Futuristic Lore - Stellar Rogues: A Tale Of The Golden Age of Space Piracy

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The year is 2285, three years after the devastating Second Solar War.

A century had passed since humanity achieved the unprecedented feat of colonizing various celestial bodies within the Solar System.

humans have colonized the entire Solar System, with major countries like the United States, United Kingdom, Russia, France, China, and others establishing colonies on various celestial bodies. After the First Solar War, which saw the revival of privateer practices due to the cost of maintaining large space warships, a Golden Age of Space Piracy emerged. The interwar period that followed was marked by fragile peace, technological advancements, espionage, and proxy conflicts.

During this time, the technological level skyrocketed, with advancements in gravitation manipulation, advanced propulsion systems, energy generation and storage, artificial intelligence, nanotechnology, quantum communication and computing, and biotechnology. These advancements enabled faster and more efficient space travel, enhanced defensive capabilities, and the exploration of new frontiers.

However, the fragile peace collapsed, leading to the outbreak of the Second Solar War. The war pitted the United Terran Alliance (UTA) against the Solar Dominion, driven by territorial disputes, resource competition, and ideological differences. Major battles such as the Battle of Ganymede and the Siege of Mars Colonies took place, showcasing the deployment of advanced technologies like gravitation manipulation, advanced weapons systems, and AI.

The war ended in a stalemate, leaving the Solar System scarred and major powers weakened. This led to a resurgence of space piracy, with pirate factions exploiting the power vacuum left by the weakened nations. The Second Solar War reshaped the political landscape, contributing to the age of space piracy and presenting both challenges and opportunities for those operating in the lawless depths of space.

Timeline of major events:

2205: The First Solar War begins, leading to a shift in power dynamics and the rise of privateer practices.
2210: The Golden Age of Space Piracy emerges as privateer factions become prominent in the Solar System.
2210~2275: The interwar period spans over six decades and is marked by fragile peace, reconstruction efforts, technological advancements, espionage, proxy conflicts, and the rise of independent colonies.
2275: Tensions escalate, leading to the outbreak of the Second Solar War.
2275~2282: The war rages on, with major battles including the Battle of Ganymede and the Siege of Mars Colonies.
2282: The Second Solar War concludes in a stalemate, leaving the Solar System scarred and major powers weakened.
Post-War: The aftermath of the war sees the rise of the age of space piracy as the weakened major powers struggle to maintain control over territories.
Continuing: The age of space piracy persists, with pirates exploiting the power vacuum and weakened state of the major factions.

 

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Technology Setting:

Power Source: The primary power source for starships and colonies is advanced fusion technology. Fusion reactors provide a nearly limitless and clean source of energy, harnessing the power of nuclear fusion to generate electricity for various purposes.

Propulsion System:Interstellar travel is made possible through the utilization of advanced propulsion systems. The most common method employed is a combination of ion thrusters and antimatter engines. Ion thrusters, powered by the fusion reactors, provide efficient long-term acceleration, while antimatter engines allow for bursts of high-speed travel when necessary. These propulsion systems, combine with gravitational slingshot maneuver, enable spacecraft to achieve speeds of up to 30% of the speed of light, allowing for relatively rapid travel within the Solar System.

Weapons: In terms of military capabilities, advanced directed energy weapons (DEWs) are commonly used. These weapons utilize focused beams of electromagnetic radiation, such as lasers or particle beams, to disable or destroy enemy targets. DEWs offer precision and scalability, with varying power levels for different combat scenarios. Additionally, advanced kinetic projectile systems, utilizing railguns or coilguns, are employed for both defensive and offensive purposes.

Gravitational Manipulation:
Gravitation manipulation technology allowed for the creation of artificial gravity fields within spacecraft and colonies, providing a sense of normalcy and enabling long-term human habitation in space. This technology also facilitated the ability to manipulate gravitational fields for defensive and offensive purposes. Such use of gravitation includes:

Gravitational Shielding: Advanced technology allows the generation of localized gravitational fields that can act as protective shields. By manipulating the gravitational forces around a spacecraft or a defensive structure, incoming projectiles or energy-based attacks can be deflected or rendered ineffective. These shields could create a gravitational barrier that repels or redirects incoming threats, providing enhanced defense against enemy attacks;

Gravitational Traps: Manipulating gravitational fields can also be used defensively to immobilize or trap enemy forces. By creating localized gravitational fields, it becomes possible to trap or immobilize enemy spacecraft, rendering them unable to escape or maneuver effectively. These gravitational traps could serve as strategic chokepoints or defensive measures to immobilize invading forces and allow for counterattacks;

Gravitational Wave Communication: Gravitational waves, ripples in the fabric of spacetime caused by massive objects in motion, could be harnessed for long-range communication. By manipulating and modulating gravitational fields, information could be encoded into gravitational waves and transmitted across vast distances. This form of communication could be difficult to intercept or jam, making it a secure method of transmitting sensitive information.

Artificial Intelligence (AI) and Robotics:
AI and robotics played a vital role in various aspects of space exploration, industry, and defense. Highly advanced AI systems served as shipboard assistants, managing navigation, systems control, and complex calculations. Robots and drones became integral to resource extraction, construction, and maintenance tasks in harsh space environments, reducing human risk and increasing efficiency.

Quantum Communication and Computing:
Quantum technologies, such as quantum communication and quantum computing, saw significant advancements. Quantum communication allowed for secure and near-instantaneous data transmission over vast distances, enabling real-time communication between colonies and spacecraft. Quantum computing breakthroughs improved computational capabilities, revolutionizing complex simulations, cryptography, and data analysis.


Light Industry Products:

Daily use items in this era are characterized by advanced materials and technologies. Some examples include:

Holographic displays: Thin and flexible screens that can project 3D holographic images and videos.

Smart Fabrics: Clothing and accessories embedded with nanotechnology, enabling self-cleaning properties, environmental adaptation, and enhanced comfort.

Augmented Reality (AR) devices: Compact eyewear or implants that overlay digital information onto the user's field of view, enhancing communication, productivity, and entertainment.

Nanobots: Microscopic robots that perform various tasks, such as cleaning, repair, and medical treatments, operating on a cellular or molecular level.

 

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Overview of the Solar System

The Two Major Factions as of 2285



The United Terran Alliance (UTA):​

Spoiler: The UTA

The United Terran Alliance (UTA) is a faction formed by a coalition of nations within the Solar System. The UTA represents a more cooperative approach to the governance of the Solar System, with the goal of shared resources, scientific progress, and cooperation among member states.

Member States:

United States of America
United Kingdom
France
Germany
Japan
India
Brazil
Australia
Canada
Italy

Controlled Territory in the Solar System:

Mars Colonies: Extensive settlements and research outposts on the planet Mars, including major cities and scientific research centers.

Lunar Outposts: Established bases and habitats on Earth's Moon, serving as strategic outposts and resource extraction centers.

Titan Colony: A large colony on Saturn's moon Titan, known for its hydrocarbon lakes and potential for resource extraction.

Asteroid Mining Operations: Extensive mining operations across various asteroid belts, extracting valuable resources and minerals.

Orbital Space Stations: Advanced space stations in Earth's orbit and beyond, serving as hubs for scientific research, commerce, and defense.

Outer Planet Probes: Deep space probes and robotic missions exploring the gas giants of the outer Solar System, gathering valuable data and expanding UTA's knowledge of the cosmos.
These territories represent the UTA's commitment to exploration, colonization, and scientific advancement in the Solar System. The UTA seeks to maintain control over these territories and expand further through collaborative efforts among its member states.

Solar Dominion:
(Russian/Chinese: Солнечное Господство/太阳系共同体)​

Spoiler: The Solar Dominion

The Solar Dominion advocates for centralized control and authority, aiming to consolidate power and resources under their leadership. They believe in a more authoritarian approach to governance, seeking to establish a powerful and unified ruling body.

Member States:

Russia
China
South Africa
Iran
Argentina
Nigeria
Egypt
Saudi Arabia
Indonesia

Controlled Territory in the Solar System:

Main Belt Colonies: Established colonies and mining outposts in the asteroid belt, exploiting its resources for the Dominion's benefit.

Lunar Far Side: The Solar Dominion has established bases and research facilities on the far side of the Moon, away from the UTA-controlled regions.

Venusian Cloud Cities: Advanced floating cities in the upper atmosphere of Venus, utilizing advanced technologies to make the hostile environment habitable.

Trans-Neptunian Outposts: Outposts and research stations established in the Kuiper Belt and beyond, expanding their reach to the outer fringes of the Solar System.

Martian Moons: The Solar Dominion maintains a presence on the moons of Mars, Phobos, and Deimos, establishing strategic bases for further expansion and control.

These territories represent the Solar Dominion's desire to establish dominion and control over key strategic locations and resources in the Solar System. They actively exploit these territories for their own benefit and to consolidate their power within the solar realm.

Prominent Man Made Colonies that are non-aligned with neither the UTA nor the Solar Dominion:

Spoiler: Prominent Non-Aligned Colonies

New Terra: Located in a distant region of the solar system, New Terra is an O'Neill Cylinder that serves as a thriving agricultural and residential colony. Its lush interior is filled with sprawling farms, bustling markets, and vibrant communities. New Terra is known for its advanced hydroponic systems and is a major supplier of food and resources to other colonies.

Stanford Haven: Positioned in the asteroid belt, Stanford Haven is a Stanford Torus habitat that acts as a central hub for commerce and trade. Its circular design houses various markets, warehouses, and manufacturing facilities. Stanford Haven is a melting pot of different cultures and serves as a crucial trading outpost between different colonies and factions.

Bernal Reach: Nestled near the gas giant Jupiter, Bernal Reach is a Bernal Sphere colony primarily focused on scientific research and exploration. It boasts state-of-the-art laboratories, observatories, and research facilities, attracting some of the brightest minds in the solar system. Bernal Reach is known for its groundbreaking discoveries in fields such as astrophysics, genetic engineering, and terraforming.

Horizon 7: Positioned in a Lagrange point between Earth and the Moon, Horizon 7 is a Cylinder World that acts as a luxurious resort and entertainment destination. It offers breathtaking views of Earth, simulated gravity zones for recreational activities, high-end hotels, and exclusive entertainment venues. Horizon 7 is a popular getaway for wealthy tourists and a symbol of opulence in space.

Asteria Prime: Located on a large asteroid rich in valuable minerals, Asteria Prime is an asteroid mining facility that houses thousands of workers and mining operations. The colony comprises a network of interconnected tunnels and domed structures, extracting resources essential for space industry and trade. Asteria Prime is known for its cutting-edge mining technology and plays a vital role in the economic infrastructure of the solar system.

Olympus Base: Situated on the slopes of the Martian Olympus Mons volcano, Olympus Base is a self-sustaining Martian colony. It consists of a series of interconnected underground habitats, equipped with advanced life support systems and hydroponic farms. Olympus Base serves as a scientific research station, focusing on Mars geology, climate, and the search for signs of extraterrestrial life.

Star Fleet:
​

Both Factions deploy standardized warships for ease of logistics. Although nations could also choose to build their own outside the standard.

The UTA Star Fleet:

Spoiler: The UTA Star Fleet

Destroyer:

Freedom-class Destroyer

Size: 150 meters (492 feet)
Armament: 10 missile launchers, 4 laser turrets
Crew Complement: 120 personnel
Propulsion System: Mark IX Fusion Thrusters (M9FT)
Sensors and Processing Systems: SPX-2000 Integrated Sensor Suite
Electronic Warfare System: EWX-5000 Electronic Countermeasures Suite

Guardian-class Destroyer

Size: 180 meters (590 feet)
Armament: 12 torpedo launchers, 6 railgun turrets
Crew Complement: 150 personnel
Propulsion System: Mark XII Plasma Drives (M12PD)
Sensors and Processing Systems: SPX-3000 Advanced Sensor Array
Electronic Warfare System: EWX-6000 Advanced Electronic Warfare Suite

Frigate:

Sentinel-class Frigate

Size: 120 meters (394 feet)
Armament: 8 missile launchers, 2 plasma cannons
Crew Complement: 80 personnel
Propulsion System: Mark VIII Ion Thrusters (M8IT)
Sensors and Processing Systems: SPX-1500 Multi-Spectrum Sensors
Electronic Warfare System: EWX-4000 Tactical Jamming Suite

Vanguard-class Frigate

Size: 140 meters (459 feet)
Armament: 10 torpedo launchers, 4 railgun turrets
Crew Complement: 100 personnel
Propulsion System: Mark X Fusion Drives (M10FD)
Sensors and Processing Systems: SPX-2500 Advanced Targeting System
Electronic Warfare System: EWX-5000 Electronic Countermeasures Suite

Cruiser:

Valor-class Cruiser

Size: 250 meters (820 feet)
Armament: 16 missile launchers, 6 plasma cannons
Crew Complement: 200 personnel
Propulsion System: Mark XI Plasma Thrusters (M11PT)
Sensors and Processing Systems: SPX-4000 Tactical Sensor Suite
Electronic Warfare System: EWX-7000 Advanced Electronic Warfare Suite

Gallant-class Cruiser

Size: 280 meters (919 feet)
Armament: 20 torpedo launchers, 8 railgun turrets
Crew Complement: 250 personnel
Propulsion System: Mark XIII Fusion Drives (M13FD)
Sensors and Processing Systems: SPX-3500 Multi-Mode Targeting System
Electronic Warfare System: EWX-6000 Advanced Electronic Countermeasures Suite

Battleship:

Invincible-class Battleship

Size: 400 meters (1312 feet)
Armament: 30 missile launchers, 12 plasma cannons
Crew Complement: 350 personnel
Propulsion System: Mark XV Plasma Thrusters (M15PT)
Sensors and Processing Systems: SPX-5000 Enhanced Sensor Array
Electronic Warfare System: EWX-8000 Advanced Electronic Countermeasures Suite

Sovereign-class Battleship

Size: 450 meters (1476 feet)
Armament: 40 torpedo launchers, 16 railgun turrets
Crew Complement: 400 personnel
Propulsion System: Mark XVIII Fusion Drives (M18FD)
Sensors and Processing Systems: SPX-4500 Advanced Targeting System
Electronic Warfare System: EWX-7000 Tactical Electronic Warfare Suite

Spacecraft Carrier:

Colossus-class Spacecraft Carrier

Size: 600 meters (1968 feet)
Armament: 20 missile launchers, 10 plasma cannons
Crew Complement: 600 personnel
Propulsion System: Mark XX Fusion Thrusters (M20FT)
Sensors and Processing Systems: SPX-6000 Carrier Management System
Electronic Warfare System: EWX-9000 Carrier-based Electronic Warfare Suite
Number of Spacecraft Carried: Up to 50 fighters and support craft

Leviathan-class Spacecraft Carrier

Size: 700 meters (2296 feet)
Armament: 30 torpedo launchers, 12 railgun turrets
Crew Complement: 800 personnel
Propulsion System: Mark XXIII Plasma Drives (M23PD)
Sensors and Processing Systems: SPX-5500 Advanced Carrier Sensor Suite
Electronic Warfare System: EWX-8000 Advanced Carrier-based Electronic Countermeasures Suite
Number of Spacecraft Carried: Up to 70 fighters and support craft

The Solar Dominion Star Fleet:

Spoiler: The Solar Dominion Star Fleet

Destroyer:

Volkhov-class Destroyer

Size: 160 meters (525 feet)
Armament: 12 missile launchers, 6 plasma cannons
Crew Complement: 140 personnel
Propulsion System: RD-150 Fusion Thrusters
Sensors and Processing Systems: Sova-500 Integrated Sensor Suite
Electronic Warfare System: Zmey-2000 Electronic Countermeasures Suite

Longjiang-class Destroyer

Size: 180 meters (590 feet)
Armament: 16 torpedo launchers, 8 railgun turrets
Crew Complement: 160 personnel
Propulsion System: Yǔzhòu-IX Plasma Drives
Sensors and Processing Systems: Xuanwu-3000 Advanced Sensor Array
Electronic Warfare System: Qilin-6000 Advanced Electronic Warfare Suite

Frigate:

Kursk-class Frigate

Size: 140 meters (459 feet)
Armament: 10 missile launchers, 4 plasma cannons
Crew Complement: 100 personnel
Propulsion System: RD-120 Ion Thrusters
Sensors and Processing Systems: Zarnitsa-1500 Multi-Spectrum Sensors
Electronic Warfare System: Fēilóng-4000 Tactical Jamming Suite

Wudang-class Frigate

Size: 160 meters (525 feet)
Armament: 12 torpedo launchers, 6 railgun turrets
Crew Complement: 120 personnel
Propulsion System: Yǔzhòu-X Fusion Drives
Sensors and Processing Systems: Qíjìng-2500 Advanced Targeting System
Electronic Warfare System: Bàoshé-5000 Electronic Countermeasures Suite

Cruiser:

Kremlin-class Cruiser

Size: 260 meters (853 feet)
Armament: 18 missile launchers, 8 plasma cannons
Crew Complement: 200 personnel
Propulsion System: RD-180 Plasma Thrusters
Sensors and Processing Systems: Zvezda-4000 Tactical Sensor Suite
Electronic Warfare System: Smert-7000 Advanced Electronic Warfare Suite

Shaolin-class Cruiser

Size: 280 meters (919 feet)
Armament: 20 torpedo launchers, 10 railgun turrets
Crew Complement: 220 personnel
Propulsion System: Yǔzhòu-XI Fusion Drives
Sensors and Processing Systems: Shénshòu-3500 Multi-Mode Targeting System
Electronic Warfare System: Fēnghuǎng-6000 Advanced Electronic Countermeasures Suite

Battleship:

Tsar-class Battleship

Size: 420 meters (1378 feet)
Armament: 32 missile launchers, 14 plasma cannons
Crew Complement: 300 personnel
Propulsion System: RD-240 Plasma Thrusters
Sensors and Processing Systems: Sputnik-5000 Enhanced Sensor Array
Electronic Warfare System: Morana-8000 Advanced Electronic Countermeasures Suite

Dragon-class Battleship

Size: 450 meters (1476 feet)
Armament: 40 torpedo launchers, 16 railgun turrets
Crew Complement: 350 personnel
Propulsion System: Yǔzhòu-XVIII Fusion Drives
Sensors and Processing Systems: Longwei-4500 Advanced Targeting System
Electronic Warfare System: Lóngxiè-7000 Tactical Electronic Warfare Suite

Spacecraft Carrier:

Rusalka-class Spacecraft Carrier

Size: 620 meters (2034 feet)
Armament: 24 missile launchers, 12 plasma cannons
Crew Complement: 800 personnel
Propulsion System: RD-300 Fusion Thrusters
Sensors and Processing Systems: Zorya-6000 Carrier Management System
Electronic Warfare System: Veles-9000 Carrier-based Electronic Warfare Suite
Number of Spacecraft Carried: Up to 60 fighters and support craft

Tianlong-class Spacecraft Carrier

Size: 680 meters (2231 feet)
Armament: 32 torpedo launchers, 16 railgun turrets
Crew Complement: 900 personnel
Propulsion System: Yǔzhòu-XXIII Plasma Drives
Sensors and Processing Systems: Zhulong-5500 Advanced Carrier Sensor Suite
Electronic Warfare System: Fēilóng-8000 Advanced Carrier-based Electronic Countermeasures Suite
Number of Spacecraft Carried: Up to 80 fighters and support craft

Colonization of the Terrestrial Planets in the Solar System​

As of 2285, the colonization efforts of Mercury, Venus, and Mars have progressed to varying degrees, with major powers staking their claims and establishing significant presence on these terrestrial planets. Terraforming efforts on the terrestrial planets have been undertaken to make these planets more hospitable for human habitation.

Overview of the status of colonization efforts:

Mercury:

Spoiler: Mercury

Colonization efforts on Mercury have been challenging due to its extreme temperature variations and proximity to the Sun. However, major powers have established research outposts and mining operations in the permanently shadowed regions near the poles of Mercury. These outposts focus on extracting valuable minerals and conducting scientific research on the planet's geology and unique environment.

Terraforming Mercury is an incredibly challenging task due to its proximity to the Sun and lack of a substantial atmosphere. However, scientists and engineers have explored various techniques to make the planet more habitable. One approach involves the construction of vast domed cities that provide controlled environments and protection from the harsh conditions on the planet's surface. These domes employ advanced climate control systems to regulate temperature, atmosphere, and radiation levels.

Surviving on the surface of Mercury is still extremely difficult due to its harsh conditions. The planet experiences extreme temperature variations, ranging from scorching hot during the day to freezing cold at night. The lack of a substantial atmosphere also exposes the surface to intense radiation from the Sun. However, with the establishment of domed cities and advanced climate control systems, it is possible for humans to live and work within these protected environments.

Venus:

Spoiler: Venus

The colonization of Venus has proven to be particularly demanding due to its harsh atmosphere and extreme surface conditions. However, floating habitats, known as Aerostats, have been deployed in the upper atmosphere of Venus. These Aerostats provide habitable zones where atmospheric pressure and temperature are more manageable. The United Terran Alliance, along with other major powers, has established research stations and mining operations within these floating colonies, extracting resources and studying the planet's atmosphere.

Terraforming Venus has been a long-term goal, given its thick atmosphere and extreme greenhouse effect. Efforts have focused on mitigating the planet's high surface temperature and pressure. Scientists have proposed several methods, including deploying large-scale sunshades or mirrors in space to reduce the amount of sunlight reaching Venus. This would help cool the planet and stabilize its climate. Other possibilities include introducing genetically engineered plants or microorganisms that can process the atmospheric carbon dioxide and release oxygen.

The surface of Venus is still inhospitable, with high temperatures exceeding 900 degrees Fahrenheit (475 degrees Celsius) and a dense, toxic atmosphere composed mainly of carbon dioxide. The atmospheric pressure is about 90 times that of Earth, posing additional challenges. However, floating habitats known as Aerostats, such as the Venusian Cloud Cities build by the Solar Dominion, have been deployed in the upper atmosphere of Venus, where conditions are more manageable. These habitats provide livable zones where humans can reside and conduct research or other activities.

Mars:

Spoiler: Mars

Mars has become the most extensively colonized planet in the solar system, with numerous major powers and independent factions establishing settlements and cities across its surface. The United Terran Alliance, Solar Dominion, and other influential nations have established their presence through research stations, terraforming projects, and the development of self-sustaining colonies. Mars serves as a hub for scientific research, resource extraction, and as a major political and economic center.

Terraforming Mars has been a major endeavor, with ongoing efforts to transform the planet into a more Earth-like environment. These efforts aim to increase the planet's atmospheric pressure, introduce liquid water, and raise temperatures to support sustained human habitation without the need for protective habitats. Terraforming techniques on Mars include releasing greenhouse gases into the atmosphere to enhance the greenhouse effect, triggering a gradual warming process. Additionally, scientists have proposed the construction of large-scale mirrors or lenses to concentrate sunlight onto the Martian surface, further raising temperatures.

Mars offers the most favorable conditions for potential human habitation among the three planets. Its surface is cold and dry, with a thin atmosphere primarily composed of carbon dioxide. Although not currently suitable for direct human survival without protective measures, Mars has been the focus of extensive colonization efforts. With the construction of enclosed habitats and the use of advanced life support systems, humans can live and conduct scientific research on the planet's surface.

The age of space piracy has had a significant impact on the colonization efforts of these planets. Space pirates, taking advantage of weakened major powers and the resulting power vacuum, have targeted remote colonies and resource-rich regions for plunder and disruption. These pirate activities have disrupted trade routes, impeded resource extraction, and posed a constant threat to colonists and their infrastructure.

To counter space piracy, major powers have established defense systems, convoy escort missions, and private security forces to protect their colonies and resource operations. Anti-piracy task forces, comprising naval vessels, orbital defense platforms, and specialized combat spacecraft, patrol high-risk areas and engage pirates when necessary.

The presence of space piracy has created an environment of heightened vigilance, necessitating increased security measures and a constant struggle to maintain control over critical resources. However, these challenges have also fostered technological advancements in defensive systems, improved coordination among allied forces, and the development of counter-piracy tactics and strategies.

Earth

In 2285, Earth, the cradle of human civilisation, is a world shaped by the aftermath of the Solar Wars.

Geopolitical Landscape: The United Terran Alliance (UTA) is a major political and military alliance, comprising NATO-aligned nations such as the United States, United Kingdom, France, Japan, Germany and others. The UTA controls vast territories and resources, wielding significant influence over Earth's geopolitical landscape. The Solar Dominion, led by Russia and China, serves as a formidable rival to the UTA, challenging its dominance and seeking to assert its own influence.

Space Elevators: Earth boasts several operational space elevators, providing efficient transportation to and from orbit. These megastructures play a vital role in facilitating trade, colonization efforts, and the movement of resources and personnel. The space elevators are key infrastructural assets and centers of economic and strategic importance.

Space-Based Infrastructures: Around Earth, various space-based infrastructures have been established, including orbital habitats, research stations, defense installations, and communication networks. These infrastructures support scientific research, manufacturing, resource extraction, and serve as strategic bases for military operations.

Mega Corporations: Earth is home to powerful mega corporations that wield immense economic and political influence in the solar system. These corporations operate in diverse sectors, including technology, manufacturing, resource exploitation, and space-based industries. They play a crucial role in shaping the global economy, participating in space exploration, and exerting influence over governments and policies.

Resource Scarcity: Earth continues to face resource scarcity, particularly for rare minerals, energy sources, and water. Competition for resources, both on Earth and in space, drives geopolitical tensions and conflicts. The control and exploitation of extraterrestrial resources, such as those found on asteroids or other celestial bodies, have become critical factors in Earth's geopolitical calculations.

Earth in 2285 is characterized by a delicate balance of power, resource competition, and strategic maneuvering.

Prominent structures around Earth:

Space Elevators:

Spoiler: “Space Elevators”

Solstice Tower:
Location: Northern Sweden, near the Arctic Circle
Description: Solstice Tower is an impressive space elevator constructed in the remote and sparsely populated region of northern Sweden. Its strategic location near the Arctic Circle provides several advantages. The tower's positioning allows for optimal access to polar orbit trajectories, making it an ideal launch point for satellites and spacecraft requiring polar or sun-synchronous orbits. Solstice Tower serves as a key transport hub for scientific missions, satellite deployment, and resource exploration in the polar regions. The tower also has observation decks that offer breathtaking views of the Arctic landscape.

Pacific Apex:
Location: Pacific Ocean, near the coast of California, USA
Description: Pacific Apex is a remarkable space elevator located in the Pacific Ocean, just off the coast of California. Its oceanic placement offers several benefits, including enhanced stability and reduced environmental impact. The tower's offshore location allows for easy access to the Pacific Ocean, facilitating efficient transportation of resources, equipment, and personnel to and from the space elevator. Pacific Apex serves as a major spaceport for the United States and provides a convenient launch point for missions to the Moon, Mars, and other destinations. It also houses research and development facilities focused on space technologies and serves as a symbol of technological prowess for the nation.

RusElev:
Location: Baikonur Cosmodrome, Kazakhstan (leased by Russia)
Description: RusElev is a prominent space elevator constructed by Russia in the Baikonur Cosmodrome, a renowned spaceport located in Kazakhstan. This strategic location provides Russia with a significant advantage in space exploration and launches. The space elevator enables efficient transportation of payloads, including satellites, crewed spacecraft, and resources, directly to Earth's orbit. RusElev serves as a critical component of Russia's space infrastructure, supporting both civilian and military missions. It acts as a vital link between Earth and Russia's various space stations, lunar outposts, and beyond.

SinoRise:
Location: Hainan Island, China
Description: SinoRise is a remarkable space elevator developed by China, situated on Hainan Island in the South China Sea. This geolocation provides China with several advantages, including proximity to the equator, favorable weather conditions, and access to the Pacific Ocean. SinoRise serves as a major hub for China's space exploration and commercial activities. It enables efficient transportation of satellites, space probes, and cargo to various orbits and interplanetary destinations. The space elevator is integrated with cutting-edge technologies and supports China's ambitions in lunar exploration, Mars missions, and space-based industries.

Equatorial Nexus (Location: Ecuador): This space elevator is situated in Ecuador, taking advantage of its proximity to the equator for efficient launches. It serves as a major transportation hub for cargo and passengers traveling to and from space.

Pacific Gateway (Location: Japan): Originating from the Japanese coast, the Pacific Gateway space elevator is one of the earliest and most iconic structures of its kind. It has been operational for centuries, connecting Japan to space-based industries and research facilities.

South American Spire (Location: Brazil): Located in coastal Brazil, the South American Spire space elevator is a significant feat of engineering. It supports the transportation of goods and personnel to space stations and habitats in orbit.

Space-based Infrastructures around Earth:

Spoiler: “Space-based Infrastructure”

Starhaven Orbital Spaceport:
Location: (Geostationary orbit above the equator)
Starhaven Orbital Spaceport is one of the busiest and most technologically advanced spaceports in Earth's orbit. It serves as a major hub for interplanetary travel, accommodating a wide range of spacecraft, including passenger shuttles, cargo vessels, and exploration craft. Starhaven features state-of-the-art docking facilities, maintenance bays, refueling stations, and commercial terminals. It’s considered a vital link between Earth and various colonies and outposts throughout the solar system.

Luna Gateway Spaceport:
Location: Lunar orbit, near the Moon
Description: Luna Gateway Spaceport is strategically positioned in lunar orbit, serving as a gateway to the Moon and beyond. It is a crucial transit point for lunar missions, offering a transfer point for crew and supplies between Earth and the Moon's surface. Luna Gateway is equipped with advanced docking facilities, lunar lander assembly areas, and support infrastructure for scientific research missions. The spaceport also serves as a logistics hub for resource extraction operations on the Moon, facilitating the transportation of mined materials back to Earth or towards colonies throughout the Solar System.

Solaris Station:
Location: High Earth orbit
Description: Solaris Station is a large-scale space station situated in a high Earth orbit, serving as a multipurpose spaceport and research facility. It is a collaborative effort between Solar Dominion-aligned nations and mega corporations. Solaris Station boasts extensive docking facilities, habitation modules, research laboratories, and manufacturing capabilities. It serves as a hub for interstellar exploration missions, deep-space telescopes, and experimental technologies. Solaris Station also plays a vital role in fostering international cooperation and scientific advancements, serving as a meeting point for scientists, engineers, and astronauts from around the world.

Gaia Station: Positioned in a geostationary orbit, Gaia Station serves as a global communications hub, providing seamless connectivity and satellite relay services for both civilian and military purposes. It facilitates worldwide data transmission, internet access, and telecommunication services.

Sentinel Array: A network of advanced observation satellites deployed in low Earth orbit, the Sentinel Array monitors Earth's climate, natural resources, and global events. It provides invaluable data for environmental research, disaster management, and planetary surveillance.

Solara Power Array: A massive solar energy generation platform located in high Earth orbit, the Solara Power Array harnesses the Sun's energy and transmits it back to Earth via microwave or laser beams. It significantly contributes to sustainable and clean energy production on a global scale.

Artemis Research Station: Situated in lunar orbit, the Artemis Research Station serves as a scientific and exploration outpost, facilitating lunar research, experiments, and lunar missions. It supports a diverse range of studies, including geology, astrophysics, and the development of lunar resources.

Olympus Orbital Defense Platform: An advanced military installation positioned in high Earth orbit, the Olympus Orbital Defense Platform safeguards strategic assets and serves as a key component of global defense. It provides early warning systems, surveillance capabilities, and orbital defense capabilities to protect against potential threats.

Mega-Corporations

Spoiler: “Megacorps”

SolTech Corporation:
SolTech is a leading conglomerate specializing in solar energy technologies, with a significant presence on Earth and throughout the solar system. They have pioneered advancements in solar panel efficiency, energy storage, and transmission systems, establishing themselves as the primary provider of clean and sustainable energy solutions.

AstroDynamics Incorporated:
AstroDynamics is a major aerospace corporation with a diverse portfolio of space-related technologies. They are involved in the design, manufacturing, and operation of spacecraft, satellite systems, and propulsion technologies. AstroDynamics' influence extends across the solar system, as they play a crucial role in supporting space exploration, satellite communications, and interplanetary transportation.

TerraGenetics Corporation:
TerraGenetics is a biotechnology company focused on genetic engineering and terraforming efforts. They have developed advanced techniques for modifying plant and microbial life to adapt to different planetary environments. With their expertise in sustainable agriculture and environmental manipulation, TerraGenetics plays a vital role in the colonization and terraforming of various celestial bodies.

OmniCorp:
OmniCorp is a massive conglomerate with diverse interests ranging from robotics and artificial intelligence to mining and manufacturing. They have a strong presence in space-based industries, operating automated mining facilities, orbital manufacturing hubs, and robotic workforce systems. OmniCorp's influence spans the entire solar system, as they control key mining operations and supply chains for crucial resources.

BioMedica:
BioMedica is a prominent medical and pharmaceutical corporation known for breakthroughs in regenerative medicine, bioengineering, and life extension technologies. They lead in the development of advanced healthcare systems, genetic enhancements, and therapies for prolonged space travel. BioMedica's influence extends across the solar system, providing healthcare solutions to space colonies and supporting the physical well-being of spacefaring populations.

Galactic Financial Consortium:
The Galactic Financial Consortium is a powerful entity that controls a vast network of banks, investment firms, and financial institutions. They have a significant presence in the solar system, providing funding, loans, and financial services to governments, corporations, and individuals involved in space-based endeavors. Their influence in the solar system's economy is immense, shaping investment trends and capital flows.

Private Military Company:
In an age where authorities are weakened and space pirates roam free, PMC contractors play a crucial role in the security of the space industry, providing armed personnel, escort services, and security solutions to protect starship crews and their valuable assets. Their presence provides safety and security for clients operating in a sometimes hostile and unpredictable environment. Some of the PMCs operates auxiliary cruisers, which are civilian freighter type starship armed with weaponry for self defence, provide escort services for their clients' starships during transit.

Noteworthy PMC contractors:

Spoiler: PMC

StellarSec:
StellarSec is a renowned PMC that specializes in providing security services for starship crews and space-based installations. They offer highly trained armed personnel who are skilled in both shipboard and planetary operations. StellarSec has gained a reputation for its professionalism, reliability, and efficiency in safeguarding clients' assets and personnel.

StarGuard Solutions:
StarGuard Solutions is a multinational PMC that offers a wide range of security services in the space industry. They provide armed guards, security consulting, and tactical training to protect starship crews, cargo, and space stations from potential threats. StarGuard Solutions operates the auxiliary cruiser “Cerberus”, staffed by their experienced security personnel. The cruiser serve as their mobile security base, and capable of providing comprehensive protection to their clients' assets during interstellar journeys if they can pay for the service.

Astral Defense Contractors:
Astral Defense Contractors is a well-established PMC with expertise in space-based security operations. They offer a suite of services, including armed guards, risk assessment, and strategic planning for their clients in the space industry. Astral Defense Contractors operates a small fleet of auxiliary cruisers that are specifically designed for escort missions. These cruisers employ military grade weapons systems, electronic countermeasures, and robust defense capabilities to ensure the safety of their clients' starships and personnel.

NovaGuard Incorporated:
NovaGuard Incorporated is a prominent PMC that specializes in protecting starship crews and providing security solutions for space-based assets. They offer highly trained security personnel skilled in combat tactics and emergency response.

The Current State of the Solar System as a whole:

Breakdown of Order and Governance: The Two Solar Wars created significant disruptions in the political, economic, and social structures of the solar system. Governments and enforcement agencies were weakened, resulting in a power vacuum and a breakdown of centralized authority. This created an environment conducive to illicit activities.

Weakened Major Powers: The Second Solar Wars left major powers in a weakened state. They faced challenges in maintaining control over their territories, enforcing laws, and protecting vulnerable populations. Exploitative individuals and criminal organizations took advantage of this weakened state to further their own interests.

Displacement and Disruption: The conflicts and chaos of the Solar Wars led to the displacement of populations, destruction of infrastructure, and disruption of economies. Many individuals found themselves in desperate situations, vulnerable to exploitation and coercion. The slave trade thrived on the desperation and vulnerability of these displaced individuals, as they became easy targets for traffickers.

Disrupted Trade Routes and Security: The age of space piracy that followed the Solar Wars further destabilized the solar system. Trade routes became hazardous, and security forces were stretched thin. This created opportunities for criminal networks involved in the slave trade to operate with relative impunity, exploiting the weakened security infrastructure to transport and trade enslaved individuals.

Demand for Cheap Labor: The aftermath of the Solar Wars and the age of space piracy resulted in the need for cheap labor to rebuild and sustain colonies, mining operations, and industries across the solar system. Exploitative entities, including unscrupulous corporations and criminal organizations, turned to the interplanetary slave trade as a means to meet this demand, utilizing enslaved individuals as a source of inexpensive and disposable labor.

Slum Colonies: The Less Fortunate in the wake of a war torn Solar System

The consequences of the Solar Wars on once-promising space colonies, leaving them as dilapidated slums where poverty, crime, and desperation prevail.

They are the hives of breeding ground of crimes in the age of space piracy, the most infamous of them being:

Spoiler: The Top 10

Nova-7 Station
Location: Lagrange Point L4 (Earth-Moon System)
Habitat Type: O'Neill Cylinder
History: Once a thriving research and residential colony, Nova-7 Station fell into disrepair during the First Solar War. It became a hub for black market activities and illicit operations, plagued by poverty and crime.

Pyrrha Outpost
Location: Deimos (Mars Moon)
Habitat Type: Underground Colony
History: Originally established as a mining outpost, Pyrrha fell into decline during the Second Solar War. With limited resources and disrupted supply lines, it became a lawless enclave, overrun by gangs and destitution.

Arcadia Habitat
Location: Venus Atmosphere
Habitat Type: Aerostat
History: Once envisioned as a lush paradise above the Venusian clouds, Arcadia Habitat succumbed to the chaos of the Solar Wars. Its infrastructure deteriorated, leaving behind a decaying and poverty-stricken habitat.

Tsiolkovsky Outpost
Location: Lunar South Pole
Habitat Type: Moon Base
History: Tsiolkovsky Outpost, originally intended as a scientific research facility, suffered extensive damage during the Second Solar War. It turned into a dilapidated outpost with high crime rates and scarce resources.

Pallas Colony
Location: Asteroid Pallas
Habitat Type: Rotating Torus
History: Pallas Colony, once a beacon of asteroid mining and trade, became a symbol of post-war devastation. As conflicts disrupted supply chains, the colony descended into squalor, rife with poverty, unemployment, and lawlessness.

Elysium Habitat
Location: Mars Lowlands
Habitat Type: Underground Dome
History: Elysium Habitat, originally a promising Martian settlement, faced heavy bombardment during the Second Solar War. Its domes now lay in ruins, serving as a haven for criminals and destitute communities.

Ganymede Haven
Location: Ganymede (Jupiter Moon)
Habitat Type: Subsurface Caverns
History: Ganymede Haven, a once-thriving colony beneath the moon's surface, fell victim to the Solar Wars' collateral damage. Its infrastructure collapsed, leading to widespread poverty, crime, and social unrest.

Ceres Slums
Location: Ceres (Dwarf Planet)
Habitat Type: Spindle Cylinder
History: The bustling cityscape of Ceres deteriorated as the Solar Wars disrupted supply lines and shattered the colony's economy. It transformed into a sprawling slum, with impoverished residents struggling to survive.

Io Outpost
Location: Io (Jupiter Moon)
Habitat Type: Lava Tube Colony
History: Io Outpost, originally a scientific outpost studying the moon's volcanic activity, became a lawless and dangerous place due to the Solar Wars. The outpost's facilities fell into disrepair, and poverty became pervasive.

Titan Shantytown
Location: Titan (Saturn Moon)
Habitat Type: Surface Settlements
History: A cluster of makeshift settlements on Titan, the Titan Shantytown emerged as displaced individuals sought refuge during the Solar Wars. Lacking proper infrastructure and resources, it turned into an impoverished and crime-ridden community.

Interplanetary Slave Trade:
The interplanetary slave trade involves the abduction, coercion, or illegal trade of individuals who are then forced into servitude against their will. These victims are often subjected to harsh living conditions, physical and emotional abuse, and the denial of their basic human rights. Slavery can occur in various industries, such as mining operations, labor-intensive manufacturing, or domestic servitude.

Some of the notable locations that saw the use of slave labour include:

Spoiler: Locations

Helios Mining Colony: Located on the desolate moon of Io, this mining colony is notorious for its harsh conditions and exploitation of enslaved individuals. The enslaved workers are forced to extract valuable resources, such as Helium-3, from the moon's volcanic terrain.

Olympus Industrial Complex: Situated on the Martian surface near the Olympus Mons volcano, this vast industrial facility employs slave labor to manufacture advanced machinery and technological components. Slaves are subjected to grueling work shifts, producing goods for various corporations within the Solar System.

Ganymede Agro-Plantations: A network of massive agricultural settlements spread across the Jovian moon of Ganymede. Enslaved workers toil in vast hydroponic farms and livestock ranches, producing food and resources for the Solar Dominion's colonies.

Seraphim Habitat: A luxurious residential complex located on Venus, where wealthy elites employ enslaved individuals as domestic servants. The slaves cater to the needs of the privileged class, performing household tasks and providing personal services.

Titan Construction Project: A massive infrastructure development initiative on Saturn's moon, Titan. Slaves are used in the construction of extensive habitats, spaceports, and transportation networks, working under brutal conditions to expedite the expansion of the colony.

The Republic of Space Pirates:

In the vast reaches of the asteroid belt, nestled within the chaotic expanse, lies the Republic of Space Pirates. This loose alliance of swashbucklers and outlaws has established its base and stronghold, governed by a unique and informal pirate code known as the "Cosmic Covenant." The Republic is composed of several strategically chosen asteroids, each serving as a base of operations for the audacious space pirates who call this lawless realm their home.

The lore surrounding the Republic of Space Pirates tells the tale of a motley crew of individuals who have banded together in pursuit of freedom, fortune, and adventure amidst the vastness of space. They have forged their own society, one that operates outside the confines of traditional nation-states and embraces the spirit of autonomy and rebellion.

The Cosmic Covenant, the pirate code that binds the Republic, is an oral tradition passed down through generations of space pirates. While the exact words may vary, the essence of the code remains consistent. It emphasizes the values of individual freedom, loyalty among crewmates, respect for fellow pirates, and the unwavering pursuit of treasure and adventure. It serves as a loose set of guidelines to maintain order and unity within the Republic, while still allowing for the individuality and independent spirit that defines its members.

The Republic's formidable nature stems from various factors. Firstly, their chosen base asteroids are strategically positioned to provide both natural defenses and easy access to valuable resources. These asteroids bear names that strike fear into the hearts of their victims:

Spoiler: The Republic of Space Pirates

Blackbeard's Roost: Nestled within the heart of the asteroid belt, Blackbeard's Roost is a hidden stronghold named after the infamous pirate of Earth's history. The asteroid serves as the central hub of the Republic, where pirate crews convene, trade stolen goods, and plan their raids. It is a well-fortified base, equipped with advanced radar jammers and cloaking technology to evade detection.

Skull's Fury: Skull's Fury is a menacing asteroid fortress that serves as the Republic's main shipyard and armor. It is known for its impressive weapons caches, where pirates retrofit and modify their vessels with the latest stolen technologies. The asteroid's surface is adorned with eerie skeleton structures, a symbol of the fearsome reputation of the Republic.

Dreadnought's Graveyard: Located on a massive, shattered asteroid, Dreadnought's Graveyard is a treacherous labyrinth of twisted metal and debris from countless battles. This sprawling graveyard serves as the Republic's secret hideout, providing sanctuary to pirates on the run and hiding their plundered riches. Accessible Only to those who know its intricate paths, it is an ideal location for evading pursuits.

Marauder's Cove: Marauder's Cove is a cluster of interconnected asteroids that form a hidden pirate market and trading hub. Here, pirates can offload their stolen goods, acquire essential supplies, and indulge in raucous revelry. The Cove is protected by a network of automated defense systems, agile ships, making it a daunting challenge for any potential invaders.

Rogue's Refuge: Situated on a large, hollowed-out asteroid, Rogue's Refuge is a secret haven for pirates seeking respite and camaraderie. It houses makeshift dwellings, makeshift repair facilities, and hidden caches of supplies. The asteroid's interior is a labyrinth of tunnels and chambers, providing a safe retreat and allowing pirates to regroup and plan their next ventures.

The Republic's methods and tactics have made them a force to be reckoned with in the solar system. They utilize advanced cloaking technologies, allowing their vessels to disappear from radar and evade detection. They are skilled in hit-and-run tactics, swiftly descending upon unsuspecting trade convoys and defenseless outposts, plundering their valuables, and disappearing into the depths of space before retaliation can be mounted. Their knowledge of asteroid mining and manipulation enables them to set up intricate traps and ambushes within asteroid fields, leaving their victims with nowhere to hide.

The Republic of Space Pirates represents a bold and daring entity within the solar system. Their adherence to the Cosmic Covenant, their strategically chosen asteroid bases, and their formidable methods of operation have solidified their status as a force that strikes fear into the hearts of those who dare to cross their path.

 

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Examples of general civilian starships classes:

Shuttle:

Size Range: 10~30 meters (33~98 feet)
Roles: Short-range transportation, ferrying passengers or cargo between planetary surfaces and orbital stations.
Crew Complement: 1~5 personnel.

Transport:

Size Range: 50~100 meters (164~328 feet)
Roles: Interplanetary cargo transport, moving goods and resources between colonies and space stations.
Crew Complement: 10~30 personnel.

Passenger Liner:

Size Range: 100~300 meters (328~984 feet)
Roles: Interstellar travel for passengers, offering luxurious accommodations and amenities during long-distance journeys.
Crew Complement: 50~200 personnel.

Freighter:

Size Range: 200~500 meters (656~1640 feet)
Roles: Heavy cargo transportation, carrying bulk goods, raw materials, and equipment across star systems.
Crew Complement: 30~100 personnel.

Exploration Vessel:

Size Range: 100~300 meters (328~984 feet)
Roles: Deep space exploration, scientific research, and discovery of new celestial bodies and phenomena.
Crew Complement: 50~200 personnel.

Mining Ship:

Size Range: 50~200 meters (164~656 feet)
Roles: Resource extraction and mining operations in asteroid fields, moons, or other celestial bodies.
Crew Complement: 10~50 personnel.

Research Vessel:

Size Range: 100~300 meters (328~984 feet)
Roles: Scientific research, experimentation, and analysis of celestial bodies, energy sources, and phenomena.
Crew Complement: 50~200 personnel.

Colony Ship:

Size Range: 300~8000 meters (984~26250 feet)
Roles: Carrying colonists, supplies, and infrastructure to establish new settlements on habitable planets or moons. (Some colonists would take these to colonize Alpha Centauri, leaving the war torn solar system behind. Those journey takes around 20 years.)
Crew Complement: 100~up to 100,000 personnel.

Salvage Vessel:

Size Range: 50~200 meters (164~656 feet)
Roles: Retrieval and salvage operations, recovering and repurposing valuable resources from wrecked or derelict spacecraft.
Crew Complement: 10~50 personnel.

Luxury Yacht:

Size Range: 50~150 meters (164~492 feet)
Roles: High-end private starships for wealthy individuals or corporations, providing extravagant accommodations and entertainment facilities.
Crew Complement: 20~100 personnel.

 

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History
The Beginning of Solar Colonization: 2150~2205​

Year 2150 marked the beginning of the era of solar system colonization, where humanity has achieved an unprecedented feat of colonizing various celestial bodies within the Solar System.

Major countries such as the United States, United Kingdom, Russia, France, China, and other developed nations have established their colonies across different planets, moons, dwarf planets, and asteroids. Each nation's expertise and resources have been strategically utilized to maximize their influence and advancements in various regions of space.

It was an era of intense competition and collaboration among nations, as they strive to unlock the mysteries of the universe, establish sustainable habitats, and exploit the abundant resources found throughout the Solar System.

During this period, various colonies were founded by major nations:

United States:

Mars: The United States has established multiple research outposts, terraforming experiments, and self-sustaining colonies on Mars. They are actively engaged in harnessing the planet's resources and expanding human presence.

Moon: The United States maintains lunar bases for scientific research, resource extraction, and as a launch point for further space exploration.

Asteroid Belt: The US has several mining outposts scattered throughout the asteroid belt, extracting valuable resources and minerals.

United Kingdom:

Titan: The United Kingdom has established a colony on Saturn's moon, Titan. They focus on studying the moon's unique atmosphere and potential for sustaining human life.

Russia:

Venus: Russia has successfully built a series of floating research stations in the upper atmosphere of Venus. These stations study the planet's extreme conditions and search for signs of microbial life.

Moon: Russia also maintains a lunar base for research purposes and as a strategic outpost.

France:

Europa: France has established a research base on Jupiter's moon, Europa. Their primary focus is the exploration of the moon's subsurface ocean and the potential for extraterrestrial life.

China:

Moon: China has constructed lunar bases for scientific research, resource mining, and as a platform for deep space exploration. They have made significant strides in lunar exploration and are actively working on lunar colonization projects.

Asteroid Belt: China has established a presence in the asteroid belt with mining outposts similar to the US.

Other Developed Nations:

Various other developed nations, including Germany, Japan, Canada, and Australia, have smaller colonies scattered across different celestial bodies, primarily focused on scientific research, resource extraction, and expanding human knowledge of the Solar System.

 

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History
The First Solar War (2205~2210) and the beginning of the Golden Age of Space Piracy​

The First Solar War was a conflict that erupted in the year 2205, marking a turning point in human history and the beginning of a turbulent era. The war was ignited by escalating tensions between major nations due to territorial disputes, resource scarcity, and ideological differences.

One of the key resources that became scarce and highly contested among the major factions was Helium-3, a crucial element used in fusion reactors for clean and efficient energy production. The increasing demand for Helium-3 as an alternative energy source, coupled with limited availability, led to intense competition and conflicts over mining rights and extraction operations on the Moon and outer planet moons.

Additionally, rare earth minerals and precious metals found in asteroids and planetary bodies became another point of contention. These resources were essential for advanced technological development, including the production of advanced spacecraft, weaponry, and advanced electronics. As major powers sought to secure control over these resource-rich regions, tensions mounted, resulting in conflicts and skirmishes that eventually escalated into a full-scale war.

The race to establish dominance over strategic locations, such as asteroid mining facilities, lunar colonies, and other resource-rich areas, created a desperate scramble for control. The major factions, driven by the need to secure their own energy and resource supplies, became increasingly aggressive and unwilling to compromise, ultimately leading to the outbreak of the First Solar War.

The war was triggered when a covert attack on a research outpost on Mars, attributed to an unknown faction, led to a chain reaction of retaliatory strikes. As the conflict intensified, it became apparent that the initial attack was orchestrated by a shadowy coalition of radical elements seeking to destabilize the established power balance.

Major Battles:

Battle of Deimos Outpost: The conflict commenced with an intense battle over Deimos Outpost on Mars. This strategic outpost was crucial for communications and resource distribution. The attacking forces aimed to cripple the defensive capabilities of major nations, leading to a prolonged and fierce battle.

Siege of Titan Station: The United Kingdom's colony on Saturn's moon, Titan, came under siege from a rogue privateer fleet seeking to control its valuable resources and gain a tactical advantage. The prolonged siege tested the UK's defenses and showcased the audacity and resourcefulness of the privateers.

Clash at Europa Outpost: France's research outpost on Jupiter's moon, Europa, became a battleground when multiple privateer factions, driven by their own motives, clashed to gain control of the scientific research and potentially valuable discoveries.

The First Solar War concluded in 2210 after five years of intense conflict. The major powers, recognizing the futility of their prolonged struggle, opted for a status quo ante bellum agreement. This decision was driven by the realization that the war had left all nations significantly weakened, with infrastructure and economies in tatters.

Aftermath and the Golden Age of Space Piracy:

The aftermath of the war set the stage for the emergence of the Golden Age of Space Piracy. The major powers, struggling to rebuild and consolidate their territories, were unable to maintain large fleets of dedicated space warships due to the astronomical costs involved. As a result, privateering—contracting independent ship captains and crews to carry out missions—became the de facto strategy for maintaining control and projecting power.

Space privateers, operating under various flags and allegiances, took advantage of the weakened nations and their limited resources. These daring and opportunistic individuals embraced the allure of piracy, seeking to exploit the vast wealth, trade routes, and shipping lanes established during the war. The privateers roamed the Solar System, preying upon vulnerable cargo ships, sabotaging rival factions, and challenging the remnants of once-mighty navies.

The Golden Age of Space Piracy brought about a new era of lawlessness and adventure, with privateers becoming legendary figures in their own right. While the major powers continued to rebuild and vie for control, the rise of piracy added an additional layer of complexity to an already fragile balance of power in the Solar System. The consequences of the First Solar War would continue to shape the political landscape and fuel the ambitions of those seeking fortune and notoriety in the uncharted depths of space.

 

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History
Interwar Period before the Second Solar War: 2210~2275
​

Following the First Solar War and the emergence of the Golden Age of Space Piracy, the Solar System entered a tumultuous interwar period characterized by shifting alliances, covert operations, and the pursuit of technological advancements. This era, spanning from 2210 to 2275, was marked by fragile peace and simmering tensions as the major powers sought to recover, rebuild, and prepare for a potential resurgence of conflict.

Reconstruction Efforts:
The aftermath of the First Solar War necessitated massive reconstruction efforts across the Solar System. Major powers, their economies weakened by the conflict, focused on rebuilding infrastructure, reviving trade networks, and replenishing their military capabilities. Efforts were made to repair damaged colonies, rejuvenate resource extraction operations, and bolster defenses against potential pirate attacks.

Technological Advancements:
The interwar period witnessed rapid advancements in technology driven by the urgency to gain an edge in the ever-evolving power dynamics. Major nations invested heavily in research and development, with a particular focus on enhancing spacefaring capabilities, improving defensive systems, and refining communication networks. Breakthroughs in propulsion, weapons systems, and resource exploitation technologies reshaped the strategic landscape and set the stage for future conflicts.

Espionage and Covert Operations:
Intelligence agencies of major powers played a crucial role during this interwar period. Espionage became rampant as nations sought to gain information about each other's military plans, resource reserves, and technological advancements. Covert operations, such as sabotage and subterfuge, were employed to undermine rival nations and establish strategic advantages.

Proxy Conflicts:
While overt conflicts were avoided, proxy conflicts between major powers and privateer factions were common during this period. Governments provided covert support to various privateer groups, both to safeguard their own interests and to indirectly challenge rival factions. These proxy conflicts took the form of skirmishes, territorial disputes, and economic warfare, further destabilizing the fragile peace.

Rise of Independent Colonies:
In the wake of the First Solar War, some colonies sought to establish a degree of independence from their parent nations. These independent colonies, free from the direct control of major powers, sought to forge their own destinies and exploit their resources for their own benefit. Their rise challenged the existing power structures and added another layer of complexity to the interwar period.

Arms Race:
Despite the economic strain caused by the previous war, an arms race persisted in the interwar period. Major powers competed to develop advanced weapons systems, more efficient propulsion technologies, and cutting-edge defensive capabilities. Military buildups were fueled by the fear of potential conflicts and the need to assert dominance in the Solar System.

The interwar period was characterized by an uneasy peace, with major powers cautiously maneuvering to protect their interests and deter potential aggressors. As tensions continued to simmer, the stage was set for the outbreak of the Second Solar War.

 

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History
The Second Solar War: 2275~2282​

The Second Solar War was a devastating conflict that erupted amidst heightened tensions and political rivalries in the Solar System. Fought between two major factions, the United Terran Alliance (UTA) and the Solar Dominion. The war marked a culmination of years of simmering animosity and a struggle for dominance among the major powers.

Political Situation and Warring Factions:

United Terran Alliance (UTA):
The UTA consisted of the United States, United Kingdom, France, and their respective allies. They advocated for a more cooperative and inclusive approach to the governance of the Solar System, promoting shared resources and scientific progress.

Solar Dominion:
The Solar Dominion comprised China, Russia, and their allies. They believed in a more centralized and authoritarian control over the Solar System, aiming to consolidate power and resources under their leadership.

The spark that ignited the war was a dispute over resource-rich asteroid fields on the outskirts of the Jupiter system. Diplomatic negotiations failed, escalating tensions between the UTA and the Solar Dominion. Both sides amassed their fleets, bolstered by advanced technologies developed during the interwar period.

Year of Events and Major Battles:

The war broke out in 2275, plunging the Solar System into chaos and violence. Major battles that took place during the conflict include:

Battle of Ganymede:
The Battle of Ganymede was one of the first major engagements of the war. The UTA and the Solar Dominion clashed over control of the strategically important moon. The battle witnessed intense fleet combat in the orbit and marked the beginning of a protracted and brutal conflict.

Siege of Mars Colonies:
The Solar Dominion launched a massive assault on the UTA colonies on Mars, seeking to cripple their industrial and research capabilities. The UTA forces fiercely defended their holdings, resulting in a protracted siege and devastating losses on both sides.

Battle for Europa:
The UTA launched a daring offensive to capture the Solar Dominion's stronghold on Europa, aiming to gain control of vital resources and undermine the Dominion's influence. The battle saw a convergence of advanced technologies and brutal ground combat as both factions fought for dominance.

Deployment of Technology in Battle:

The Second Solar War witnessed the full deployment of advanced technologies developed during the interwar period. This included:

Gravitation Manipulation:
Both factions employed gravitation manipulation technologies for offensive and defensive purposes. Gravity fields were harnessed to enhance maneuverability, create defensive barriers, and manipulate the trajectories of projectiles.

Advanced Weapons Systems:
Directed energy weapons, such as advanced lasers and particle beams, were extensively utilized by both factions. Railguns and coilguns propelled kinetic projectiles at high speeds, capable of devastating enemy vessels. Autonomous drones and robots played a significant role in space combat, executing precision strikes and supporting ground operations.

AI and Tactical Systems:
AI systems integrated into warships and combat suits provided real-time analysis, targeting assistance, and strategic decision-making capabilities. These AI systems enabled faster and more coordinated responses, enhancing the overall effectiveness of the warring factions' military operations.

Aftermath:

The Second Solar War concluded in 2282, leaving a trail of destruction and loss in its wake. The war ended in a stalemate, with neither faction achieving a decisive victory. The Solar System was left scarred, major powers weakened, and infrastructure in disarray.

The war's aftermath contributed to the resurgence of space piracy, albeit in a different form. The weakened major powers struggled to maintain control over vast territories, making it easier for pirate factions to exploit the power vacuum. Desperate for resources and vulnerable to attacks, shipping lanes became more dangerous, and independent privateers seized the opportunity to carve out their own territories and establish their dominance.

The age of space piracy evolved as pirate factions, equipped with salvaged and repurposed advanced technologies from the war, roamed the Solar System. They targeted weakened colonies, disrupted trade routes, and clashed with remnants of the major powers. The Second Solar War had inadvertently created a breeding ground for lawlessness, with space pirates exploiting the aftermath of the conflict and the weakened state of the major factions, presenting both challenges and opportunities for those brave enough to venture into the depths of space.

 

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History
Examples of Famous Space Privateers/Pirates From Past Eras​

Viktor "Blackthorn" Volkov (2095~2150)
Captain Viktor Volkov, known as "Blackthorn," was one of the first renowned space privateers. Hailing from the Russian colonies on Mars, he became a symbol of resistance against oppressive Earth-based corporations. Blackthorn led a fleet of modified mining vessels, striking at the heart of corporate operations and liberating valuable resources for the Martian colonists. He employed innovative tactics, including disguising his ships as cargo transports to infiltrate enemy territory. Blackthorn's exploits inspired a generation of space privateers and his legacy endured long after his death.

Isabella "Ironheart" Cortez (2186~2215)
Captain Isabella Cortez, known as "Ironheart," was a renowned space pirate emerged during the First Solar War. Hailing from the independent colonies of the asteroid belt, she led a formidable pirate fleet known as the Corsairs. Ironheart was known for her bold and daring raids on corporate freighters and military vessels, using advanced tactics and her intimate knowledge of asteroid field navigation to outmaneuver her adversaries. Her crew revered her for her strategic brilliance and unwavering loyalty. Ironheart's reign as a space pirate came to an end when she sacrificed herself to save her crew during a battle against a French space cruiser.

Remy "Shadowblade" Rousseau (2190~?)
Captain Remy Rousseau, known as "Shadowblade," was a legendary space pirate who emerged during the chaotic aftermath of the First Solar War. Little is known about Rousseau's origins or personal life, as he operated in the shadows and maintained a mysterious persona. He was known for his unmatched piloting skills, stealthy approach, and the ability to vanish without a trace. Rousseau's pirate ship, the Ghost Reavers, specialized in hit-and-run tactics and covert operations, wreaked havoc on shipping lanes and evaded capture despite relentless pursuit by practically all nations, his name struck fear and awe into the hearts of all spacefarer alike. Shadowblade's true identity remained a mystery until his disappearance in 2216, leaving behind a legacy of mystery and terror.

Doris "The Calm" Eldritch (2213~2250)
Captain Doris The Calm was a charismatic and cunning space privateer who operated during the Interwar Period. Eldritch gained notoriety for her daring heists, successful raids on cargo convoys, and strategic evasion of authorities. She commanded a notorious pirate ship called the Black Widow and assembled a loyal crew of skilled outlaws. Doris' audacious exploits made her a folk hero among independent colonists and a thorn in the side of major factions. She met her demise during a final stand against a United Terran Alliance task force in 2250.