Designwerks Interkosmos - Space Age Solutions

[Schultaria Prime]

The State Industries of Schultaria Prime – Designwerks
Interkosmos

© SDC 122 – All Rights Reserved

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Product Catalog:
Single-Use Launch Vehicles | Multiple-Use Launch Vehicles | Satellites and Orbital Payloads

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Business Relations:
Designwerks Heavy Industry Division | Designwerks Nume'kognaa (Computation) Division | Corporate Partnerships

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About Us

Chartered over one hundred and twenty years ago by Central Director Merle Elliott Schultz, Designwerks has grown from modest beginnings to become the most successful collection of centrally-planned industrial enterprises in Gholgoth. From its origins as a government-sponsored regulatory trust for mining, shipbuilding, and metalworking, the State Industries of Schultaria Prime have grown phenomenally in size and complexity. Designwerks now represents the largest gathering of state-managed businesses in the United Socialist States of Schultaria Prime - if not the world - employing over 5.1 billion people in 6 million state-run or nationalized firms.

Initally, the aims of Designwerks were rooted in the desperate necessities of a state emerging from the ruins of war: generate hard currency while stemming a persistent exodus of manufacturing jobs from the fledgling USSSP by exporting heavy industrial equipment and raw materials to eager international consumers. From these beginnings, Designwerks has rapidly diversified into the cutting edges of science and engineering.

About Interkosmos

As one of the newer divisions of Designwerks, Interkosmos has been an integral part of the Schultarian economy for over fifty years. While the division was originally designed to provide precision tooling and bespoke component manufacturing for international aerospace firms, growing public awareness of the Schultarian Space Program gave the companies under its control a chance to grow and develop their own independent technological base. From these humble beginnings, Interkosmos is currently responsible for 21.5% of all launches to Low Earth Orbit (by mass) within Gholgoth and is a global leader in the development of advanced heavy-lift launch vehicles.

Expansion was slow, but took on added importance following the nation's return to the Gholgoth Regional Alliance. In order to meet Gothic defense requirements, the state depended on Designwerks to draft, deliver, and maintain the Yongosona Defense Network - the largest and most comprehensive orbital command and control system in the region. This sudden influx of regional defense spending provided Interkosmos with unprecedented windfalls for research and development.

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From the CEO of the State Industries of Schultaria Prime:

After several years of internal restructuring, Designwerks - a name that's been known and respected in Schultaria Prime and Gholgoth for over twelve decades, once again opens up its product lines to the world! To all nations, whether former customers or new clients, welcome!

Unlike many international storefronts, The State Industries of Schultaria Prime - Designwerks does not sell offensive military equipment for export. As one of the the oldest international storefronts to pioneer civilian technology, Designwerks follows the common ideal that national strength comes from creativity and industry, not from the force of arms. It is an ideal we hope that you share, and we hope that our products and services may be of some help in furthering your technological and industrial progress.

If you are interested in looking at our wares, please feel free to sample our product catalog below. You'll find products in a variety of very beneficial civilian fields, with more to come in future updates!

Thank you for your time and feel free to peruse our growing selection of products. If you have any questions or issues, please don't hesitate to contact us.

Sincerely,

Elliot Merle Schultz
-CEO: The State Industries of Schultaria Prime - Designwerks
-Central Director of the United Socialist States of Schultaria Prime

[Schultaria Prime]

Single-Use Launch Vehicles

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Light Duty Vehicles
(Maximum 30,000 kg to LEO)

The Arketsan rocket series was Schultaria Prime's first successful attempt to create and develop an indigenous launch vehicle for commercial use. Unlike most other Schultarian products, this launch vehicle is not the exclusive product of local research and development. Instead of spending exorbitant sums on developing and testing novel, experimental, technologies, The State Industries of Schultaria Prime, with full consent from the Schultarian Scientific Collective and the National Assembly, purchased production rights to a large number of launch vehicles from firms well versed in spaceflight design expertise.

Based on the venerable R-7 Ballistic Missile, the designs purchased by Designwerks in exchange for a 30 year assembly subcontract with the firm OKB-1, the Arketsan has become the premier light-duty launch vehicle for the USSSP. From the original 1957 rocket that "launched ten billion minds into the stars", vast improvements have been made in the vehicle's reliability and operating costs. Existing engine assemblies, turbopumps, and plumbing have been modified to increase fuel delivery efficiency, control surfaces have been upgraded to provide more manueverability in the rocket's boost phase, and flight data computers have been completely upgraded to independently handle computational stresses during flight.

The Mark I variant is designed for customers who are looking for an affordable, reliable, launch vehicle designed for very light payloads - or a sub-orbital platform for new spacecraft designs.

Specifications:

Manufacturer:
-Parent Companies: The State Industries of Schultaria Prime – Designwerks; Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: OKB-1 (R-7 Design Specifications) [Russian Federation]

Classification:
-LEO (> 5,000 km): Extreme Light Duty (> 2,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 12.0 m
-Height: 23.5 m
-Weight (Fueled): 195 Metric Tons [195,000 kg]

Engine Systems:
-First Stage:
Main: 5 K-Type Bellspa Mk. III Engines
Booster: 16 R-Type Mk. I Bellspa Engines

Fuel Mixture:
-First Stage (Main and Booster): Biokerosene (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 4.0 m
-Width: 2.5 m
-Depth: 2.5 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 500 kg

Production Latency (Order to Launch): 35 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 70,000,000 sm ($ 126,700,000)
-National (Non-Export) Production Rights: 14,000,000,000 sm ($ 25,340,000,000)

The Mark III variant of the Arketsan is designed for customers who are looking for an affordable and reliable launch vehicle designed for spacecraft that operate exclusively in Low Earth Orbit, very light satellites destined for geostationary orbit, or small probes designed for extended interplanetary missions.

Specifications:

Manufacturer:
-Parent Companies: The State Industries of Schultaria Prime – Designwerks; Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: OKB-1 (R-7 Design Specifications) [Russian Federation]

Classification:
-LEO (> 5,000 km): Very Light Duty (2,000 kg – 10,000 kg) Vehicle
-Trans-Orbital: Very Light Duty (2,000 – 10,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 12.0 m
-Height: 37.40 m
-Weight (Fueled): 237.6 Metric Tons [237,600 kg]

Engine Systems:
-First Stage:
Main: 5 K-Type Bellspa Mk. III Engines
Booster: 20 R-Type Mk. I Bellspa Engines
-Second Stage:
Main: 1 K-Type Bellspa Mk. III Engine
Ullage: 4 Mi-Type Miniaturized Bellspa Mk. I Engines

Fuel Mixture:
-First Stage (Main and Booster): Biokerosene (Fuel) / Liquid Oxygen (Oxidizer)
-Second Stage (Main and Ullage): Biokerosene (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 9.0 m
-Width: 3.0 m
-Depth: 3.0 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 7,500 kg
-Maximum Mass to Planetary Escape Velocity: 3,200 kg

Production Latency (Order to Launch): 50 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 88,450,000 sm ($ 160,095,000)
-National (Non-Export) Production Rights: 17,500,000,000 sm ($ 31,675,000,000)

The Proketsan was the first launch vehicle created by The State Industries of Schultaria Prime without assistance from foreign aerospace firms, although its outward design reflects direct inspiration from Soviet design principles. As an homage to the venerable “Proton” series, the Proketsan is designed around a rough approximation of its external characteristics. Despite a superficial resemblance to the Proton, this vehicle is a much more powerful and sophisticated launch platform. Underneath the Proketsan's skin - from the engines down to the smallest pipe fittings - have been re-engineered from the ground up to provide a launch vehicle with unparalleled reliability and cost effectiveness.

Specifications:

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime – Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Classification:
-LEO (> 5,000 km): Light Duty (10,000 kg – 30,000 kg) Vehicle
-Trans-Orbital: Very Light Duty (2,000 – 10,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 17.5 m
-Height: 53.25 m
-Weight (Fueled): 684 Metric Tons [684,000 kg]

Engine Systems:
-First Stage:
Main: 6 Alpha Vorunnien Mk. V Engines
-Second Stage:
Main: 3 K-Type Bellspa Mk. V Engines
Ullage: 4 Mi-Type Miniaturized Bellspa Mk. I Engines
-Third Stage:
Main: 1 K-Type Bellspa Mk. III Engine
Ullage: 2 Mi-Type Miniaturized Bellspa Mk. I Engines

Fuel Mixture:
-First Stage: Biokerosene (Fuel) / Liquid Oxygen (Oxidizer)
-Second Stage (Main and Ullage): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)
-Third Stage (Main and Ullage): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 17.25 m
-Width: 4.8 m
-Depth: 4.8 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 25,000 kg
-Maximum Mass to Planetary Escape Velocity: 7,000 kg

Production Latency (Order to Launch): 84 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 298,343,000 sm ($ 540,000,000)
-National (Non-Export) Production Rights: 22,375,725,000 sm ($ 40,500,000,000)

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Medium Duty Vehicles
(30,000 - 60,000 kg to LEO)

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Heavy Duty Vehicles
(60,000 - 90,000 kg to LEO)

Payload adaptability.

One of the major disadvantages to most of the space vehicles sold by Designwerks has been to accommodate unusual payloads that can't conform to existing single-use launch systems. Designwerks' Engineers has attempted to alleviate this concern with larger launch platforms, such as the Youketsan and Nucliketsan, but such vehicles represent a considerable amount of expense and are only useful for very large or massive payloads. Analyzing the problem as objectively as possible, the Schultarian Space Administration's most respected aerospace engineers developed the Eaolenketsan as a solution to the payload conundrum.

Designed for unique space bound craft that can not mate onto other launch vehicles, this launch system has grown a reputation for versatility in the normally restrictive environment of spaceflight. From unusually large satellites to semi-winged reusable manned launch vehicles, this booster series will continue to fit the needs of aspiring space faring nations for years to come.

Specifications:

Manufacturer:
-Parent Companies: The State Industries of Schultaria Prime – Designwerks; Schultarian Space Administration
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Classification:
-LEO (> 5,000 km): Heavy Duty (60,000 - 90,000 kg) Vehicle
-Trans-Orbital: Light Duty (10,000 - 30,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 21.50 m
-Height: 75.0 m
-Weight (Fueled): 2.307 Metric Kilotons [2,307,000 kg]

Engine Systems:
-First Stage:
Main: 4 Alpha Vorunnien Mk. IX Engines
Booster: 16 K-Type Bellspa Mk. V Engines

Fuel Mixture:
-First Stage (Main and Booster): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications: [4 Omnibus Attachment Pylons – No Direct Dimensional Limitations]

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 80,000 kg
-Maximum Mass to Planetary Escape Velocity: 22,000 kg

Production Latency (Order to Launch): 140 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 470,000,000 sm ($ 850,700,000)
-National (Non-Export) Production Rights: Not Available

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Superheavy Duty Vehicles
(90,000 - 150,000 kg to LEO)

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Extreme Duty Vehicles
(< 150,000 kg to LEO)

After the United Socialist States of Schultaria Prime successfully demonstrated the ability to produce an orbital-capable satellite, hostile forces attacked the Eldaimovey Advanced Research Laboratories in an attempt to stifle Designwerks' space research. Although the effects of the attack were not strategically successful in curtailing Designwerks' commercial mandate or the State's attitudes towards aerospace engineering, the loss in life to the Schultarian Scientific Collective was devastating. In honor of their memory, and the tireless pursuits of their labor, The State Industries of Schultaria Prime, in cooperation with volunteers from the Gholgoth Regional Alliance, developed a new series of launch vehicles.

The Yuoketsan is an integral part of this effort. Officially, the Yuoketsan is part of the Komomere (Collective Memorial) space vehicle series project to honor the memory of those martyred at Eldaimovey. As a launch vehicle, it is a revolutionary contribution to Designwerks' vast array of launch vehicles. With almost seven times the throw weight of the Proketsan, the Yuoketsan was - for a brief period - the single most powerful launch vehicle on the planet. Though that mantle has been superseded by the Nucliketsan, it remains an enduring testament to the perseverance of Schultarian science and technology.

Specifications:

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime – Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Classification:
-LEO (> 5,000 km): Extreme Duty (< 150,000 kg) Vehicle
-Trans-Orbital: Medium Duty (30,000 – 60,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 24.8 m
-Height: 135.0 m
-Weight (Fueled): 2.785 Metric Kilotons [2,785,000 kg]

Engine Systems:
-First Stage:
Main: 4 Alpha Vorunnien Mk. IX Engines
Booster (Liquid): 6 K-Type Bellspa Mk. V Engines
Booster (Solid): 4 Steah'va Mk. V Class Solid Rocket Boosters
-Second Stage:
Main: 2 Alpha Vorunnien Mk. IX Engines
Ullage: 4 K-Type Bellspa Mk. III Engines

Fuel Mixture:
-First Stage
-(Main and Booster [Liquid]): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)
-(Booster [Solid]): Powered Aluminum (Fuel) / Ammonium Perchlorate (Oxidizer)
-Second Stage (Main and Ullage): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 27.6 m
-Width: 6.5 m
-Depth: 6.5 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 190,000 kg
-Maximum Mass to Planetary Escape Velocity: 45,000 kg

Production Latency (Order to Launch): 252 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 1,750,000,000 sm ($ 3,167,500,000)
-National (Non-Export) Production Rights: 43,750,000,000 sm ($ 79,187,500,000)

Developed under the cover of several dozen independent research projects, the Nucliketsan, formerly known as "Project Nucliox", was formally unveiled by Designwerks on Schultaria Prime's one hundred and tenth anniversary. Like the Yuoketsan, the research for this vehicle was developed by the surviving scientists and engineers from the Eldaimovey Advanced Research Laboratories as part of the Komomere project. In absolute, the Nucliketsan is designed for nothing less than pure heavy lifting; a job which it does with absolutely no parallel to any other rocket on the planet. Left to its own power, the Nucliketsan is capable of launching the fully assembled mass of the historic International Space Station into Low Earth Orbit.

Although powerful, the Nucliketsan is also a very novel launch vehicle which uses a number of components that have yet to go into full-scale mass production. Any potential customers should be fully aware and willing to accept the extraordinary production latency before purchasing this product.

Specifications:

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime – Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Classification:
-LEO (> 5,000 km): Extreme Duty (< 150,000 kg) Vehicle
-Trans-Orbital: Very Heavy Duty (90,000 - 150,000 kg) Vehicle

Dimensions:
-Diameter (Main Body): 36.90 m
-Height: 145.0 m
-Weight (Fueled): 3.765 Metric Kilotons [3,765,000 kg]

Engine Systems:
-First Stage:
Main: 5 Sigma Vorunnien Mk. IV Engines
Booster: 24 Alpha Vorunnien Mk. V Engines
-Second Stage:
Main: 3 Sigma Vorunnien Mk. IV Engines
Ullage: 4 K-Type Bellspa Mk. V Engines

Fuel Mixture:
-First Stage (Main and Booster): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)
-Second Stage (Main and Ullage): Liquid Hydrogen (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 34.5 m
-Width: 8.0 m
-Depth: 8.0 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO: 450,000 kg
-Maximum Mass to Planetary Escape Velocity: 105,000 kg

Production Latency (Order to Launch): 588 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 4,380,000,000 sm ($ 7,927,800,000)
-National (Non-Export) Production Rights: Not Available

[Schultaria Prime]

Multiple-Use Launch Vehicles

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Light Duty Vehicles
(Maximum 30,000 kg to LEO)

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Medium Duty Vehicles
(30,000 - 60,000 kg to LEO)

The Komomerenketsan on a takeoff roll at Eldaimovey Spaceport, Eldaimovey Advanced Research Laboratories, Schultaria Prime


A Komomerenketsan prototype testing handling characteristics at the Kerga-Prmus Proving Grounds

Interkosmos, in an effort to create a series of more efficient orbital delivery systems for its expanding space program, has spent 95 billion merlons to build a reusable space vehicle designed for both cargo service and passenger travel. With extensive support from the Eldaimovey Advanced Research Laboratories, the original project was expected to take six years. On the day when the project was to be publicly announced, tragedy struck. In a series of coordinated terrorists attacks known as the Contact Day Massacre, hundreds of the nation's preeminent aerospace engineers and scientists were killed.

On the fifteenth anniversary of the Massacre, Interkosmos, The Haarvekord Family Foundation, and the Directors of the Eldaimovey Advanced Research Laboratories christened the first prototype of Project Komomerenketsan. As a testament to the perseverance of the Schultarian scientific establishment, this space vehicle has become the vanguard of project Komomere - a galvanizing symbol of Schultaria Prime's commercial, intellectual, and political endurance.

Specifications:

Manufacturer:
-Parent Companies: Eldaimovey Advanced Research Laboratories – Space Division; The State Industries of Schultaria Prime – Designwerks
-Subsidiary Developers: Designwerks Ins'spata; Haarvekord Family Foundation

Classification:
-Schultarian Aviation Administration Class: Orbital-Capable Passenger Aircraft
-LEO (> 5,000 km): Medium Duty (30,000 - 60,000 kg) Vehicle

Crew: 6 (Commander / Co-Pilot / Navigator / Flight Engineer / Comms Officer / Payload Specialist)

Dimensions:
-Diameter (Tail Tips to Extended Landing Gear): 42.5 m
-Wingspan: 82 m
-Length: 110.5 m
-Weight:
-Dry: 210,000 kg
-Fueled: 775,000 kg
-Maximum Takeoff Load: 825,000 kg

Launch / Landing Limitations:
-Takeoff Limits (Maximum Load):
-Runway Length: 4,575 m
-Velocity: 170 m/s
-Stall Speed: 135 m/s
-Landing Limit - Runway Length (Maximum Load): 3,685 m

Flight Limitations:
-Atmospheric Ceiling: 51,200 m
-Climb Rate to Atmospheric Ceiling: 7,600 m/min
-LEO (Maximum Load - Allowing for Safe Reentry): 285,000 m
-Climb Rate from Atmospheric Ceiling to LEO: 34,700 m/min

Electronics Suite:
-Data Interpretation / Error Correction: 15 SPATEX Mk. III Computers
-Target Avoidance: 2 Xeisen Class Infrared Thermal Imagers (Stereoscopically Linked); Enhanced Doppler Radar Package (1200 km Detection Radius); 1 Hohokam Class Holographic LIDAR / LADAR Rangefinder; Schultarian IFF Anti-Fratricide System
-Telemetry Communication: 1 High Gain / 1 Low Gain VHF RF Antennas; 1 ISMRS Receiver
-Defensive Countermeasures: PHALTO-Class EEr (Extreme Environment) Electroreactive Armor Plating; 1 “Nackthos” Electronic Countermeasures Suite

Engine Systems:
-Atmospheric Flight (First Stage): 6 Ooevor'rud Mk. I Hybrid Turbo/SCRAM Jet Engines
-Orbital Flight: 6 Beta Vorunnien Mk. VIII Multi Use Chemical Rocket Engines

Fuel Mixture:
-First Stage: Ethanol-Derived JW0301Jet Fuel
-Second Stage: Ethanol-Derived JW0301 Jet Fuel (Fuel) / Liquid Oxygen (Oxidizer)

Payload Specifications:
-Height: 10 m
-Width: 4 m
-Depth: 4 m

Orbital Insertion Limitations:
-Maximum Mass to Sustainable LEO (Cargo): 50,000 kg

Maximum Range: Unlimited (Capable of Orbital Flight – Currently Restricted to 6 Hours Above Atmospheric Ceiling)

Maximum Velocity:
-Atmospheric Ceiling: 3.82 km/s (Approximately Mach 11.22)
-Orbital Velocity: 7.925 km/s (Approximately Mach 23.29)

Production Latency (Order to Launch): 170 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 4,350,000,000 sm ($ 7,873,500,000)
-National (Non-Export) Production Rights: Not Available

[Schultaria Prime]

Satellites and Orbital Payloads

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ABM / ASAT Satellites

Following the collapse of Catania-Marinov in 35 SDC, Schultaria Prime's earliest and most important ally before joining the New Alliance Treaty Organization, the pre-Ghothic Schultarian state lost its only source of strategic defense in a very dangerous international climate. Without the protection provided by the Marinovian nuclear umbrella, and instead of investing hundreds of billions of merlons in an unwieldy stockpile of ballistic missiles, the National Assembly established funding to create a comprehensive and reliable anti ballistic / satellite platform. Although the Defense Forces have rapidly grown their strategic capabilities since this dark period, the venerable IBBEM platform remains a missile defense shield against the ambitions of states and regions hostile to the USSSP and Gholgoth.

Specifications:

Classification: First Generation ABM/Anti-Satellite Weapons System

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime - Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Dimensions:
-Diameter (Main Body): 1.7 m
-Height: 8 m
-Weight: 7,500 kg

Course Correction Systems: 1 Soyuz Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Weapon Package: 1 Ouroboros Missile Launcher with 8 Doloc-Adbatem Mk. III KE Missiles

Power Supplies: 2 Designwerks Mk. V Four Leaf Retractable Solar Panels; 4800 Lithium Ion Cells (128 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation: 8 SPATEX Mk. II Computers
-Target Detection / Avoidance: 1 Stereoscopic Visible Light Camera; 1 Xeisen Class Infrared Thermal Imager; 1 Caltov Class X-Ray Radiation Discriminator; Doppler Radar Package (1200 km Detection Radius)
-Communication: 1 High Gain / 2 Low Gain VHF RF Antennas

Combat Effectiveness:
-Track to Kill Percentage (Maximum Warning – Detection at 1200 km to Impact): 75%
-Track to Kill Percentage (Standard Warning – Detection at 900 km to Impact): 60%
-Track to Kill Percentage (Minimal Warning – Detection at 400 km to Impact): 35%

Production Latency (Order to Delivery): 40 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 175,000,000 sm ($ 316,750,000)
-National (Non-Export) Production Rights: Not Available

Although the IBBEM has proven itself to a historically reliable missile shield, including the most recent Ghothic Civil War, the USSSP Defense Forces have not rested on the laurels of the IBBEM's technical success. Although it has proven to be a venerable ABM system for nearly forty nations, it's long service life and proprietary engineering has exposed long-standing deficiencies in the platform. Because of its radical weapons design, the IBBEM proved to be a difficult candidate for a traditional SKC (Defense Forces) upgrade program. Several key obstacles made designing the successor, Kamor-ADALALIEM, around the IBBEM fuselage quite difficult.

The SKC considered nearly scrapping the IBBEM system series for a more radical design approach, but Interkosmos sought to improve the existing platform by mating the existing command and control module to an updated, forward-mounted, weapons module. To compensate for the limitations of the IBBEM's Ouroboros missile delivery system, the ADALALIEM defensive platform offers an array of modular defensive measures designed to maximize mission success, along with numerous modifications to key sensor, computational, and thrust components, to offer the absolute finest defense platform available for the price.

Specifications:

Classification:
-Second Generation ABM/Anti-Satellite Weapons System
-First Generation Orbital Railgun Platform

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime - Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Dimensions:
-Diameter (Main Body): 1.7 m
-Height: 8.5 m
-Weight: 8,950 kg

Course Correction Systems: 1 Soyuz Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Weapon Package:
-Kinetic Kill Package: 1 Hartakem Missile Launcher with 16 Doloc-Adbatem Mk. III KE Missiles
-Gun Platform: 1 Rospe Magnetic Accelerator Cannon
-40 Rounds (150 Gram Ferrous Slug)
-Electromagnetic Weaponry: 1 Mlacaho Electromagnetic Pulse Generator (20 km Disruption Range)

Power Supplies: 2 Designwerks Mk. VI Four Leaf Retractable Solar Panels; 5200 Lithium Ion Cells (96 Hours of Battery Backup – Essential Components); 1 Voyager Class (420 W) Radioisotope Thermoelectric Generator

Electronics Suite:
-Data Interpretation: 5 SPATEX Mk. III Computers
-Target Detection / Avoidance: 2 Stereoscopic Visible Light Cameras with Enhanced Optics Refined to Discrimination at .5 Arcseconds; 2 Xeisen Class Infrared Thermal Imagers (Stereoscopically Linked); 2 Caltov Class X-Ray Radiation Discriminators (Stereoscopically Linked); Enhanced Doppler Radar Package (2100 km Detection Radius); 1 Hohokam Class Holographic LIDAR / LADAR Rangefinder
-Communication: 1 High Gain / 2 Low Gain VHF RF Antennas; 1 High Energy Microwave Receiver

Combat Effectiveness:
-Track to Kill Percentage (Maximum Warning – Detection at 2100 km to Impact): 93%
-Track to Kill Percentage (Standard Warning – Detection at 1500 km to Impact): 87%
-Track to Kill Percentage (Limited Warning – Detection at 1000 km to Impact): 75%
-Track to Kill Percentage (Minimal Warning – Detection at 400 km to Impact): 50%

Production Latency (Order to Delivery): 55 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 295,000,000 sm ($ 533,950,000)
-National (Non-Export) Production Rights: Not Available

As the Schultarian Defense Forces put the ADALALIEM series through its operational paces, the government of Schultaria Prime felt it within their political and geographical interests to expedite the research and development of yet another, more advanced, defense platform. While the technologies of the ADALALIEM are novel, developed almost from scratch by Interkosmos, countless terabytes of data accumulated from live fire exercises and computer simulation tests were not put to rest for very long.

With an increasing threat from orbital nuclear weapons delivery systems - the Panopticon HOUND Mark III in particular - the THOLO'KNE'NN was rushed into development to counter this growing strategic threat. Utilizing the combination of a well established defense package and several novel sensor technologies, this satellite represents the most powerful collection of ABM defensive capabilities available in any system to date.

Specifications:

Classification:
-Third Generation (Prototype) ABM/Anti-Satellite Weapons System
-Second Generation Orbital Railgun Platform

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime - Designwerks
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Dimensions:
-Diameter (Main Body): 2.75 m
-Height: 38 m
-Weight: 40,600 kg

Course Correction Systems: 1 Salyut Class Attitude Correction Thruster; 1 Mi-Type Minaturized Bellspa Liquid Fueled Rocket

Weapon Package:
-Kinetic Kill Package: 1 Lancir Missile Launcher with 24 Doloc-Adbatem Mk. V KE Missiles
-Gun Platform: 1 Zovnoien Magnetic Accelerator Cannon
-65 Rounds (750 Gram Ferrous Slug)
-Electromagnetic Weaponry: 1 Trinitas Electromagnetic Pulse Generator (90 km Disruption Range)

Power Supplies: 4 Designwerks Mk. XI Nine Leaf Retractable Solar Panels; 2 Designwerks Mk. VI Four Leaf Retractable Solar Panels; 8000 Lithium Ion Cells (72 Hours of Battery Backup – Essential Components); 2 Haarvekord Class (600 W) Radioisotope Thermoelectric Generators

Electronics Suite:
-Data Interpretation: 8 SPATEX Mk. III Computers
-Target Detection / Avoidance: 2 Stereoscopic Visible Light Cameras with Enhanced Optics Refined to Discrimination at .2 Arcseconds; 2 Xeisen Class Infrared Thermal Imagers (Stereoscopically Linked); 2 Caltov Class X-Ray Radiation Discriminators (Stereoscopically Linked); Enhanced Three Dimensional Doppler Radar Package (2900 km Detection Radius); 1 Hohokam Class Holographic LIDAR / LADAR Rangefinder; 1 Kronsen-Ormich Quantum Waveform Detector
-Communication: 1 High Gain / 2 Low Gain VHF RF Antennas; 1 High Gain VHF RF Dish Receiver; 1 High Energy Microwave Receiver; 3 Pulsed Laser Reception Surfaces

Combat Effectiveness:
-Track to Kill Percentage (Maximum Warning – Detection at 2900 km to Impact): 95%
-Track to Kill Percentage (Standard Warning – Detection at 1800 km to Impact): 89%
-Track to Kill Percentage (Limited Warning – Detection at 1000 km to Impact): 80%
-Track to Kill Percentage (Minimal Warning – Detection at 400 km to Impact): 75%

Production Latency (Order to Delivery): 180 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 825,000,000 sm ($ 1,493,250,000)
-National (Non-Export) Production Rights: Not Available

---

Commercial Satellites

Schultaria Prime's first commercial satellite, the Dommar Satellite Series has been faithfully serving the needs of the USSSP and the Gholgoth Regional Alliance for over fifty years. Built on the motto of "Strength through versatility", the Dommar's key to its extreme longevity has been through the ability to fit a number of roles in a very small, easy to transport, package. Because of the Dommar's long heritage and sustained international demand, mass production has made this satellite one of the cheapest field-proven satellites on the market. Compared with products that project similar capabilities, The State Industries of Schultaria Prime's Dommar Series is affordable to nations with the most limited budgets.

To customers who may require a specific variant of the Dommar series, there are four versions available for sale by Designwerks. Please specify which type of satellite you would like to purchase by referencing the type code (in parentheses after “Specifications”) in your order.

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Specifications: Dommar Base Package (DMR-B)

The most common variant of the Dommar, the Base Package provides all of the essential power supplies, computational infrastructure, and communications equipment necessary for functionality in low Earth orbit. As the base package, the customer has the opportunity to install any components they deem essential without interference from The State Industries of Schultaria Prime

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Not Applicable

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 3.5 m
-Mass: 3,200 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster

Power Supplies: 12 Designwerks Mk. I Solar Panels; 900 Lithium Ion Cells (72 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 2 SPATEX Mk. I Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Production Latency (Order to Delivery): 8 Days

Long Term Supply Contracts: Available Upon Negotiated Request

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Specifications: Dommar Comsat Package (DMR-COM)

Designed for the rigors of mass data traffic, such as maintaining emergency diplomatic hotlines or expanding fledgling telecommunications sectors, this package will give your Dommar the ears and the voice to keep the channels of communication flowing.

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Not Applicable

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 3.5 m
-Mass: 3,300 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster

Power Supplies: 12 Designwerks Mk. I Solar Panels; 1,500 Lithium Ion Cells (96 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 4 SPATEX Mk. I Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas; 1 High Gain VHF RF Dish Receiver

Production Latency (Order to Delivery): 10 Days

Long Term Supply Contracts: Available Upon Negotiated Request

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Specifications: Dommar Obversat Package (DMR-OBS)

Developed as a temporary means for intelligence gathering when speed is of the essence, this Dommar variant will give the information you need quickly and easily.

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Not Applicable

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 3.5 m
-Mass: 3,500 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster

Power Supplies: 12 Designwerks Mk. I Solar Panels; 1,500 Lithium Ion Cells (36 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 5 SPATEX Mk. II Computers
-Target Avoidance: Doppler Radar Package (600 km Detection Radius)
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Observation Suite: 1 Stereoscopic Visible Light Camera with Optics Refined to Discriminate Objects at 1 m per Pixel (4,500 km Orbit); 1 Rolifer Class Infrared Thermal Imager; 1 Caltrov Class X-Ray Radiation Discriminator

Production Latency (Order to Delivery): 17 Days

Long Term Supply Contracts: Available Upon Negotiated Request

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Specifications: Dommar Weathsat Package (DMR-WEA)

In areas where it is critical to keep an eye on the weather (especially in coastal or mountainous regions), this package will give you the necessary warning to ensure the safety of your infrastructure and the lives of your citizens.

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Not Applicable

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 3.5 m
-Mass: 3,410 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster

Power Supplies: 12 Designwerks Mk. I Solar Panels; 1,500 Lithium Ion Cells (72 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 3 SPATEX Mk. II Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Observation Suite: 1 Visible Light Camera with Optics Refined to Discriminate Objects at 1.5 km per Pixel(4,500 km Orbit); 1 Rolifer Class Infrared Thermal Imager; 1 Atmospheric- Scanning Doppler Radar Package

Production Latency (Order to Delivery): 14 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost (DMR-B):
-Per Unit: 17,120,000 sm ($ 30,987,000)
-National (Non-Export) Production Rights: 279,000,000 sm ($ 504,990,000)

Cost (DMR-COM):
-Per Unit: 19,000,000 sm ($ 34,390,000)
-National (Non-Export) Production Rights: Not Available

Cost (DMR-OBS):
-Per Unit: 23,280,000 sm ($ 42,137,000)
-National (Non-Export) Production Rights: Not Available

Cost (DMR-WEA):
-Per Unit: 20,460,000 sm ($ 37,030,000)
-National (Non-Export) Production Rights: Not Available

Playing on the initial success of the Dommar Comsat Package, The Engineers of the Schultarian Space Administration embarked to improve on the satellite's capabilities by creating a dedicated communications platform. Under a corporate initiative to create newer, more specialized satellites designed for specific challenges, Interkosmos successfully rolled out the Sagonar Communications Satellite after a five-year research and development program - designed exclusively for nations with a hunger for reliable and cost-effective communications. Better equipped and more powerful than its competitors, this satellite has the ability to handle tens of thousands of communication streams across vast distances of space with minimal signal loss

Specifications:

Manufacturer:
-Parent Company: The State Industries of Schultaria Prime - Designwerks
-Subsidiary Developer: Not Applicable

Dimensions:
-Diameter (Main Body): 3.0 m
-Height: 5.0 m
-Weight: 7,400 kg

Course Correction Systems: 1 Soyuz Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Power Supplies: 24 Designwerks Mk. III Solar Panels; 3000 Lithium Ion Cells (72 Hours of Battery Backup – Essential Components); 1 Voyager Class (420 W) Radioisotope Thermoelectric Generator

Electronics Suite:
-Data Interpretation / Error Correction: 5 SPATEX Mk. I Computers
-Target Avoidance: Doppler Radar Package (1200 km Detection Radius)
-Communication: 1 High Gain / 2 Low Gain VHF RF Antennas; 1 High Gain VHF RF Dish Receiver; 1 High Energy Microwave Receiver

Production Latency (Order to Delivery): 130 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost:
-Per Unit: 95,000,000 sm ($ 171,950,000)
-National (Non-Export) Production Rights: Not Available

---

Scientific Satellites

The Schultarian obsession for scientific research is well imbued within this series of robust satellite observatories. Each of these craft are personally designed by Interkosmos to satisfy nations and institutes who have persistent desire to learn about the universe around them. With sturdy construction, redundant engineering, and the ability to orbit well above terrestrial light and air pollution, the Ilemor is a reliable and cost effective supplement to traditional ground-based observatories.

To a nation who may require a specific variant of the Ilemor series, three versions are available for sale by The State Industries of Schultaria Prime. Please specify which type of satellite you would like to purchase by referencing the type code (in parentheses after “Specifications”) in your order.

---

Specifications: Ilemor Base Package (ILM-B)

The oldest variant of the Ilemor, this observatory package has been in use by the University of Schultaria Prime System for nearly thirty years. Although the optics of this satellite have been superseded by more powerful systems, it remains a staple observation platform for exploring extrasolar planetary systems, planetary nebulae, and detailed spectral analysis of neighboring stars.

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Designwerks Ins'spata

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 6.0 m
-Mass: 6,800 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Power Supplies: 1 Voyager Class (420 W) Radioisotope Thermoelectric Generator

Electronics Suite:
-Data Interpretation / Error Correction: 5 SPATEX Mk. II Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Scientific Suite: 1 High Resolution Optical Telescope with Enhanced Optics Refined to Discriminate Objects at .5 Arcseconds [Can Distinguish Objects 1 m apart at 2,290 km]; 1 Dovarsem Mass Spectrometer

Production Latency (Order to Delivery): 40 Days

Long Term Supply Contracts: Available Upon Negotiated Request

---

Specifications: Ilemor “Sharpsight” Package (ILM-SEO)

Designed for more discerning scientific institutions, the conventional telescope from the Ilemor Base Package has been replaced with a University of Schultaria Prime LAIENX high resolution model and coupled with greater computational power for onsite image interpretation. With a resolution 100 times better than the conventional Ilemor, this variant can spot objects otherwise clouded by a grain of sand held a meter away from the lens.

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Designwerks Ins'spata; University of Schultaria Prime Research Corporation

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 6.0 m
-Mass: 7,400 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Power Supplies: 1 Voyager Class (420 W) Radioisotope Thermoelectric Generator; 2000 Lithium Ion Cells (12 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 8 SPATEX Mk. II Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Scientific Suite: 1 LAIENX Experimental Optical Telescope with Oil-Based Lenses Refined to Discriminate Objects at .05 Arcseconds [Can Distinguish Objects 1 m apart at 22,900 km] [University of Schultaria Prime Research Corporation]; 1 Dovarsem Mass Spectrometer

Production Latency (Order to Delivery): 126 Days

Long Term Supply Contracts: Available Upon Negotiated Request

---

Specifications: Ilemor “Hotbody” Package (ILM-HBY)

This Ilemor variant is designed to take advantage of the infrared portion of the electromagnetic spectrum, allowing greater detection of obscured objects and bodies with high thermal radiation (such as large solar masses).

Manufacturer:
-Parent Company: Eldaimovey Advanced Research Laboratories – Space Division
-Subsidiary Developer: Designwerks Ins'spata; University of Schultaria Prime Research Corporation

Dimensions:
-Diameter (Main Body): 1.5 m
-Height: 6.0 m
-Mass: 7,400 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster; 3 R-Type Dinspa Retro Rockets

Power Supplies: 1 Voyager Class (420 W) Radioisotope Thermoelectric Generator; 2000 Lithium Ion Cells (12 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 6 SPATEX Mk. II Computers
-Telemetry Communication: 2 High Gain / 2 Low Gain VHF RF Antennas

Scientific Suite: 1 ICKAUS Infrared Observational Platform (Maximum Resolution of +/- 1 x 10^-5 Kelvin [University of Schultaria Prime Research Corporation]

Production Latency (Order to Delivery): 115 Days

Long Term Supply Contracts: Available Upon Negotiated Request

Cost (ILM-B):
-Per Unit: 105,000,000 sm ($ 190,050,000)
-National (Non-Export) Production Rights: 525,000,000 sm ($950,250,000)

Cost (ILM-SEO):
-Per Unit: 235,000,000 sm ($ 425,350,000)
-National (Non-Export) Production Rights: Not Available

Cost (ILM-HBY):
-Per Unit: 146,000,000 sm ($ 264,260,000)
-National (Non-Export) Production Rights: Not Available

---

Surveillance Satellites

Originally designed as a stripped-down version of an Ilemor observatory, this satellite series has been extensively modified for real-time orbital surveillance. Tested and redesigned for an undetermined amount of time by the engineers of the Schultarian Intelligence Directorate – Foreign Division (SID-8), rhe Kehmnar represents a significant improvement over existing espionage satellites, like Dommar Obversat package. From higher security data encryption to optics that are refined to compensate for atmospheric abberation, the Kehmnar is one of the most powerful orbital intelligence gathering tools for sale today.

Specifications:

Manufacturer:
-Parent Company: Schultarian Intelligence Directorate – Foreign Division (SID-8)
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Dimensions:
-Diameter (Main Body): 3.0 m
-Height: 5.0 m
-Weight: 12,950 kg

Course Correction Systems: 1 Vernier Class Attitude Correction Thruster; 1 Mi-Type Minaturized Bellspa Liquid Fueled Rocket

Power Supplies: 2 Designwerks Mk. VI Four Leaf Retractable Solar Panels; 3600 Lithium Ion Cells (72 Hours of Battery Backup – Essential Components)

Electronics Suite:
-Data Interpretation / Error Correction: 7 SPATEX Mk. III Computers
-Target Avoidance: Doppler Radar Package (1200 km Detection Radius)
-Communication: 1 High Gain / 1 Low Gain VHF RF Antennas; 1 High Gain VHF RF Dish Receiver

Observation Suite: 1 Stereoscopic Visible Light Camera with Enhanced Optics Refined to Discrimination at 8 cm per Pixel (4,500 km Orbit); 2 Rolifer Class Infrared Thermal Imagers (Stereoscopically Linked); 2 Caltrov Class X-Ray Radiation Discriminators (Stereoscopically Linked)

Production Latency (Order to Delivery): 170 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 207,000,000 sm ($ 374,670,000)
-National (Non-Export) Production Rights: Not Available

Designed as a replacement to the Sagonar, the Stalzto was the second satellite to be co-opted by the Schultarian Intelligence Directorate for the purposes of national security. Much in the same development spirit as the Kehmnar, engineers from the SID took the satellite's primary design specifications and heavily modified the platform as an intelligence gathering tool. Using its myriad array of communications receivers to intercept vital radio and microwave transmissions from foreign states and military installations, this satellite has proven itself a reliable workhorse in the field of signals intelligence.

Specifications:

Manufacturer:
-Parent Company: Schultarian Intelligence Directorate – Foreign Division (SID-8)
-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – Space Division

Dimensions:
-Diameter (Main Body): 3.5 m
-Height: 12.25 m
-Weight: 21,200 kg

Course Correction Systems: 1 Soyuz Class Attitude Correction Thruster; 1 Mi-Type Minaturized Bellspa Liquid Fueled Rocket

Power Supplies: 2 Designwerks Mk. XI Nine Leaf Retractable Solar Panels; 7000 Lithium Ion Cells (96 Hours of Battery Backup – Essential Components); 1 Haarvekord (600 W) Radioisotope Thermoelectric Generator

Electronics Suite:
-Data Interpretation / Error Correction: 9 SPATEX Mk. III Computers
-Target Avoidance: Doppler Radar Package (1200 km Detection Radius)
-Telemetry Communication: 1 High Gain / 1 Low Gain VHF RF Antennas

Observation Suite: 1 3.5 m Dish Receiver with Active Microwave and RF Detection Monitors; 4 0.5 m Dish Receivers with Passive Microwave and RF Detection

Production Latency (Order to Delivery): 135 Days

Long Term Supply Contracts: Not Available

Cost:
-Per Unit: 83,650,000 sm ($ 151,407,000)
-National (Non-Export) Production Rights: Not Available

[Cybus1]

Greetings,
The Torchwood Institute wishes to purchase ten Komomeres and five Nucliketsans, to aid in the new Mezmer program, on behest of the Cybusian Military.

Good Day,
Nathen Koenig

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 11:01 SCT, 02 NAL 122 SDC

---

To: Nathen Koenig. Torchwood Institute - The Holy Empire of Cybus1.
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Subject: Confirmation of Purchase (Re: Komomerenketsan Spaceplane);
Clarification (Re: Nucliketsan Launch Vehicle).

Mr. Koenig,

On behalf of the State Industries of Schultaria Prime - Designwerks, we thank you for your extremely generous order. Interkosmos takes great pride in every product we build, and we hope they will reliably serve the Torchwood Institute in whatever capacity they are employed.

The Komomerenketsan (aka KoMo) Spaceplane has an impeccable track record as both a passenger craft and reusable cargo vehicle for the Schultarian Space Administration with over a decade of service and no mechanical faults. Because of growing market demand for space planes like the Komo, Interkosmos has expanded its manufacturing facilities to accommodate large-scale orders. As such, I am pleased to inform you that we shall be able to fulfill your request for ten such vehicles without any significant delays.

Unfortunately, however, the Nucliketsan request as ordered can not be honored by Designwerks Interkosmos. The purchase that you have requested, while quite generous, would take two thousand nine hundred and forty days (approximately eight years and three weeks) to fulfill - a length of time that our legal department has suggested would fall under the auspices of a long-term supply contract.

Due to the highly complex nature of the Nucliketsan, such a long-term order poses a liability for Interkosmos. We are willing to expand our manufacturing capabilities to accommodate the Torchwood Institute's request, but such an expansion will require increased capital investment from the State Industries of Schultaria Prime. Our Actuarial Department estimates that an increase by thirty-five percent (35 %) to a total cost of 5,913,000,000 sm ($ 10,702,530,000) per vehicle would be sufficient to expedite this order while providing other clients the opportunity to purchase the Nucliketsan.

Because this is a highly unusual request, we shall withhold construction and charging for the Nucliketsan until we can come to an amicable agreement.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be as listed:

• Ten (10) Project Komomerenketsan Space Planes: $78,735,000,000, or seventy eight billion, seven hundred thirty-five million

For a total of $78,735,000,000 (Seventy eight billion, seven hundred thirty-five million), to be paid upon delivery of the products listed.

Once again, thank you for your extremely generous patronage and we hope that you will visit us again soon.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

[Cybus1]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 11:01 SCT, 02 NAL 122 SDC

---

(Image)

To: Nathen Koenig. Torchwood Institute - The Holy Empire of Cybus1
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Subject: Confirmation of Purchase (Re: Komomerenketsan Spaceplane);
Clarification (Re: Nucliketsan Launch Vehicle).

Mr. Koenig,

On behalf of the State Industries of Schultaria Prime - Designwerks, we thank you for your extremely generous order. Interkosmos takes great pride in every product we build, and we hope they will reliably serve the Torchwood Institute in whatever capacity they are employed.

The Komomerenketsan (aka KoMo) Spaceplane has an impeccable track record as both a passenger craft and reusable cargo vehicle for the Schultarian Space Administration with over a decade of service and no mechanical faults. Because of growing market demand for space planes like the Komo, Interkosmos has expanded its manufacturing facilities to accommodate large-scale orders. As such, I am pleased to inform you that we shall be able to fulfill your request for ten such vehicles without any significant delays.

Unfortunately, however, the Nucliketsan request as ordered can not be honored by Designwerks Interkosmos. The purchase that you have requested, while quite generous, would take two thousand nine hundred and forty days (approximately eight years and three weeks) to fulfill - a length of time that our legal department has suggested would fall under the auspices of a long-term supply contract.

Due to the highly complex nature of the Nucliketsan, such a long-term order poses a liability for Interkosmos. We are willing to expand our manufacturing capabilities to accommodate the Torchwood Institute's request, but such an expansion will require increased capital investment from the State Industries of Schultaria Prime. Our Actuarial Department estimates that an increase by thirty-five percent (35 %) to a total cost of 5,913,000,000 sm ($ 10,702,530,000) per vehicle would be sufficient to expedite this order while providing other clients the opportunity to purchase the Nucliketsan.

Because this is a highly unusual request, we shall withhold construction and charging for the Nucliketsan until we can come to an amicable agreement.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be as listed:

• Ten (10) Project Komomerenketsan Space Planes: $78,735,000,000, or seventy eight billion, seven hundred thirty-five million

For a total of $78,735,000,000 (Seventy eight billion, seven hundred thirty-five million), to be paid upon delivery of the products listed.

Once again, thank you for your extremely generous patronage and we hope that you will visit us again soon.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

From: Nathen Koenig
To: Kiishik Davoor Jr.

We have the funds for the Komos, and have ultimatly realized that they can handle our needs quite well, after a slight tweek to the Mezmer devices. Thus, we shall reduce our Nucliketsan purchase from five to one. We shall keep it in reserve, in the event that the Mezmer program manages to get to stage 2.

[Shalum]

Greetings From Shalum on behalf on my country let me introduce myself I am David Walker the Air Marshal of The Republic of Shalum Air force and we wish to request designs for a space station. Below are the List of Requirements

Type: Orbital Military Space station
Requirements:
Space Defense System
Medical Bay
Soldier barraks
Hanger That can hold 10 Orbital Deployment Ship

Type: Orbital Deployment Ship
Requirements:
Can Hold: 1 Squad of 10
Can Hold 2 hrs of Oxyegon or more
Fast

Sincerly David Walker

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 23:47 SCT, 02 NAL 122 SDC

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To: Nathen Koenig. Torchwood Institute - The Holy Empire of Cybus1.
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Subject: Confirmation to modification of Purchase (Re: Komomerenketsan and Nucliketsan).

Mr. Koenig,

On behalf of Designwerks Interkosmos, we are happy to agree to your request for the purchase of a single Nucliketsan Launch Vehicle. The engineers and technicians responsible for your specific Nucliketsan have been notified and will begin the process of fabrication immediately. Because of the craft's complexity, cost, and construction latency, we welcome any delegations from the Torchwood Institute to observe our manufacturing processes to insure the highest standards of quality and precision.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be modified to reflect the updated order:

• Ten (10) Project Komomerenketsan Space Planes: $78,735,000,000, or seventy eight billion, seven hundred thirty-five million
• One (1) Nucliketsan Series Launch Vehicle: $7,927,800,000, or seven billion, nine hundred twenty-seven million, eight hundred thousand

For a total of $86,662,800,000 (Eighty-six billion, six hundred sixty-two million, eight hundred thousand), to be paid upon delivery of the products listed.

We are glad that we could come to a reasonable agreement, and hope that we can continue doing business with your institution in the future.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

[Schultaria Prime]

OOC: A daily BUMP for Designwerks. As always, I appreciate suggestions and comments.

Shalum, I am in the process of trying to find a series of station prototypes that might be suitable for your request, but expect a formal IC response with a few questions from Interkosmos requesting a few more firm details about what your nation is explicitly looking for. The same will go for the spacecraft - although I have a military design that I could reconfigure and repurpose for the deployment of people instead of scientific payloads or weaponry. If you check the Schultarian Armory Guide, there's a craft called Project Tla'voketsan (page 58-59) that might be useful. It can't go from the surface into orbit under it's own power (it'd need to be ferried either by a carrier rocket or the Komomerenketsan), but it's fully equipped to resist the radiation and hard vacuum of spaceflight.

[Shalum]

OOC: A daily BUMP for Designwerks. As always, I appreciate suggestions and comments.

Shalum, I am in the process of trying to find a series of station prototypes that might be suitable for your request, but expect a formal IC response with a few questions from Interkosmos requesting a few more firm details about what your nation is explicitly looking for. The same will go for the spacecraft - although I have a military design that I could reconfigure and repurpose for the deployment of people instead of scientific payloads or weaponry. If you check the Schultarian Armory Guide, there's a craft called Project Tla'voketsan (page 58-59) that might be useful. It can't go from the surface into orbit under it's own power (it'd need to be ferried either by a carrier rocket or the Komomerenketsan), but it's fully equipped to resist the radiation and hard vacuum of spaceflight.

Feel free to ask what I posted were general requirements that can be expanded upon

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 14:28 SCT, 07 NAL 122 SDC

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To: David Walker. Air Marshal - The Republic of Shalum Air Force. The Republic of Shalum
From: Margot Keefe. Chief Engineer - Habitation Dynamics. Designwerks Interkosmos
Subject: Clarification of specifications (Re: space station).

Marshal Walker,

My name is Margot Keefe, Chief Engineer of Habitation Dynamics (a wholly owned subsidiary of Designwerks Interkosmos). Your request for a space station contract has been transferred to us by the top leadership at Designwerks to develop the best possible platform to suit your needs. After reviewing the initial requests, our concepts and engineering departments would like to ask a few questions regarding your proposals.

In regards to your request for a defense system, what kind of particular threats does the Air Force expect to encounter by deploying this station?

If the threats are terrestrial in nature (e.g. ground or air launched anti-satellite weaponry), we may be able to modify some existing orbital ABM platforms to serve as the template for defense. If the project calls for more significant protection to the station and its components, such as radiation, ablative, or electromagnetic hardening, this will involve incorporating more novel technologies that will increase the cost of the station system.

Approximately how many personnel will be deployed to this station? How long will they be expected to serve for a typical tour of duty?

To properly design the station's environmental systems and logistical underpinnings, an accurate count of personnel is essential. Since this station will be a hermetically sealed ecological space, our engineers must know what kinds of resources will be necessary to sustain normal crew loads. If the number of personnel is large enough that constant orbital resupply will be cost prohibitive, then spaces such as hydroponics facilities, water and solid waste recycling, and enhanced oxygen filtration systems will need to be built.

Crew fitness will also need to be taken into account. If personnel are exposed to weightless for periods greater than 48 hours, muscles start to atrophy and bone structure begins to weaken. For a soldier, a lack of exposure to terrestrial gravity will severely deplete their combat effectiveness once on the planet's surface without mechanical supports, like combat exoskeletons. Our engineering departments can provide artificial gravity in the form of a slowly-rotating habitation ring, with additional exercise equipment included, to keep your personnel in reasonable health.

Is the hangar, as requested, expected to be an enclosed space or an exposed series of hard docking ports?

If the hangar is expected to be enclosed and pressurized to facilitate the maintenance of orbital vehicles, then extensive modeling and testing will need to be conducted to design proper airlocks, environmental systems, and redundant fire suppression mechanisms. The cost for developing a pressurized internal hangar, if requested, could amount up to 75% of the station's final costs. An exposed series of hard docking ports, while forcing personnel to conduct spacewalks to perform necessary maintenance, would be a much cheaper solution that involves existing tried and tested technologies.

We hope that we can provide you with the absolute best solution for your request, and hope these questions will make the final product fully suited to your nation's strategic aims.

Sincerely,

Margot Keefe
-Chief Engineer - Habitation Dynamics
-A Subsidiary of Designwerks Interkosmos

[Schultaria Prime]

OOC: A daily BUMP for Designwerks. As always, I appreciate suggestions and comments.

[Shalum]

To: Margot Keefe. Chief Engineer - Habitation Dynamics. Designwerks Interkosmos
From: David Walker. Air Marshal - The Republic of Shalum Air Force. The Republic of Shalum
Subject: Clarification of specifications (Re:Re: space station)

Margot Keefe,

I thank you for first asking me these questions in detail and second for taking the time on all of you considerations of the station.

On the subject of defense we do expect threats to be terrestrial in nature and would like some sort of missle system to protect the station. We would also like radiaton and electromagnetic protection for the station.

We approximate about 3000 people may be on the station (1000 Crew, matineence, etc) (2000 marines) if this is to much to ask let me know ASAP we wish that all of the thing mentioned may be on the station as it will be constantly supplied including the gravitational ring.

The hangers will be inside the station and we wish them to be able to hold atleast 10 Small orbital ships. The external walkways will also be needed for repair.

Also n advance I wire you 500 billion dollars for a down payment

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S¹)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 09:46 SCT, 10 NAL 122 SDC

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To: David Walker. Air Marshal - The Republic of Shalum Air Force. The Republic of Shalum
From: Margot Keefe. Chief Engineer - Habitation Dynamics. Designwerks Interkosmos
Subject: OCR (Orbital Command Center) - Proposal 1.

Marshal Walker,

After careful consideration and analysis, Habitation Dynamics has prepared two candidate stations for the perusal of your relevant budgeting authorities. These designs involve purely theoretical calculations regarding aesthetics, resident comfort, and adaptability to changing strategic threats. As a result, both of the proposals are considerably over-engineered for their intended purpose but, positively, are designed for operational life expectancies of no less than 80 years with approximately four to six times the requested crew loading currently proposed.

Proposal one, codenamed Danube, is the most conventional of our two candidates as it eschews complex geometry for simple, tried and tested, designs.

For the purposes of brevity, expansive details regarding various subsystems have been omitted in exchange for a laundry-list approach of technologies and specifications relevant to each design. We hope that this will not cause your agency any undue trouble when attempting to identify potential positives or concerns in each design.

The station in LEO, head-on view with eight docking ports visible. (4 surrounding command station (top) and 4 connecting to the engineering and hangar module (bottom))


The station in LEO, top down view. For scale, the spokes connecting station body to gravity ring are ~ 950 meters.

Specifications:

Design Team:
-Parent Company: Habitation Dynamics
-Subsidiary Developer: Designwerks Ins'spata

Crew:
-Minimal Effective Operation: 500
-Standard Operations: 4,500
-Maximum Safe Capacity: 17,000

Dimensions:
-Diameter (Habitation Ring): 1,900 m
-Circumference (Habitation Ring): 5,969 m

-Length (Command Station Body): 1,995 m
-Circumference (Command Station Body): 125 m

-Length (Hangar and Engineering Body): 1,200 m
-Circumference (Hangar and Engineering Body): 125 m

-Mass: 549,500,000 kg (549,500,000 metric tons)

Life Support Systems:
-Food Production and CO₂ Recycling: 6 Voral Hydroponics Facilities (3,500 metric tons of consumable biomass per facility p.a.)
-Water Recycling:
-Atmospheric Condensers: 4 Genam'thok Dehumidification Units (50,000 L of recoverable water per module p.d.)
-Gray Water Processing: 3 Yinhex Waste Extraction and Chemical Processing Modules (1,740,000 L of recoverable water per module p.d.)
-Black Water Processing: 1 Akthal Centrifuge System (380,000 L of recoverable water per module p.d.)
-Emergency Oxygen Generation: 6 Uunvin Chemical Oxygen Production Facilities
(190 Megaliters of O₂ produced per facility - 504 hour service life)
-Solid Waste Recycling: 1 Plasma Induction Waste Compressor; 1 Davoor-Class Elemental Separation Unit

Electrical Generation:
-Primary Electrical Generation:
-Solar: 4 Designwerks Mk. XII Urban-Class Solar Grids (80,000 m² surface area)
-Nuclear: 9 Haarvekord Mk. VII Nuclear Reactors (3,890 MWe)
-Secondary Electrical Generation:
-Chemical Reactants: 1,675 Alkaline Fuel Cells (1,770 MWe - 340 hour service life)

Crew Facilities:
-Medical Stations: 2 Dakkien-Salna Class Medical Wards (300 beds - 1,200 Casualty cases / day per facility)
-Surgery Facilities: 4 Triage Wards (150 people per ward maximum), 2 Surgical Bays (12 people per bay maximum)
-Diagnostic Facilities: 2 X-Ray / PET Scan Facilities, 1 MRI Module, 1 Analytical Laboratory
-Entertainment and Socialization Facilities:
-Non-Interactive Media: 4 120-seat Movie Theaters, 1 20-person Holography Suite
-Public Gathering Spaces: 4 Exercise Wards, 1 Zero-g pool


Command, and Control Facilities:
-Threat Detection and Analysis:
-Sensor Suites:
-3 Enhanced Doppler Radar Packages (1,200 detection range)
-16 Xeisen Class Infrared Thermal Imagers
-6 Hohokam Class Holographic LADAR/LIDAR Rangefinders
-4 Caltrov Class X Ray Radiation Discriminators
-2 Kronsen-Ormich Quantum Waveform Detection Units
-Analysis and Assessment: 12 CHEMIR-SPATEX Supercomputers (300 GFLOPS optimal processing power)
-Operations Planning and Direction: 2 Bridge Modules (primary and backup)
-Communications: 6 ISMRS Recievers, 3 Tightband Laser Transmitters, 4 UHF / VHF Radio Transmitters (1,500 - 5,000 W rated)

Station Defense:
-Passive Defense Systems:
-Electromagnetic Protection: 8.75 µm Graphene-lattice Faraday Sheeting
-Radiation and Ablative Protection: 18 PHALTO Class-EEr (Extreme Environment) Electroreactive Armor Plating Units
-Active Defense Systems:
-Electronic Countermeasures: 4 "Nackthos" Countermeasure Suites
-Target Engagement (Terrestrial and Space-Based Threats):
-24 Kamor-IBBEM ABM Satellites
-8 Kamor-ADALALIEM ABM Satellites
-4 Kamor-THOLO'KNE'NN ABM Satellites

Construction Estimates:
-Design and Planning (Final Engineering Drafts): 620 Days
-Equipment Fabrication (Internal Components; Command and Control Systems): 400 days
-Equipment Fabrication (Crew Facilities; Command and Control Facilities): 250 days
-Equipment Fabrication (Hangar Module): 500 days
-Orbital Assembly: 2,000 days

Cost Estimate: 12.981 trillion sm ($23.496 trillion) [+/- 6%]

If you require further information regarding this station design, please don't hesitate to contact us at your earliest possible convenience.

Sincerely,

Margot Keefe
-Chief Engineer - Habitation Dynamics
-A Subsidiary of Designwerks Interkosmos

[Schultaria Prime]

OOC: A daily BUMP for Designwerks. As always, I appreciate suggestions and comments.

[Shalum]

To: Margot Keefe. Chief Engineer - Habitation Dynamics. Designwerks Interkosmos
From: David Walker. Air Marshal - The Republic of Shalum Air Force. The Republic of Shalum

The Republic of Shalum's president has shown favor toward your project and we will purshase it. We hereby wish to request to pay you 3 trillion and year until the station is payed off. We herby wire you 3 trillion and wish that construction begin immediatly.

Sincerly,
David Walker. Air Marshal- The Republic of Shalum Airforce

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 12:16 SCT, 02 FOS 123 SDC

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To: David Walker. Air Marshal - The Republic of Shalum Air Force. The Republic of Shalum
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Cc: Margot Keefe. Chief Engineer - Habitation Dynamics. Designwerks Interkosmos
Subject: Confirmation of special order (Project Danube).

Mr. Walker,

On behalf of Designwerks Interkosmos, we are extremely pleased that you have found our station proposal suitable to your strategic purposes. Ms. Keefe has informed me that work on the necessary engineering and logistical challenges for fabricating the station's superstructure is progressing on schedule and will begin full-scale production within weeks. Because of the complexity and cost of this project, Habitation Dynamics has recommended your government appoint a representative to serve as a formal observer on the firm's governing board. In case of any delays in drafting or construction, Habitation Dynamics and Designwerks shall inform your delegate promptly and earnestly about the nature of the delay and possible remedies to bring the project back within schedule.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be as listed, subject to change if the project encounters unexpected delays or cost savings:

• One (1) Project Danube Strategic Military Space Station: $23,496,000,000,000, or twenty-three trillion, four hundred and ninety-six billion

For a total of $23,496,000,000,000 (Twenty-three trillion, four hundred and ninety-six billion), to be paid upon transfer of the completed station to The Republic of Shalum Air Force.

We are extremely thankful that we could accommodate your requests, and hope that we can continue doing business with you in the future.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

[Tutlingburg]

Allied States of Tutlingburg
National Weather Service
886, Arlington Avenue East
Tutlingburg City, Normandy Provincial Territory
266-958

**** Official Communiqué ****

Encryption Level 1 - 128-Bit Standard

To:The State Industries of Schultaria Prime – Designwerks Interkosmos

Re: Purchase Order

To whom it may concern,

The National Weather Service of the Allied States of Tutlingburg has proudly served the country for over 75 years. The time has finally come to replace our aging group of weather satellites. The Eagle-Class weather satellites have now been in service for 20 years and our now reaching the limits of their operational lives. With a lack of locally produced satellites, we have proudly chosen the Dommar Weathsat Package (DMR-WEA) manufactured by The State Industries of Schultaria Prime – Designwerks Interkosmos to replace our satellite network. Therefore, we would require four (4) DMR-WEA systems as soon as possible.

Thank You for your time,

Walter Torres
Procurement Department Lead
National Weather Service
Allied States of Tutlingburg

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (GENERAL ENCRYPTION - CLEARANCE S³)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 11:00 SCT, 03 FOS 123 SDC

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To: Walter Torres. Procurement Department Lead - National Weather Service. The Allied States of Tutlingburg.
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Subject: Confirmation of Purchase (Re: Dommar Weathsat Package [DMR-WEA]).

Mr. Torres,

On behalf of Designwerks Interkosmos, we would like to thank you for your agency's generous purchase. It's our hope that these products will serve in a capacity beneficial to your agency's proud history, and continue to provide the kinds of capabilities found in your existing orbital platforms. The Dommar Series of multipurpose satellites have demonstrated a track record of reliability that we believe will be equivalent to, if not exceed, the life expectancy of the Eagle-Class satellites they are expected to replace. Due to the number of clients within Gholgoth that utilize this platform, our manufacturing lines have been significantly streamlined to process this request. Therefore, upon confirmation of this order, the National Weather Service can expect all ordered satellites to be delivered to a relevant launch authority within the Allied States in no more than two months time.

We openly welcome any comments or requests to help improve our products and services. Should you require assistance in delivery or maintenance of these satellites, or request a more specialized platform to meet your agency's needs in the future, please to not hesitate to contact us at the earliest possible convenience.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be as listed:

• Four (4) Dommar Weathsat [DMR-WEA] Satellites: $148,120,000, or one hundred forty-eight million, one hundred twenty thousand

For a total of $148,120,000 (One hundred forty-eight million, one hundred twenty thousand), to be paid upon delivery of the products listed.

Once again Mr. Torres, we'd like to thank you for choosing Designwerks Interkosmos. On behalf of all of us, we are grateful for your patronage.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

[Schultaria Prime]

OOC: A daily BUMP for Designwerks. As always, I appreciate suggestions and comments.

[Basque Socialist States]

The Basque Revolutionary Army's Strategic Rocket Command wishes to purchase the following products:

5x Arketsan Mark III Launch Vehicles
3x Komor-IBBEM Satellites
1x Stalzto Surveillance Satellite
1x Sagonar Communications Satellite

Total payment of NS$ 2,094,625,000 will be provided within 135 days, after which the Basque Revolutionary Army expects delivery of all items to be complete. On behalf of the Premier Arrigorriagakoa and all Basque People, I would like to thank you for this valuable contribution to the defense of our Socialist homeland.

Colonel Philippe-Frédéric Esquibel, Strategic Rocket Command

[Schultaria Prime]

HOLOUPLINK - DESIGNWERKS INTERNATIONALE (CLASSIFIED ENCRYPTION - CLEARANCE C²)
AAUTH: KDAVOOR-DESIGNWERKS
TIMESTAMP: 22:09 SCT, 06 FOS 123 SDC

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To: Philippe-Frédéric Esquibel. Colonel - Strategic Rocket Command - The Basque Revolutionary Army. The Federation of Basque Socialist States
From: Kiishik Davoor Jr. Chief Operations Officer - Designwerks Interkosmos
Subject: Confirmation of purchase (Re: Launch Vehicles, ABM / ASAT technology, and Communications platforms).

Colonel Esquibel,

On behalf of Designwerks Interkosmos, we would like to thank you for your generous purchase, and hope that these products will help to bolster your nation's defensive capabilities. Both the Arketsan and IBBEM have a long and proud track record in the SKC (Schultarian Defense Forces) for their reliability and cost-effectiveness. The IBBEM, in particular, has been quite an effective deterrent against ballistic missiles from rogue states and remains the most visible portion of the USSSP's orbital defense network. Additionally we hope that you will find the communications and surveillance equipment ordered to meet or exceed your military's expectations as the Strategic Rocket Command expands its mission scope.

We in the United Socialist States of Schultaria Prime know and completely understand the need for an effective defense against the megalomaniacal aims of foreign states. The history of the USSSP, and by extension Designwerks, was cast in the wake of derision and hostility from states who had numerous ill-conceived notions about the nature of our respective governments. For too often, foreign firms and states have simply refused to engage in dialog with Designwerks (and by extension Schultaria) because of government's desire to aid and assist the poorer and less fortunate in our society. We simply wish to lead by example, not threaten others with a crucible of world revolution, and hope you share those ideas as well.

We openly welcome any comments or requests to help improve our products and services. Should you require assistance in delivery or maintenance of these satellites or launch vehicles, please to not hesitate to contact us at the earliest possible convenience. As per your request, we shall deliver all items to the custody of The Strategic Rocket Command of the Basque Revolutionary Army within a period not exceeding one hundred and thirty-five days. If there are any specific security procedures that you require in the transport or assembly of these devices, please let us know as soon as is convenient.

In the interests of simplification for foreign exchange purposes, we shall credit said payment in universal standard dollars.

The billed price shall be as listed:

• Five (5) Arketsan Mk. III Launch Vehicles: $800,475,000, or eight hundred million, four hundred seventy-five thousand
• Three (3) Kamor-IBBEM ABM / ASAT Satellites: $950,250,000, or nine hundred fifty million, two hundred fifty thousand
• One (1) Sagonar Communications Satellite: $171,950,000, or one hundred seventy-one million, nine hundred fifty thousand
• One (1) Stalzto Communications Interception Satellite: $151,407,000, or one hundred fifty-one million, four hundred seven thousand

For a total of $2,074,082,000 (Two billion, seventy-four million, eighty-two thousand), to be paid upon delivery of the products listed.

Once again, we'd like to thank you for choosing Designwerks Interkosmos.

Sincerely,

Kiishik Davoor Jr.
-Chief Operations Officer - Designwerks Interkosmos

[Schultaria Prime]

OOC: A daily BUMP for Designwerks. Suggestions? Comments? Feel free to contact me.

[Mallaska]

Recipient: Designwerks Interkosmos
Responsible: Perry Richards, Department of Procurement, Mallaskan Department of Defense
Subject: Spacecraft/Satellite Procurement

To whom it may concern,

After seeing the need to expand Mallaskan military assets to space, Mallaskan legislature has approved of the Department of Defense to set aside a large fund to advance space technology in Mallaska for the Federal Space Department, Joint Military Space Control, and the SWD Program, thus would like to place the following order:



Production Rights - Proketsan Series LDV - $40,500,000,000 NSD
12 - Nucliketsan Series EDVs - $95,133,600,000 NSD
1 - Komomerenketsan MDV - $7,873,500,000 NSD
3 - Kamor-IBBEM Satellite - $950,250,000 NSD
1 - Kamor-THOLOKNENN Satellite - $1,493,250,000 NSD
Production Rights - DMR-B Satellite - $504,990,000 NSD
1 - Stalzto CIP Satellite - $151,407,000 NSD



This order should come to a total of $146,606,997,000 NSD. All funds for this order will be directly wired to the banking institution of your choice.



Signed,
Perry Richards, Department of Procurement, Mallaskan Department of Defense