Station Omacron

Station Omacron is a Space Station in the Secunda Major System, operated primarily by the Mining Guild. Its inhabitants include members of the Guild, their families, as well as other governmental and corporations that were permitted to operate on the Station and in particular Secunda City the Capital of Secunda Major System.

Station Omacron was built to provide the Mining Guild and anyone else who came to visit a home. A sanctuary from starships and a place to sleep when none of the planets were either known about (Frostopia) or made yet (Planet Prazoa) or even found their way into the system (Planet Pele). Though some of the ships had technology that allowed a faux bedroom to sleep in, or quarters. It was decided that having an actual bed, not in a Starship would be a better idea.

It was also set up as a convenient way-station for the trip to Sanctuary. Its second mission is to provide storage of goods from their Mobile Refineries to Black Wing Enterprises and beyond. The Station uses shields as well as weapons to defend the Station and the Capital City from flying asteroids, as well as any pirate or invading force.

Station Omacron is a customized large floating structure in between the Second planet from the sun Planet Prazoa and the massive asteroid field. It looks like a small planetoid of rock with are a few protrusions at the tip acting as detection systems, cameras, and various other machines. At the bottom, multiple large docking centers extend from the sides and around the middle, each large enough to dock numerous vessels. There is a ring around the station attached to which were the agricultural module, as well as the docking bay.

Sometime after the Mining Guild’s arrival, they immediately started construction on a Habitat a Station that they can house everything from workers to employees of their corp and other corporations. To construct it, they used a similar technique to what they’d later use to create a planet. In this case, they brought in the mined asteroid husk and used gravity magic and technology to force them together, before they began carving into it and creating attachments, and made their way inside. Inside, they used technology to add the specific areas of the station, like the residential area and the industrial areas which were reinforced.

Below is the Statistical information about the Station.

• Class: Habitat
• Type: Station
• Designers: Aeta Kurosaki, Nyx Pine
• Manufacturer: NDC Department Of Engineering
• Fielded by: Mining Guild

Crew: 3400 Station Crew are recommended

Maximum Capacity: There are accommodations for 8,000,2,700 people in addition to the Stations crew.

Secunda City Infrastructure

• Length: 402,500 meters
• Width: 404,400 meters
• Height: 405,000 meters
• Decks: 402,168

Below is the Compartment information about Station Omacron.

The Station’s Control Center is a vast area, said to encompass three decks or more. Some designs allow for a display of heritage, and a priority was given special attention to the flooring for certain Species to allow ease of movement.

The uppermost level of Station Control is a hub of authority and decision-making, where the critical operations of Station Omacron are coordinated and overseen. This level serves as the nerve center for the station’s most vital administrative and security functions, housing the offices of key personnel responsible for the station's defense, security, and day-to-day operations.

Commander of Defense’s Office: Situated at the heart of this level, the Commander of Defense’s office is a place of both strategic importance and symbolic power. This office is equipped with advanced communication arrays, holographic battle maps, and a command console that interfaces directly with the station’s defense systems. The Commander of Defense oversees all military operations and is responsible for the station's overall security, including the coordination of defense forces, deployment of security protocols, and response to external threats. The office itself is designed for quick access to vital information, with walls lined with data screens displaying real-time intelligence, tactical reports, and external sensor feeds.

Night Guard Division Captain’s Office: Adjacent to the Commander’s office, the Night Guard Division Captain’s office is where the security and safety of the station’s inhabitants are ensured. The Night Guard, a specialized security force known for their advanced robotics and cutting-edge technology, operates under the direct supervision of this office. The Captain’s workspace is filled with surveillance feeds from across the station, detailed schematics of security systems, and direct communication links to the Night Guard units. The Captain is responsible for coordinating patrols, managing security alerts, and ensuring that the station’s defenses are impenetrable. This office also serves as a planning center for special security operations and emergency responses.

Dockworker’s Supervisor’s Office: The Dockworker’s Supervisor’s office is crucial to the smooth operation of the station’s logistics and cargo management. Located strategically to oversee the docking bays, this office is a hub of activity where the supervisor monitors the flow of goods and personnel in and out of the station. The office is equipped with detailed manifests, scheduling systems, and cargo tracking tools, allowing the supervisor to efficiently manage the station’s supply chain. From here, the supervisor coordinates the work of the dockworkers, ensuring that all shipments are handled quickly and safely, and that any issues are addressed promptly to avoid delays or security breaches.

Overall, this level serves as the administrative backbone of Station Omacron, where leadership decisions are made, security is enforced, and the station’s operations are meticulously managed. The proximity of these key offices ensures seamless communication and coordination between the various departments, enabling the station to function smoothly and respond effectively to any situation.

The 2nd level of Station Control is a sprawling, high-tech environment, bustling with activity and designed to manage the intricate and essential internal operations of Station Omacron. Unlike the more focused and authoritative upper level, this floor is a vast and dynamic workspace where numerous critical functions converge to ensure the station's smooth operation.

Layout and Design: This level is significantly larger than the uppermost level, allowing for a greater number of workstations and specialized control hubs. The open-plan design fosters collaboration and rapid communication between various departments. The workstations are arranged in clusters, each dedicated to a specific aspect of the station's operations, from transportation logistics to communication networks.

Damage Control Stations: Among the many workstations, several are dedicated to Damage Control. enhanced with cutting-edge technology. Equipped with sophisticated diagnostic tools, these stations allow operators to monitor the structural integrity of the station, manage life support systems, and respond to any internal malfunctions or breaches. The interface is highly interactive, featuring holographic displays that provide real-time data on the station’s various systems. Operators here are trained to quickly assess situations and deploy automated or manual repair protocols to prevent or mitigate damage.

Maglev Rail System Operations: The Hecate Light Rail, a critical transportation network within Station Omacron, is managed from this level. A dedicated section of the floor is filled with consoles and screens that provide a comprehensive view of the rail system’s status. Operators monitor the movement of cargo and passenger trains, manage schedules, and ensure the efficient and safe operation of the network. This area is also responsible for coordinating maintenance activities and responding to any disruptions or technical issues that may arise within the rail system.

Ship Traffic Control: Another key area on this level is the Ship Traffic Control hub. Here, operators oversee the arrival and departure of starships, manage docking sequences, and coordinate the movement of vessels within the station's airspace. Advanced radar systems, communication arrays, and navigation tools are at the operators’ disposal, allowing them to maintain order and prevent collisions. This hub also communicates directly with incoming and outgoing ships, providing instructions and clearances to ensure safe passage.

Communications Center: The Communications Center is the nerve center for all internal and external communications on Station Omacron. This section of the floor is equipped with state-of-the-art communication terminals and encryption devices, ensuring secure and reliable connections. Operators here manage everything from routine communication between departments to emergency broadcasts and external transmissions to allied stations or vessels. This center is also responsible for monitoring and responding to incoming signals, including distress calls or hails from approaching ships.

Emergency Services and Security Dispatch: A critical component of this level is the Emergency Services and Security Dispatch. This area is designed to respond swiftly to any crisis, whether it’s a medical emergency, fire, or security breach. Dispatchers have access to live feeds from surveillance cameras across the station, direct communication links with emergency response teams, and rapid deployment systems for security forces. The dispatch center is the first line of response in coordinating rescue operations, deploying medical teams, or activating lockdown protocols in the event of a security threat.

Technology and Integration: The technology on this level reflects a blend of standard industry practices and innovations. The integration of unknown technology has enhanced the station’s capabilities in areas such as automation, diagnostics, and communication, making the 2nd level of Station Control a cutting-edge operational hub.

The flooring is made with a substance that’s comfortable to walk on, but also easy for a Naga species to travel over, and there were multiple foods and drink dispensers throughout the 2nd level.

The Habitat area of the station was merged into one huge area which was converted over into a City which was named Secunda City.

There are Stations that the rails makes stops at to go to the other places of the station such as,

Control Station is the station that deposits, workers going to the Station Control area of the station.

Engineering Station is the station that deposits the engineers to go to the engineering section to work.

Industrial Station is the station that deposits the Mechanics to go to the Industrial section to section to work.

The outer areas are visible outside the stations

This station deposits and takes the gunners to their place to defend the station from attack.

This Section isn't included in the City limits, but rather is on levels underneath the City.

The Engineering section of Station Omacron is a sprawling, high-tech facility that serves as the station’s backbone, responsible for powering, maintaining, and optimizing its numerous systems. Drawing inspiration from various technological cultures, this section is a testament to advanced engineering and innovative design, while ultimately reflecting the unique characteristics of the New Dusk Conclave (NDC) in its core technologies.

Layout and Design: The Engineering section is a labyrinth of corridors, control rooms, and machinery. Its vast expanse is necessary to accommodate the wide range of systems that keep the station operational. The area is divided into specialized zones, each dedicated to different aspects of the station’s engineering needs, from power generation to system diagnostics and repairs. The design of the Engineering section is utilitarian, prioritizing functionality and efficiency, with a layout that allows engineers to move swiftly between different areas.

Plasma Generators: Central to the station’s power needs, the Engineering section houses multiple Plasma Generators, which are the primary source of energy for Station Omacron. These generators are advanced units that utilize plasma energy, a highly efficient and powerful source of electricity. The generators are a blend of New Dusk Conclave ingenuity and influences from other technological cultures, designed to produce a stable and abundant supply of energy. These Plasma Generators are housed in heavily shielded chambers to contain the immense energy they produce and to protect against any potential radiation or thermal hazards.

Each generator is connected to a complex network of power conduits that distribute electricity throughout the station. The conduits are designed with redundancy systems to ensure uninterrupted power flow, even in the event of a generator failure. Engineers in this section monitor the generators continuously, using advanced diagnostic tools to detect any irregularities and perform maintenance tasks to keep the systems running smoothly.

NDC Power Core: At the heart of the Engineering section lies the NDC-designed Power Core, a cutting-edge piece of technology that distinguishes Station Omacron from other stations. The Power Core is a marvel of energy engineering, capable of harnessing and regulating immense amounts of power with exceptional efficiency. It integrates seamlessly with the Plasma Generators, optimizing energy distribution and ensuring that the station can meet even the most demanding power requirements.

The NDC Power Core is also equipped with advanced fail-safes and energy storage systems, allowing it to absorb excess energy during low-demand periods and release it during peak usage times. This dynamic capability not only enhances the station’s energy efficiency but also provides a buffer in emergencies, ensuring that critical systems remain operational even if other power sources are compromised.

In addition to power generation, the Engineering section houses the physical hardware for the station’s extensive array of scanners and sensors. These devices are crucial for monitoring both the internal and external environments of Station Omacron. The scanners and sensors are strategically placed throughout the station and on its exterior, providing real-time data on everything from structural integrity to external threats.

The hardware itself is a blend of precision and ruggedness, designed to operate under a variety of conditions and withstand the harsh environments of space. The sensors are capable of detecting a wide range of phenomena, including electromagnetic signals, thermal variations, and physical disturbances, while the scanners provide detailed imaging and analysis of both the station and surrounding space.

Engineers in this section are responsible for maintaining and calibrating these devices, ensuring that they provide accurate and timely information. The hardware is integrated with the station’s central computer systems, allowing data to be processed and relayed to relevant departments, such as Security or Station Control, where it can be acted upon quickly.

While the Engineering section incorporates elements, such as precision instruments and robust machinery, it is fundamentally shaped by the New Dusk Conclave’s approach to technology. This is evident in the design of the Power Core and the integration of advanced automation and AI-driven systems that enhance the efficiency and reliability of the station’s engineering functions. The NDC’s focus on innovation and adaptability is reflected in the Engineering section’s ability to evolve and incorporate new technologies, making it a cutting-edge facility that can meet the station’s growing and changing needs.

Maintenance and Operations: The Engineering section is staffed by a team of highly skilled engineers and technicians, trained to handle the station’s complex systems. They work around the clock to ensure that all systems are functioning optimally, conducting regular maintenance checks, repairs, and upgrades. The section is also equipped with advanced robotics and automated systems that assist in routine tasks, freeing up engineers to focus on more complex and critical operations.

The Industrial Section of Station Omacron is a vast and crucial part of the station, nearly rivaling the Habitat Section in size and complexity. This expansive area is a hub of production, innovation, and sustainability, split into two distinct zones that cater to the station’s technological needs and agricultural demands. The design and functionality of the Industrial Section reflect the station’s commitment to self-sufficiency, efficiency, and the well-being of its inhabitants, including both human workers and livestock.

Technology and Fabrication Zone: The first half of the Industrial Section is dedicated to the production and maintenance of smaller, yet vital, technological components that keep the station operational. This area is a bustling environment filled with rows of workstations, advanced machinery, and fabrication units, all designed to produce and repair the tools, equipment, and Power Armor essential to the station’s maintenance and mining efforts.

Tool and Equipment Fabrication: This zone houses multiple high-tech fabricators, each capable of producing a wide range of tools and equipment. These fabricators are integral to the station's operations, as they can swiftly manufacture everything from specialized mining tools to precision instruments required for station upkeep. The ability to fabricate equipment on-site reduces dependency on external supplies and ensures that the station can quickly respond to any maintenance needs or operational demands.

Power Armor Production and Maintenance: One of the key focuses of this zone is the production and upkeep of Power Armor, which is crucial for the station's mining operations and security forces. Dedicated fabrication units are equipped to assemble, repair, and upgrade these suits, ensuring they are always in peak condition. Engineers and technicians work tirelessly in this area, using advanced diagnostic tools and automated systems to monitor the performance and integrity of each suit. This constant attention to detail ensures that the Power Armor is reliable and capable of withstanding the harsh conditions both within the station and in space.

Starship Parts Manufacturing: In addition to Power Armor, the Industrial Section also manufactures various parts and components for starships. These parts range from small, intricate electronics to larger structural components and propulsion systems. The section’s ability to produce these parts on-site ensures that Station Omacron can quickly address any issues that arise with its fleet, minimizing downtime and maintaining operational readiness.

Agriculture and Livestock Zone: The second half of the Industrial Section is an expansive area attached to the Agriculture Module, designed to support the station’s food production and contribute to its overall self-sufficiency. This zone is a stark contrast to the high-tech environment of the fabrication area, focusing instead on sustainable farming practices and livestock management.

Farming Operations: The agriculture zone is equipped with a variety of farming technologies, including hydroponic systems, vertical farming setups, and climate-controlled greenhouses. These systems allow for the cultivation of a diverse range of crops, ensuring a steady supply of fresh produce for the station’s inhabitants. The integration of advanced agricultural techniques maximizes the use of space and resources, enabling high yields in a relatively compact area. Automated systems monitor soil quality, moisture levels, and plant health, allowing for precise control over the growing environment and reducing the need for manual labor.

Livestock Management: Adjacent to the farming area is a section dedicated to livestock, where various animals are raised for food production and other agricultural purposes. The livestock area is carefully designed to provide a comfortable and stress-free environment for the animals, with enclosures tailored to their specific needs. The inclusion of a sound-dampening field within this level is a crucial feature, as it shields the animals from the noise and vibrations of the fabrication zone, ensuring they are not disturbed by the industrial activities taking place nearby. This field creates a calm and stable environment, which is essential for the health and well-being of the livestock, leading to better productivity and sustainability.

Integration and Synergy: The Industrial Section is a model of integration, where high-tech fabrication and sustainable agriculture coexist in harmony. The proximity of these two zones allows for a seamless flow of resources and information. For instance, waste materials from the fabrication zone can be repurposed for use in the agriculture area, such as converting organic waste into compost or using excess heat from industrial processes to regulate the temperature in greenhouses. This synergy enhances the efficiency and sustainability of the station’s operations.

Environmental Control: Both zones are equipped with advanced environmental control systems to maintain optimal conditions for their respective functions. In the technology zone, climate control ensures that machinery operates within safe temperature ranges, while air filtration systems remove particulates generated by industrial processes. In the agriculture and livestock zone, the focus is on maintaining humidity, temperature, and air quality suitable for plant growth and animal health. These systems are interconnected, allowing for resource sharing and minimizing energy consumption.

Self-Sufficiency and Innovation: The Industrial Section embodies Station Omacron’s ethos of self-sufficiency and innovation. By producing essential tools, equipment, and food on-site, the station reduces its reliance on external supply chains, making it more resilient in the face of potential disruptions. The integration of advanced technologies and sustainable practices ensures that the station can not only meet its current needs but also adapt and evolve as those needs change.

Within Station Omacron, strategically located between the Docking Bay and the Industrial Section, lies a specialized deck dedicated to the maintenance, storage, and deployment of the Mining Guild's ANT Power Armor. This deck serves as a critical hub for the station's mining and security operations, providing a secure and well-equipped environment where multiple types of Power Armor are housed and maintained.

ANT Power Armor Bays: The primary function of this deck is to support the Mining Guild's ANT Power Armor, which is essential for the station's mining activities. The ANT Power Armor bays are lined with docking stations designed specifically for these suits, each equipped with advanced diagnostic tools and maintenance rigs. The bays are designed to accommodate a large number of suits, ensuring that the Mining Guild’s operations are never hindered by a lack of ready equipment.

Each bay features automated systems that handle routine maintenance tasks, such as recharging power cells, lubricating joints, and running system diagnostics. These systems are supported by a team of technicians who work in shifts to perform more complex repairs and upgrades, ensuring that every ANT suit is in peak condition before it is deployed to the harsh environments of space mining. The technicians are highly trained and equipped with specialized tools tailored to the unique design of the ANT Power Armor, allowing them to quickly address any issues that may arise.

Night Guard's Tyr MK1 Power Armor Section: Adjacent to the ANT Power Armor bays is a separate section dedicated to the Night Guard’s Tyr MK1 Power Armor. This section is a secure area, reflecting the Night Guard’s status as a private security organization with advanced capabilities. The Tyr MK1 suits, known for their formidable strength and cutting-edge technology, require specialized facilities to ensure they are always mission-ready.

The Tyr MK1 bays are equipped with reinforced maintenance stations that can handle the heavy armor and advanced systems of these suits. Unlike the ANT bays, which focus primarily on mining-related wear and tear, the Tyr MK1 section is designed to address the more combat-oriented demands of the Night Guard’s operations. Here, technicians are not only responsible for routine maintenance but also for upgrading the suits with new technology, recalibrating weapons systems, and ensuring the integrity of defensive systems.

Security in this section is a top priority, with restricted access and surveillance systems in place to prevent unauthorized entry. The Night Guard’s technicians, who are often specialized in military-grade equipment, work closely with the station’s security forces to ensure that the Tyr MK1 suits are always in optimal condition, ready to defend the station against any threats.

Technician Operations and Workflow: The smooth operation of this deck relies heavily on the skilled technicians who work around the clock to maintain and optimize the Power Armor suits. These technicians are organized into shifts, ensuring that there is always a team available to handle any maintenance or repair needs. The workflow is highly organized, with each technician specializing in different aspects of Power Armor maintenance, from mechanical repairs to software updates.

The deck is equipped with advanced diagnostic tools that allow technicians to quickly identify and address any issues. These tools are integrated with the station’s central systems, providing real-time data on the status of each suit. This integration ensures that any potential problems are detected early, reducing downtime and keeping the station’s operations running smoothly.

Support and Logistics: The location of this deck between the Docking Bay and the Industrial Section is strategic, allowing for efficient movement of Power Armor suits between storage, maintenance, and deployment areas. When mining expeditions are set to depart, the ANT suits can be quickly transported from this deck to the docking bay, where they are loaded onto shuttles or directly deployed. Similarly, the proximity to the Industrial Section ensures that any necessary parts or tools are readily available, minimizing delays in maintenance operations.

The Docking Bay section of Station Omacron is a critical and expansive structure, designed to accommodate the diverse needs of the station’s operations, from mining logistics to welcoming visitors and supporting trade. As the primary gateway to the station, this section is a hub of activity, meticulously organized into two distinct areas: one dedicated to the Mining Guild and the other to non-affiliated visitors and external entities. Each section is equipped with specialized facilities and systems to handle the unique demands of its users, ensuring smooth and efficient docking, transfer, and maintenance operations.

Hangar Bay and Ship Shelter: The Mining Guild’s portion of the Docking Bay is a massive hangar, capable of sheltering a significant number of the Guild’s vessels. The sheer scale of this hangar is impressive, with enough room to accommodate several of the Mining Guild’s medium-sized ships simultaneously. These ships, essential for the station’s ongoing mining operations, are housed in a controlled environment where they can be easily accessed for maintenance, refueling, and cargo transfer. The hangar’s spacious design ensures that even during peak operations, there is ample room for maneuvering and docking multiple vessels without congestion.

Stork Personnel Transport Storage: A key feature of the Mining Guild’s Docking Bay is its capacity to house hundreds of Stork Personnel Transports. These smaller, agile vessels are the workhorses of the Mining Guild, used to transport miners and equipment to and from various mining sites, both on the station and in nearby space. The bay is designed with efficient storage solutions, allowing these transports to be quickly deployed or retrieved as needed. The Stork transports are organized in tiered docking racks, maximizing space usage while ensuring that each unit can be accessed without delay.

Docking Clamp Port for Large Vessels: In addition to accommodating smaller and medium-sized ships, the Mining Guild’s Docking Bay is equipped with a heavy-duty docking clamp port designed to secure larger vessels. This port is robust enough to handle the MG-MR-1a Dragon-class Mobile Refinery and the MG-ITS-Magpie, two of the Guild’s most critical assets. The docking clamp port features advanced stabilization systems to ensure the safe mooring of these massive ships, even under adverse conditions. Once docked, these vessels can seamlessly transfer their cargo of refined ore and other materials into the station, or offload supplies necessary for ongoing operations.

Logistics and Maintenance Facilities: The Mining Guild’s Docking Bay is more than just a storage and docking area; it’s also a center for logistics and ship maintenance. Adjacent to the docking area are fully equipped workshops and maintenance bays where ships can undergo repairs, refueling, and system upgrades. These facilities are staffed by a dedicated team of engineers and technicians who work around the clock to ensure that the Mining Guild’s fleet remains in top condition. The logistics operations are streamlined by automated systems that manage inventory, track shipments, and coordinate the movement of goods between the Docking Bay and other sections of the station.

Visitor Docking Facilities: The second section of the Docking Bay is reserved for non-affiliated ships, providing a welcoming and secure entry point for visitors, traders, and potential business partners. This area is designed to accommodate a wide range of vessel types, from small personal craft to larger trade ships. The docking facilities here are highly flexible, with adjustable docking arms and universal connectors that can interface with various ship designs and technologies. This versatility ensures that the station can support a diverse array of visitors, catering to their specific docking and service needs.

Trade and Business Support: The visitor docking area is not only a point of entry but also a hub for trade and commerce. Upon docking, traders and business representatives have access to a range of support services, including customs and inspection offices, cargo handling facilities, and meeting rooms where deals can be negotiated. The area is equipped with automated cargo transfer systems that expedite the loading and unloading process, ensuring quick turnaround times for visiting ships. Additionally, secure storage facilities are available for traders who need to temporarily house goods before completing transactions.

Emergency and Contingency Support: The visitor section of the Docking Bay is also designed to handle emergencies and contingencies. In the event of a crisis, such as a medical emergency or ship malfunction, this area can be quickly reconfigured to provide the necessary support. Emergency response teams are on standby, equipped with medical facilities and repair services that can address a wide range of issues. The docking bays are spacious enough to accommodate rescue vessels or emergency shuttles, allowing for rapid deployment of aid and evacuation if needed.

Security and Customs Protocols: Given the variety of ships and individuals that pass through the visitor docking area, security is a top priority. The docking bay is monitored by advanced surveillance systems and is staffed by customs officers who conduct thorough inspections of incoming vessels. These protocols are designed to prevent smuggling, unauthorized access, and other security risks, ensuring that all visitors are properly vetted before entering the station. The security team works as part of the Night Guard, Mining Guild’s private security force, to maintain a safe and orderly environment within the docking area.

Architecturally, the Docking Bay is a large structure that juts out from the main body of Station Omacron. Its design is both functional and imposing, engineered to withstand the rigors of space and the constant flow of ships entering and exiting the station. The structure is reinforced with advanced materials that protect it from potential impacts and environmental hazards, such as micrometeoroids or radiation. The interior is spacious, with high ceilings and wide corridors that facilitate the movement of personnel and equipment.

Environmental Controls: The Docking Bay is equipped with state-of-the-art environmental control systems that maintain optimal conditions for both human occupants and mechanical systems. Airlocks are strategically placed to ensure that the transition between the vacuum of space and the station’s pressurized environment is seamless and safe. Temperature and humidity levels are carefully regulated to prevent the buildup of condensation, which could interfere with equipment or create hazards for personnel. Additionally, the bay features sophisticated ventilation systems that quickly clear out any contaminants or fumes that may result from ship engines or maintenance activities.

Operational Efficiency: The Docking Bay’s layout and systems are designed to maximize operational efficiency. Automated guidance systems assist incoming ships with docking procedures, while advanced AI algorithms manage the allocation of docking spaces and resources. This ensures that the Docking Bay operates smoothly even during peak times, when multiple ships may be arriving or departing simultaneously. The integration of these technologies allows for a high throughput of vessels, reducing wait times and enhancing the overall experience for both the Mining Guild and visitors.

This section shows the information about the other info about the Station, mostly its electronic and defenses.

The Computer system uses a sentient Positronic Brain type AI that has named itself Securo Murakinos. It is considered the Second in command, something akin to a branch head of the Mining Guild directly under the Kurosaki sisters. It controls an avatar body as a way to truly be amongst the people living in the city as well as those working at the station.

It also has control over the Strazce primarily making sure they were doing what they were supposed to. As the result of the body's capabilities, it is able to father kids, which he has done, for Draco Murakinos.

The inhabitants have the use of The New Dusk Conclave Standard Communication Systems specifically Quantum communication which sends signals to the comm buoy and instantaneously to all of the planets in NDC space and possibly beyond.

The ceiling above the heads of those living in the Habitat area of the Station has a magnificent view of the Yolus Nebula above them. This was because of the view screens, which were images projected from cameras outside. Those in observation areas and the Station Command center will also have views like this. Those who have homes with windows facing inward would only see the city, while those that do not will also have a view outside. Because the windows are screens similar to monitors or tv, there are no concerns over structural weaknesses.

A bank of, 40 Plazma Power Cores act as emergency power source in the event that the Mega plazma core's power cores die. This will ensure that comms, life support, and sensors continue to receive power for three weeks. On the off chance this fails, the station also uses a voltaic technology that absorbs the radiation from space to use for its power needs.

All Mining Guild ships and the Space Station have a primary respiratory system that allows for the production of Air to flow throughout the station, and further air is created via the use of oxygen rick rocks and other technology. Water is also filtered so that it's drinkable. The station and the homes within use Space Heaters to keep everyone nice and warm, especially so for the cold-blooded inhabitants. Smaller repair bots can be seen flying throughout Secunda City, as well as the rest of the Station, as they work to make repairs as needed. Apparitions are visible on the outside Observation areas of the Station itself.

Waste is transferred to a large tank where a huge magnet slides over the ceiling; metal items are picked up by this and are transported to a new tank. It is then where an advanced sorting system sorts the pieces into proper holes. The metal is smelted, and merges into what would normally be a giant ingot, had it all not been separated again before it entered the molds. The metal is sent to the various factories of the New Dusk Conclave to be made into new items.

Manure is dropped into large barrels that are transferred to farms or factories that can turn it into fertilizer. Broken electronics are taken apart, the metal joins the other metal, and the other materials follow suit in their respective compartments.

Besides the other Life support, some aqueducts transfer water, and flushing toilets, and working sinks. The water is quadruple filtered so that nothing, not even microbes, can contaminate water. The Salt in the water is sent to a different area where it is made for a new purpose. This allows the Citizens to drink water should they need to.

The hull structure is composed of a combination Ultrite and a Special diamond-based coating. It has a layer of flexible gel that can fill in the space between the layers. The gel is also very resistant to kinetic forces, absorbing and spreading outward impacts throughout the jiggly substance. The gel is resistant to excess energy exposure (including magnetics) due to being composed of silicon-based materials and traces of rubber-like matter; it is not, however, immune to electromagnetic pulse weapons - it's simply more resistant than usual. Lastly, the gel is highly absorbent to heat - and will radiate it off over time - due to its composition.

Spanning the entirety of the station's imposing structure, a marvel of advanced technology stood as the ultimate guardian: the formidable shield complex of Station Omacron. This awe-inspiring system formed an impenetrable barrier, enveloping the outpost in an invisible cocoon of protection, capable of withstanding the most devastating of assaults that the unforgiving expanse of space could muster.

Woven into the very fabric of the station's design, the shield complex was a testament to the pinnacle of scientific achievement. Its intricate network of energy emitters and projectors encased the outpost in a shimmering veil of energy, rendering it impervious to the ravages of enemy fire and cosmic hazards alike. Powered by an array of fusion reactors and cutting-edge power systems, the shield complex stood as a testament to the ingenuity and resourcefulness of those who had constructed it.

But the true strength of the shield complex lay not only in its sheer power, but also in its adaptability. Equipped with advanced sensor arrays and predictive algorithms, the system could anticipate and counteract a myriad of threats in real-time, adjusting its parameters with lightning-fast precision to neutralize incoming attacks before they could breach the station's defenses.

As the last line of defense for Station Omacron, the shield complex stood as a symbol of security and resilience in the face of adversity. Whether facing down marauding pirates, volatile space storms, or otherworldly threats from the depths of the cosmos, the station could rest assured that its protective barrier would hold strong, ensuring the safety of all who dwelled within its hallowed halls.

Nestled strategically within the rugged expanse of the station's outer shell lay a network of formidable defenses, meticulously positioned to safeguard Station Omacron from the ever-looming threat of pirate incursions. Carefully emplaced amidst the harsh terrain of the rocky hull, these defensive installations formed an intricate web of protection, ensuring the security and stability of the outpost in the vast expanse of space.

At key vantage points encircling the station, a series of advanced weapon emplacements stood sentinel, their sleek and menacing forms blending seamlessly with the stark contours of the asteroid base. Each turret and cannon was meticulously calibrated, poised to unleash a torrent of firepower at any sign of hostile activity, ready to repel would-be attackers with overwhelming force.

But it was not only the outer perimeter that bristled with defensive capabilities. Beneath the sprawling infrastructure of Station Omacron, concealed from prying eyes, lay a secondary layer of defenses. Here, hidden from view, lay a network of subterranean weapon emplacements, strategically positioned to cover blind spots and protect vulnerable areas of the station. These hidden guardians remained ever vigilant, their presence known only to those entrusted with the station's defense.

Together, these carefully placed defenses formed an impenetrable shield around Station Omacron, deterring would-be raiders and ensuring the safety of those who called the outpost home. In the unforgiving depths of space, where danger lurked around every corner, the station stood as a beacon of security and strength, its defenses a testament to the ingenuity and resourcefulness of its inhabitants.

• 500X Personnel Transport "Stork" and

Can support up to one hundred Mobile Refineries, and MG-ITS-Magpie

The Mining Guild has opened a new docking bay which is meant to support non-affiliated ships for either trade or business purposes or visits. Also possible for emergencies.

• Player Wikilord Charaa created this on 2021/08/07 22:56.

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