Space Launch Facilities of the Shazbotdom Imperial Space Administration

Below is the complete list of Launch Facilities for the Shazbotdom Imperial Space Administration.

SubOrbital Rocket Launch Facility

Vehicle Assembly Building
SubOrbital V.A.B. Facility; With Rocket Parts Surrounding It

The SubOrbital Launch Facility, operated by the Shazbotdom Imperial Space Administration, is a state-of-the-art facility designed to launch suborbital missions into space. Shazbotdom's Space Exploration Facility is one of the most important facilities for the country's efforts in space exploration, located in the center of the Empire.

The facility boasts a range of advanced equipment and infrastructure that enables it to carry out its mission effectively. The facility has a number of unique features, including a series of launch pads that have been specifically designed to accommodate suborbital vehicles. The launch pad is equipped with all the necessary systems to support safe and efficient launches.

In addition to the 5 launch pads, the facility also houses a control center, where highly skilled engineers and technicians monitor and manage all launch operations. A high-tech control centre has been installed which allows for real-time tracking and analysis of suborbital missions, as well as the use of cutting-edge technology.

The SubOrbital Launch Facility is also equipped with a dedicated assembly and integration area. This area serves as a hub for the assembly, testing, and integration of suborbital vehicles. In addition to providing the necessary infrastructure, it also makes sure that the vehicles are prepared so that they can be launched as soon as possible.

There are a number of advantages associated with the SubOrbital Launch Facility, one of them being its strategic location. Situated in Shazbotdom, it offers easy access to a wide range of launch trajectories, enabling the Shazbotdom Imperial Space Administration to conduct suborbital missions within the confines of the Empire.

Safety is of utmost importance at the SubOrbital Launch Facility. Stringent safety protocols and procedures are implemented at every stage of the launch process. This includes thorough pre-launch inspections, rigorous testing, and comprehensive risk assessments. The facility also has emergency response systems in place to ensure the safety of personnel and the surrounding environment.

	J-01	J-02	J-03	J-04	J-05
Location	Located 0.75km North-East of Vehicle Assembly Building.	Located 0.75km East of Vehicle Assembly Building.	Located 0.75km South of Vehicle Assembly Building.	Located 0.75km West of Vehicle Assembly Building.	Located 0.75km North-West of Vehile Assembly Bulding.

George A. Loak Memorial Space Center

Vehicle Assembly Building
George A. Loak Memorial Space Center

The George A. Loak Memorial Space Center has played a significant role in space exploration, particularly in bringing the Shazbotdom Empire to orbit in the 1980s. With its state-of-the-art facilities and dedicated team of scientists and engineers, the center has become a pioneer in pushing the boundaries of human understanding of the universe.

In the 1980s, the George A. Loak Memorial Space Center was tasked with the monumental mission of launching the Shazbotdom Empire into orbit. This ambitious undertaking required meticulous planning, rigorous testing, and unwavering dedication. The center's engineers worked tirelessly to design a spacecraft capable of withstanding the extreme conditions of space travel and successfully achieving orbit.

The launch of the Shazbotdom Empire was a momentous occasion, marking the first time that the center had successfully sent a manned mission into space. It was a testament to the center's capabilities and its commitment to pushing the boundaries of space exploration. The mission not only brought glory to the Shazbotdom Empire but also showcased the technological prowess of the George A. Loak Memorial Space Center.

Since the 1980s, the George A. Loak Memorial Space Center has continued to be at the forefront of space exploration. Its utilization has expanded beyond the Shazbotdom Empire and has encompassed a wide range of scientific endeavors. The center has been involved in various missions, including satellite launches, interplanetary exploration, and scientific research.

One of the key factors contributing to the center's success is its commitment to innovation. The scientists and engineers at the George A. Loak Memorial Space Center are constantly pushing the boundaries of technology, developing new spacecraft, propulsion systems, and instruments to further our understanding of the universe.

The center's cutting-edge research and development have led to significant breakthroughs in space exploration. It has played a crucial role in advancing our understanding of the cosmos, discovering new celestial bodies, and unraveling the mysteries of the universe. The data collected by the center's missions has contributed to numerous scientific publications and has been instrumental in shaping our knowledge of space.

Furthermore, the George A. Loak Memorial Space Center has also been actively involved in international collaborations. It has collaborated with space agencies from around the world, sharing knowledge, expertise, and resources to further our collective understanding of space. This collaboration has fostered a spirit of cooperation and has accelerated advancements in space exploration.

Launch Complex 1

This Facility has completed its referbishment and is back in operation as a fully operational Launch Facility for Orbital Launches. For some notable events, this facility launched the mission from the incident on the 24th of December in 2004 when the boosters and tank separated from the shuttle, causing it to come down, and crash land at the local airport and into the neighborhood, causing the largest AeroSpace death toll in Imperial History.

Launch Complex 2

Fully Functional Launch Facility. This facility is fully updated to host the full contingent of launch platforms for the Shazbotdom Empire.

Launch Complex 3

Launch Complex 3 was utilized as the primary SubOrbital test pad for all new technology. This was due to it being at a point where it has a lightening protection system and engineers and support staff can easily go out to the complex to work on rockets either right before a sub-orbital test, right after the test is completed, or during a hold in launch processes to ensure that the rocket system is functioning properly. This Launch Complex was Decommissioned for SubOrbital Test Flights on the 2nd of January, 2023, after the SubOrbital Testing Facility became fully operational. All SubOrbital test flights will now occur at the new facility.

As of the 3rd of July, 2023, LC 3 has been ReChristened as a Orbital Launch Facility after extensive refirbishment.

Launch Complex 4

Launch Complex 4 was utilizes as one of the three Orbital Complexes. With the three orbital Complexes being the furthest from the VAB, these complexes feature an advanced Lightening Protection System, designed so that the ship can be brought out 1 to 3 days in advance, prepped for launch, and then held there until the day of the launch, where it will then be fueled up on the pad before launching. LC-4 has historical significance as it was the complex where the Imperial Lab 1 Mission launched from back on the 9th of July, 1984.

Launch Complex 5

Launch Complex 5 was utilized as one of the three Orbital Complexes. With the three orbital Complexes being the furthest from the VAB, these complexes feature an advanced Lightening Protection System, designed so that the ship can be brought out 1 to 3 days in advance, prepped for launch, and then held there until the day of the launch, where it will then be fueled up on the pad before launching. LC-5 has historical significance as it was the complex where the Imperial Lab 2 Mission launched from back on the 28th of March, 1987.

Launch Complex 6

Launch Complex 6 was utilized as one of the three Orbital Complexes. With the three orbital Complexes being the furthest from the VAB, these complexes feature an advanced lightening protection system, designed so that the ship can be brought out 1 to 3 days in advance, prepped for launch, and then held there until the day of the launch, where it will then be fueled up on the pad before launching. LC-6 has historical significance as it was the complex where the 1st Space Shuttle style system was launched from, taking flight from this complex on the 29th of November, 1994.

Launch Complex 7

A New Launch Pad at the far Southern end of the George A. Loak Memorial Space Center. This facility began being constructed on the 17th of May, 2023 when ground flattening commenced. After all the construction was completed, it underwent a barrage of Static Fire Testing utilizing the Zeta-class v2 Hot Swappable Testing Boosters with varried engines attached to them. The Complex was cleared for Orbital Launches on the 4th of August, 2023 after the Launch Complex Integrity Council looked over all the information from these Static Fire Tests and saw no degredation of the complex during the testing.

Launch Complex 8

A New Launch Pad that is fully operational at the Eastern end of the George A. Loak Memorial Space Center. This facility first broke ground for Construction on the 28th of May, 2023. After several months of construction on the project, the first Pilings began being drilled into the ground on the 26th of June of the same year. in July, construction was nearly complete and the Static Fire testing of the integrity of the pad was completed on the 30th of July. On August 15th, the Pad was granted operational capacity for all Orbital Flights.

Launch Complex 9

A New Launch Pad at the Eastern end of the George A. Loak Memorial Space Center. The Imperial Space Administration broke ground on the new facility on the 10th of June, with Ground Flattening to have commenced 5 days later. Over the course of the next month, work progressed on the Launch Pad and the surrounding Ground Support Equipment Pipework until the 24th of July, when they began to pour the Concrete that would be utilized for the actual pad. The concrete pouring equipment saw failures near the 10th of August, delays occurred and the pouring wasn't finished until the 23rd of August. The pad was cleared on the 3rd of September, 2023 for operations.

Launch Complex 10

A New Launch Pad In full operation at the Near Southern end of the George A. Loak Memorial Space Center. Construction began on the 5th of July, 2023 with the start of ground flattening at the location. Trenchwork and piping were fully completed on the 16th of July with concrete pouring beginning on the 29th of August and completing on the 20th of September. After undergoing multiple rounds of Static Fire Tetsing, the Launch Compled was cleared for orbital flights on the 2nd of October, 2023.

Marine Air Corps Station Delta 3

Vehicle Assembly Building
Marine Air Corps Station Delta 3

The small space launch facility at Marine Air Corps Station Delta 3 is an integral part of the Imperial Space Administration's space operations. Located in the Southwestern part of the Empire, this facility plays a crucial role in enabling the launch of Imperial Launch Vehicles into space. The primary objective of this space launch facility is to provide the Imperial Space Administration with the capability to deploy varied Launch Platforms for various operational requirements.

The facility itself is designed to accommodate the varied requirements of launches. It consists of a launch pad, a processing facility, and a control center. The launch pad is equipped with a state-of-the-art launch vehicle integration system, allowing for efficient and safe integration of payloads onto the launch vehicles. The processing facility provides the necessary infrastructure for vehicle testing and integration before launch. The control center serves as the nerve center of the facility, overseeing all launch operations and ensuring the success of each mission.

One of the key advantages of the small space launch facility at Marine Air Corps Station Delta 3 is its strategic location. Situated in a remote area, far away from densely populated regions, it offers a safe and controlled environment for launching orbital vehicles. This minimizes the risks associated with launching rockets near populated areas and reduces the chances of collateral damage.

Furthermore, the facility benefits from the extensive expertise and experience of the Marine Corps personnel involved in space operations. These highly skilled professionals are responsible for the planning, coordination, and execution of each launch. They ensure that all safety protocols are followed, and the launches are conducted in accordance with strict guidelines and regulations.

The small space launch facility at Marine Air Corps Station Delta 3 has already demonstrated its operational capabilities through multiple successful launches. These launches have not only showcased the Imperial Space Administration's commitment to space exploration but also its ability to contribute to national security and global communications.

Launch Complex 21

Launch Complex 21 at MACSD-3 is used for satellite launches for High Grade Military Satellites. It is situated close to one of the tallest mountains within the Empire, and is surrounded by Anti-Aircraft weaponry to ensure that the facility is secure.

The Complex can also be utilized for varied other launches and has been utilized in the launch and deployment of segments of the High Orbit Transfer Station and the 1st Lunar Colony. LC 21 will not be utilized for launches for Foreign Corporations or Entities as those individuals are not allowed access to the facility.

Launch Complex 22

Fully operational Launch Complex, added roughly 1.2 Kilometers north of Launch Complex 21. Groundbreaking and Ground Flattening began on the 30th of May, 2023 with the first pilings began being drilled into the ground on the 9th of July. Concrete began pouring on the 14th of August and was completed on the 4th of September. After test firing of varried Engines at the location, Launch Compled 22 was certified for Orbital Flights on the 16th of September, 2023.

Launch Complex 23

Launch Complex built to help bolster the launching of segments for the Large Space Station and the Solar System Colonial Holdings. Groundw as broke for the facility on the 21st of July, 2023 with the Trenchwork and Piping completed on the 30th of August. The first layers of Concrete for the Launch Pad began to be poured on the 3rd of September. Concrete Pouring was completed on the 10th of October, and the pad underwent Static Fire Testing beginning on the 12th of October and continuing for 4 days. The data was delivered to the Base Commander and Imperial Launch Commission the morning of the 17th and the pad was Authorized for usage on the 20th of October, 2023.

Anders L. Cooperston Memorial Space Center, Colony of Alraibris

Vehicle Assembly Building
Anders L. Cooperston Memorial Space Center

The Anders L. Cooperston Memorial Space Center is a remarkable Space Launch Complex situated in the Shazbotdom Imperial Colony of Alraibris, named after a Former Minister of Parliament of whom was insturmental in the formation of the Imperial Space Administration during its early years. Spanning an impressive 35 square kilometers, this state-of-the-art facility is at the forefront of space exploration and technological advancements. The Space Center serves as a secondary hub for aerospace launches and will be the primary Space Center for the Low Lift and Medium Lift Launch Systems.

It is equipped with cutting-edge infrastructure, including launch pads, an assembly building, and four control centers. The vast expanse of the complex allows for multiple operations to be conducted simultaneously, catering to a wide range of space missions. One of the key features of the Anders L. Cooperston Memorial Space Center is its launch pads. These structures are designed to accommodate low-to-mid-earth orbit rockets, enabling the launch of satellites, cargo missions, and even manned flights. The launch pads are equipped with advanced systems for fueling, countdown, and launch, ensuring safe and efficient operations.

Adjacent to the launch pads is the Vehicle Assembly Building, which serves as the maintenance and assembly areas for the Delta, Gamma, and Sigma Classes of Rockets. Here, engineers and technicians meticulously prepare the vehicles for their missions, conducting thorough inspections and implementing necessary modifications. The hangars are equipped with state-of-the-art tools and equipment, enabling efficient maintenance and repair of the spacecraft. The Space Center also houses control centers that play a vital role in overseeing and managing space missions. These command hubs are equipped with advanced communication systems, monitoring tools, and mission control software.

Skilled operators and engineers work diligently to ensure the success and safety of every launch, constantly monitoring the status of the spacecraft and making critical decisions in real time. The Anders L. Cooperston Memorial Space Center is not only a center for scientific and technological progress, but it also serves as a symbol of human ambition and curiosity. It embodies the relentless pursuit of knowledge and the exploration of new frontiers. The Space Center stands as a testament to the ingenuity and dedication of the individuals who contribute to the advancement of space exploration.

Launch Complex 41

The first Launch Complex built, Ground Leveling began on the 21st of February, 2024 and underwent multiple stages of construction. In late march of the same year, pipework was completed and covered back up, pile driving for the supports was completed and cement work started. By the end of March into early April, the cement work was completed and the cement fully cured with Static Fire Testing beginning the next week and continuing throughout the month. Some repair work had to be completed throughout that timeframe, but by the end of April and after 3 Static Firings, testing had completed. By 3 May, the Launch Pad was fully authorized for Orbital Flights.

Launch Complex 42

The Second complex built. Groundbreaking on this complex was on 25 February, 2024 and ground leveling began then. By 10 March ground leveling and the trenches for the Ground Support Equipment Pipework had been completed, with pipework and pile driving work commencing. Cement Work began 21 March, 2024 after pile driving and pipework had completed. By 17 of April the cement work was completed. Two Static Fire tests for the Launch Complex occured on the 12th and 18th of May, with the pad passing both of the tests. The pad was given a Green Light for Orbital Flights on the 20th.

Launch Complex 43

This will be the Third Launch Complex to be built at the new Space Center.

Construciton Updates

As of 21 Mar, 2024, Ground Leveling has completed. Trenches for Ground Support Equipment Pipework have been dug and pipework is currently being routed while Pile Driving has commenced.

As of 28 Mar, 2024, Ground Support Equipment pipework continues to be laid down in the trenchwork and braised together.

As of 3 Apr, 2024, Ground Support Equipment pipework and Pile Driving have completed. Currently awaiting for clearance to begin cement work.

As of 30 Apr, 2024, Cement Work has commenced, with it being at 35% as of this day.

As of 21 May, 2024, Cement Work continues, with it being at 85% as of this day.

As of 27 May, 2024, Cement Work has completed, currently the pad is curing and Static Fire Testing is currently scheduled within the 2nd week of June.

As of 9 June, 2024, First Static Fire Test completed. No visible damage occured to the pad. Second Static Fire will occur within the next 48 hours.

As of 11 June, 2024, Second Static Fire Test completed. No visible damage occured to the pad. Results sent to the Imperial Space Administration Board for Final Approval.

Launch Complex 44

This will be the Fourth Launch Complex to be built at the new Space Center.

Construciton Updates

As of 28 Mar, 2024, Ground Leveling has commenced.

As of 3 Apr, 2024, Work has begun on digging the Trench for Ground Support Equipment pipework and Pile Driving the support beams.

As of 30 Apr, 2024, Pile Driving and Trench Digging has been completed. Concrete Work is scheduled to begin on 10 May, 2024.

As of 21 May, 2024, Cement Work commenced on 11 May, 2024. It is currently at 15% as of this day.

As of 27 May, 2024, Cement Work Continues, with work being 85% done.

As of 9 June, 2024, Cement Work has completed, currently the pad is curing and Static Fire Testing is currently scheduled within the 3rd week of June.