mandate and shall receive regular financial compensation for their service and other rights specified by law.

Article 52.
The term of office of representatives in the Hellenic Parliament may be extended by the Megale Autokrateira only in the case of war.

Article 53.
The Parliament of the Athenian Federation shall have all legislative powers with the exception of signing international agreements where it serves in an advisory role.

Article 54.
The Parliament of the Athenian Federation shall vote by majority unless specified otherwise in the constitution.

5. Judicial Power

Article 55.
Judicial power shall be exercised by independent and neutral courts. Courts shall administer justice on the basis of the constitution and law.

Article 56.
The Supreme Court of the Athenian Federation, as the highest court, shall ensure the protection and execution of the constitution. Formation of the Supreme Court shall be regulated by law.

Article 57.
Court hearings shall be open and judgments shall be passed publicly unless minors are involved or the protection of individual rights is at jeopardy or matters of national security are involved.

Article 58.
Justice shall be administered by judges in conformity with law, judges shall be appointed for life and enjoy immunity in regards to rulings.

Article 59.
Judges shall be appointed by the Supreme Court, the Supreme Court shall be appointed by the Assembly of the People.

Article 60.
The Megale Autokrateira may at any time grant a pardon or immunity to an individual even if against court rulings.

Article 61.
(1)No member of a diplomatic mission may be put on trial for a crime while still part of this mission.
(2)It is the obligation of the State to attempt to prosecute a member of a diplomatic mission for crimes. This is to be done using diplomatic means with permission from the state of the mission.
(3)If a member of a diplomatic mission cannot be prosecuted the State is obligated to declare said member persona non grata and require his departure from the state in a timely fashion.

Article 62.
The Supreme Court shall be able to assume jurisdiction over regions beyond the borders of the Athenian Federation to protect the rights of people living beyond Athenian borders.

VI. International Relations

Article 63.
International agreements on behalf of the Athenian Federation shall be negotiated by the Megale Autokrateira.

Article 64.
The Parliament may provide non-binding advice on international agreements.

Article 65.
International agreements concluded and ratified in the Athenian Federation shall stand above law but below the constitution.

VII. Amendments

Article 66.
Amendments to the constitution may be proposed by at least one fifth of the Assembly of the People or the Megale Autokrateira.

Article 67.
The Assembly of the People upon hearing advice from the Council and Council of Magistrates shall decide by a majority vote of all representatives whether or not to start proceedings for the amendment of the constitution.

Article 68.
A decision to amend the constitution shall be require a 2/3 majority of both the Assembly of the People as the Council. Edited by Centurius
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Coat-of-Arms-Army.png

Hellenic Army


Headquarters: Athens
Chief of Staff: Field Marshal Linus Manolis

Total amount of active soldiers(No support or logistics personnel): 1,446,360
-Hellenic Army: 1,000,000
-Thracians: 400,000
-High Guard Razors: 46,360
--Razor Special Operations: 400
Total amount of reserve soldiers(Regional guards, inactive reserves, etc.): 16,000,000
-Hellenic Army: 13,000,000
-Thracians: 3,000,000

Personnel Equipment

Future Combat Program:

The Future Combat Program is a collection of 3 separate projects tasked with providing the Hellenic Army armor able to withstand threats in the new age of warfare. While different there are several similarities between the 3 projects.

NBCR and EMP resistant: The new generation of armor is fully immune to NBCR and EMP weapons, this protection is made possible by completely separating the wearer from the environment surround him or her and using materials that do not let hazardous material through it. The Air filter has been tested against all known NBCR threats and proven effective. The internal electronics of the suite are placed in an EMP resistant cage.
Secure networked interface: All suits are fully integrated into the greater ISIS combat system, using satellite uplinks and local area networks information collected by the armor is shared with all other units in the network, likewise the armor can obtain information from other units such as aircraft, armored vehicles and UAVs. Information is filtered remotely to prevent overloading the armor with more information than it can handle. The entire network uses highly encrypted signals which make it almost impossible for hostile forces to hack the network.
Tactical interface: Using the display integrated into the headpiece the soldiers is provided with an extensive but orderly display that shows the information the soldier needs for the area.
Nanofibers: Using the newest in nanotechnology nanofibers are created that will provide greater protection while being considerably less heavy than alternatives. While being effective for combat these nanofibers also contribute to the NBCR protection.
Active camouflage Using the newest in metamaterials all versions have at least some form of active camouflage, with this new form of camouflage the armor adapts to its surrounding making it even harder to notice.
Exoskeleton: To assist the soldier in dealing with the large weight he or she carries around and to improve the effectiveness and stamina of soldiers all armor is equipped with an exoskeleton that can increase the strength up to 50% in the Razor Speed Armor and at least 15% in the Ares Combat Armor.
 

Ares_Combat_Armor.png


Ares Combat Armor is the first edition of the Future Combat Program, initially used by all soldiers it is still the most used armor, Ares Combat Armor is used by most infantry and commanders. It basically is used where none of the other 2 editions are practical.

Ares Combat Armor is a hybrid, it features medium active camouflage and an exoskeleton to assist the soldier in carrying weapons and munitions at reasonable speed.
 

Razor_Speed_Armor.png


Razor Speed Armor is the most recent piece to roll out of the FCP, specifically designed for snipers, special forces and imperial guards the armor lacks the heavier parts of the armor while still providing reasonable protection through nanofibers and less heavy metals. Due to the decreased weight of the armor itself and an even better exoskeleton the soldier wearing the Razor will increase the speed of the soldier and allow it to run longer. It is equipped with the most advanced in active camouflage to make the wearer practically invisible at a long range and very hard to see once close.
 

SPARTAN_Heavy_Infantry_Armor.png


SPARTAN Heavy Infantry Armor is the most expensive part of the FCP, using a large amount of nanofibers and conventional protection the armor is used only by Heavy Infantry for shorter battles where decisive firepower and protection is needed. Due to the lack of need the SPARTAN barely has any active camouflage.

Beretta ARX 160
 

Beretta_ARX160.jpg


Cartridge: 5.56x45mm NATO
Action: Gas-operated rotating bolt
Rate of fire: 700 RPM
Effective range: 5 position rear sight up to 600 m (656 yd)
Feed system:
-30 round STANAG Magazine,
-100-round C-Mag drum magazine
Sights: Front sight adjustable in elevation and windage

M107 Sniper Rifle
 

BarrettM107.jpg


Caliber: .50 BMG (12.7x99 mm)
Length: 1,448 mm (57.0 in)
Barrel length: 737 mm (29.0 in)
Weight (unloaded w/ scope): 12.9 kg (28.4 lb)
Magazine capacity: 10 rounds
Weight of magazine: 1.87 kg (4.1 lb)
Accuracy: 3 Minutes of Angle (MOA)
Muzzle velocity: 853 m/s (2,800 ft/s)
Effective Range: 1,829 m (2,000 yd)
Maximum Range: 6,812 m (7,450 yd)

M4 Carbine
 

M4.jpg


Cartridge: 5.56x45mm NATO(.50 Beowulf for the modified version
Action: Gas-operated, rotating bolt
Rate of fire: 700-950 round/min cyclic
Muzzle velocity: 2,900 ft/s or 884 m/s
Effective range: 500 m for a point target and 600 m for an area target
Feed system: 30 round box magazine


Vehicles
 

M1-Cerberus.png


M1 Cerberus

Type: Main Battle Tank
Range: 500 miles
Speed: 45 mph
Armor: Combination of ceramic composite reactive and electric armor, under-carriage for protection against shaped charges and an anti-rpg cage. Armor covered with active camouflage at primary areas.
Crew: 4
Network: The M1 Cerberus is fully integrated into the ISIS network which combines information from the Army, Air Force, Navy and the HSA, a network using large datacenters throughout the Federation at secured facilities. Due to being integrated into this network the Cerberus can track almost everything that happens in its environment. Like with other systems the link is established through secured satellite uplinks and a secured local area network.
Weapons:
-Smoothbore 120mm HDRM ETC Cannon x 1
-Computer or manually operated .50 cal heavy machine gun x 2
-Automated 40mm Grenade Launcher x 2
Defenses:

Being part of the newest generation and after having learned lessons from the FCG it became clear that the future of warfare was with electronic warfare and attacks onf the sensitive areas of the vehicle. To combat most projectiles the M1 has a combination of ceramic composite reactive and electric armor, under-carriage for protection against shaped charges and an anti-rpg cage. These measures as a last resort seek to first fry the circuits of projectiles and secondly protect the vehicle itself against the impact of projectiles.

More active defenses exist in the combination of an EW suite and active defense systems that seeks to prevent a lock and disable guided projectiles from a distance, when linked with the ISIS system a combination of vehicles attempt to take down threats once they are in range. This greater networked combat system allows each vehicle to detect threats from a much greater distance which increases the likelihood of defenses taking down threats.

The Cerberus enjoys full protection against NBCR threats, in addition using the newest in computer technology the protection against electronic threats has increased.

Sensor systems: While the M1 Cerberus already receives almost all needed information from the ISIS network at large it is equipped with an extensive suite of sensor systems, primarily to add information to the ISIS network and secondly should for whatever reason the ISIS network not function the vehicle will still be able to be aware of the area. The main sensor system is an integrated radar suite to track most air and ground threats in the area, EIR scopes have also been integrated into the system for thermal imaging.

Finally the M1 Cerberus is equipped with UAVs that enhance situational awareness throughout the unit of action.

Future Combat Program

Just like with personnel a future combat program has set up a new series of different vehicles working together. All subsystems are linked together and to all other units within the Hellenic Forces.





M1201.jpg

M1201 Reconnaissance and Surveillance Vehicle

The primary purpose of the M1201 is to obtain the intelligence needed for the remaining forces, for this objective it has a dedicated sensor suite to detect, locate, track, classify and automatically identify targets. Intelligence gathered is transferred to other units within the network and the central interface. In addition it has both unattended ground sensors and UAVs to increase the intelligence gathered. To defend itself it has both a MK44 cannon and 7.62mm M240 machine gun. The M1201 sees use as a scout and at the Athenian borders.

M1202.jpg

M1202 Mounted Combat System

The M1202 is the only tank that came out of the FCP, to make it more easy to deploy the tank is relatively light with limited weapons.
The Mounted Combat System (MCS) was to provide both direct and Beyond-Line-of-Sight (BLOS) offensive firepower capability, and allowed for in-depth destruction of point targets up to 8 km (5 mi) away. This required the use of an integrated sensor network to detect enemy forces.

The MCS has a crew of two and is armed with a 120 mm HDRM ETC main gun, a .50 caliber machine gun, and a 40 mm automatic grenade launcher.

The MCS is intended to deliver precision fire at a rapid rate, in order to destroy multiple targets at standoff ranges quickly, and will complement the other systems in the unit of action. It will be capable of providing direct support to the dismounted infantry in an assault, defeating bunkers, and breaching walls during tactical assaults. It is also highly mobile, in order to maneuver out of contact and into positions of advantage; given the vehicle's light weight, this is especially important.

The common MGV chassis provides full protection from 30 mm and 45 mm cannon fire in a 60 degree arc opening towards the front of the vehicle. 360 degree protection from small arms fire up to 14.5 mm heavy machine gun and 155 mm artillery shell air-bursts. Protection from higher caliber rounds as well as anti-tank guided missiles is provided by an active protection system manufactured known as "Quick Kill".

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M1203 Non-Line-of-Sight Cannon

The M1203 Non-Line-of-Sight Cannon (NLOS Cannon) is a mobile 155 mm cannon intended to provide improved responsiveness and lethality to the "unit of action" (UA) commander. This self-propelled armored artillery piece provides networked, extended-range targeting, and precision attack of point and area targets in support of other combat units with a suite of munitions that include special purpose capabilities. The Non-Line-of-Sight Cannon provides sustained fire for close support and destructive fire for tactical standoff engagement.

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M1204 Non-Line-of-Sight Mortar

The M1204 Non-Line-of-Sight Mortar (NLOS-M) is a turreted, self-propelled mortar vehicle with a four person crew. It is capable of firing at targets outside of the crew's line of sight.
The NLOS-M has a breech-loaded M1064 that fires 120 mm mortar munitions including the Precision Guided Mortar Munition (PGMM). It has a fully automated firing control system and a manually-assisted, semi-automated ammunition loading system. It uses a crew of 3.
The NLOS-M provides fires on-demand to engage complex and simultaneous target sets. As part of an NLOS-M battery, individual NLOS-M vehicles will provide precision-guided rounds to destroy high-value targets, protective fires to suppress and obscure the enemy, and illumination fires. All of these will be in close support of infantry maneuver units.
The ISIS network enables the NLOS-M fire control system to conduct semi- to autonomous computation of technical fire direction, automatic gun lay, preparation of the ammunition for firing, and mortar round firing.

M1205.jpg

M1205 Field Recovery and Maintenance Vehicle

The M1205 Field Recovery and Maintenance Vehicle (FRMV) is the recovery and maintenance system for employment within both the unit of action (UA) and unit of employment (UE) and contributes to sustaining and generating combat power to the Future Force structure. Each UA has a small number of 2-3 man combat repair teams within the organic Forward Support Battalion (FSB) to perform field maintenance requirements beyond the capabilities of the crew chief/crew, more in-depth battle damage assessment repair (BDAR), and limited recovery operations. The recovery vehicle is designed to hold a crew of three with additional space for three additional recovered crew. The FRMV has a close combat support weapon (CCSW) and a 40 mm Mk 19 grenade launcher.

M1206.jpg

M1206 Infantry Carrier Vehicle

The M1206 Infantry Carrier Vehicle (ICV) is a vehicle for transporting and supporting ground troops. The ICV features a crew of 2 and space for 9 passengers. It is armed with a 30 mm MK44 cannon and a 7.62 mm machine gun.

M1207-1208.jpg

M1207/8 Medical Vehicle

The M1207/8 Medical Vehicle is designed to provide advanced trauma life support within 1 hour to critically injured soldiers. The Medical Vehicle serves as the primary medical system within the unit of action (UA) and has two mission modules: Evacuation and Treatment. The time-sensitive nature of treating critically injured soldiers requires an immediately responsive force health protection system with an expedient field evacuation system. The M1207 FCS Medical Vehicle-Evacuation (MV-E) vehicle allows trauma specialists, maneuvering with combat forces, to be closer to the casualty’s point-of-injury and is used for casualty evacuation. The M1208 Medical Vehicle-Treatment (MV-T) vehicle enhances the ability to provide Advanced Trauma Management (ATM)/Advanced Trauma Life Support (ATLS) treatments and procedures forward for more rapid casualty interventions and clearance of the battlespace.

M1209.png

M1209 Command and Control Vehicle

The M1209 Command and Control Vehicle (C2V) provides for information management of the integrated network of communications and sensor capability within the unit of action and provides the tools for commanders to synchronize their knowledge of combat power with the human dimension of leadership. It is located within the headquarters sections at each echelon of the unit of action down to the company level, and with the integrated command, control, communications, computers, intelligence, surveillance and reconnaissance (C4ISR) suite of equipment, it provides commanders command and control on the move.

The C2Vs contain all the interfaces required to enable the commander to leverage the power of the ISIS network and provides the means for leaders at all levels to achieve information superiority and situational understanding and to establish, maintain and distribute a common operating picture fused from the friendly, enemy, civilian, weather and terrain situations while on the move. The crew uses its integrated C4ISR suite (communication, computers and sensor systems) to receive, analyze and transmit tactical information via voice, video and data inside and outside the unit of action. The C2V can also employ unmanned systems, such as unmanned aerial vehicles (UAVs) to enhance situational awareness throughout the unit of action.

Hellenic Army Structure:

Fireteam: 4 Soldiers
Squad: 8 Soldiers
Platoon: 40 Soldiers, 1 M1201, 1 M1205. 2 M1206s, 1 M1207/8, 1 M1209
Company: 120 Soldiers, 1 tank(M-1 or M1202), 3 M1201s, 1 M1203, 1 M1204, 3 M1205s, 6 M1206s, 3 M1207/8s, 3 M1209s
Battalion: 200 Soldiers, 2 tanks(M-1 and/or M1202), 5 M1201s, 2 M1203s, 2 M1204s, 5 M1205s, 10 M1206s, 5 M1207/8s, 5 M1209s
Brigade: 1,000 Soldiers, 10 tanks(M-1 and/or M1202), 25 M1201s, 10 M1203s, 10 M1204s, 25 M1205s, 50 M1206s, 25 M1207/8s, 25 M1209s
Regiment: 5,000 Soldiers, 50 tanks(M-1 and/or M1202), 125 M1201s, 50 M1203s, 50 M1204s, 125 M1205s, 250 M1206s, 125 M1207/8s, 125 M1209s
Division: 10,000 Soldiers, 100 tanks(M-1 and/or M1202), 250 M1201s, 100 M1203s, 100 M1204s, 250 M1205s, 500 M1206s, 250 M1207/8s, 250 M1209s
Corps: 50,000 Soldiers, 500 tanks(M-1 and/or M1202), 1,250 M1201s, 500 M1203s, 500 M1204s, 1,250 M1205s, 2,500 M1206s, 1,250 M1207/8s, 1,250 M1209s
Group: 100,000 Soldiers, 1,000 tanks(M-1 and/or M1202), 2,500 M1201s, 1,000 M1203s, 1,000 M1204s, 2,500 M1205s, 5000 M1206s, 2,500 M1207/8s, 2,500 M1209s
Army: 200,000 Soldiers, 2,000 tanks(M-1 and/or M1202), 5,000 M1201s, 2,000 M1203s, 2,000 M1204s, 5,000 M1205s, 10,000 M1206s, 5,000 M1207/8s, 5,000 M1209s
Theater: Variable sizes depending on region

Edited by Centurius
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thumb_Coat-of-Arms-Air-Force~0.png

Hellenic Air Force


Headquarters: Milan
Chief of Staff: General Nestor Petris

Total Fighters: 960
Total Bombers: 300

Developed and Produced by the Athenian Federation:
 

F-99.jpg
F-99 Phoenix
Classified Design


Role: Sixth generation stealth multi-role fighter
Manufacturer: Hellenic Aerospace Industry, Airbus Military, Iberian Aerospace and Alenia Aermacchi
Maximum speed: Mach 2.5
Supercruise: Mach 2
Combat Radius: 900 nmi(Standard combat mission with full fuel and maximum weapons)
Ferry Range: 2200 nmi(With full fuel and maximum payload)
Weapons:
-Solid State Chemical Energy Laser - 1
-High-Power Microwave Directed-Energy Weapon - 1
-25mm HDRM ETC cannon - 1
-Internal Missile Hardpoint - 6

General:
The F-99 is a sixth generation stealth fighter borrowing features heavily from its big brother. The F-99 is intended as a light-weight supplement to existing 6th generation fighters and certainly not as a replacement. It can be launched from the carriers currently used by the Hellenic Navy.

Avionics:
The F-99 has eliminated the need for old wires taking in unnecessary space and weight, instead it uses a system based on photonics. With the need for wires eliminated and the data rate increasing exponentially the fighter can process more information faster. In addition the system will enjoy greater protection against cyber attacks while being resistant against spoofing and jamming.

While not being able to run autonomously the greater storage capacity and processing power allows the fighter to make choices such as what targets to hit, whether to incapacitate, damage or destroy selected targets and select which information the pilot needs to have. Finally the avionics of the Phoenix will be networked through a secure connection to the greater battlespace and as such becoming a full part of the future combat programs.

Sensors:
Contrary to more conventional fighters which have radar systems in the nose of the fighter the F-99 uses a combination of microelectronics and embedded sensors to make the skin of the fighter itself serve as sensors. With the greater processing speed and rate of data-transfer the pilot will have a complete idea of what is happening around the fighter. The system will ensure maximum output for IR, LIDAR, AESA RADAR and SAR.

The sensor suite is capable of jamming using concentrated sensor power in addition to directed energy attacks that are capable of frying most circuits. Finally it can also launch cyber attacks and is optimized for tracking several ground and air targets which it shares with the greater battlespace.

Stealth:
The Phoenix places great emphasis on stealth, its design already significantly reduces the RCS compared to fifth generation fighters but that is not where the stealth stops. Finally the skin is very sensitive which allows it to both absorb signals due to its RAM and with help from cloud-based systems and the network detect the source of even the most sophisticated RADAR systems.

Engines:
(1) The engines are embedded deep within the bowels of the aircraft, hiding the heat the produce within; and the hot exhaust is shielded from detection by the body in exhaust channels that allow the hot gasses to cool significantly.
(2) Materials have been chosen wherever possible that limit greybody radiation and have low emissivity levels. In the few areas where these simple systems of reducing the heat signature are not enough, power from the engine is employed to actively cool the region at minor performance loss.
(3) The engines themselves play a large part in minimizing heat. Being very efficient, waste heat is minimized and contained within the engine block itself. Extensive heat scavenging is used to both cool the exhaust and improve efficiency. Additionally much of the waste heat is captured and returned into the engine. The engine itself actively optimizes its geometry for its current speed and atmospheric conditions.
(4) These functions combined create an aircraft that is nearly invisible on the infrared spectrum when traveling below approximately Mach 2.5.




F-70.png
F-70 Chaos
Classified Design


Role: Manned or unmanned hypersonic stealth interceptor
Manufacturer: Hellenic Aerospace Industry, Airbus Military, Iberian Aerospace and Alenia Aermacchi
Maximum speed: Mach 10(Unmanned), Mach 3(Manned*)
*Manned configurations are limited only by the limits of the pilot
Range: 4000 nmi
Combat radius: 1500 nmi
Weapons:
-Solid State Chemical Energy Laser - 1
-High-Power Microwave Directed-Energy Weapon - 1
-Internal Hardpoint - 12

General:
With the arrival of more and more advanced fighters the older defensive systems were not prepared for the Apollo Institute upon instructions from the Ministry of Defense began research into a new aircraft that could outfly any fighter in the air and get within range of even the fastest bombers. With these functions in mind the concept of the Chaos was born, an interceptor with the speed and efficiency to intercept enemy aircraft before they can pose a threat. The F-70 can be used in both unmanned and manned configurations. When unmanned the F-70 can fly at much faster speeds and make more dangerous moves that would kill the pilot in manned configurations.

Control Systems:
(1) With the photonics and fly by light systems having been proven to be a great asset in different fighters the F-70 too employs photonics as a replacement for conventional wires. Due to its design and the speeds it can operate at control of the fighters would be very difficult under normal circumstances. In manned configurations the systems allow greater control over the F-70 and in both configurations the systems provide greater protection against jamming or other methods of electronic warfare.
(2) The F-70 much like other sixth generation fighters in the Hellenic Air Force has a highly advanced networked virtual intelligence to process information from battles. In manned configurations the VI provides the pilot with information about targets and controls the electronic and cyber warfare suit, it also maintains the engines in flight. In unmanned configurations it takes over full control of the F-70, using the instructions provided by the greater network and personnel on the ground the F-70 is capable of completing a mission with some form of autonomy. While nowhere near the ability to adapt like a human would it can move away from the programming. The Virtual Intelligence is linked to the greater ISIS network spanning all elements of the Hellenic Forces and linked to similar systems of allied powers. Due to this link experience obtained by other F-70s or other fighters and even units from the other branches can be used for the individual F-70 to improve its effectiveness. In essence this allows the national network to over a prolonged period improve itself

Sensors:
Contrary to more conventional fighters which have radar systems in the nose of the fighter the F-70 uses a combination of microelectronics and embedded sensors to make the skin of the fighter itself serve as sensors. With the greater processing speed and rate of data-transfer the pilot will have a complete idea of what is happening around the fighter. The system will ensure maximum output for IR, LIDAR, AESA RADAR and SAR.

The sensor suite is capable of jamming using concentrated sensor power in addition to directed energy attacks that are capable of frying most circuits. Finally it can also launch cyber attacks and is optimized for tracking several ground and air targets which it shares with the greater battlespace.

Engines:
(1) The engines are embedded deep within the bowels of the aircraft, hiding the heat the produce within; and the hot exhaust is shielded from detection by the body in exhaust channels that allow the hot gasses to cool significantly.
(2) Materials have been chosen wherever possible that limit greybody radiation and have low emissivity levels. In the few areas where these simple systems of reducing the heat signature are not enough, power from the engine is employed to actively cool the region at minor performance loss.
(3) The engines themselves play a large part in minimizing heat. Being very efficient, waste heat is minimized and contained within the engine block itself. Extensive heat scavenging is used to both cool the exhaust and improve efficiency. Additionally much of the waste heat is captured and returned into the engine. The engine itself actively optimizes its geometry for its current speed and atmospheric conditions.
(4) While all these functions combined reduce heat somewhat the F-70 when used at full speed will still show up on most IR detection systems.




B-1.jpg
Note: Image is a rough estimation, for one actual rp design lacks canards and active camouflage. Intakes are also in an even more stealthy shape

B-1 Nocturnal
Classified Design


Role: Supersonic ulta-low observation bomber
Manufacturer: Hellenic Aerospace Industry, Airbus Military, Iberian Aerospace and Alenia Aermacchi
Maximum speed: Mach 1.83
Range: 7000 nmi
Weapons:
2 internal bays for 70,000lb of ordnance
2 Solid State Chemical Energy Laser
2 High-Power Microwave Directed Energy Weapon

General:
Recent conflicts the Athenian Federation has been involved in required prolonged penetration of hostile airspace which was dangerous even with air superiority. While the B-10 and B-11 serve excellent in the conventional roles and remains the backbone of the bomber fleet there was the need for a stealth bomber capable of deploying weapons for a prolonged time. With the B-9 being outdated and the U-1 not capable of using the kind of payloads required the Apollo Institute had begun development of a new supersonic bomber capable of deploying massive amounts of ordnance loitering in enemy airspace while remaining hard to catch and capable of fending off enemy attacks. The result of this project was the B-1 employing proven technologies from sixth generation fighters and previous experience with older bombers.

Construction:
(1)The B-1 is constructed around an advanced microsphere based hollow skeletal frame. This gives it dramatically decreased weight, while not sacrificing structural integrity. Outside the based structure is advanced 3-d printing based composite materials which provide a strong heat and g-force resistant high endurance frame which is superior at managing and masking thermal energy while providing optimized reduced radar cross section. As part of a radar absorbent structure, much of the bombers's panels have honey combed kevlar bonded onto them, thus increasing the bomber's radar absorption qualities against high frequency radar.
(2) Beyond an optimized stealth air frame design, near immune to most first generation stealth detection methods ranging from passive radar detection, to OTH radar waves, the B-1 is equipped with advanced nano-technology based radar absorbent materials. These materials have been optimized to trap radar waves rather than simply redirect them inwards. In this way the body is optimized to defeat any type of radar. Once internalized, the stealth uses the thermosystems developed to deal with excess heat and reduce infrared to redirect energy into the engines. This doubles as making the plane resistant to directed energy attack and jamming. The absorbant material also acts as a method to reduce the infrared profile while the bomber is moving at higher speeds.
(3) The nano-technology technology based RAM is designed based on 'darker than black' silver nanowiring. This technology can optimize the B-1s radar absorbent materials to various frequencies including the infrared and visual spectrum in flight (though it cannot function simultaneously with defeating x-band radar.)
(4) The unit is also designed to minimize UV reflectivity, allowing it to hide in the fog of the Earth's atmosphere.

Engines:
(1) The engines are embedded deep within the bowels of the aircraft, hiding the heat the produce within; and the hot exhaust is shielded from detection by the body in exhaust channels that allow the hot gasses to cool significantly.
(2) Materials have been chosen wherever possible that limit greybody radiation and have low emissivity levels. In the few areas where these simple systems of reducing the heat signature are not enough, power from the engine is employed to actively cool the region at minor performance loss.
(3) The engines themselves play a large part in minimizing heat. Being very efficient, waste heat is minimized and contained within the engine block itself. Extensive heat scavenging is used to both cool the exhaust and improve efficiency. Additionally much of the waste heat is captured and returned into the engine. The engine itself actively optimizes its geometry for its current speed and atmospheric conditions.
(4) These functions combined create an aircraft that is nearly invisible on the infrared spectrum even when traveling at is maximum speed.
(5) The Engine bloc has been carefully constructed with composite materials designed to minimize friction and endure higher temperatures than other engines. This combined with increased efficiency and minimizing waste heat allows the B-1's engine block to be amongst the most powerful and stealthiest built.

Photonics and Control Systems:
(1) Like almost all sixth generation fighters the B-1 uses advanced photonics to cancel out the need for conventional wiring while greatly increasing processing speed. Using this fly-by-light system the bomber saves space while actually increasing efficiency.
(2) The B-1 features an advanced network artificial intelligence system which can assist pilots. The B-1 is linked to the cross-platform ISIS network, which can both share information amongst planes as well as operate in a more limited capacity on a single platform. This network builds data points based on intelligence as well as encounters with enemy units to improve each B-1s awareness of the battlefield, providing such information as larger troop formations, buildings of military significance. In addition due to the B-1 also being linked to all other units in the Hellenic or allied forces it can anticipate enemy aircraft approaching it. Further the system operates the directed energy weapons suites, unified sensor systems, and electronic/cyberwafare suites in defensive modes and can be set to operate them in offensive mode. The unit also automatically retunes engines for maximum efficiency in task and assists with repairs and maintaining stealth systems to minimize the pilot's involvement in mundane tasks. The AI is equipped with advanced prediction capabilities which exceed previous models, and inputs the data directly into the pilot via neural uplink. This allows for maximum reaction time while requiring considerable training. Further the system is designed to be highly resistant to cyber and electronic warfare.

Sensor Systems:
(1) The B-1 features a photonics based unified sensor system, of multiple band passive and active LPI radar systems (AESA, SAR, Passive), passive electro-optical infrared sensors, advanced computer recognition imaging visual sensors, LIDAR, and passive ultra violet scope. The B-1 is capable of cross reference enemy units across a wide database of information to detect even some of the most advanced stealth aircraft in the world while remaining undetected itself. This capability is widely embedded into the skin of the aircraft itself creating a 360 degree battle space image.
(2) The B-1 features an advanced integrated jamming system. This capability includes directing radar energy from the unified sensor to conduct energy attacks that are capable of frying guidance on other planes, incoming missiles, and ground systems. This capability is further enhanced by a dedicated phased array high powered microwave weapon system, which is designed to penetrate even hardened systems.
(3) The B-1 features advanced cyber attack and redundant broadband data uplink capabilities, allowing it to share information and conduct advanced ever changing tailored data stream cyber attacks, as well as probe enemy information security defenses.
(4) The B-1 is capable of deploying "digital wingman" support drones which have been configured to act as picket and electronic warfare units, as well as decoys.

Countermeasures and Counter Counter Measures:
(1) The B-1 is equipped with internalized DRFM jamming. Utilizing the plane's passive sensor suite, the F-5 is able to use DRFM jamming even against phased array radars which are typically much harder to jam. Its highly sensitive system is designed to detect ground and air based detection threats before they detect it so that they may be defeated.
(2) The B-1s AESA radar is capable of conducting directed energy and electronic attacks against enemy sensor threats. Additionally it is capable of doing an inserted tailored data stream cyber warfare attack against targets. Its onboard virtual intelligence is optimized to attack targets in this method, particularly remote ones.
(3) The B-1 is equipped with advanced chaff and flare counter measures.
(4) the B-1s onboard VI is optimized to defeat multiple air to air and surface to air threats simultaneously.

Weapon Systems:
(1)"Dial an Effect" Directed Energy Weapons Suite: The B-1 features a variable powered directed energy suite consisting of high powered microwave and laser directed energy weapons capable of destroying incoming projectiles, and in certain cases other aircraft and some surface targets. At minimum it is capable of jamming if not destroying completely defeating surface targets. The B-1s Weapon suite may be controlled by the pilot, or more often in defensive mode, acts as an autonomous active defense system against missiles and guns.
(2)Internal Weapons Bays: The B-1 is capable of carrying up to 70,000lb ordnance of various types internally. Depending on the mission it will carry smart bombs, cluster munitions, strategic packages, etc.




U-1.jpg
U-1 Maia
Classified Design


Role: Autonomous or Remote Controlled Stealth UCAV
Manufacturer: Hellenic Aerospace Industry, Airbus Military, Iberian Aerospace and Alenia Aermacchi
Maximum speed: Mach .9
Range: 2200 nmi
Combat radius: 1000 nmi
Weapons U-1A:
-Internal weapons bay - 2
-Solid State Chemical Energy Laser - 1
Weapons U-1B:
-Internal Hardpoint - 4
-Internal 25mm HDRM ETC cannon - 1
-Solid State Chemical Energy Laser - 1

General:

The U-1 Maia borrows a lot of its design from the existing sixth generation fighters, using a fully photonoc avionics system, sensors built into the skin of the drone and more of the features that gives sixth generation fighters an edge it is highly effective against most air defenses. Stealth is also reinforced by its relatively small size making both visual and radar detection more difficult. The system will ensure maximum output for IR, LIDAR, AESA RADAR and SAR.

The Maia's armaments consist out of 2 internal weapons bays that can carry up to 2000kg of ordnance.

Electronic Warfare:

Like other sixth generation fighters the Maia features a directed energy weapon, while significantly weaker to its counterparts the DEW is able to fry radar systems and missile guidance systems, at the same time concentration of radar energy will create a similar effect. Electronic warfare capabilities are focused on disabling threats to the Maia itself and other aircraft which may follow after the initial attack. The system is equipped with an extensive suite for jamming.

Control:

The Maia can be configured to be either remote controlled by computers in the Athenian Federation, personnel or fully autonomous independent from systems at home. At all times a highly secured uplink is maintained with the greater ISIS network giving the U-1 another advantage, namely full access to the information the greater network provides. A security feature has been included that the U-1 will automatically return home if an anomaly in its constrol systems is detected, such a situation however is unlikely due to the many security features included.




U-2.jpg
U-2 Hermes
Classified Design


Role: Multi-purpose Autonomous or Remote Controlled UAV
Manufacturer: Hellenic Aerospace Industry, Airbus Military, Iberian Aerospace and Alenia Aermacchi
Maximum speed: Mach 12+
Range: 10000 nmi
Service ceiling: Near Space

General:

The U-2 is an unarmed multi-purpose UAV serving as a replacement for older UAVs and AWACS, using highly heat resistant materials it can essentially fly way above the interception range of most air defenses and faster than any manned fighter could.

As a defensive measure the U-2 is given an extensive electronic warfare suite to counter enemy missiles and older generation fighters that somehow manage to get at the altitude to engage it.

Like all other UAVs of the Athenian Federation it can be launched from carriers used by the Hellenic Navy.

U-2A: Surveillance

The U-2A is equipped with several high resolution camera's and an extensive sensor suite consisting of IR, LIDAR, AESA RADAR and SAR systems. The U-2A is used for surveillance and reconaissance missions, when needed it can also patrol the border. The Hermes generally stays at the top of its service ceiling however when unable to get a clear image of the area will move to a lower altitude. All information gathered is sent directly back through the ISIS network

U-2B: Communications & Network

The U-2B is equipped with an extensive suite to set up battlefield communications and network with the greater ISIS system. In this configuration the Hermes acts as a supporting unit to satellites or can even completely take over the satellite function if for whatever reason the ISIS network does not cover a specific area. The greater processing power allows it to filter the information and only show to the units on the ground, in the air or on the sea what they need.

U-2C: Warning & Control

The U-2C is the backbone of any operation the Hellenic Forces are involved in. It effectively serves as a complete replacement for the older manned AWACS system. Equipped with a sensor suite much like the U-2A and a communication platform like the U-2B it can actively detect threats, process information gathered by other means and relay such information back to command and the units in the field. The hermes in this configuration is used in all military operations, generally supported by other U-2 units but if needed standalone.

U-2D: Transmitter

The U-2D is a modification of the U-2B, rather than having a communication suite aimed at providing information to own forces it will use an extensive suite to hijack enemy communications, from disrupting frequencies by filling them with noise or selectively playing disinformation fed to it by operators in the Federation. If positioned well enough a single U-2D could interfere with almost all communication methods a sizeable country maintains.



UH-1.png

UH-1 Erebos


Role: Stealthy Utility Helicopter
Manufacturer: Eurocopter
Crew: 4(2 flight crew and 2 gunners)
Capacity: 16 fully armed and equipped soldiers or 6 stretchers or 3,000lb. cargo internally and 10,000lb. cargo externally
Maximum speed: 350 km/h
Ferry Range: 1500 nmi
Combat Radius: 350 nmi
Service ceiling: 20,000 ft.

The Erebos is the newest utility helicopter used by the Hellenic Forces, based on the American Black Hawk design it is a proven vehicle. To make it able to compete in a modern combat zone the Erebos has been granted an extended range of systems. Using the newest in active camouflage visual detection, especially from range has been made almost impossible. In addition its systems have been modified to be significantly more quiet than its Black Hawk predecessor.

In line with the cyber security threats in modern warfare the Erebos has been granted several passive and active systems. Its passive systems include a secured satellite uplink to the ISIS network to greater assess threats and active countermeasures to known systems that could attempt to disrupt the operations of the Erebos. Likewise its systems have been hardened against EMP attacks.

Its more active systems include electronic countermeasures to interrupt with the guidance systems of incoming missiles and in a limited form RADAR sites.

The Erebos has been designed in such a way that its systems work in a modular fashion where each duty can be preconfigured to maximise its efficiency on a specific task. Currently configurations exist for special forces insertion, conventional troop deployment, deployment from ship, transport and a specific modification for the police to maintain law and order.

Jointly Developed with the United Federation of the East, produced in the Athenian Federation:




F-5.jpg
F-5 Quantum Multi-Role Fighter 'Super Quantum' and 'Strike Quantum'
Classified Design


Key Construction:
(1)The F-5 is constructed around an advanced microsphere based hollow skeletal frame. This gives it dramatically decreased weight, while not sacrificing structural integrity. Outside the based structure is advanced 3-d printing based composite materials which provide a strong heat and g-force resistant high endurance frame which is superior at managing and masking thermal energy while providing optimized reduced radar cross section. As part of a radar absorbent structure, much of the fighter's panels have honey combed kevlar bonded onto them, thus increasing the fighter's radar absorption qualities against high frequency radar.
(2) The F-5 is design is capable of reaction to electric impulses which allow the air frame to "morph", this occurs when the wings readjust themselves in flight from flat, to curve, to a final configuration which has a significant reverse sweep for hypersonic flight. This system is designed to maintain a stealth shape while allowing for greater or less air resistance, and higher angles of attack in normal configuration, while higher air speed with lower drag in others. This change gives the F-5 a significant reduction in IR as well, as it requires less thrust and friction.
(3) The F-5's tail less design decreases the stability of the aircraft dramatically meaning yielding significant improvements in its maneuverability and agility, while also reducing the areas of drag. As with other designs this drag decrease increases range, while decreases IR profile. Instead of a tail the F-5 uses thrust vectoring technology to steer the plane. This is supported by the skeletal frame and its morphing wing capability to help further steer the plane.
(4) Beyond an optimized stealth air frame design, near immune to most first generation stealth detection methods ranging from passive radar detection, to OTH radar waves, the F-5 is equipped with advanced nano-technology based radar absorbent materials. These materials have been optimized to trap radar waves rather than simply redirect them inwards. In this way the body is optimized to defeat any type of radar. Once internalized, the stealth uses the thermosystems developed to deal with excess heat and reduce infrared to redirect energy into the engines. This doubles as making the plane resistant to directed energy attack and jamming. The absorbant material also acts as a method to reduce the infrared profile while the fighter is moving at higher speeds.
(5) The nano-technology technology based RAM is designed based on 'darker than black' silver nanowiring. This technology can optimize the F-5s radar absorbent materials to various frequencies including the infrared and visual spectrum in flight (though it cannot function simultaneously with defeating x-band radar.)
(6) The unit is also designed to minimize UV reflectivity, allowing it to hide in the fog of the Earth's atmosphere.
(7) The F-5 is based on the F-1 frame, however, the F-5 is approximately a 25 percent larger aircraft. It is equipped with additional space in the nose for more sophisticated sensors which can compliment the standard F-1 integrated sensor system. This modular sensor configuration includes a 2800 module Advanced AESA radar, and room for a larger forward looking scope to detect stealth threats in super configuration. In striker configuration, the unit features a larger scope, but also radar optimized for tracking large amounts of ground targets.

Engines:

(1) The engines are embedded deep within the bowels of the aircraft, hiding the heat the produce within; and the hot exhaust is shielded from detection by the body in exhaust channels that allow the hot gasses to cool significantly.
(2) Materials have been chosen wherever possible that limit greybody radiation and have low emissivity levels. In the few areas where these simple systems of reducing the heat signature are not enough, power from the engine is employed to actively cool the region at minor performance loss.
(3) The engines themselves play a large part in minimizing heat. Being very efficient, waste heat is minimized and contained within the engine block itself. Extensive heat scavenging is used to both cool the exhaust and improve efficiency. Additionally much of the waste heat is captured and returned into the engine. The engine itself actively optimizes its geometry for its current speed and atmospheric conditions.
(4) These functions combined create an aircraft that is nearly invisible on the infrared spectrum when traveling below approximately Mach 2.5.
(5) The Engine bloc has been carefully constructed with composite materials designed to minimize friction and endure higher temperatures than other engines. This combined with increased efficiency and minimizing waste heat allows the F-5's engine block to be amongst the most powerful and stealthiest turbofans built.

Photonics and Control Systems:

(1) The F-5 Quantum features fly by light controls, which allow for the pilot to take advantage of the plane's tail less extreme aerodynamic instability for extraordinary agility and maneuverability, as well as for ease of flight while cruising and capability for carrier landings.
(2) The F-5 Quantum features an advanced network artificial intelligence system which can assist pilots in both manned and unmanned configurations. The F-5 Quantum is linked to the cross-platform ISIS network, which can both share information amongst planes as well as operate in a more limited capacity on a single platform. This network builds data points based on intelligence as well as encounters with enemy units to improve each F-5s awareness of enemy units with information ranging from maximum rate of turn, to radar and infrared profiles, to targeting data. Further the system operates the directed energy weapons suites, unified sensor systems, and electronic/cyberwafare suites in defensive modes and can be set to operate them in offensive mode. The unit also automatically retunes engines for maximum efficiency in task and assists with repairs and maintaining stealth systems to minimize the pilot's involvement in mundane tasks. Further the AI can achieve omni directional missile locks at instruction without requiring the pilot to sight a target with their HUD. Block 3 F-5s are equipped with a further improved version of this system, the AI is equipped with advanced prediction capabilities which exceed previous models, and inputs the data directly into the pilot via neural uplink. This allows for maximum reaction time while requiring considerable training. Further the system is designed to be highly resistant to cyber and electronic warfare.
(3) The F-5 Quantum features an improved version of the 360 degree virtual heads up display developed for the F-47 Sino Fighter.

Sensor Systems:

(1) The F-5 Quantum features a photonics based unified sensor system, of multiple band passive and active LPI radar systems (AESA, SAR, Passive), passive electro-optical infrared sensors, advanced computer recognition imaging visual sensors, LIDAR, and passive ultra violet scope. The F-5 is capable of cross reference enemy units across a wide database of information to detect even some of the most advanced stealth aircraft in the world while remaining undetected itself. This capability is widely embedded into the skin of the aircraft itself creating a 360 degree battle space image.
(2) The F-5 Quantum features an advanced integrated jamming system. This capability includes directing radar energy from the unified sensor to conduct energy attacks that are capable of frying guidance on other planes, incoming missiles, and ground systems. This capability is further enhanced by a dedicated phased array high powered microwave weapon system, which is designed to penetrate even hardened systems.
(3) The F-5 Quantum features advanced cyber attack and redundant broadband data uplink capabilities, allowing it to share information and conduct advanced ever changing tailored data stream cyber attacks, as well as probe enemy information security defenses.
(4) The F-5 Quantum is capable of deploying "digital wingman" support drones which have been configured to act as picket and electronic warfare units, as well as decoys.

Countermeasures and Counter Counter Measures:

(1) The F-5 is equipped with internalized DRFM jamming. Utilizing the plane's passive sensor suite, the F-5 is able to use DRFM jamming even against phased array radars which are typically much harder to jam. Its highly sensitive system is designed to detect ground and air based detection threats before they detect it so that they may be defeated.
(2) The F-5s AESA radar is capable of conducting directed energy and electronic attacks against enemy sensor threats. Additionally it is capable of doing an inserted tailored data stream cyber warfare attack against targets. Its onboard virtual intelligence is optimized to attack targets in this method, particularly remote ones.
(3) The F-5 Electro-Optical Infrared Scope is designed to defeat IR countermeasures
(4) The F-5 is equipped with advanced chaff and flare counter measures.
(5) the F-5s onboard VI is optimized to defeat multiple air to air and surface to air threats simultaneously.

Weapon Systems:
"Dial an Effect" Directed Energy Weapons Suite: The F-5 features a variable powered directed energy suite consisting of high powered microwave and laser directed energy weapons capable of destroying incoming projectiles, and in the latest models other aircraft and some surface targets. At minimum it is capable of jamming if not destroying completely defeating surface targets. The F-5s Weapon suite may be controlled by the pilot, or more often in defensive mode, acts as an autonomous active defense system against missiles and guns.
Double 25 mm 'ETC' Reactive Round Cannon: The F-5 features an ETC Reactive Round Cannon, with this capability it is capable of firing its gun at a much more rapid rate and have it much more destructive. The gun is capable of programmed area effect explosive rounds using HDRM technology. This allows the fighter to have an unmatched edge in a gun dogfight as a single direct hit or even several area hits is sufficient to engaging and destroy other enemy aircraft rather than multiple direct hits. Further this weapon can be used in direct ground support for the F-5s secondary strike fighter role.
*This weapon is slowly being phased in as new rounds become available.
Internal Weapons Bays: The F-5 is capable of deploying 14 next generation tactical air munitions or NGTAM. The NGTAM can be optimized in flight for range of engagement from long to short range, and comes in both air to air and air to ground configuration, utilizing multiple guidance systems both onboard other platforms and on itself, including revolutionary image recognition final kill capability against advanced stealth opponents. Its power has further been enhanced by the introduction of HDRM technology. NGTAMs are capable of operating from extremely advanced network passive sensor detection or from low frequency wavelengths against which stealth is less capable against. This allows it to home in on the general area of a target, then extremely sophisticated IR and visual sensors as well as networked additional power is capable of making a final kill at BVR against advanced low visibility opponents. The F-5 is also capable of deploying additional picket extreme stealth drones from this bay. The F-5 is also capable of employing four ER-M-51s in a strike role.

Base Stats:

Maximum Speed: Mach 2.5
Supercruise: Mach 2
Combat Range: 5000 nmi (2400 nmi radius)
G Load: -5/+13 G manned, High as $%&@ UCAV

 

F-1.jpg
F-1 Quantum
Classified Design


Key Construction:
(1)The F-1 is constructed around an advanced microsphere based hollow skeletal frame. This gives it dramatically decreased weight, while not sacrificing structural integrity. Outside the based structure is advanced 3-d printing based composite materials which provide a strong heat and g-force resistant high endurance frame which is superior at managing and masking thermal energy while providing optimized reduced radar cross section.
(2) The F-1 is design is capable of reaction to electric impulses which allow the air frame to "morph", this occurs when the wings readjust themselves in flight from flat, to curve, to a final configuration which has a significant reverse sweep. This system is designed to maintain a stealth shape while allowing for greater or less air resistance, and higher angles of attack in normal configuration, while higher air speed with lower drag in others. This change gives the F-1 a significant reduction in IR as well, as it requires less thrust and friction.
(3) The F-1's tail less design decreases the stability of the aircraft dramatically meaning yielding significant improvements in its maneuverability and agility, while also reducing the areas of drag. As with other designs this drag decrease increases range, while decreases IR profile. Instead of a tail the F-1 uses thrust vectoring technology to steer the plane. This is supported by the skeletal frame and its morphing wing capability to help further steer the plane.
(4) Beyond an optimized stealth air frame design, near immune to most first generation stealth detection methods ranging from passive radar detection, to OTH radar waves, the F-1 is equipped with advanced nano-technology based radar absorbent materials. These materials have been optimized to trap radar waves rather than simply redirect them. In this way the body is optimized to defeat any type of radar. Once internalized, the stealth uses the thermosystems developed to deal with excess heat and reduce infrared to redirect energy into the engines. This doubles as making the plane resistant to directed energy attack and jamming. The absorbant material also acts as a method to reduce the infrared profile while the fighter is moving at higher speeds.
(5) The unit is also designed to minimize UV reflectivity, allowing it to hide in the fog of the Earth's atmosphere.

Engines:

(1) The engines are embedded deep within the bowels of the aircraft, hiding the heat the produce within; and the hot exhaust is shielded from detection by the body in exhaust channels that allow the hot gasses to cool significantly.
(2) Materials have been chosen wherever possible that limit greybody radiation and have low emissivity levels. In the few areas where these simple systems of reducing the heat signature are not enough, power from the engine is employed to actively cool the region at minor performance loss.
(3) The engines themselves play a large part in minimizing heat. Being very efficient, waste heat is minimized and contained within the engine block itself. Extensive heat scavenging is used to both cool the exhaust and improve efficiency. Additionally much of the waste heat is captured and returned into the engine. The engine itself actively optimizes its geometry for its current speed and atmospheric conditions.
(4) These functions combined create an aircraft that is nearly invisible on the infrared spectrum when traveling below approximately Mach 2.5.

Photonics and Control Systems:

(1) The F-1 Quantum features fly by light controls, which allow for the pilot to take advantage of the plane's tail less extreme aerodynamic instability for extraordinary agility and maneuverability, as well as for ease of flight while cruising and capability for carrier landings.
(2) The F-1 Quantum features an advanced network artificial intelligence system which can assist pilots in both manned and unmanned configurations. The F-1 Quantum is linked to the cross-platform ISIS network, which can both share information amongst planes as well as operate in a more limited capacity on a single platform. This network builds data points based on intelligence as well as encounters with enemy units to improve each F-1s awareness of enemy units with information ranging from maximum rate of turn, to radar and infrared profiles, to targeting data. Further the system operates the directed energy weapons suites, unified sensor systems, and electronic/cyberwafare suites in defensive modes and can be set to operate them in offensive mode. The unit also automatically retunes engines for maximum efficiency in task and assists with repairs and maintaining stealth systems to minimize the pilot's involvement in mundane tasks. Further the AI can achieve omni directional missile locks at instruction without requiring the pilot to sight a target with their HUD. Block 3 F-1s are equipped with a further improved version of this system, the AI is equipped with advanced prediction capabilities which exceed previous models, and inputs the data directly into the pilot via neural uplink. This allows for maximum reaction time while requiring considerable training. Further the system is designed to be highly resistant to cyber and electronic warfare.
(3) The F-1 Quantum features an improved version of the 360 degree virtual heads up display developed for the F-47 Sino Fighter.

Sensor Systems:

(1) The F-1 Quantum features a photonics based unified sensor system, of multiple band passive and active LPI radar systems (AESA, SAR, Passive), passive electro-optical infrared sensors, advanced computer recognition imaging visual sensors, LIDAR, and passive ultra violet scope. The F-1 is capable of cross reference enemy units across a wide database of information to detect even some of the most advanced stealth aircraft in the world while remaining undetected itself. This capability is widely embedded into the skin of the aircraft itself creating a 360 degree battle space image.
(2) The F-1 Quantum features an advanced integrated jamming system. This capability includes directing radar energy from the unified sensor to conduct energy attacks that are capable of frying guidance on other planes, incoming missiles, and ground systems. This capability is further enhanced by a dedicated phased array high powered microwave weapon system, which is designed to penetrate even hardened systems.
(3) The F-1 Quantum features advanced cyber attack and redundant broadband data uplink capabilities, allowing it to share information and conduct advanced ever changing tailored data stream cyber attacks, as well as probe enemy information security defenses.
(4) The F-1 Quantum is capable of deploying "digital wingman" support drones which have been configured to act as picket and electronic warfare units, as well as decoys.

Countermeasures and Counter Counter Measures Go Here:

Weapon Systems:
"Dial an Effect" Directed Energy Weapons Suite: The F-1 features a variable powered directed energy suite consisting of high powered microwave and laser directed energy weapons capable of destroying incoming projectiles, and in the latest models other aircraft and some surface targets. At minimum it is capable of jamming if not destroying completely defeating surface targets. The F-1s Weapon suite may be controlled by the pilot, or more often in defensive mode, acts as an autonomous active defense system against missiles and guns.
25 mm 'ETC' Reactive Round Cannon: The F-1 features an ETC Reactive Round Cannon, with this capability it is capable of firing its gun at a much more rapid rate and have it much more destructive. The gun is capable of programmed area effect explosive rounds using HDRM technology. This allows the fighter to have an unmatched edge in a gun dogfight as a single direct hit or even several area hits is sufficient to engaging and destroy other enemy aircraft rather than multiple direct hits. Further this weapon can be used in direct ground support for the F-1s secondary strike fighter role.
*This weapon is slowly being phased in as new rounds become available.
Internal Weapons Bays: The F-1 is capable of deploying 10 next generation tactical air munitions or NGTAM. The NGTAM can be optimized in flight for range of engagement from long to short range, and comes in both air to air and air to ground configuration, utilizing multiple guidance systems both onboard other platforms and on itself, including revolutionary image recognition final kill capability against advanced stealth opponents. Its power has further been enhanced by the introduction of HDRM technology. The F-1 is also capable of deploying additional picket extreme stealth drones from this bay.

Base Stats:

Maximum Speed: Mach 2.8
Supercruise: Mach 2
Combat Range: 4400 nmi
G Load: -6/+14 G manned, High as $%&@ UCAV
 

B-10.jpg
B-10 Wraith
Classified Design


Unit Type: Low Radar Cross Section Wave Rider Strategic Bomber
Range: Essentially Unlimited
Service Ceiling: Near Space
Engine Type: Turbojet-Pulse Detonation Engine Scram Jet Combination Engine

Specialized System:

Avionics is designed along near total photonics improving capability against cyber attacks further hardening against EMP and neutron flux
attacks as well as reducing overall weight of the aircraft. Fly by light provides excellent reaction time. System integrates with satellite based SAR other aircrafts in the combat space, as well as its full spectrum integrated "Unisensor" for target acquisition and engagement.

The B-10 is equipped with an advanced Virtual Intelligence to assist the electronics operator in providing cyber and electronic warfare attacks against targets and air defense sites. B-10 ECW suite is capable of providing next generation cyber warfare technology giving the capability of defeating the latest in AESA targeting.

B-10s advanced composite materials are extremely heat resistant, further advanced heat sinks diverts engines thermal signatures upwards making long range thermoscoping extremely difficult as well as providing the wave rider the necessary endurance to perform at such high speeds.


Speed:
Super cruise Turbojet: Mach 1.8
Afterburner Turbojet: Mach 2.6
PDE Speed: Near Mach 6 (at altitude)
Weapon:
16 Internal Hardpoints (Designed for Extended Range M-51 Wave Rider Missile)
Range: 1500 nmi
2 Disposable Drone Launchers
 

B-11.jpg

Name: B-11 'Victor'

Unit Type: Optionally Manned intercontinental bomber
Speed: Mach 2.7 Supercruise (2.3 with external weapons)
Max Speed: Mach 8
Range: 14, 000 kilometers (+1000 kilometers per fuel pylon)
Combat Radius: 8500 kilometers (+450 kilometer per fuel pylon)
Unit Engine: The B-11 Victor uses a combination engine which is based around a super efficient compact turbojet engine which is combined with ram and scramjet capabilities for ultra high at altitude capabilities. In low IR mode, the B-11 utilizes the turbojet for long range super cruise at Mach 2.7. While this capability emits significantly more IR than a ultra high efficiency turbofan deployed on tactical aircraft, the B-11s superior size (thus greater heat management capability for dealing with exhaust) and longer stand off range more than compensates for this in making the craft difficult to detect. Further the B-11 Victor is equipped with specialized H2 injectors to increase thrust in ram and scramjet mode. While this boosts capability in high speed modes, in low IR mode this same fuel can be used as part of a cooling system.
Stealth Characteristics: The B-11 Victor is equipped with multiple stealth characteristics. Principle among these is its highly blended stealth design, which reduces the RCS of the aircraft. The B-11 however, it is tested to have a minimum detection range against an APG-77 AESA radar of 50 nmi, this makes it virtually stealth as its weapons range is a minimum of 200 nmi. Beyond this however, the B-11 Victor is equipped with darker than black silver nano-wire radar absorbtion material. This can be reconfigured in flight, but is default optimized to defeat methods of electro-magnetic detection most commonly on the long range spectrum. This material is capable of absorbing huge amounts of radar energy and converting it into heat energy which is channeled to the engines to be managed by the engine system. In default internal configuration this puts the B-11 at about .001 meter RCS. However, the B-11 is a front line heavy bomber. Thus it must also take a measured approach between surviveability and strike payload. The B-11 carries considerable internal fire power along four rotary cruise missile launchers, or eight NGTAM rotary missile launchers, or four long range strike heavy packages (nuclear, EMP, or themobaric). The B-11 is thusly equipped with a total possible of 20 conformal stealth weapons pylons. This units are equipped with an inexpensive yet highly radar absorbant schiff salt based RAM, developed by research originally at Carnegie Mellon. They are highly blended. This adds the capability of deploying up to 10 external cruise missile size or up to 20 AIMRAM sized weapons for air to air defense. It should be noted however when such weapon systems are deployed, the B-11s super cruise is reduced to Mach 2.3 due to a combination of air resistance and increased weight. This can also be used to carry additional fuel. Additionally in this configuration the B-11 is only .01 meters stealth.
Sensors: The B-11 Victor is equipped with multiple sensor packages. It has a FLIR scope based on advanced nano-technology which improves range and accuracy of electro-optical detection as well is highly competent against countermeasures. Its equipped with a powerful ultra-low probability of intercept AESA radar which allows it to function as a forward radar picket and AWAC as well as a bomber. This radar also has cyber and electronic attack capabilities. The body is configured to have maximum passive radar detection, allowing it to track multiple targets when its own signals are turned off. Additionally it is equipped with a synthetic aperture radar capability allowing it to track targets on the ground with similar capability to the J-STAR. This combination makes it a highly effective information and situational awareness platform, capabile of linking with other units over a secure data uplink.
Defenses: The B-11 Victor is equipped with the most advanced UFE DRFM jamming pod to defeat enemy radar. It is also equipped with the latest in lock breaking technologies, especially using its high powered microwave emitter to destroying homing missiles. Beyond this the B-11 Victor is capable of breaking lock with IR jamming weapons either by retuning the silver nano-wire technology for IR, using directed energy, or by as a last resort employing chaff. The B-11 Victor's VI provides it with advanced anti-cyber defense capability as well.
Weapons:
Internal:
4 Internal Weapons Bays:
Optional Configuration for Each Bay:
4 ER-M-51 or ArcLight Long Range Cruise Missiles
8 NGTAM
1 Strategic Package
Defensive:
2 Dial an Effect Pulse Lasers
2 High Powered Microwave DEW
External:
10 Conformal Stealth Pylons
2 Picket Stealth Drones

Missiles:




meteor-2.jpg
MBDA Meteor v2


Weight: 200kg
Length: 3.70m
Diameter: 0.178m
Warhead: High Density Reactive Material Explosive Blast-Fragmentation
Detonation Mechanism: Proximity/Impact and Remote Control
Engine: Throttleable ducted rocket
Operational Range: 110km+
Speed: Over Mach 4
Guidance System: Inertial Mid-course with Datalinked Updates, Active Radar, Infrared, ISIS Uplink
Launch Platform: F-1 Quantum, F-99 Phoenix, F-5 Super Quantum, F-70 Chaos, F-2 Dark Phoenix, LF-1 Shadow

The Meteor v2 is the successor to the original MBDA Meteor, based on the system of this original missile the second version mostly consists of a more explosive warhead to increase the chance of a kill. In addition to this it has a slightly extended range and features a remote control system for the pilot to detonate a missile if other systems fail.

The Meteor v2 can be used on all fighters used by the Hellenic Air Force, however its design will also make it work on other platforms with slight changes to the design.

Edited by Centurius
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Coat-of-Arms-Navy.png
Hellenic Navy

Headquarters: Lisbon
Chief of Staff: Fleet Admiral Naomi Manera

Total Ships: 223
-Aircraft Carriers: 7
-Submarines: 40
-Destroyers: 40
-Battleships: 10
-Frigates: 45
-Cruisers: 9
-Littoral Combat Ships(Corvette slots): 60
-Landing Ships: 12

-ACTUVs(Non-ig): 600
-Protector USVs(Non-ig): 1,000

Due to a joint venture between UFE and Athenian companies all ships maintained by the Hellenic Navy while constructed within the Athenian Federation use UFE designs.

californiancvn78losange.gif

Imperial II Class Grand Carrier:
Reactor: 6 Highly Enriched Uranium Reactor
Size: 480 meters
Displacement: 180, 000 Tonnes
Speed: 28 knots maximum
Specialized Systems: Sun Tzu Integrated Combat Control System (Vastly improved version of AEGIS, including ballistic missile defense and all platform networked warfare), Next Generation Phased Array Radar, Satellite-linked: Oceanic Reconnaissance, Satellite Imaging, Synthetic Radar Aperture, All direction looking Primary and secondary infrared electro optical sensors, LIDAR, Long range X/S-band Radar, Passive and Active Sonar, Radar and Sonar Electronic Countermeasures, Many Chaff and Flare launchers, Directional Infrared Counter Measures, Anti-Satellite Laser
Armor: Classified
Weapons:
2 48-Tube SAM VLMS Launchers
2 12-Tube ASW VLMS Launchers
1 12-Tube SSM VLMS Launcher
2 24-Tube Rolling Airframe II Missile Launchers
8 SeaRAM
2 Tactical Energy Lasers
Air Wing:
4 AWAC Turbo-prop Aircraft
6 ASW STVOL Turbo-prop Aircraft
48 F-99 Phoenix
48 F-5 Super Quantums
8 Medium Lift Helicopters
6 Heavy Lift Helicopters
6 Heli/Plane Hybrids
10 VTOL Scout UAVs
12 Stealth Scout UAVs
 
stealthfleetintiativecv.png

Unit Name: Prince Gong Carrier
Length: 320 meters
Power Type: Quadruple Thorium Reactor
Tonnage: 85, 000 Tonnes Displacement
Maximum Speed: 38 Knots
Cruising Speed: 32 Knots

Protection Systems:

The Prince Gong relies on several layers of protection. The first is advanced nanotechnology based armor which provides armor which is both extraordinarily flexible and shock absorbent, layered with hardened material to provide an armor which can both keep the ship operational and distribute the force of explosions. This allows the flight deck especially to remain operational even when taking several ASM direct hits, and makes most under sea attacks against the warship highly ineffective. Secondly, the Prince Gong has been demagnetized on the bottom to prevent detection. Its propulsion system is an extremely quiet jet based system which minimizes its cruising sound, shortening the distance at which attack submarine sonar can find the vessel. With integrated sensor systems, the vessel is capable of locating orbiting satellite systems, with a friend or foe tracker take action to avoid them or use cyber and directed energy capabilities to blind satellites. The PG is also shaped for maximum forward reduced radar cross section characteristics and equipped with RAM material. This makes the vessel appear both smaller to many surface combatents and air craft, and shortens detection ranges to beyond the stand off range of its long range missiles and warplanes. The PGs photonic based quantum computer system combined with its powerful newest generation AESA radar allows it to conduct both electronic and cyber jamming on shore based and surface based defenses. These features maximize the Carrier's survivability and mark a renewal of the aircraft carrier as a hard to find first strike aerial platform.

Sensors:

Sun Tzu II AESA Surface+ Air Radar: The Prince Gong has the most advanced and powerful AESA radar on any ship. Its based on a photonics system instead of traditional electronics which dramatically increases the output power of the vessel. This AESA radar is highly resistant to being jammed or cyber attacked and can defeat most anti ship missiles being fired against the Prince Gong Class. The radar is tuned against much of the reduced cross sections faced in modern combat, and while it cannot totally defeat stealth it can help locate areas of interest for other radar systems as well as deliver a highly concentrated energy surge to that location.

Low Frequency Radar: The Prince Gong is also equipped with a very low frequency radar. Because this radar is highly sensitive, it can detect many stealth designs which are optimized for higher frequency detection. Because Low Frequency detects huge amounts of clutter making it difficult to be used alone, the LFR takes advantage of increase computing power enabled by secure long range cloud computing and photonics based quantum computing available aboard the vessel.

Synethic Aperture Radar: The Prince Gong is equipped with its own synethic aperture radar systems as well as various UAVs and satellite link ups for secure synethic aperture radar imagine for maximum battle space awareness.
Electro-Optical IR Imaging: The Prince Gong has powerful Electro-Optical IR Imaging technology coupled with an advanced object recognition database which allows for long range visual detection on the IR and visual light spectrum. This may be integrated with missile, DEW, and gun systems to engage targets by purely visual means of detection.

Integrated Passive and Active Sonar: The Prince Gong's sonar systems can also include the deployment of recoverable Unmanned Submarine Vehicles and Air deployed Sonar bouys allowing it to deploy a theatre portable SOSUS grid. Massive computing powers combined with cloud computing and access to advanced auditory recognition software allows unprecedented situational awareness undersea. Further advanced sonar decoys can be deployed to make submarine torpedo guidance weaker as well as deceive enemy subs.


Armaments:
4 40 mm Nava/AA ETC Guns
3 ETC CIWS + 11 Tube Point Defense Missile
4 Direct Energy Point Defense Weapons
4 VLMS 36 Tube Blocs:
1 Block (3 Arclight Missiles Per Tube)
2 Block (3 ASAT/SAM LW LRSAM)
1 Block (5 Tube MR ASW/ASM)
4 Anti IR Missile Counter Measure Launchers
4 Anti Radar Missile Counter Measure Launchers
6 Anti Torpedo Counter Measure Launchers

Launch Capabilities:

24 F-5 Super Quantum or F-99 Phoenix Fighters
30 U-1 Maia UCAVs
3 U-2A Hermes UAVs
2 U-2B Hermes UAVs
1 U-2C Hermes UAV
18 Unmanned Picket Aerial Vehicles
12 VTOL Aircraft
 
missilesub.jpg

Franco Class Ballistic/ Guided Missile Submarine
Generator: Nuclear Fission
Drive System: Pump Jet Propulsion
Speed: 24 knots Surfaced, 38 knots Submerged

Systems/Sonar/Radar/Countermeasures:
-'Mark V' photonics mast
-'Mark VI' photonics mast
-RSS-500 Surface Search/Nav Radar (LPI, I-band)
-RPA-II Sail-Mounted Passive/Active Search/Attack Radar
-'Naval Net' Submarine Battle and Communication Systems Suite
-'Sure Beam' Wide-Beam Laser Transceiver
-SPR-VII Passive Ranging & Identification Sonar
-'Anaconda' Tactical Towed Sonar Array
-Mk.IV Active/Passive Sonar Array
-'Fiddler' Torpedo Countermeasures System
-'Quiet-Noise' Active-noise Cancellation System
-SES-7 ECM/ECCM

Weapon Systems:
-2x 1000 mm Torpedo Tubes
-4x 660 mm Torpedos
-2x Specialized Two Stage 800 mm Torpedos (Can either fire a second propelled torpedo to increase range, or carry a submarine launched munition up to 40 nmi from the sub before launching into the air)

Ballistic 'Boomer' Load Out:
-24 SLBM Tubes
Range: 13000 kilometers
Speed: Mach 14

Guided Missile Load Out:
-26 VLMS Cells, 7 Cruise Missiles Each


Optional Vehicles:
2 Miniature Submarines for special forces insertion or 4 USVs with electronic warfare capability
 
dragonclassattacksub.jpg

Ship Class: Dragon Class Nuclear Attack Submarine
Dimensions:
-Length: 152 m
-Beam: 12.9 m
-Draft: 8.9 m
Displacement:
-Surfaced: 12,750 tonnes
-Submerged: 17,250 tonnes
Crew: [82]
-Enlisted: 63
-Officers: 19
-Endurance: 90 Days of stores

Propulsion:
-1x 200 MW SG6I Improved PbBi-cooled Fast Reactor
-2x DSM12 Electric Drives rated at 29,000 Shaft Horsepower each
-2x 850 shp Auxiliary Diesel Generators for emergency operations
-1x Shrouded Pump-Jet Propulsor [2 contra-rotating screws; nine blades each]
Speeds:
-Surfaced: 18 knots
-Surfaced: 7 knots [Auxiliary Diesel Power]
-Submerged: 25 knots [Max Silent Speed]
-Submerged: 35 knots
Operational Depths:
-Maximum Safe: 800 m
-Never-Exceed: 1050 m
-Crush: 1150 m
Hull:
-Dual Hulls Constructed Out of a Non-Magnetic Titanium alloy
-Both Hulls Coated With an Anechoic Polymer
-Outer Hull Equipped With Advanced 'Muffler' Anechoic Tiles

Armament:
-2x 1000mm Torpedo Tubes
-4x 660mm (26”) Torpedo Tubes
-24x 660mm Torpedoes or 2 Naval Mines per Torpedo or Tube-Launched Missiles
-8x 1000mm Torpedoes
-18x VLS tubes [2 x 11 m Tactical]
Systems/Sonar/Radar/Countermeasures:
-'Mark V' photonics mast
-'Mark VI' photonics mast
-RSS-500 Surface Search/Nav Radar (LPI, I-band)
-RPA-II Sail-Mounted Passive/Active Search/Attack Radar
-'Naval Net' Submarine Battle and Communication Systems Suite
-'Sure Beam' Wide-Beam Laser Transceiver
-SPR-VII Passive Ranging & Identification Sonar
-'Anaconda' Tactical Towed Sonar Array
-Mk.IV Active/Passive Sonar Array
-'Fiddler' Torpedo Countermeasures System
-'Quiet-Noise' Active-noise Cancellation System
-SES-7 ECM/ECCM
 
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Name: Jade Emperor Class Destroyer
Ship Name: Jade Emperor Class DDG
Ship Type: Nuclear Powered Guided Missile Destroyer
Power Systems: Nuclear Reactor
Specialized Systems: Sun Tzu Integrated Combat Control System (Vastly improved version of AEGIS, including ballistic missile defense and all platform networked warfare), Next Generation Phased Array AESA Radar, Satellite-linked: Oceanic Reconnaissance, Satellite Imaging, Synthetic Radar Aperture, All direction looking Primary and secondary infrared electro optical sensors, LIDAR, Long range X/S Dual-band Radar, Passive and Active Sonar, Radar and Sonar Electronic Countermeasures, Many Chaff and Flare launchers, Directional Infrared Counter Measures
Hull Design: The Jade Emperor is a stealth design destroyer uses advanced shaping to minimize its radar signatures, on top of this it is covered with a RAM Coating, which dramatically reduces its detection ability, with only one naval gun, its forward profile is among the lowest of any warship. Its drive system is enclosed and the underwater parts of the hull are covered in noise reduction systemizing minimizing its sonar presence. These two systems combined to make the Jade Emperor one of the stealthiest ships afloat, giving it a high survivability level against enemy platforms. The ship’s superstructure is built with highly flexible material, which allows it to survive torpedo ships without breaking its keel, not stopping the damage completely, but preventing what would otherwise be a lethal blow. The ship is equipped with armor, which takes advantage of modern technology, using lighter composite armor than older cruiser giving it excellent levels of protection without rendering the ship too heavy. The ship has systems in place to lock down sections of the ship, which either get flooded or have critical explosions/ fires to prevent these from being crippling blows to the entire ship.
Cruise Speed: 32 knots
Combat Speed: 36 knots
Top Speed: 40 knots

Weapons:
Naval Guns:
1 Concealable 32 mJ Rail Gun
Range: 320 kilometers
1 155 mm ETC Naval Gun
Range: 150 kilometers

172 VLMS Missile Cells:
Anti Submarine Missiles
Tactical Vertical Launch Missiles
Strategic Surface to Air Missiles

Close In Systems:
2 Tactical Energy Lasers
Range: 60 kilometers
2 SeaRAM Systems
Range: 12 kilometers missiles, 4 kilometer CIWS

Torpedo Systems:
12 Torpedo Tubes
Range: 50 kilometers
Range of Torpedo Mounted Anti-Air Scram Jet SAM: 20 kilometer launch from location, 200 kilometer attack range
Range of Torpedo Mounted Surface Skimming Cruise Missile: 10 kilometer from launch location, 500 kilometer range
 
xia30.png

Ship Class: Xia Class Nuclear Powered Guided Missile Fast Battleship
Ship Power Systems: 2 Nuclear Fission Reactors
Specialized System: Sun Tzu Integrated Combat Control System (Vastly improved version of AEGIS, including ballistic missile defense and all platform networked warfare), Next Generation Phased Array Radar, Satellite-linked: Oceanic Reconnaissance, Satellite Imaging, Synthetic Radar Aperture, All direction looking Primary and secondary infrared electro optical sensors, LIDAR, Long range X/S-band Radar, Passive and Active Sonar, Radar and Sonar Electronic Countermeasures, Many Chaff and Flare launchers, Directional Infrared Counter Measures, Anti-Satellite Laser
Length: 425 meters
Combat Speed: 32 knots
Cruise Speed: 25 knots
Theoretical Maximum: 38 knots

Hull Description: The Xia Class Fast Battleship uses advanced shaping to minimize its radar signatures, on top of this it is covered with a RAM Coating, which dramatically reduces its detection ability. Its drive system is enclose and the underwater parts of the hull are covered in noise reduction systemizing minimizing its sonar presence. These two systems combined to make the Xia one of the stealthiest ships of its size afloat, giving it a high survivability level against enemy platforms. The ship’s superstructure is built with highly flexible material, which allows it to survive torpedo ships without breaking its keel, not stopping the damage completely, but preventing what would otherwise be a lethal blow. The ship is equipped with armor, which takes advantage of modern technology, using lighter composite armor than older battleships giving it excellent levels of protection without rendering the ship too heavy. The ship has systems in place to lock down sections of the ship, which either get flooded or have critical explosions/ fires to prevent these from being crippling blows to the entire ship.

Weapons Suites:

Weapons:
Naval Guns:
3 Concealable 3 Barrel 80 mJ Rail Guns
Fire Arcs: 6 forward firing, 9 broad side firing, 3 rear firing
2 Concealable 1 Barrel 32 mJ Secondary Rail Guns
Range: 500 nmi
Fire Arcs: 4 Forward Firing, 3 broad side, 1 rear firing
5 Retractable Quadruple Barrel 20 mm Close In ETC Naval Guns
Range: 14 kilometers
Fire Arcs: 12 Forward Firing, 20 Broadside, 16 Rear Firing
4 Concealable 1 Barrel 155 mm Naval Guns
Range: 96 kilometers

Fire Arcs: 3 Forward Firing, 3 Broad Side, 4 Rear Firing

850-Tube Multi-Use VLMS Launchers (3 Forward Hull, 2 Either side of Trimaran Hull)

Missile and Air Defense Systems:
Long Range Ship to Air Missiles:
6 8-Tube Strategic Surface to Air Missile Launchers
Speed: Mach 12
Range: 450 kilometers
8 SeaRAM Close In Systems
Range: 12 kilometers Missiles, 4 kilometers gatling cannon
2 3 Barrel Auto-Cannons
Range: 5 Kilometers
2 Area Covered Chemical Iodine Laser Turrets
Range: 300 Kilometers Range ICBM warheads and anti-ship, 500 kilometers range tactical ballistic missile warheads
3 Tactical Energy Laser
Range: 60 kilometers

Torpedo Bays:
4 5-Tube Anti-Submarine/Anti Ship Submarine Launchers
Range: 50 kilometers
Range of Torpedo Mounted Anti-Air Scram Jet SAM: 20 kilometer launch from location, 200 kilometer attack range
Range of Torpedo Mounted Surface Skimming Cruise Missile: 10 kilometer from launch location, 500 kilometer range


Ship Launched Vehicles:
4 Helicopters (can be equipped with anti ship, anti-submarine weapons, anti-light craft weapons)
Multiple Varying Unmanned Sea Vehicles
Multiple Varying Unmanned Air Vehicles

Weapons Description: This ship is designed for three missions: the first is Hostile Coastal Sea Control. The ship is capable of surviving sorties against areas with heavy sea defense and over power enemy defenses with its combination of missiles and rail guns. Long range medium ballistic missiles and cruise missiles are the longest range weapons; capable of engaging targets from far off shore or penetrating the enemy interior. Rail guns are designed for long-range bombardment as well, these weapons provide extremely devastating fire-power at a range to equivalent to many different types of cruise missiles.

The ship is equipped with an arsenal of smaller guns as well which can act as both onshore artillery support from off shore as well as provide a defensive perimeter around other ships, denying smaller littoral enemy ships the ability to interdict forces operating within the battleships range.

The ship has the capability of engaging enemy submarines (although it typically leaves this to its escort destroyers and attack submarines plus support helicopters). Its torpedo bays are also capable of launching torpedo based missiles, which after an extended range will fire off from underwater, this provides the ability to fire a weapon while not revealing the ships position.

The ship is built to be a fortress against air attack. It is equipped with strategic surface to air missiles and two large chemical lasers to provide strategic defense. This gives the ship the ability to defend against much longer range and more powerful ballistic and cruise missiles and stand off capability against enemy long-range naval bombers and fighter/bombers. The ships second line of defense is three tactical energy lasers, as well as the continued use of its long range anti-aircraft missiles. These can provide further defense and are especially effective against surface skimming missiles. Finally the ship is equipped with 8 SeaRAMs providing close in missile and gatling gun defense, additionally a pair of triple firing auto cannons provides additional defense for the primary bridge and can engage enemy fast moving small surface ships.
 
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Name: Qing II Class Frigate
Length: 148 meters
Speed: 38 knots
Range: 5000 nmi at 19 knots
Sensors:
Dual Band AESA Radar
Electro Optical Infrared Sensor
Secure Satellite Link
Sonar Pod
Secure SOSUS Information Link
Electronic Warfare Suite (includes Anti-Radar and anti-infrared countermeasures, chaff and decoy launchers)
Specialized Features: Reduced radar cross section profile, de-magnetized hull,
Weapons:
1 105 mm Naval Gun
2 SeaRAM ((48 Rolling Air Frame II Launcher, 2 25 mm CIWS)
2 48-Tube SAM VLMS System
2 4-Tube P-900 Missile Launchers
2 8-Tube Torpedo Launcher
1 24-Tube SSM VLMS System
Vehicles:
2 VTOL UAV
2 ASW/Anti-Mine Helicopters
 
qinshihuang.png

Name: Qin Shi Huang Class
Type: Nuclear Power Guided Missile Cruiser
Combat Systems:Ship Power Systems: 2 Nuclear Fission Reactors
Specialized System: Sun Tzu Integrated Combat Control System (Vastly improved version of AEGIS, including ballistic missile defense and all platform networked warfare), Next Generation Phased Array Radar, Satellite-linked: Oceanic Reconnaissance, Satellite Imaging, Synthetic Radar Aperture, All direction looking Primary and secondary infrared electro optical sensors, LIDAR, Long range X/S Dual band Radar, Passive and Active Sonar, Radar and Sonar Electronic Countermeasures, Many Chaff and Flare launchers, Directional Infrared Counter Measures


Hull Description: The Qin Shi Huang Cruiser uses advanced shaping to minimize its radar signatures, on top of this it is covered with a RAM Coating, which dramatically reduces its detection ability, its forward profile is among the lowest of any warship. Its drive system is enclosed and the underwater parts of the hull are covered in noise reduction systemizing minimizing its sonar presence. These two systems combined to make the Qin Shi Huang one of the stealthiest ships afloat, giving it a high survivability level against enemy platforms. The ship’s superstructure is built with highly flexible material, which allows it to survive torpedo ships without breaking its keel, not stopping the damage completely, but preventing what would otherwise be a lethal blow. The ship is equipped with armor, which takes advantage of modern technology, using lighter composite armor than older cruiser giving it excellent levels of protection without rendering the ship too heavy. The ship has systems in place to lock down sections of the ship, which either get flooded or have critical explosions/ fires to prevent these from being crippling blows to the entire ship.

Weapons Suite:

Concealed Gun Bay:
Alternating Fire 2-Barrel 32 MJ Rail Gun
Range: 350 kilometers

Missile Bays:
14-Tube Intermediate Range Ballistic Missile
Speed: Mach 12
Range: 4000 kilometers
80-Tube Tactical VLS Long Range Cruise Missile Launcher
Range: 800-1000 km range
Speed: Mach 5-8
Vertical Launch 500 SAM Missile Tubes
Range: 200-450 kilometers
Speed: Mach 5-12
4 6-Tube Horizontal M-51 Armored Launchers
Range: 800 km
Speed: Mach 10

Torpedo Bays:
8 Torpedo Tubes
Range: 50 kilometers
Range of Torpedo Mounted Anti-Air Scram Jet SAM: 20 kilometer launch from location, 200 kilometer attack range
Range of Torpedo Mounted Surface Skimming Cruise Missile: 10 kilometer from launch location, 500 kilometer range


Close In Weapon Systems:
4 Tactical Energy Lasers
Range: 60 kilometers
4 SeaRAMs Concealable Turrets
Range: 12 kilometers for point defense missiles, 4 kilometers for gatling guns

Support Craft
2 Helicopters (can be equipped with anti ship, anti-submarine weapons, anti-light craft weapons, anti-mine weapons)
Multiple Varying Unmanned Sea Vehicles
Multiple Varying Unmanned Air Vehicles

Description: The Qin Shi Huang is a powerful guided missile cruiser, which is capable of providing anti-air coverage for an entire naval force. It also has powerful stand off capabilities against other capital ships. The Qin Shi Huang’s advanced radar system and anti-air targeting system allows it to track an entire enemy strike force of missiles at once and engage it with long range surface to air missiles. The unit is capable of acting as a floating strategic defense system, especially when paired in groups or with a Zheng He Capital ship.
 
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Name: Littoral Combat Ship
Length: 127.4 m
Beam: 31.6 m
Height: 3.96 m
Speed: 45 knots
Range: 4500 nmi at 19 knots
Capacity: 210 metric tons
Sensors:
Dual Band AESA Radar
Electro Optical Infrared Sensor
Secure Satellite Link
Sonar Pod
Secure SOSUS Information Link
Electronic Warfare Suite (includes Anti-Radar and anti-infrared countermeasures, chaff and decoy launchers)
Special Features: Anti-Mine Warfare Suite Optional, Cyberwarfare Suite Optional, RCS Features, Demagnetized hull
Weapons:
1 57-mm Naval Gun
4 .50 Caliber Machine Gun turrets
1 SeaRAM (24 Rolling Air Frame II Launcher, 25 mm CIWS)
2 12-Tube MD-SAM VLMS Launchers
4 3-Tube Torpedo Launchers
2 4-Tube MRSSM Launchers
Optional Armaments:
10 4-Tube NLOS-LS Pods
Vehicles:
4 Helicopters (usually equipped with ASW suite or anti-mine suite)
2 Fire Scout
2 USV
 
zhengheclasscommandship.gif

Ship Name: Zheng He
Ship Type: Command Ship
Ship Displacement: 25, 000 tons
Top Speed: 32 knots
Ship Specialized Radar Reduction Features: The Zheng He Class Command Ship has been streamlined and designed to minimize the radar profile of the ship. The vessel is capable of operating in over the horizon as a highly survivable command and control platform. The ship is covered with a radar absorbant material which further reduces the effectiveness of find this vessel. The ships 4 anti submarine helicopters are maintained in a internal bay which minimize detection.

Additionally the ship is equipped with sound reduction features on its underwater parts, this greatly decreases the range of detection by SONAR.


Ship Specialized Armor Features: The Zheng He has its underbelly and sides designed with materials which are both flexible and strong, maxing it capable of surviving torpedo attacks. Using the latest in technology, it allows for lighter more flexible materials, which are more adept at surviving a torpedo blast. The ship also has on deck armor to protect itself from attacks from above, particularly aerial attack.
Ship Command and Control Features: The Zheng He's sensor suite is one of the most powerful afloat. Sporting the most powerful phased array radar ever deployed on a warship, it is integrated into a massive at sea computer data center within the hull of the command ship, and is capable of networking in with other aircraft and ships in the operating group, vastly increasing the fleets survivability against sustained attack through earlier detection and thus reaction time. This gives the Zheng He and the ships it is supporting unparalleled missile defense capabilities both against cruise and ballistic missiles and greatly increases carrier battle groups and surface action groups survivability and increases their ability to operate in close in battle spaces against enemy naval defenses.

Beyond its powerful phased array radar, it is also equipped with advanced sonar and radar interception equipment which increases its capability to detect enemy submarines, allowing it to direct anti-submarine warfare.

The Zheng He also is equipped with powerful interception equipment which detect enemy sonar and radar, and is designed to send back misinformation on acoustic and radar spectrums to both confuse the enemy and detect the area and direction in which the enemy is operating. The ship also has both surface and underwater electro-optical infrared sensors which increase the ships ability to spot plumes which nuclear submarines leave which rise to the surface.

The ship is also equipped with sophisticated magnetic anomally sensors which move in to the ships extensive computer processing power, which allows it to detect man made magnetic anomalies in the Earth's magnetic field over a much greater area of operation, with a much greater degree of accuracy.

Vehicles:

The Ship is equipped with an extensive suite of unmanned vehicles including unmanned long range sea based underwater and above water vehicles designed to tap underwater enemy cables and assist in detection of enemy submarines, without risking ones own attack submarines. The Ship is also equipped with rocket launched aerial unmanned vehicles to provide over the horizon reconnaissance against both land, submarine, and ship based targets. The UAVs are capable of deploying a multi-static radar system and longer range infrared systems to aid in the detection of stealth anti-naval aircraft. Lastly the ship is capable of launching disposable submersible vehicles which can move long range and emit similar acoustic signatures to various submarines.

The Ship is also equipped with four helicopters configured for anti-submarine warfare and transport.

Defenses:

The ship is equipped with an anti-satellite laser, capable of blinding orbital satellites used to track naval surface ships. The ship is equipped with a dedicated reactor with an advanced battery system to provide immediate power for this weapon. Additionally it is equipped with a tactical energy laser defense system for use against long range cruise missiles and ballistic missile warheads, it too uses the battery and the advanced computing power on the ship. Additionally the ship is equipped with a pair of 12 Tube-2 Gatling point defense missile system, it has various .50 caliber machine guns, directed acoustic devices, and high powered hoses to repel borders onto the ship. As the ship is not designed to operate alone but rather with escort vessels its overall armament is very light.
 
amphibiousship.gif

Name: Chongqing Amphibious Transportable Dock
Power Plant: Nuclear Fission Power Plant
Length: 290 meters
Combat Speed: 35 Knots
Specialized Systems: Flood-able amphibious dock, Sun Tzu Integrated Combat Control System (Vastly improved version of AEGIS, including ballistic missile defense and all platform networked warfare), Next Generation Phased Array Radar, Satellite-linked: Oceanic Reconnaissance, Satellite Imaging, Synthetic Radar Aperture, All direction looking Primary and secondary infrared electro optical sensors, LIDAR, Long range X-band Radar, Passive and Active Sonar, Radar and Sonar Electronic Countermeasures, Many Chaff and Flare launchers, Directional Infrared Counter Measures, Portable deployable anti-torpedo net

Hull: The Chonqging Class is designed to be the most survivable LPD ever. The design incorporates state-of-the-art self-defense capabilities; and includes facilities for Command and Control, Communications, Computers, and Intelligence (C4I); and reduced radar cross-section signature technologies. The ship is equipped with radar absorbent material, acoustic reduction material to reduce sonar detection in the under belly. Composite armor increases the units survivability rate. Lastly the ship's super structure is built with flexible material, this allows it to survive torpedo hits underneath the ship without breaking the ship's back.

Weapons:

Naval guns:

2 Double 155 mm Naval Gun Turrets
Fire Arc: 2 Forward, 4 broadside, 2 rear
Range: 30 kilometers

6 Double Barrel Bushmaster II 30 mm Close In Naval Guns
Fire Arc: 6 Forward, 8 broadside, 6 rear
Range: 5.1 Kilometer Naval, 2.8

12 Double Barrel M2 Browning Machine Gun Turrets
Fire Arc: 4 Forward Firing, 12 Broadside, 4 Rear
Range: 1.8 kilometers

Missile Systems:

Optional External Armaments:
4 Club K 4 Tube Missile Systems (Link in with other sensor systems)
8 4-Tube Missile Launchers (Can be outfitted with ship to ship, ship to air, ship to ground, and anti-submarine missiles)

Close In Weapons:
Various CIWS and SeaRAM Systems
5 Tactical Energy Lasers

4 Tactical Energy Laser Turrets:
Range: 60 kilometers

Vehicles:

6 Helicopters
4 Side Launched Hovercraft
8 Rear Flood Dock Launched Hovercraft
16 Amphibious Assault Vehicles
Various UAVs, UGVs, and USVs

Troops:

1500 Thracians

 
LCS.png

Aether(AAW), Acheilos(ASW), Poseidon(ASuW) and Britomartis(MCM) Classes

Manufacturer: Hellenic Shipyards Co.
Full Load Displacement: 2,784 tons
Length: 127.4m
Beam: 31.6m
Draft: 3.96m
Speed: 50 knots
Range: 4,600nm at 25 knots
Sensors:
Dual Band AESA Radar
Electro Optical Infrared Sensor
Secure Satellite Link - Integration into ISIS
Sonar Pod
Secure SOSUS Information Link
Electronic Warfare Suite (includes Anti-Radar and anti-infrared countermeasures, chaff and decoy launchers)
Special Features: Cyberwarfare Suite Optional, RCS Features, Demagnetized hull
Weapons:
AAW:
4 .50 Caliber Machine Gun turrets
2 SeaRAM (24 Rolling Air Frame II Launcher, 25 mm CIWS)
2 Long Range SAM Launchers
4 Medium Range SAM Launchers
ASuW:
1 57-mm Naval Gun
4 .50 Caliber Machine Gun turrets
1 SeaRAM (24 Rolling Air Frame II Launcher, 25 mm CIWS)
2 12-Tube MD-SAM VLMS Launchers
4 3-Tube Torpedo Launchers
2 4-Tube MRSSM Launchers
ASW:
4 .50 Caliber Machine Gun turrets
1 SeaRAM (24 Rolling Air Frame II Launcher, 25 mm CIWS)
2 12-Tube MD-SAM VLMS Launchers
8 3-tube Torpedo Launchers
MCM:
1 57-mm Naval Gun
4 Oureau Drones(advanced drones that can destroy enemy mines without risking direct damage)
Mine-laying capabilities up to 50 mines
Optional Armaments:
10 4-Tube NLOS-LS Pods
Vehicles:
4 Helicopters
2 Fire Scout
2 USV(ACTUVs in ASW configuration)
 
actuv.jpg

Anti-Submarine Warfare Continuous Trail Unmanned Vessel (ACTUV)

Manufacturer: Hellenic Shipyards Co.
Full Load Displacement: 180 tons
Length: 19.1m
Beam: 5.8m
Draft: 10.1m
Height Above Water: 4.3m
Max Speed:
27 kts max silent speed
40 kts max speed

The ACTUV is a revolutionary development in anti-submarine warfare systems. Where tracking submarines over long distances in the past proved hard for more conventional means such as SOSUS and satellites the ACTUV fills in this gap. Once a submarine is found through conventional means a single or group of ACTUVs can be deployed from ships or naval base, in addition ACTUVs can also be prepositioned at a certain location where it can loiter for 30 days followed by a 30 days max energy trail mission without the need to refuel once. In addition to outspeeding any submarine known its turn rate allows it to outturn any enemy submarine and most weapons carried by one.

The ACTUV itself lacks weapons and only has countermeasures and its design to defend itself against an enemy however due to the relative cheap cost of production it is reasonable to have large numbers of ACTUVs at any given time to deal with the issues of losses. Using a beyond state-of-the-art sensor suite the ACTUV is able to track even the most stealthy diesel submarines efficiently and through its datalink share the information with other ASW assets on a global level. While the ACTUV has some form of remote control the programming allows it to act without remote control for weeks at a time efficiently.

Edited by Centurius
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[b][center][size="5"]Cities & Special Structures[/size][/center][/b]

[b]Athens[/b]

[center][img]http://data.treksimming.com/athenian-federation/cities-structures/Athens.jpg[/img][/center]

Athens is the pride of the Athenian Federation. Arisen from the ashes after the Greek Civil War it has become a truly grand and beautiful city combining modern architecture with old facilities in a special combination, some even say it is the most beautiful city in Europe. In addition to being the seats of the Eastern monarch, magistrates, parliament and military it is also the cultural heart of the Athenian Federation. As one of the two capitals Athens is a de-weaponized zone. Inside the city(with the exception of the Imperial Palace or within 500 meters of the Empress where the High Guard are allowed to carry weapons) no weapons are allowed and violence is punished significantly harder than in the rest of the country, this policy has resulted in barely any crime existing within the city. Because of this policy the military and High Guard have their headquarters just outside the city.

[b]Mount Olympus(Great Temple)[/b]

[center][img]http://data.treksimming.com/athenian-federation/cities-structures/Mount-Olympus.png[/img][/center]

Using the newest available in construction methods the Mount Olympus complex is the religious capital of the Hellenicists. The different order of Olympian deities all have their home there and seek to provide a home for all lost souls in the Athenian Federation. The complex is protected by a network of anti-air systems and fighters regularly make patrols over it to ensure its security. Anyone seeking to join one of the orders must make the clim to the complex on foot.

[b]Apollo Institute(NRL & WRC)[/b]

[center][img]http://data.treksimming.com/athenian-federation/cities-structures/apolloinstitute.png[/img][/center]

The Apollo Institute is a conglomerate being in charge of a series of different facilities throughout the Athenian Federation, with its headquarters in Athens it is the prime research organization currently in the Federation. Doing research from fusion power to artificial intelligence to tanks and even weapons of mass destruction. The Apollo Institute prides itself in standing among the best if not being the best in Europe.


More to come

Edited by Centurius
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