Designwerks Product Catalog

The State Industries of Schultaria Prime

Designwerks

Civilian Product Catalog

The State Industries of Schultaria Prime – Designwerks: International Sales DivisionSchultaria Prime, Schultaria Prime

© SDC 117 – All Rights Reserved

Table of Contents

Designwerks Commodities p. 3Construction / Infrastructure Materials p. 3High Energy Materials p. 8

Designwerks Industry Supplies p. 12Materials Production – Metallic Compounds p. 12Materials Production – Energetic Compounds p. 15Recycling / Waste Management p. 17

Designwerks Enpoinnna (Power Generation Supplies) p. 19Land and Naval Engines / Generators p. 19Aircraft Engines p. 23Electrical Generation p. 25

Designwerks Sehfal (Pre-Fabricated Structures) p. 27Civilian Infrastructure p. 27Transportation Infrastructure p. 30

Designwerks Nume'kognaa (Computation Devices) p. 31Home / Personal Computation p. 31Extreme Environment Computation p. 35Industrial Computation p. 38Research Supercomputers p. 40Computer Augmentations p. 44

Designwerks Interkosmos (Space Technology) p. 46Single-Use Launch Vehicles p. 46Multi-Use Reusable Launch Vehicles p. 55Satellite Payloads – Civilian p. 58Satellite Payloads – Defensive p. 67

The State Industries of Schultaria Prime – Designwerks: International Product Catalog (2)

Designwerks CommoditiesFrom Our Abundant Lands to Yours...

Construction / Infrastructure Materials:

Aluminum

Once considered a precious metal worth more to aristocrats two hundred years ago than such “base” materials as Gold or Platinum, Aluminum has now become one of the most widespread materials in modern society. Used in everything from lawn chairs to deodorant, it is easy to see how Aluminum has become the second most consumed metal on the planet. Due to rich coastal Bauxite deposits, and affordable energy supplies, the USSSP currently enjoys a bountiful surplus of refined Aluminum Oxides which can be further refined to satisfy many needs.

Classification: Aluminum Oxide (Al203)

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

Product Types: Wire (Any Gauge); Foil Roll (.05 - .5 mm thickness); Slab; Foam; Powder

Current Production Surplus: 2.85 Metric Megatons [2,850,000,000 kg] (FY SDC 118)

Cost (Per 1,000 kg): -Low Grade (90% Al203): 1,080 sm ($ 1,950)-Medium Grade (95% Al203): 1,225 sm ($ 2,205)-High Grade (99% Al203): 1,460 sm ($ 2,628)-Superior Grade (99.999% Al203): 1,590 sm ($ 2,862)

Long Term Supply Contracts: Available Upon Negotiated Request


Iron Ore

The most abundantly mined element on the planet's crust, Hematite and its byproducts have helped to create numerous Industrial Revolutions throughout the globe while revolutionizing the fields of chemistry and civil engineering at the same time. Without this crucial ore, and its equally valuable alloys, critical infrastructure projects would become far more costly and unreliable. Because of the Schultarian State's necessity to provide housing in an already hyper-urbanized setting, recent efforts to provide subterranean living accommodations have stumbled upon vast Hematite reserves some three kilometers below the surface of many prime excavation sites.

Classification: Hematite – Iron(III) Oxide (Fe304)

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

Product Types: Wire (Any Gauge); Slab; Pellet; Powder

Current Production Surplus: 63.1 Metric Megatons [63,100,000,000 kg] (FY SDC 118)

Cost (Per 1,000 kg): -Low Grade (90% Fe304): 440 sm ($ 796)-Medium Grade (95% Fe304): 499 sm ($ 903)-High Grade (99% Fe304): 594 sm ($ 1,075)



Graphite

Although its uses as a lubricant have begun to wane with the development of less corrosive synthetics, Graphite still remains a very important material for modern industrial nations. From its uses as a refractory coating to protect metalworking crucibles to moderating material for new a generation of high temperature fission reactors, new applications for the material are still being discovered for this simple carbon allotrope.

Classification: Graphite – Native Carbon (C)


Product Types: Raw Mineral; Pellet; Powder

Current Production Surplus: 830 Metric Kilotons [830,000,000 kg] (FY SDC 118)

Cost (Per 1,000 kg): 175 sm ($317)

Long Term Supply Contracts: Available Upon Negotiated Requestn


Titanium

Despite its presence as the ninth most abundant element on the planet's crust, Titanium still remains a very rare mineral that is difficult to acquire in significant quantities. Although Titanium has been a known quantity in chemistry and metallurgy for over two hundred and thirty years, its unique qualities have made this metal immensely important only after intense investment in the Aerospace industry. As a significant contributor of manufactured components for the construction of Schultarian air and spacecraft, the State Industries of Schultaria Prime – Designwerks has invested nearly eight hundred million merlons ($ 1.448 billion) in new mines on the Schultarian mainland; the results of which have generated a considerable surplus for the world market.

Classification: Native Titanium (Ti)

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

Product Types: Wire (Any Gauge); Slab; Pellet; Powder


Cost (Per 1,000 kg): -Low Grade (90% Ti): 4,210 sm ($ 7,620)-Medium Grade (95% Ti): 4,775 sm ($ 8,643)-High Grade (99% Ti): 5,690 sm ($ 10,299)-Superior Grade (99.999% Ti): 6,195 sm ($ 11,213)

Long Term Supply Contracts: Available Upon Negotiated Request – Maxmium Contract Length of 5 Years


Copper

One of the oldest pure metals used by human civilization, Copper has been a staple component of art, currency, industry, and militaria for nearly ten millennia. Easy to smelt and harboring a significant number of unique qualities, including natural antimicrobial properties and the second highest electrical conductivity of any pure element. Because of its applications to power transmission and heat conduction this metal is indispensable to present-day society, and will continue to be for generations to come.

Classification: Native Copper (Cu)


Product Types: Wire (Any Gauge); Slab; Pellet

Current Production Surplus: 27.25 Metric Kilotons [27,250,000 kg] (FY SDC 118)

Cost (Per 1,000 kg): -Low Grade (90% Cu): 3,400 sm ($ 6,154)-Medium Grade (95% Cu): 3,855 sm ($ 6,978)-High Grade (99% Cu): 4,595 sm ($ 8,317)-Superior Grade (99.999% Cu): 5,000 sm ($ 9,050)-'7N' International Grade (99.99999% Cu): 6,310 sm ($ 11,421)

Long Term Supply Contracts: Available Upon Negotiated Request – Maxmium Contract Length of 3 Years


High Energy Materials:

Ethanol

The United Socialist States of Schultaria Prime, lacking significant petroleum reserves, has invested heavily in “alternative” energy materials over the last ninety years as part of a broad spectrum approach towards resource independence. One of the earliest liquid fuels proposed by the Schultarian State was Ethanol, and it initially proved its worth in government scientific and strategic planning initiatives. Although its energy input deficiencies were well noted by the State's scientific community, many within Schultaria Prime saw this material as a stopgap measure until more cost effective synthetics for fuel and plastics production could be produced. With the advent of new customized bacterial strains from the University of Schultaria Prime – Colloi designed to catalyze organic wastes into Ethanol byproducts, the availability of this fuel has dramatically increased.

Classification: Ethanol (C2H5O2) (Fuel-Grade: 95% Pure by Volume)

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks-Subsidiary Developer: The University of Schultaria Prime - Colloi

Product Type: Liquid

Current Production Surplus: 6 Teraliters [6,000,000,000,000 L or 6 km3] (FY SDC 118)

Cost (Per 250 L): 17.50 sm ($31.68)



Heavy Water

Dideuterium Oxide, or Heavy Water, has been a staple component of nuclear physics since the discovery of fission, but has been largely relegated to serving a secondary role for most modern nuclear powers. Long known to serve as a neutron moderator, most uses of heavy water have been centered around controlling natural Uranium reactors, the purposes of which are twofold: power generation and plutonium creation. This and other scientific uses of Heavy Water, however, have kept the production of such material under heavy regulation as possession implies nuclear weapons production. Thus was the case in Schultaria Prime, until recent experimentation into the development of practical and stable macroscopic fusion reactions gave Heavy Water new meaning. The purity and relative ease in storing and extracting elemental deuterium for fusion reactors makes Heavy Water an ideal candidate for nations who are either beginning to develop practical fusion experiments or for more developed fusion-capable countries who demand purity for their power generators.

As with all fission production and moderating material, however, appropriate background checks will be enforced by Designwerks Internationale and The State Industries of Schultaria Prime to insure good conduct and faith. Sales are subject to the final review of these investigations and can be canceled at any notice with appropriate refunding on a per case basis.

Classification: Diduterium Oxide (D2O)

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

Product Type: Liquid

Current Production Surplus: 35 Kiloliters [35,000 L or 3.5 m3] (FY SDC 118)

Cost (Per 1 L): -Low (Research) Grade (90% D2O): 245 sm ($ 443)-Medium (Research) Grade (95% D2O): 280 sm ($ 507)-High (Research) Grade (99% D2O): 335 sm ($ 606)-Superior (Reactor) Grade (99.999% D2O): 365 sm ($ 661)

Long Term Supply Contracts: Not Available


Uranium

Although the Nation of Schultaria Prime consumes more nuclear materials than it produces, the refinement, purity, and overall versatility of processed Uranium is an essential component in any developing modern technical power. At the behest of the national government, along with approval from the Schultarian Defense Forces and the Intelligence Directorate, The State Industries of Schultaria Prime have been allowed to release some of its commercial Uranium stockpiles for consumption by the international community. This material is certified to be the highest quality, reactor grade, Uranium currently available on the market without exception.


Classification: Yellow Cake - Uranium Oxide (U3O8) (Reactor Grade: 95% 238U)

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

Product Type: Powder


Cost (Per 1,000 kg): 25,415 sm ($ 46,000)



Plutonium

As is the case with all nuclear materials in Schultaria Prime, the national consumption all radioactive, energy producing, elements operates at a continual net loss. Nonetheless, with the development of more efficient fission reactor designs and breakthroughs in the fields of fusion physics, national demand for processed Plutonium has begun to decline in recent months. At the behest of the national government, along with approval from the Schultarian Defense Forces and the Intelligence Directorate, The State Industries of Schultaria Prime have been allowed to release some of its commercial Plutonium stockpiles for consumption by the international community. This material is certified to be the highest quality, reactor grade, Plutonium available on the civilian market with no exceptions.


Classification: Plutonium Oxide (PuO2) (Reactor Grade: 75% 239Pu)

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

Product Type: Pellet

Current Production Surplus: 1.25 Metric Kilotons [1,250,000 kg] (FY SDC 118)

Cost (Per 1,000 kg): 690,000 sm ($ 1,248,900)



Designwerks Industry SuppliesHeavy Industries for a Better Tomorrow...

Materials Production – Metallic Compounds:

Bulk Aluminum Refinement Facilities

The first product ever available for sale from The State Industries of Schultaria Prime, these custom-designed facilities now currently feed the industrial bases of over five dozen highly industrialized civil and military powers. Designed to the highest standards in safety, automated efficiency, and environmental consciousness, these facilities are guaranteed to provide you with the most amount of aluminum with the least amount of resource consumption. Everything in this facility has been created to achieve the optimal balance of public responsibility, worker comfort, and productivity. From the use of computer-controlled smelting and robotic casting machines to refined electrolysis processes which use forty percent less toxic solvents (by volume) than traditional aluminum foundries, it's a perfect facility for a developed or a developing industrial base.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks-Subsidiary Developer: Civaas Metalwerke: Physical Plant Division

Dimensions: 270 x 240 m [64,800 m2 - 6.48 Hectares or approx. 697,500 sq. ft)

Required Labor Force (3 Shift - 24 Hour Operation): 4,500 est.

Power Consumption (Maximum Production): 36.6 kW/hr

Designed Production Output (Refined Material): 35 Metric Kilotons [35,000,000 kg] per Annum

Cost: -Construction, Employee Training, and Equipment: 276,000,000 sm ($ 500,000,000)-National (Non-Export) Production Rights: 5,520,000,000 sm ($ 9,991,200,000)


Bulk Iron Foundry Facilities

As populations climb higher, so does the need for Iron; but many nations have begun to face significant shortages in foundry capacity to make the necessary refined products to fuel their growth. To address this need for increased refined Iron output, The State Industries of Schultaria Prime has developed a series of export-ready Iron Foundry Facilities designed with local industry in mind. These facilities are designed to utilize any type of Iron ore and virtually any hydrocarbon fuel source to generate all manner and variety of refined steel grades to satisfy local industrial requirements. Much in the same spirit as Designwerks' other metals facilities, these Iron foundries are designed to balance productivity and safety while minimizing environmental impacts.

Specifications:








Titanium Foundry Facilities

As foundries have become more intertwined with advances in materials science, the growth in using new and revolutionary alloys has erupted. In today's world, many of the most important new advances involve the use of Titanium due to its incredible strength, but refining the metal in quantity has become a challenge. With Aerospace and Construction industries clamoring for more refined Titanium products, The State Industries of Schultaria Prime has made one of the most advanced automated foundries devoted solely towards Titanium production. These Schultarian-designed facilities are designed to produce only the highest quality of Titanium through the most efficient means possible, and are capable of producing both pure Titanium and a multitude of hybrid alloys. Much in the same spirit as Designwerks' other metals facilities, these foundries are designed to balance productivity and safety while minimizing environmental impacts.

Specifications:








Materials Production – Energetic Compounds:

Industrial Ethanol Distilleries

A combination of conventional alcohol distillery and sophisticated bioengineering, Designwerks Ethanol distilleries are a major component of Schultaria Prime's alternative energy output. These processing facilities use the most advanced fermentation catalysts in Schultaria Prime, primairly from bacteria that have been genetically tailored to produce Ethanol waste product, to enhance product quality and reduce production time. In addition to marked improvements in production volume and speed, Schultarian Ethanol distilleries are indiscriminate with fuel source materials. Due to the heartiness of the catalysts involved, virtually any form of organic molecule, even expended petroleum products such as waste plastic, can be introduced into the system with minimal disruption.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks-Subsidiary Developer: The University of Schultaria Prime - Colloi

Dimensions: 450 x 450 m [202,500 m2 - 20.25 Hectares or approx. 2,179,692 sq. ft)



Designed Production Output: 12.5 Gigaliters [12,500,000,000 L or .0125 km3] per Annum



Uranium Calutron Refinement Facilities

First developed sixty years ago as a means to refine bomb grade Uranium-235 during the earliest stages of the Manhattan Project, Calutron manufacturing plants have evolved to serve civil, as well as military, purposes since those auspicious times. As a refinement device, Calutrons operate by partitioning elemental Uranium through ionization and magnetic differentiation: one of the most basic principles of isotopic separation, and, unlike gaseous diffusion, these plants operate in far more confined spaces with less labor. Unfortunately, due to the costs and inefficiencies inherent in such early devices, most nuclear capable nations considered such facilities obsolete almost as soon as they were envisioned. Schultarian advances in the development of new molybdenum superconducting magnets, increasingly precise ionic manipulation, and the development of a more refined process of transforming Uranium chloride into its elemental components, have once again made Calutrons a viable component of any nation's fission program.

Specifications:

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

Dimensions: 750 x 750 m [562,500 m2 - 56.25 Hectares or approx. 6,054,700 sq. ft)



Designed Production Output: -Reactor Grade Uranium (5% 235U / 95% 238U): 22 Metric Tons [22,000 kg] per Annum-Baseline Weapons Grade Uranium (95% 235U / 5% 238U): 0.95 Metric Tons [950 kg] per Annum

Cost: -Construction, Employee Training, and Equipment: 1,000,000,000 sm ($ 1,810,000,000)-National (Non-Export) Production Rights: Not Applicable


Recycling / Waste Management:

Plasma Induction Waste Disposal Facilities

The United Socialist States of Schultaria Prime, with an average population density over 17,000 persons per km2, has been fraught with constant challenges to every level of national infrastructure. One of the more important, but often overlooked, crises involves disposing the incredible waste generated by the population on a daily basis. Cooperating with The Eldaimovey Advanced Research Laboratories and Drugan Waste Handing Incorproated, The State Industries of Schultaria Prime have helped to design a practical and economical facility to substitute burying waste in disaster prone landfills.

Utilizing ionized plasma torches, the waste that is deposited into these facilities are subjected to temperatures approaching 25,000 °C (~ 45,000 °F). This environment causes component atoms within the waste material to form into low temperature plasma which, in turn, cools to create a dark silica glass once the process has been completed. The resulting silica glass is completely inert, encapsulates any toxic remnants from the process within its crystalline lattice, and reduces the total volume of waste to one (1/500)th of its original size.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks-Subsidiary Developers: Eldaimovey Advanced Research Laboratories – High Energy Division;

Drugan Waste Handling Inc.


Required Labor Force (3 Shift - 24 Hour Operation): 180 est.


Designed Processing Output: 32.85 Metric Megatons [32,850,000 kg] of Solid Waste per Annum

Cost: -Construction, Employee Training, and Equipment: 23,000,000 sm ($ 41,630,000)-National (Non-Export) Production Rights: 575,000,000 sm ($ 1,040,750,000)


Davoor Nuclear Elemental Separation Facilites (Field Prototype)

While many of Schultaria Prime's waste problems have been reduced considerably thanks to Plasma Induction Facilities, the ceramic byproducts still pose issues to the perpetually space-challenged Schultarian nation. On a yearly basis, some 2.78 billion m3 of ceramic byproducts are produced. While the national government has passed legislation to find productive uses for Schultaria's ceramic waste in the construction and defense industries, the Schultarian Scientific Collective has proposed a novel solution. Doctor Kiishik Davoor, a Professor with the University of Schultaria Prime-Grosh'tex, presented a lecture called to a group of roughly forty Nuclear Engineering attendees during a Congress of researchers attached to this problem. The result of his contributions to the Congress led to the development of the Davoor Class Nuclear Elemental Separator.

The Davoor Separator is, in essence, a massively upscaled version of the Designweks Calutron Refinement Facility. By vaporizing a quantity of material with high energy electrons, a beam of ions is accelerated and subsequently deflected by a series of magnetic fields corresponding to particular elemental groups. Through repeated deflections, the beam's particulate matter begins to accumulate in specially designed collection matrices. The results of these collection matrices are pure elemental substances, magnetically refined and completely reusable for modern industrial processes.

Specifications:

Manufacturer:-Parent Companies: The State Industries of Schultaria Prime – Designwerks; The University of

Schultaria Prime - Grosh'tex-Subsidiary Developer: Eldaimovey Advanced Research Laboratories – High Energy Division


Required Labor Force (3 Shift - 24 Hour Operation): 285 est.

Power Consumption (Maximum Production): 2.610 MW/hr

Designed Processing Output: 14.6 Metric Megatons [14,600,000 kg] of Refined Elements per Annum

Cost: -Construction, Employee Training, and Equipment: 3,250,000,000 sm ($ 5,882,500,000)-National (Non-Export) Production Rights: Not Applicable


Davoor Facility Prototype: Edgen, Schultaria Prime Davoor-Kronsen Nuclear Separation Capsule

Designwerks EnpoinnaThe Energy to Make a Strong Nation Powerful...

Land and Naval Engines / Generators:

Dnervoc Heavy Vehicle Engine (DN – HvM508)

As Schultaria Prime's population has increased, the necessity for more efficient transportation to deliver essential commodities and supplies overland has become increasingly acute. To this end, researchers at The University of Schultaria Prime – Myrle helped Designwerks to develop a new series of heavy engine to combat the ever increasing demand for cheap, reliable, and efficient mobile power sources. Designed to aid the freight industry and serve as one of the military's new vehicle power plants, the Dnervoc has undergone extensive and brutal testing from the rugged terrain in Schultarian mountain roads as well as the absolutely brutal gridlock in the State's numerous megalopolises.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: The University of Schultaria Prime - Myrle

Physical Dimensions:

-Length: 1100 mm-Width: 400 mm-Height: 680 mm-Weight: 275 kg

Number of Cylinders: 6

Standard Fuel Types: -(Model DN – HvM508D): Biodiesel / Petroleum Diesel -(Model DN – HvM508E): Fuel-Grade Ethanol / Gasoline (Octane80+)


Combustion System: Standard Diesel Cycle (Model DN – HvM508D); 4 Cycle Petroleum Combustion (Model DN – HvM508E)

Cooling System: Pump-Assisted Glycol Radiator

Idle / Maximum Governed Speed: 750 / 10,000 rev/min

Ideal Power Output: 522 kW at 3,000 rev/min

Cost: -Engine (Per Unit – Both D and E Models): 6,630 sm ($ 12,000)-National (Non-Export) Production Rights: 33,150,000 sm ($ 60,000,000)


Peldaer High Power, Multi-Fuel, Turbine Engine (PDGt – HPMf794)

Spurred on by the Dnervoc's success, the Defense Forces of the United Socialist States of Schultaria Prime requested an engine design to power its heaviest combat vehicles using alternative fuel sources. Addressing the Schultarian Defense Forces problems head on, the same researchers from University of Schultaria Prime - Myrle who were responsible for the creation of the Dnervoc were once again called to the task of designing an engine with even greater environmental and fuel tolerances. Through an exahusting eighteen-month research program, heavily funded by The State Industires of Schultaria Prime, the Peldaer Multi-Fuel Turbine Engine was accepted as the military's heavy armor power plant.

Instead of relying on the power of a reciprocating piston, the Peldaer operates on the concept of an internal pressurized turbine concept. A positive result of the engine's turbine propulsion system is its incredible fuel tolerance; while most piston driven engines require a specific fuel mixture, the Peldar is tolerant of any combustible hydrocarbon liquid or gas. To prove these claims, several unorthodox tests were performed by the SDF, the most famous involving long-range endurance tests by three Kerga-Masalan tanks, fueled on liquid methane, spent engine oil, and perfume respectively. Now, ten years after its development and ceremonial introduction into the Schultarian nation, the technology behind the Peldaer has been declassified for public sale.

Specifications:


Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: The University of Schultaria Prime - Myrle


-Length: 1650 mm-Width: 650 mm-Height (Forced Air Induction Valves) : 850 mm-Weight: 340 kg

Fan / Compression Stages: 2 Powered Fans / 6 Compression Stages

Standard Fuel Types: Biodiesel / Petroleum Diesel; Fuel-Grade Ethanol / Gasoline (Octane 120+)

Combustion System: Forced-Air Turbine Compression

Cooling System: Air Bleed System (Compressor Blades); Pump-Assisted Isobutane Radiator (Engine Casing)

Idle / Maximum Governed Speed: 12,000 / 130,000 rev/min

Ideal Power Output: 2.1 MW at 70,000 rev/min

Cost: -Engine (Per Unit): 52,500 sm ($ 95,000)-National (Non-Export) Production Rights: 787,500,000 sm ($ 142,537,500)


Laquai Naval Engine / Generator (LQ – ExGM427)

Although Schultaria Prime has been operating on the oceans for its livelihood well into recorded history, Schultarian naval technology has been sorely lacking in funding and interest until the State's Commerical Revolution came to fruition fifty years ago. As demand for Schultarian exports grew to


unprecedented levels, local shipping companies looked for local equipment to bolster their ships' speed to increase their rates of return.

When demand for new shipping technology reached the national government, Designwerks was charged with the task of developing a newer and efficient naval propulsion systems to help the Schultarian Merchant Marine. Earnestly, Project Kasselmer Navem, a collaborative effort between The State Industries and Schultaria Prime's Merchant Marine, developed a new engine which satisfied the demands of government and private enterprise: the Laquai Naval Engine. Since it's development, it has become a staple throughout the Schultarian State both as a naval power source and as an emergency power generator for many government and private enterprises.

Specifications:

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


-Length: 7.0 m-Width: 3.0 m-Height: 4.0 m-Weight: 45.0 Metric Tons [45,000 kg]

Number of Cylinders: 18

Standard Fuel Types: Biodiesel / Petroleum Diesel

Combustion System: Standard Diesel Cycle

Cooling System: Pump-Assisted Glycol Radiator

Idle / Maximum Governed Speed: 300 / 5,500 rev/min

Ideal Power Output: 18.64 MW at 2,000 rev/min

Cost: -Engine (Per Unit): 63,000 sm ($ 114,000)-National (Non-Export) Production Rights: 315,000,000 sm ($ 570,150,000)



Aircraft Engines:

Talmudd Small Jet Engine (TA - M303)

One of the major problems concerning Schultarian Prime's alternative fuels directive was the lack of devoted research in producing twoards producing an affordable and cost effective turbine for the State's energy hungry commercial and military air forces. During a tumultuous few years, while the rest of the nation had begun to adapt Biodiesel and fuel-grade Ethanol, the Schultarian Defense Forces, as well as the private sector, had to either submit to using expensive imported fossil fuels or spend hours and tens of millions of merlons for expensive maintenance to combat the effects of highly volatile synthetic substitutes. It wouldn't be until engineering students from The University of Schultaria Prime – Heerllu were able to develop an aircraft turbine based on the Pelader's unique metallurgical properties. With fan blades that are more resistant to corrosion and gaskets less prone to fracturing from highly volatile fuels, the end result was the Talmudd engine: a heartier, and better suited, engine for the needs of Schultaria Prime's aviation industry.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: The University of Schultaria Prime - Heerllu


-Length: 5.0 m-Diameter: 1.1 m-Weight: 2.0 Metric Tons [2,000 kg]

Fan / Compression Stages: 3 Powered Fans / 9 Compression Stages

Standard Fuel Types: Fuel-Grade Ethanol / Gasoline (Octane 120+)

Combustion System: Forced-Air Turbine Compression

Cooling System: Air Bleed System (Compressor Blades); Pump-Assisted Isobutane Radiator (Engine Casing)

Idle / Maximum Governed Speed: 12,000 / 130,000 rev/min

Ideal Thrust Output: 142.5 kN [Approx. 33,250 lbs of Thrust]


Cost: -Engine (Per Unit): 455,800 sm ($ 825,000)-National (Non-Export) Production Rights: 2,279,000,000 sm ($ 4,124,990,000)



Electrical Generation:

Haarvekord Nuclear Reactor Core - Mk. VII (HKO – LtM715)

This reactor core, envisioned by the late Professor Kevem Haarvekord 130 years ago, is elegantly simple in its size and operating principles. As nuclear reactors go, its extraordinarily small dimensions and relatively straightforward maintenance have become a staple part of the Schultarian State. His designs, based on concentrating highly enriched Uranium rods as close as possible, were so ahead of their time that many of the leading Nuclear Engineers in Schultaria Prime have spent the last 40 years performing little more than basic upgrades to his original design. This recent reincarnation, the seventh reactor series developed from Haarvekord's unusually detailed notes, was pressed into the service of the national Schultarian power grid some 20 years ago. With a perfect track record, and approval from the National Assembly, The State Industries of Schultaria Prime – Designwerks is now authorized to sell this nuclear technology for peaceful civilian use.

N.B.: These are the specifications for the Haarvekord nuclear fission core only! The proper facilities must be constructed (Cooling Towers, Control Rooms, Fuel Reprocessing, etc.) in order to ensure maximum safety and reliability.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: The Haarvekord Family Foundation


-Length: 15.0 m-Diameter: 2.25 m-Weight: 85.0 Metric Tons [85,000 kg]

Fuel Source: 300 kg Reactor Grade Uranium [5% 235U / 95% 238U] Partitioned into 5 Rods


Cooling System / Power Transfer Mechanism: 3 Stage High Pressure Water Cycle

Emergency Safeguards: -Conventional Reaction Control: 4 Cadmium-Molybdenum Control Rods-Emergency Coolant Control: Boric Acid [4000 L]

Core Shielding:-Structural Integrity: 6.5 cm Titanium / Tungsten Alloy-Baseline Radiation Protection: 2.5 cm Lead Casing

Power Generation: 433 MW

Cost: -Per Unit: 690,000,000 sm ($ 1,250,000,000)-National (Non-Export) Production Rights: Not Applicable



Designwerks SehfalHigh Quality, Ready Built, Infrastructure...

Civilian Infrastructure:

Jennu Temporary Housing Kits

Designwerks contractors operating in the field, especially those who have been assigned to assist in less developed areas, have clamored for access to reliable, safe, and secure temporary housing during their extended overseas stays. In response, The State Industries of Schultaria Prime, in conjunction with the Schultarian Defense Forces, developed a habitation structure designed to serve as private temporary housing with growth and expansion in mind. The Jennu is the result of decades of trial and error; after working in dozens of nations with climates as diverse as the planet itself, this structure can survive virtually any weather condition ever documented. Staying true to the Schultarian ideals of interconnectivity and multipurpose function, these structures are also capable of connecting with local city utilities and can serve as a means to provide economical, modular, housing for states facing demographic crisis.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: Kerga-Prmus Logistics Research Center


-Length: 7 m-Width: 7 m-Height: 2.5 m-Weight: 1.6 Metric Tons [1,600 kg]

Amenities:


-Food Preparation: Integrated Refrigerator; 4 Surface Range Top (Gas or Electric)-Hygiene: 1 Deep-Well Countertop Sink; Integrated Lavatory and Shower Stall-Climate Control: Can Sustain an Environment of 21°C at 45% Humidity Over the Following

Ranges: (Temperature: -45 – 60 °C; Humidity 0 - 100%)

Power Generation: 8 Designwerks Mk. III Solar Panels; 6,000 Lithium Ion Cells (18 Hours of Full Power Backup)

Unit Material Composition: -Outer Skin: Titanium / Aluminum Alloy-Inner Walls: Fiberglass Paneling

Cost: -Per Unit: 19,350 sm ($ 35,000)-National (Non-Export) Production Rights: 38,700,000 sm ($ 70,047,000)


Dakkien Mobile Medical Facilities

The Dakkien is the most complete mobile medical structure offered by any nation in the world. From multiple wards that can be isolated to treat quarantined patients to the integration of fully supplied surgery and medical diagnostic equipment, this structure offers all the necessary supplies to house 20 seriously afflicted individuals and treat over one hundred and fifty emergency cases per day. Attach this facility to a mobile solar power supply and a source of fresh water, and this structure can operate indefinitely with a frequent supply of necessary medical equipment.

As a cheap and viable way to provide medical care to areas without significantly developed infrastructure, the Dakkien has proven to be an immense success. Its ease of use and portability have not gone unnoticed by the Schultarian Defense Forces; with a grant of over three billion merlons, the Schultarian military has collaborated with Designwerks to not only make this facility more rugged and better suited for field work, but to provide the facilities necessary to distribute this wonderful device for humanitarian efforts worldwide.


Specifications:



-Length: 24 m-Width: 15 m-Height: 2.5 m-Weight: 36.0 Metric Tons [36,000 kg]

Amenities: 12 Independently Assembled Wards-Logistics / Hygiene: 1 Waste Disposal Module; 1 Power Generation Module; 1 Lavatory Module;

1 Supplies Module; 3 Hallway Modules-Clinical Diagnostics: 1 X-Ray / PET Scan Facility; 1 Biological Diagnostic Laboratory-Patient Care: 1 Surgery Module; 2 Patient Ward Modules-Climate Control: Can Sustain an Environment of 21°C at 35% Humidity Over the Following

Ranges: (Temperature: -30 – 60 °C; Humidity 0 - 90%)

Power Generation: 8 Designwerks Mk. VI Solar Panels; 12,000 Lithium Ion Cells (24 Hours of Full Power Backup)

Unit Material Composition: -Outer Skin: Titanium / Aluminum Alloy-Inner Walls: Fiberglass Paneling with Hafnium Nitride Bactericidal Pigment

Cost: -Per Unit: 800,000 sm ($ 1,160,000)-National (Non-Export) Production Rights: 400,000,000 sm ($ 724,000,000)



Transportation Infrastructure:

Yannsa Temporary Bridge Kit Mk. III

After several years of intensive design to make this bridge even more user friendly, the Mark III version of this kit allows for increased durability and rugged wear in even the harshest of climates while being one of the easiest bridge kits on the market today. Originally designed to provide temporary crossings for the Schultarian Defense Forces, this bridge kit has served Schultaria Prime for well over a century in capacities far beyond its intended military use.

The key to this kit's success is in its successful blending of significant load capacities with lightweight construction. In certain circumstances, this bridge can be constructed without the aid of any powered machinery, save for a few hand tools to fasten key components. As a hallmark of all Yannsa bridge kits, no individual component of this bridge weighs more than 125 kilograms, allowing for easy construction for road crews as well as military engineers.

Specifications:



-Span: 5 m (min.); 300 m (max.)-Width: 7 m-Weight: 125 kg per 5 m Section

Unit Material Composition: -Bridge Deck and Railing: Titanium / Steel Alloy

Load Tolerance: 200 Metric Tons [200,000 kg] Across Assembled Span

Cost: -Per 5 m Section: 110,500 sm ($ 200,000)-National (Non-Export) Production Rights: 82,875,000 sm ($ 150,000,000)



Designwerks Nume'kognaaAdvanced Computation for Progressive Thinking...

Home / Personal Computation:

CIMONES “Data Tablet” Personal Computer

As the most widely distributed personal computer in Schultaria Prime, the CIMONES has grown from a simple multifunction product into a national icon. Among other things the CIMONES was the first Designwerks product to coin the term “Data Tablet” which has since become cachet in research and bureaucratic institutions across the globe. From latest high definition movies and interactive games to composing and analyzing critical research in the field, this computer provides all the power necessary for work and play.

Built to exacting physical and computational tolerances, it is easy to see why the CIMONES is so venerated. As a computer system, Designwerks developed this computer for the civilian market, but with the toughness and reliability that customers would only expect from military technology.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developers: Schultarian Diode Company; Altunis Computation Corporation


-Height: 30 mm-Width: 300 mm-Length: 250 mm-Weight: 1.8 kg

Computational Components:-CPU: 1 RISC 64-bit "Stada" Processor (6 Gigaflops; 4 MB Cache) [Schultarian Diode Company]-RAM: 3 GB RAM (144 GB/s Sustained Data Transfer Rate)-Data Storage: 1 750 GB "Bithteck" Magnetic Hard Drive (512 MB/s Sustained Data Transfer Rate)

[Schultarian Diode Company]


-Video Enhancement: 1 256 MB "Koroson" Graphics Accelerator Card (2048 x 1536 Maximum Pixel Resolution; 2.5 Ghz Memory Clock Speed) [Altunis Computation Corporation]

-Networking – Telecommunication: 1 - 100 Mbit Adaptable (Wireless / Wired) Ethernet Card; 1 - 56Kbps Fax / Modem

-Data Input Devices: Wired Keyboard / Mouse Attachments (USB 3.0); Integrated Touchscreen / Electronic Stylus



DO'CLOVEEN Server Blade / Personal Computer Hybrid

As many businesses, research firms, and government continue demand increased performance with less clutter, many computer corporations across the world have struggled to keep pace with demanding needs. Fortunately, The State Industries of Schultaria Prime: Designwerks have been tackling this problem for years with reasonable success, and with the introduction of the DO'CLOVEEN, those days of struggling between massive processing power versus desktop mobility are coming to an end.

As a personal computer, the DO'CLOVEEN is a wonderfully powerful machine that can compete with the best and most versatile computers on the market, but its true secret to success lies in its ability to network and form powerful supercomputing clusters. In addition to its ability to operate as an independent personal computer, the DO'CLOVEEN can integrate with other processing clusters due to its unique architecture. Built in the traditional style of a rack mount server configuration, these computers can easily fit and integrate with dozens of DO'CLOVEEN computing units (or any other kind of “bladed” server format) to form an upgradeable (and highly mobile) supercomputing cluster.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developers: Schultarian Diode Company; Altunis Computation Corporation


Physical Dimensions: -Height: 50 mm-Width: 350 mm-Length: 600 mm-Weight: 2.95 kg

Computational Components:-CPU: 1 RISC 128-bit "Kelvan-V" Vector Processor (12 Gigaflops; 8 MB Cache) [Schultarian Diode Company]-RAM: 8 GB RAM (144 GB/s Sustained Data Transfer Rate)-Data Storage: 1 750 GB "Bithteck" Magnetic Hard Drive (512 MB/s Sustained Data Transfer Rate)

[Schultarian Diode Company]-Video Enhancement: 1 256 MB "Koroson" Graphics Accelerator Card (2048 x 1536 Maximum

Pixel Resolution; 2.5 Ghz Memory Clock Speed) [Altunis Computation Corporation]

-Networking – Telecommunication: 1 100 Mbit Adaptable (Wireless / Wired) Ethernet Card; 1 - 56Kbps Fax / Modem; 1 10 Gbit 64-pin Blade Connection Port

-Data Input Devices: Integrated Keyboard / Mouse Touchpad; Integrated Touchscreen / Electronic Stylus



SAPANNA Electronic Paper System

Spending nearly two and a half years in research and development under the most gifted minds from the Schultarian Diode Company, The State Industries of Schultaria Prime are proud to present the SAPANNA Electronic Paper System to the general public. Utilizing charged biochemical photoreceptors in a matrix of small capsules, the SAPANNA can create an image with the clarity of 2,500 individual points of color per square centimeter with a rapid rate of image refreshment that can compete with traditional video monitors. A far cry from existing e-paper (which uses extensive electromechanical components and plastic substrates) the SAPANNA system is virtually indistinguishable from its wood based counterpart. Unlike conventional newspapers, however, the Sapanna can be reprogrammed, is resilient to the forces of nature, and fully capable of transmitting rich video and audio data.


Specifications:

Manufacturer:-Parent Company: Schultarian Diode Company-Subsidiary Developers: The State Industries of Schultaria Prime – Designwerks; University of

Schultaria Prime Research Corporation; Altunis Computation Corporation

Physical Dimensions: -Height: 12.5 mm (Unfolded)-Width: 300 mm-Length: 550 mm (Unfolded)-Weight: 0.45 kg

Computational Components:-CPU: 1 MIPS 32-bit "P Clone IV" Processor (2.95 Gigaflops; 2 MB Cache) [Schultarian Diode Company]-RAM: 1 GB RAM (144 GB/s Sustained Data Transfer Rate)-Data Storage: 1 30 GB "Paerlen" Electromagnetically Hardened Solid State Storage Drive (1

GB/s Sustained Data Transfer Rate)[University of Schultaria Prime Research Corporation]

-Video Enhancement: 1 128 MB "Koroson" Graphics Accelerator Card (2048 x 1536 Maximum Pixel Resolution; 1.8 Ghz Memory Clock Speed) [Altunis Computation Corporation]

-Networking – Telecommunication: 1 100 Mbit Adaptable (Wireless / Wired) Ethernet Card

-Data Input Devices: Integrated Touchpad / Multifunction Information Panel

Cost: -Per Unit: 275 sm ($ 500)-National (Non-Export) Production Rights: 330,000,000 sm ($ 597,300,000)



Extreme Environment Computation:

SPATEX Computing Series

Initially developed for the Schultarian Space Program, and then adapted for field work with the Schultarian Defense Forces, the SPATEX series of computational devices are exclusively to operate in the most damaging and least forgiving conditions that the planet (as well as space) can offer. Specifically engineered for durability, reliability, and adaptable redundancy these Schultarian-built computers offer the best chance for data protection against even the most horrific circumstances. From the abuses of the battlefield to the hard vacuum, temperature extremes, and intense radiation of spaceflight, these computers can and will get the job done when you need them the most.

To a nation who may require a specific variant of the SPATEX series, three versions are available for sale by The State Industries of Schultaria Prime.

Specifications: SPATEX Mk. I

Manufacturer:-Parent Company: Schultarian Diode Company-Subsidiary Developers: The State Industries of Schultaria Prime – Designwerks; University of

Schultaria Prime Research Corporation; Eldaimovey Advanced Research Laboratories – Spaceflight Division


-Height: 100 mm -Width: 400 mm-Length: 600 mm -Weight: 35 kg

Computational Components:-CPU: 2 MIPS 32-bit Electromagnetically Hardened "P Clone" Processors (800 Megaflops; 256 KB Cache [Per Processor]) [Schultarian Diode Company]-RAM: 128 MB RAM with Dual Redundancy Memory Banks (Effective Memory Capacity: 256 MB) (1 GB/s Sustained Data Transfer Rate)-Data Storage: 1 25 GB "Tortoise" Electromagnetically Hardened Solid State Storage Drive (66

MB/s Sustained Data Transfer Rate)[University of Schultaria Prime Research Corporation]


SPATEX Mk. I SPATEX Mk. II SPATEX Mk. III

-Networking – Telecommunication: 1 1 Mbit 32-pin Connection Port

Computational Effectiveness:-Normal Computing Load: 1.4 Gigaflops/ sec-Heightened Electromagnetic Interference: 1.1 Gigaflops/sec-Extreme / Directed Electromagnetic Interference: 950 Megaflops/sec



Specifications: SPATEX Mk. II

Manufacturer:-Parent Companies: Schultarian Diode Company; Kerga-Prmus High Technolgies; The State

Industries of Schultaria Prime – Designwerks;-Subsidiary Developers: University of Schultaria Prime Research Corporation; Eldaimovey

Advanced Research Laboratories – Spaceflight Division

Physical Dimensions: -Height: 50 mm -Width: 350 mm-Length: 600 mm -Weight: 30 kg

Computational Components:-CPU: 2 MIPS 32-bit Electromagnetically Hardened "P Clone III" Processors (1.2 Gigaflops; 512 KB Cache [Per Processor]) [Schultarian Diode Company]-RAM: 256 MB RAM with Dual Redundancy Memory Banks (Effective Memory Capacity: 512 MB) (1 GB/s Sustained Data Transfer Rate)-Data Storage: 1 75 GB "Quahog" Electromagnetically Hardened Solid State Storage Drive (66

MB/s Sustained Data Transfer Rate)[University of Schultaria Prime Research Corporation]

-Networking – Telecommunication: 1 3 Mbit 32-pin Connection Port; 1 10 Mbit 64-pin Blade Connection Port

Computational Effectiveness:-Normal Computing Load: 2.2 Gigaflops/ sec-Heightened Electromagnetic Interference: 1.8 Gigaflops/sec-Extreme / Directed Electromagnetic Interference: 1.6 Gigaflops/sec




Specifications: SPATEX Mk. III

Manufacturer:-Parent Companies: Schultarian Diode Company; Kerga-Prmus High Technolgies; The State

Industries of Schultaria Prime – Designwerks;-Subsidiary Developers: University of Schultaria Prime Research Corporation; Eldaimovey

Advanced Research Laboratories – Spaceflight Division

Physical Dimensions: -Height: 175 mm -Width: 400 mm-Length: 600 mm -Weight: 46 kg

Computational Components:-CPU: 2 Three-Dimensional NeuNET 64-bit Electromagnetically Hardened "Ascension Cognos" Processors (3.6 Gigaflops; 1.5 MB Cache [Per Processor]) [Eldaimovey Advanced Research Laboratories – Spaceflight Division]-RAM: 1.5 GB RAM with Dual Redundancy Memory Banks (Effective Memory Capacity: 3 GB) (1 GB/s Sustained Data Transfer Rate)-Data Storage: 1 350 GB "Thalmy" Rewritable Crystalline Storage Devices (128 GB/s Sustained

Data Transfer Rate)[University of Schultaria Prime Research Corporation]-Networking – Telecommunication: 1 3 Mbit 32-pin Connection Port; 2 10 Mbit 64-pin Blade

Connection Ports

Computational Effectiveness:-Normal Computing Load: 2.2 Gigaflops/ sec-Heightened Electromagnetic Interference: 1.8 Gigaflops/sec-Extreme / Directed Electromagnetic Interference: 1.6 Gigaflops/sec

Cost: -Per Unit: 74,035 sm ($ 134,000)-National (Non-Export) Production Rights: Not Applicable



Industrial Computation:

SAMMUTUS Automation Computer

This Industrial Computer has been designed for the nation whose industry is on the move. Tested extensively by many of the most trusted industries in Schultaria Prime, this computer offers precision and reliability in settings were a loss of either quality means damage to the bottom line. The SAMMUTUS is exclusively designed to run manufacturing plants while maintaining a safe and cost effective means of highly efficient automated control. From the raw power of the steel industry to the delicate molecular maneuvers of the silicon age, these computers will always do their job, and do it well.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: Schultarian Diode Company


-Height: 2.7 m-Width: 1.8 m-Length: 0.5 m-Weight: 650 kg

Computational Components:-CPU: 4 RISC 32-bit "Kelmac" Processors (2 Gigaflops; 2 MB Cache; Integrated Math Co- Processor [For Dedicated Three-Dimensional Rendering Support][Per Processor]) [Schultarian Diode Company]-RAM: 8 GB RAM (144 GB/s Sustained Data Transfer Rate)-Data Storage: 3 512 GB "Karlon" Magnetic Hard Drives (1.5 GB/s Sustained Data Transfer Rate)-Video Enhancement: 1 2 GB "HIMAT CAD" Engineering-Class Video Accelerator Card

[Schultarian Diode Company]-Networking – Telecommunication: 6 10 Gbit 64-pin Connection Ports-Data Input Devices: Integrated Keyboard / Mouse Touchpad; Integrated Touchscreen /

Electronic Stylus-Specialty Software: HIMAT CAD Rapid Prototyping; UNIOS (Universal Network Interface

Operating System); “Prediction Pro” Robotic Managerial Software


Cost: -Per Unit: 110,500 sm ($ 200,000)-National (Non-Export) Production Rights: 773,500,000 sm ($ 1,400,350,000)



Research Supercomputers:

HPC (High Performance Cluster) Series

The HPC, Schultaria Prime's first indigenous Supercomputer, was developed as a multipurpose computational device suited for work all manner of government, military, civil engineering, and pure research applications. With scalability as Designwerks' major priority, the HPC can operate either as an isolated units or in cooperation with massively parallel Beowulf clusters. Additionally, these computers were designed to also operate with a wide variety of foreign and domestic computation systems, and are deliberately engineered to very loose software tolerances; insuring proper operation under any programming language or hardware interface with minimal memory or processor deficiencies.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: Schultarian Diode Company


-Height: 2.5 m-Width: 2.0 m-Length: 2.0 m-Weight: 450 kg

Computational Components:-CPU: 4 RISC 128-bit "Kelvan" Vector Processors (12 Gigaflops; 8 MB Cache; Integrated Math Co- Processor [Per Processor]) [Schultarian Diode Company]-RAM: 32 GB RAM (144 GB/s Sustained Data Transfer Rate)-Data Storage: 512 GB "Karlon" Magnetic Hard Drive (512 MB/s Sustained Data Transfer Rate)

[Schultarian Diode Company]-Networking – Telecommunication: 2 10 Gbit 64-pin Connection Ports-Specialty Software: UNIOS (Universal Network Interface Operating System)

Cost: -Per Unit: 93,925 sm ($ 170,000)-National (Non-Export) Production Rights: 751,400,000 sm ($ 1,360,340,000)



CHEMIR Series

Following the successes of Schultarian research efforts in developing "virtual" computer laboratories from HPC hardware architecture, the University of Schultaria Prime (in conjunction with The State Industries of Schultaria Prime) set forth to build a newer, faster, generation of Supercomputers based on the HPC's success. What came out of their collaboration would become the basis for the CHEMIR Supercomputer. Like their HPC counterparts, the CHEMIR class of Supercomputers are designed to work either as individual units or as massively parallel Beowulf clusters and, likewise, are also engineered to very loose software tolerances, but with a greater emphasis on processor speed and data communication.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developers: Schultarian Diode Company; University of Schultaria Prime Research

Corporation

Physical Dimensions: -Height: 2.5 m-Width: 3.0 m-Length: 3.0 m-Weight: 565 kg

Computational Components:-CPU: 8 RISC 128-bit "Orrokern" Vector Processors (25 Gigaflops; 16 MB Cache; Integrated Math and Differential Co-Processors[Per Processor]) [Schultarian Diode Company]-RAM: 256 GB RAM (1.125 TB/s Sustained Data Transfer Rate)-Data Storage: 7 512 GB "Karlon" Magnetic Hard Drives (512 MB/s Sustained Data Transfer Rate)

[Schultarian Diode Company]-Networking – Telecommunication: 2 100 Gbit 128-pin Connection Ports-Specialty Software: UNIOS (Universal Network Interface Operating System)

Cost: -Per Unit: 187,845 sm ($ 340,000)-National (Non-Export) Production Rights: 1,314,915,000 sm ($ 2,380,000,000)



QUANVER Series

The QUANVER series of supercomputers were the first Schultarian commercial devices to break the hundred billion merlon sales mark, and also the first product to revolutionize how the international community views Schultarian technological development. Fitting in roughly the same dimensions as the HPC, the QUANVER Supercomputer is designed to operate at speeds that would never be achieved under current computing standards, but with the same loose software tolerances and service reliability that the international community has come to expect. As the end result of 40 years in applied research and development, the QUANVER's success lies in the application of its revolutionary QBIT quantum processor architecture. QUANVER's processors, codenamed Prometheus, integrate unique polynomial processing architecture with conventional floating point hardware to render complex mathematical calculations at speeds far beyond binary-dependent systems.

Specifications:


Corporation

Physical Dimensions: -Height: 2.5 m-Width: 2.0 m-Length: 2.0 m-Weight: 600 kg

Computational Components:-CPU: 2 QBIT 256-bit "Prometheus" Quantum Processors (1.5 Teraflops; Integrated Binary – Polynomial Co-Processing Interface [Per Processor]) [University of Schultaria Prime Research Corporation]-RAM: 512 GB RAM (1.125 TB/s Sustained Data Transfer Rate)-Data Storage: 7 512 GB "Karlon" Magnetic Hard Drives (512 MB/s Sustained Data Transfer Rate)

[Schultarian Diode Company]-Networking – Telecommunication: 4 100 Gbit 128-pin Connection Ports-Specialty Software: UNIOS-Q(Universal Network Interface Operating System – Quantum ed.)

Cost: -Per Unit: 2,800,000 sm ($ 5,068,000)-National (Non-Export) Production Rights: 7,000,000,000 sm ($ 12,670,000,000)



DALIER Series

Following along the commercial and technological success of the QUANVER The State Industries of Schultaria Prime, on the initiative of the Schultarian State, was authorized to develop an even more powerful supercomputing system for the nation's myriad research facilities. With a clear mandate from the government, and virtually no limitations on spending, the first prototypes of the current DALIER Supercomputer broke all the rules, pure and simple. From the introduction to high-powered 512 bit processing architecture to the complete dismissal of magnetic storage devices, the DALIER was developed as a machine with absolutely no peers. Unfortunately, this level of advancement was not cheap, as the research and development budget for this supercomputer prototype exceeded 90 billion merlons, or slightly more than the Schultarian Space Program's operating budget for its first ten years.

Specifications:


Corporation

Physical Dimensions: -Height: 2.5 m-Width: 2.0 m-Length: 2.0 m-Weight: 1,900 kg

Computational Components:-CPU: 6 QBIT 512-bit "Hermes" Quantum Processors (7.8 Teraflops; Integrated Binary – Polynomial Co-Processing Interface [Per Processor]) [University of Schultaria Prime Research Corporation]-RAM: 128 TB RAM (4.5 TB/s Sustained Data Transfer Rate)-Data Storage: 10 75 TB "Sapren" Rewritable Crystalline Storage Devices (128 GB/s Sustained

Data Transfer Rate) [Schultarian Diode Company]-Networking – Telecommunication: 4 100 Gbit 128-pin Connection Ports-Specialty Software: UNIOS-Q(Universal Network Interface Operating System – Quantum ed.)




Computer Augmentations:

ROTOVO Data Archive

Funded by a mandate from the Schultarian National Assembly for a long-term data storage system capable of surviving an extreme environmental catastrophes, the ROTOVO Data Archive was publicly unveiled as the Schultarian government's premier data handling facility. After nearly 25 years of faithful service and three successful revisions, Designwerks is pleased to offer this technology to the international community. Completely automated and engineered to withstand nuclear and chemical attacks, this system is perfect for businesses or nations who require a safe and secure means of storing their valuable data that absolutely can not trusted in conventional systems.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: University of Schultaria Prime Research Corporation


-Height: 2.8 m-Radius: 2.5 m-Weight: 2,000 kg

Computational Components:-Control System: 1 SPATEX Mk. II Computer -Data Storage: 4080 75 GB "Quahog" Electromagnetically Hardened Solid State Storage Drives

(66 MB/s Sustained Data Transfer Rate)[University of Schultaria Prime Research Corporation]

-Data Seek/Load Latency: 20 Seconds-Networking – Telecommunication: 2 100 Gbit 128-pin Connection Ports-Emergency Power Assistance: 5 480 W Battery Cell Packs (1 h 35 m of Emergency Power)

Cost: -Per Unit: 1,500,000 sm ($ 2,715,000)-National (Non-Export) Production Rights: 375,000,000 sm ($ 678,750,000)



NEXCRA Data Storage System

However, under a mandate from the University of Schultaria Prime – Schultaria Prime for a smaller, faster, and denser way to compress data without the use of magnetic storage media, Designwerks began a 15 year – 2.5 billion merlon research project to develop a crystalline-based computer drive. What came of this research was the NEXCRA: a cheap, rugged, and highly versatile form of non magnetic crystalline media. The storage crystal, composed of artificial quartz, is easy to manufacture and process for high yield data storage.

The operation of the storage array is as follows. The artificially grown crystal, placed in the NEXCRA laser array, is subjected to a series of 3 guiding lasers and 3 dedicated "write" lasers which physically alter the molecular structure of the crystal in a three dimensional matrix. This matrix, in turn, can hold an incredible amount of data in a very compact space. Presently, most standard NEXCRA devices can usually store, transfer, and access data at a compression rate of 1 Terabyte per cubic millimeter of crystal.

Specifications:

Manufacturer:-Parent Company: The State Industries of Schultaria Prime – Designwerks -Subsidiary Developer: University of Schultaria Prime – Schultaria Prime


-Height: 1.4 m-Radius: 1.1 m-Weight: 250 kg

Computational Components:-Control System: 1 SPATEX Mk. II Computer -Data Storage: 1 1 PB (1024 TB) “Icen” Artificial Quartz Crystal (2.5 TB/s Sustained Data Transfer

Rate) [University of Schultaria Prime – Schultaria Prime]-Data Seek/Load Latency: 3 Milliseconds




Designwerks InterkosmosSmart Solutions for the Space Age...

Single-Use Launch Vehicles:

Arketsan Series

The Arketsan rocket series was Schultaria Prime's first serious, and successful, attempt in creating and developing an indigenous launch vehicle with commercial intent. Unlike most other Schultarian products, the launch vehicle is not entirely the product of internal research and development, as its exterior betrays to those with sufficient expertise. Instead of spending an exorbitant sum of the nation's budget on developing and testing novel and experimental technologies, The State Industries of Schultaria Prime, with full consent from the Schultarian Scientific Collective and the National Assembly, pursued to develop launch vehicle firmly infused with proven design experience and technology from firms well versed in spaceflight and replete design expertise.

Based on the designs of the R-7 Intercontinental Ballistic Missile, whose designs were purchased by Designwerks in exchange for a 30 year assembly subcontract, and subsequently modified by Eldaimovey Advanced Research Laboratories' aerospace engineering division, the Arketsan has become the premier light-duty launch vehicle for the Schultarian State. 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. Additionally, Designwerks, recognizing the diverse needs of the international marketplace, is pleased to provide two variants for sale: a one-stage derivation for light payload deliveries and sub-orbital research (Mk. I), and a two-stage modification designed for larger satellite deliveries or manned missions to LEO (Mk. III).

To a nation who may require a specific variant of the Arketsan series, two versions are available for sale by The State Industries of Schultaria Prime.

Specifications: Arketsan Mk. I

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 EnginesBooster: 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-Maximum Orbital Insertion Altitude: 275 km

Cost: -Per Unit: 70,000,000 sm ($ 126,700,000)-National (Non-Export) Production Rights (Mk. I and III): 17,500,000,000 sm ($ 31,675,000,000)

Production Latency (Order to Launch): 35 Days


Specifications: Arketsan Mk. III

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]



Main: 5 K-Type Bellspa Mk. III EnginesBooster: 20 R-Type Mk. I Bellspa Engines

-Second Stage:Main: 1 K-Type Bellspa Mk. III EngineUllage: 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)


Orbital Insertion Limitations:-Maximum Mass to Sustainable LEO: 7,500 kg-Maximum Orbital Insertion Altitude: 550 km-Maximum Mass to Planetary Escape Velocity: 3,200 kg

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



Proketsan Series

The Proketsan is the first space vehicle created by The State Industries of Schultaria Prime without foreign corporate contributions, although its outward design reflects a direct lineage with Soviet design principles. As an homage to the venerable “Proton” series of general purpose orbital vehicles the Proketsan is designed around a rough approximation of that series' external appearance, but the similarities end there. Underneath the Proketsan's Aluminum skin is a purely Schultarian machine; from


the engines all the way down to the smallest solder connections, to provide the absolute best and most assured reliability of any launch vehicle in its formidable class.

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]


Main: 6 Alpha Vorunnien Mk. V Engines-Second Stage:

Main: 3 K-Type Bellspa Mk. V EnginesUllage: 4 Mi-Type Miniaturized Bellspa Mk. I Engines

-Third Stage:Main: 1 K-Type Bellspa Mk. III EngineUllage: 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)


Orbital Insertion Limitations:-Maximum Mass to Sustainable LEO: 25,000 kg-Maximum Orbital Insertion Altitude: 3,000 km-Maximum Mass to Planetary Escape Velocity: 7,000 kg





Yuoketsan Series

After the United Socialist States of Schultaria Prime successfully demonstrated the ability to produce an orbital-capable satellite, hostile forces attacked and destroyed a significant portion of the Eldaimovey Advanced Research Laboratories in an attempt to atrophy Schultarian research efforts. And although the effects of the attack were not strategically successful in curtailing Designwerks' commercial mandate or the State's attitudes towards space research, the loss in life from deeply valued and highly respected members in 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 many volunteers from Eldaimovey's surviving divisions, began newer and far more daring space initiatives.

The Yuoketsan is an integral part of this effort. Officially, the Yuoketsan is part of the Komomere (Schultarian: Collective Memorial) space vehicle design project which was coined to honor the memory of those lives lost during this nation's most terrible modern memory. As a launch vehicle, it is a revolutionary contribution to the State's orbital-capable fleet. At almost seven times the launch capacity of the Proketsan the Yuoketsan was, for its development time, the single most powerful launch vehicle on the planet. While its power has been superceded by yet other Komere projects such as the Nucliketsan and the Komomerenketsan, it remains the most prolific testament to the endurance of all Schultarian progress.

Specifications:


Classification: -LEO (> 5,000 km): Extreme Duty (150,000 kg – 200,000 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 EnginesBooster (Liquid): 6 K-Type Bellspa Mk. V EnginesBooster (Solid): 4 Steah'va Mk. V Class Solid Rocket Boosters

-Second Stage:Main: 2 Alpha Vorunnien Mk. IX EnginesUllage: 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)



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)



Nucliketsan Series

Developed in secret under the cover of several dozen independent research projects, the Nucliketsan, formerly known as "Project Nucliox", was formally unveiled by The State Industries of Schultaria Prime on the tenth anniversary of the Contact Day Massacre. Like its fellow heavy lifting vehicle, the Yuoketsan, the work done for this vehicle was developed by the surviving scientists and engineers from the Eldaimovey Advanced Research Laboratories under the Komomere project, but with a far different


design objective than previous Komomere achievements. In real terms, the Nucliketsan is designed for nothing less than pure heavy lifting; a job which it does with absolutely no parallel to any other launch vehicle on the planet. Left to its own power, the Nucliketsan is capable of launching over 3.45 times the mass of the historic Mir Space Station into Low Earth Orbit without any difficulty.

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:


Classification: -LEO (> 5,000 km): Extreme Duty (200,000 kg <) Vehicle -Trans-Orbital: Very Heavy Duty (90,000 - 150,000 kg) Vehicle



Main: 5 Sigma Vorunnien Mk. IV EnginesBooster: 24 Alpha Vorunnien Mk. V Engines

-Second Stage:Main: 3 Sigma Vorunnien Mk. IV EnginesUllage: 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)



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




Eaolenketsan Booster System

One of the major disadvantages to most of the space vehicle fleet sold by Designwerks has revolved around adaptability. Although The State Industries of Schultraria Prime has attempted to alleviate this concern with larger launch vehicles, such as the Youketsan and Nucliketsan, but these options are only useful for very large payloads. Analyzing the problem as objectively as possible, Designwerks' and the Schultarian Space Administration's most respected aerospace engineers developed the Eaolenketsan. Designed for unique payloads that could or can not fit onto most other Schultarian launch vehicles, as well as a booster augmentation for the Proketsan and Yuoketsan launch vehicles, it has grown a reputation for diversity. From unusually large satellites to reusable manned launch vehicles, this booster series can, and will, fit the needs of many aspiring space faring nations.

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



Main: 4 Alpha Vorunnien Mk. IX EnginesBooster: 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]



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




Multi-Use / Reusable Launch Vehicles:

Project Komomerenketsan Spacecraft

The United Socialist States of Schultaria Prime, in an effort to create a more efficient orbital delivery system, began a 95 billion merlon project to develop the nation's first reusable space vehicle. With extensive support from the Eldaimovey Advanced Research Laboratories and the State Industries of Schultaria Prime: Designwerks the project was expected to take six years. On the day when the project was to be publicly announced, tragedy struck with the Contact Day Massacre.

Assessing the aftermath to Eldaimovey, the loss of skilled aerospace engineers and practical design knowledge appeared to have made the endeavor appear a lost cause, but the decision was made to proceed with the project in memory of those who were slain. On the fifteenth anniversary of the Contact Day Massacre, Designwerks, 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 Schultarian will and the adaptability of the nation's scientific establishment to rebound with renewed academic vigor, the space vehicle has become the vanguard of project Komomere, and has become 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 Orbital Insertion Altitude: 285 km

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)

Cost: -Per Unit: 4,350,000,000 sm ($ 7,873,500,000)


-National (Non-Export) Production Rights: Not Available




Satellite Payloads – Civilian:

Dommar Multipurpose Satellite Series

Schultaria Prime's first commercial satellite, the Dommar Sattelite Series has been faithfully serving the needs of the Schultarian State, and over fifty satisfied nations, for four decades. Built to follow the Schultarian motto of "Strength through versatility", the Dommar's key to its longevity has been through its ability to fit a number of roles in a very small package. In addition, the long heritage of this series has contributed positively towards the series' mass production. Compared with satellites that project similar capabilities, The State Industries of Schultaria Prime's Dommar Series is extraordinarily affordable.

To a nation who may require a specific variant of the Dommar series, four versions are available for sale by The State Industries of Schultaria Prime.

Specifications: Dommar Base Package

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

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


Production Latency (Order to Delivery): 8 Days


Specifications: Dommar Comsat Package 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 mouths to keep information flowing.




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




Specifications: Dommar Weathsat Package In areas where it is critical to keep an eye on the weather (especially in coastal or

mountainous areas), this package will give you the necessary warning to ensure the safety of your infrastructure and the lives of your citizens.






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

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




Specifications: Dommar Obversat Package Developed as a temporary means for intelligence gathering when speed is of the

essence, this package will give the information you need quickly and easily.





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





Ilemor Orbital Observatory Series

Schultaria Prime's obsession with intellectual development is well imbued within this series of orbiting satellite observatories. Each of these craft are personally designed by The State Industries of Schultaria Prime satisfy any national or private desire to learn about the universe around us. Concurrently, the Ilemor is also a reliable and cost effective option to expensive ground observatory upkeep. With the costs of Schultarian technology constantly on the decrease, due in large part to Designwerks' cooperation with the Schultarian State's scientific community, these mobile observatories are a great option if your space funding is less than "optimal" for a self-designed vehicle.

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.

Specifications: Ilemor Base Package

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


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

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



Specifications: Ilemor “Sharpsight” Package Designed for the more discerning observational astronomer, the conventional observational telescope is replaced with a University of Schultaria Prime LAIENX high

resolution model along with the necessary equipment for image interpretation. With a resolution 100 times better than the conventional model, this option can spot objects often clouded by a grain of sand held at arm's length.

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

Corporation



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


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





Specifications: Ilemor “Hotbody” Package While conventional astronomy still produces wonderful amounts of scientific and aesthetic beauty, the fact remains that optical astronomy can only observe 10 percent of the known universe. This package 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



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


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





Sagonar Communications Satellite

Playing on the initial success of the Dommar Comsat Package, The Engineers of the Schultarian Space Administration embarked on a move to improve its capabilities. Under a corporate initiative to create newer, more specialized satellites designed for specific challenges, The State Industries of Schultaria Prime developed tools to better suit the fields of telecommunications. To this extent, Designwerks has successfully designed and tested the Sagonar Communications Satellite for nations with intensive communication requirements. Better equipped and more powerful, this satellite has the ability to handle tens of thousands of communication streams across vast distances of space without significant errors or loss in signal.

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

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




Kehmnar Orbital Observation Platform

Originally designed as a simplified version of the Ilemor observatory platform, this orbital vehicle has been extensively modified for the specific task of orbital surveillance. Tested and redesigned for an undetermined amount of time by the engineers of SID-8, this pure reconnaissance device is a significant improvement over the Dommar Obversat package. From the development of higher security data encryption to a far more comprehensive observation suite, this device is one of the most powerful intelligence gathering tools currently in use by any nation on the planet.

Specifications:

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


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)





Stalzto Orbital Observation Platform

Originally designed as a geostationary communications relay based on Sagonar's communications equipment, the Stalzto was the second satellite to be co-opted by the Schultarian Intelligence Directorate to serve in the name of national security. Much in the same development spirit as the Kehmnar, engineers from the SID obtained most of the satellite's primary design specifications and heavily modified the end result for intelligence gathering methods. Unlike the Kehmnar, the Stalzto Observation Platform is designed to be a moderately passive intelligence gathering device – using its myriad array of multi-frequency communications receivers to intercept, retransmit, and decrypt vital communications signals from external sources for the Schultarian State.

Specifications:

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


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





Satellite Payloads – Defensive:

Kamor-IBBEM: First Generation ABM System

Following the collapse of the Treaty of Protective Union with Catania-Marinov the pre-NATO Schultarian state lost its only source of defense in a very dangerous international climate. Due to this sudden loss of strategic weapons protection, and instead of investing hundreds of billions of merlons into an unwieldy and hideously expensive strategic stockpile of intercontinental ballistic missiles, the National Assembly established full funding to create a comprehensive and reliable anti ballistic / satellite platform. After nearly 20 years of design, prototyping, and in field testing, The State Industries of Schultaria Prime can now sell the fruits of this research to the international community.

Specifications:

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


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%




Kamor-ADALALIEM: Second Generation ABM System

While the IBBEM platform would become a widely utilized space borne anti-missile platform both by Schultaria Prime and throughout the world, researchers in Designwerks struggled to design a next generation system based on it's technical specifications. While the IBBEM has served admirably in several conflicts (most notably in protecting the Nation of Lindim from a long range conventional missile barrage with a 65%-70% interception rate), the existing defensive platform was pushed so far to its engineered limits that Designwerks considered nearly scrapping the IBBEM system series for a more radical design approach.

Several key obstacles made designing the Kamor-ADALALIEM around the IBBEM fuselage quite difficult, but the lack in overall weaponry flexibility was the most concerning issue to both the SKC (Schultarian Defense Forces) and Designwerks. To compensate for the limitations of the Ouroboros system, this next generation defensive platform offers an array of modular defensive measures designed to maximize mission success. In addition, numerous modifications have been made to key sensor, computational, and thrust components to offer the absolute finest defense platform available for the price.

Specifications:





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%





Kamor-THOLO'KNE'NN: Prototype Third Generation ABM System

As the Schultarian Defesne Forces put the ADALALIEM series through its final development cycle, 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 The State Industries of Schultaria Prime, 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 of militarily offensive orbital nuclear weapons, and many of these systems delivered to states with questionable political stability, the THOLO'KNE'NN represents the soul of dogged Schultarian defensive resolve. Utilizing the combination of a well established defense package and several novel sensor technologies, this satellite represents the most powerful collection of Schultarian defensive capabilities in a commercial system.

Specifications:


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%

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




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