Physics

Physics is a comprehensive science that studies the most general, simple and basic laws of nature. These laws determine the structure and evolution of the material world and the properties and structure of matter and the laws of movement.

This technology is available at the start

Allows to discover: Force Fields (4781), Sub-atomic Particles (150), Super Conductors (317), Antigravitation (21093), Exo-geology (1665), Cruiser (21234), Battleship (62325), Battle platform (4218)

Biology

It explores all aspects of life; in particular, the structure, functions, growth, origin, evolution and distribution of living organisms.

This technology is available at the start

Allows to discover: Force Fields (3656), Antimatter (168), Bacteria Engineering (7425), Biological Alloys (4387), Xenobiology (56), Xenopsychology (1162), Cruiser (21234), Battleship (75262), Battle platform (45291)

Chemistry

Chemistry is the science of substances, their properties and structure. It also includes transformations that occur in chemical reactions and the laws, which these transformations obey.

This technology is available at the start

Allows to discover: Plasma (3285), Field Theory (90), Antimatter (168), Plasma Alloying (49), Super Conductors (195), Antigravitation (22781), Exo-geology (1665), Cruiser (21234), Battleship (62325), Battle platform (4218)

Mathematics

Mathematics is the foundation of all the sciences, the common language of the universe and a powerful tool for understanding reality. It undertakes the study of the order and measure, quantitative relationships and spatial forms of the real world.

This technology is available at the start

Allows to discover: Automation (3), Force Fields (1714), Subspace (1383), Field Theory (178), Island of Stability (129), Plasma Alloying (153), Fast Computers (2109), Antigravitation (1518), Xenopsychology (1000), Frigate (3291), Destroyer (5765), Cruiser (30805), Battleship (62325), Battle platform (4218)

Nano-technology

Design and construction of factories producing micromechanisms that in turn produce nanomachines. Only with the help of nanomachines is it possible to create materials with the specified molecular structure that can miniaturize, by several hundred times, the complex electronics systems in spacecraft.

This technology is available at the start

Allows to discover: Interceptor (687), Heavy Fighter (2073), Gunboat (7978), Afterburner Chamber (1310), Thermonuclear MIRV 5 mini (8359), Mini Photon Torpedo (16915), Plasma Mini-gun (2571), Gravitation Mini-gun (6185), Gravitation Micro-gun (6507), Medium Pylon (711), Large Pylon (2082), Missile Traps (931), Active Missile Traps (3398)

Thermonuclear Synthesis

Initiation of a thermonuclear reaction heats fuel to temperatures over a million degrees Kelvin, and captures the resulting plasma in a magnetic trap. The emphasis is on finding an effective means of removing the released energy, and the safe, stable operation of the reactor, in addition to its miniaturization.

This technology is available at the start

Allows to discover: Hangar with Repair Facilities (252), Two-tiered Hangar (252), TRE with Variable Thrust Vectoring (112), Dual TRE (132), Ion Engine (IE) (1129), Inertial Propulsion Unit (IRU) (9360), IRU with Variable Thrust Vectoring (10521), Photonic Engine (PE) (2784), PE with Variable Thrust Vectoring (2784), Photon Energy Generator (8702), Thermoelectric generator (1236), Thermonuclear Reactor (2055), Muon Fusion Reactor (1008), Field Energy Generator (7299), Thermonuclear Missile (1417), Plasma MIRV 6 (1311), Armor Piercing Torpedo (378), Thermonuclear Torpedo (2001), Proton Shield (7609), Ion Shield (7492), Anti-muon Gun (19638), Heavy Anti-muon Gun (27648), Boson Gun (2784), Heavy Boson Gun (2784), Heavy Ion Gun (151), Three-beam Ion Gun (213), UV Laser (313), Excimer Laser (313), Blaster (13705), IR Laser (718), Concentrated IR Laser (1305), Maser (4665), Heavy Maser (5384), Phaser (21612), Superphaser (25424), Gazer (10887), Heavy Gazer (12071), Paired Laser (201), Heavy Laser (218)

Complex Design

The use of fractal geometry, mathematical modeling, physical experiments and simply borrowing ideas from nature to build a rational, robust, durable design with a high level of adaptation to external conditions.

This technology is available at the start

Allows to discover: Cruiser (7796), Battleship (23175), Battle platform (9756), Hangar with Repair Facilities (1968), Stargate Module (2328), Stargate Module Mk.I (5413), Stargate Module Mk.II (9778), Rapid Munitions Distribution System (931), Repair Module (843), Atmospheric Dome (193), Seismo-resistant atmospheric dome (882), Radiation-resistant atmospheric dome (882), Hydroponics plant (2825), Floating platform (128), Celestial Station (9778), Planetary Defense System (1478), Military Base (931), Long distance scanning array (358), Orbital Research Center (1323)

Automation

A set of technologies designed to optimize and accelerate the mass production process of various types of devices and structures. Without developed automation the construction of large ships might require dozens or even hundreds of years.

Enabled by: Mathematics

Allows to discover: Frigate (1181), Destroyer (2825), Cruiser (7796), Battleship (22998), Hangar with Repair Facilities (1968), Two-tiered Hangar (1982), Reidium Armor (840), Enhanced Reidium Armor (1478), Active Reidium Armor (423), Light Active Reidium Armor (423), Enhanced Tungsten Armor (90), Afterburner Chamber (843), Thermonuclear Missile (911), Plasma MIRV 6 (1008), Thermonuclear MIRV 6 (1106), Thermonuclear MIRV 5 mini (1106), Thermonuclear Torpedo (195), Medium Armed Turret (159), Cluster Launching Installation (2621), Heavy Armed Turret (1125), Armed Special Purpose Turret (3470), Heavy Cluster Launching Installation (3519), Medium Pylon (711), Rapid Munitions Distribution System (562), Gravity Resonance Tank (123), Heavy Gravity Resonance Tank (931), Large Capacity Gravity Resonance Tank (2109), Extra Large Capacity Gravity Resonance Tank (5715), Military Base (5), Training Center (1323)

Xenobiology

The study of alien flora and fauna, the genetic manipulation of samples, creation of hybrids for adaptation of alien biology to meet the needs of one's own race.

Enabled by: Biology

Allows to discover: Xenopsychology (411), Hydroponics plant (2775), Marine Farm (196)

Island of Stability

The development of the technology of low-energy synthesis of stable superheavy g-elements. The study of the physicochemical properties of the resulting elements and compounds, as well as the creation of materials and devices based on these elements.

Enabled by: Mathematics

Allows to discover: Warp-armor (4218), Active Warp-armor (7031), Light Active Warp-armor (21427), Active Lagon Armor (5447), Light Active Lagon Armor (2812), Enhanced Reidium Armor (1362), Active Reidium Armor (2647), Light Active Reidium Armor (2989), Gravitation Scanner (1503), Gravitational Interference Generator (3282), Proton Shield (1951), Anti-proton Gun (8409), Baryon Gun (1694), Heavy Baryon Gun (2819), Anti-muon Gun (19521), Heavy Anti-muon Gun (27531), Boson Gun (1518), Heavy Boson Gun (1518), Heavy Ion Gun (112), Blaster (589), Maser (589), Heavy Maser (1518), Phaser (21496), Superphaser (25308), Gazer (4386), Heavy Gazer (5793)

Sub-atomic Particles

With the help of a gravitational Fermi Gamma Ray Space Telescope, spatial particle accelerator and nanodetectors, the opportunity to register and research sub-atomic particles billions of times smaller than an electron has arisen. The unusual properties of these newly discovered particles may well shake the modern scientific paradigm.

Enabled by: Physics

Allows to discover: Reidium Armor (706), Enhanced Reidium Armor (1344), Active Reidium Armor (445), Light Active Reidium Armor (445), Impulse Rocket Engine (IRE) (1518), IRE with Variable Thrust Vectoring (1518), Ion Engine (IE) (995), IE with Variable Thrust Vectoring (1125), Inertial Propulsion Unit (IRU) (3346), IRU with Variable Thrust Vectoring (3346), Magnetic Force Engine (MFE) (3138), MFE with Variable Thrust Vectoring (313), Photonic Engine (PE) (1518), PE with Variable Thrust Vectoring (1518), Photon Energy Generator (8128), Thermoelectric generator (281), Chromoplasma Reactor (5625), Thermonuclear Reactor (1921), Field Energy Generator (1984), Thermonuclear Missile (5355), Thermonuclear MIRV 6 (7454), Thermonuclear MIRV 5 mini (8226), Ion Shield (7769), Anti-proton Gun (1518), Baryon Gun (5280), Heavy Baryon Gun (7977), Boson Gun (3838), Heavy Boson Gun (3838), Anti-meson Gun (589), Concentrated Anti-meson Gun (1518), UV Laser (195), Excimer Laser (195), Blaster (13572), IR Laser (1106), Concentrated IR Laser (1170), Phaser (21479)

Plasma Alloying

The process of obtaining high-purity, high-temperature, super-light and heavy-duty corrosion-resistant alloys consists of the following stages: 1) Joint sublimation of a group of metals in a high temperature plasma; 2) Stripping out impurities; 3) Slow cooling of gas phase metals in an unblemished crystal grid.

Enabled by: Chemistry, Mathematics

Allows to discover: Active Warp-armor (19446), Light Active Warp-armor (19741), Light Active Lagon Armor (5738), Light Active Reidium Armor (2974), Afterburner Chamber (1181), Photon MIRV 10 (589), Armor Piercing Torpedo (246), Extra Large Capacity Gravity Resonance Tank (5584), Seismo-resistant atmospheric dome (753)

Field Theory

Only a few thousand intelligent beings in the galaxy understand what a field theory is. The simplest explanation would take hundreds of hours in lectures, so just be sure that this is a very useful thing that will bring great benefits!

Enabled by: Chemistry, Mathematics

Allows to discover: Impulse Rocket Engine (IRE) (3350), IRE with Variable Thrust Vectoring (3876), Muon Fusion Reactor (3314), Field Energy Generator (1106), Plasma MIRV 6 (313), Thermonuclear MIRV 6 (749), Thermonuclear MIRV 5 mini (749), Thermonuclear Torpedo (3375), Vortex Warp Shield (35588), Proton Shield (7834), Two-phase Shield (3375), Electromagnetic Shield (1004), Anti-muon Gun (19494), Heavy Anti-muon Gun (27504), Three-beam Ion Gun (68), Blaster (13556), IR Laser (2064), Concentrated IR Laser (2378), Maser (4520), Heavy Maser (5239), Phaser (15468), Superphaser (25280), Gazer (10743), Heavy Gazer (11927), Hyper-jump Prohibition Module (3093)

Antimatter

Antimatter production on an industrial scale. Development of special containers and storage facilities that can prevent accidental annihilation of matter, and the establishment of power plants, which operate on the effects of annihilation.

Enabled by: Biology, Chemistry

Allows to discover: Photonic Engine (PE) (11954), PE with Variable Thrust Vectoring (12569), Photon Energy Generator (11704), Photon Missile (13398), Photon MIRV 10 (16240), Mini Photon Torpedo (16773), Photon Torpedo (14669), Electromagnetic Shield (1005), Anti-meson Gun (3125), Concentrated Anti-meson Gun (4128), Maser (4522), Heavy Maser (5241), Heavy Laser (75), Optimized Resource Extraction (26898)

Super Conductors

The search for materials being transformed into the superconducting state at normal and high temperatures. The creation on this basis of quantavolution installations and new ways to transmit electricity without attrition.

Enabled by: Physics, Chemistry

Allows to discover: Reidium Armor (636), Enhanced Reidium Armor (1275), Active Reidium Armor (2118), Light Active Reidium Armor (2118), Plasma MIRV 6 (195), Thermonuclear MIRV 6 (445), Thermonuclear MIRV 5 mini (445), Anti-muon Gun (9462), Heavy Anti-muon Gun (27444), Boson Gun (1518), Heavy Boson Gun (1518), Blaster (13500), IR Laser (2004), Concentrated IR Laser (2319), Maser (1984), Heavy Maser (4225), Phaser (21408), Superphaser (25220), Gazer (10683), Heavy Gazer (11867), Heavy Gravity Resonance Tank (727), Extra Large Capacity Gravity Resonance Tank (589), Radiation-resistant atmospheric dome (680), Super-deep Mine (1240)

Subspace

The study of the influence of relativistic supermassive particles that distort the topology of the space-time continuum, to find loopholes, wormholes and other anomalies that allow movement at speeds faster than that of light.

Enabled by: Mathematics

Allows to discover: Warp-armor (14184), Active Warp-armor (18979), Light Active Warp-armor (20946), Impulse Rocket Engine (IRE) (1012), IRE with Variable Thrust Vectoring (1012), Magnetic Force Engine (MFE) (5900), MFE with Variable Thrust Vectoring (8154), Photonic Engine (PE) (3543), PE with Variable Thrust Vectoring (3543), Thermoelectric generator (639), Field Energy Generator (7362), Gravitation Scanner (843), Soliton Radar (4611), IR Interference Generator (580), Gravitational Interference Generator (2801), Soliton Interference Generator (9180), Two-phase Shield (5042), Anti-proton Gun (12807), Excimer Laser (337), Blaster (13106), Phaser (21015), Superphaser (24826), Stargate Module (1732), Stargate Module Mk.I (4815), Stargate Module Mk.II (9180), Hyper-jump Prohibition Module (2812), Heavy Gravity Resonance Tank (333), Extra Large Capacity Gravity Resonance Tank (1518)

Fast Computers

Increasing the speed of data transmission with the aid of subspace transitions of sub-atomic particles and the use of self-organizing algorithms for data processing. Without such calculations, it is impossible to lay a ship's course over hundreds of parsecs, not to mention the impact on the production of computers.

Enabled by: Mathematics

Allows to discover: Two-tiered Hangar (1103), TRE with Variable Thrust Vectoring (51), IRE with Variable Thrust Vectoring (3189), IE with Variable Thrust Vectoring (486), Inertial Propulsion Unit (IRU) (8528), IRU with Variable Thrust Vectoring (9690), MFE with Variable Thrust Vectoring (7920), PE with Variable Thrust Vectoring (11880), Plasma MIRV 6 (1359), Thermonuclear MIRV 6 (6760), Thermonuclear MIRV 5 mini (7528), Photon MIRV 10 (15552), Anti-proton Gun (1106), Anti-muon Gun (10170), Heavy Anti-muon Gun (26816), Heavy Boson Gun (10527), UV Laser (13), Excimer Laser (323), Blaster (12874), Heavy Maser (4552), Phaser (20781), Superphaser (24592), Gazer (4386), Heavy Gazer (5793), Cluster Launching Installation (1790), Armed Special Purpose Turret (2639), Heavy Cluster Launching Installation (2687), Large Pylon (1237), Stargate Module (1498), Stargate Module Mk.I (4582), Stargate Module Mk.II (8946), Hyper-jump Prohibition Module (1687), Rapid Munitions Distribution System (101), Active Missile Traps (2137), Ballistic Computer (112), Heavy Gravity Resonance Tank (99), Extra Large Capacity Gravity Resonance Tank (1095), Planetary Core Hyperspectral Scanner (2567), Planetary Defense System (647)

Xenopsychology

Xenopsychology is an interdisciplinary science that interfaces with classical psychology, cultural studies, history, sociology and xenobiology. Its task is to establish contact with intelligent alien life forms, understand their behaviors, aspirations, desires, traditions and culture. In terms of galactic multiculturalism this science is of major diplomatic, social and economic significance.

Enabled by: Xenobiology, Biology, Mathematics

Allows to discover: Multiculturalism Policy (196), Multicultural Censure (196), Training Center (200)

Plasma

Finding the patterns and process control mechanisms occurring in plasma using the methods of nonequilibrium kinetics, thermodynamics and the theory of the self-organization of systems. The widespread implementation of plasma technology in industrial production and the final decision on the question of feasibility in the creation of plasma weapons.

Enabled by: Chemistry

Allows to discover: Inertial Propulsion Unit (IRU) (1305), IRU with Variable Thrust Vectoring (1305), Magnetic Force Engine (MFE) (6760), MFE with Variable Thrust Vectoring (7571), Photonic Engine (PE) (3705), PE with Variable Thrust Vectoring (3705), Chromoplasma Reactor (6598), Armor-piercing Missile (964), Plasma Shield (6891), Anti-muon Gun (18456), Heavy Anti-muon Gun (26466), Plasma Gun (919), Plasma Mini-gun (1391), Boson Gun (3476), Heavy Boson Gun (3476), Extra Large Capacity Gravity Resonance Tank (843)

Exo-geology

Exo-geology is the science that studies the internal structure of celestial bodies such as planets, their satellites, asteroids, comets, planetoids and meteorites, in addition to planetary volcanism, fluvial and Aeolian processes. Special attention is paid to forecasting and mineral exploration for rare and valuable minerals, as well as the development of new technologies and methods for extraction.

Enabled by: Physics, Chemistry

Allows to discover: Seismo-resistant atmospheric dome (5), Radiation-resistant atmospheric dome (5), Super-deep Mine (790), Ultra-enriched Ore (9090), Planetary Core Hyperspectral Scanner (2710), Atmospheric Hyperspectral Scanner (7108)

Biological Alloys

Synthesizing alloys inside artificial organisms and the raw materials that give off waste that are used in metallurgical and chemical industries. The results are flexible, highly elastic, refractory alloys with high electrical conductivity.

Enabled by: Biology

Allows to discover: Warp-armor (13464), Active Warp-armor (18258), Light Active Warp-armor (19508), Lagon Armor (1845), Enhanced Lagon Armor (2832), Active Lagon Armor (4245), Light Active Lagon Armor (4551), Active Reidium Armor (1444), Light Active Reidium Armor (1787), Photon MIRV 10 (589), Orbital Research Center (5)

Bacteria Engineering

Breeding, crossbreeding and genetic manipulation of different strains of bacteria; the objective being to develop super-bacterium capable of processing waste, synthesizing valuable biochemical materials and medicines and building complex organic structures.

Enabled by: Biology

Allows to discover: Battle platform (5907), Large Capacity Gravity Resonance Tank (754), Extra Large Capacity Gravity Resonance Tank (3748)

Force Fields

The research of force fields consists of three stages: 1) The construction of the fundamental and theoretical foundations of the theory of Force fields; 2) Testing and experimentation in pilot plants; 3) Implementation of the technology of protective force fields in mass production.

Enabled by: Physics, Biology, Mathematics

Allows to discover: Warp Shield (15616), Reduction Warp Shield (21069), Vortex Warp Shield (34150), Proton Shield (6396), Two-phase Shield (2655), Ion Shield (6320), Plasma Shield (252), Electromagnetic Shield (150)

Antigravitation

Antigravitation is similar to the Meissner effect: during the transmission of a massive body into a superdense state, a complete displacement of the gravitational field occurs because of the volume of the body. This forms an anti-gravity bubble that pushes itself into the normal gravity field. The use of this phenomenon may significantly change heavy industry.

Enabled by: Physics, Chemistry, Mathematics

Allows to discover: Hangar with a Topological Pocket (2181), Active Warp-armor (4218), Light Active Warp-armor (15595), Jump Drive (2124), Anti-gravity Engine (AGE) (10843), AGE with Concentrated Gravitonium (15318), AGE with Heavy Gravitonium (23316), Gravitational Energy Generator (GEG) (12477), Enhanced GEG (17859), Intensified GEG (26550), Warp Shield (11109), Reduction Warp Shield (14062), Vortex Warp Shield (29785), Gravitation Gun (42), Gravitation Mini-gun (237), Gravitation Micro-gun (558), Celestial Station (3830)

Corvette

A compact but well-armed spaceship able to execute any tactical task. Because of its small size, it is difficult to build a universal spaceship based on this hull design; one must sacrifice either range, or weaponry, or hangar space for small ships.

This technology is available at the start

Allows to discover: Frigate

Battle Satellite

Stationary armored platform, able to carry heavy weaponry. This cheap and effective defensive unit can resist a simultaneous attack by several medium-sized space ships.

This technology is available at the start

Freighter

Large-scale but very lightly armored interstellar spaceship. Due to its large cargo hold, it can carry a significant amount of fuel as well as large modules. This hull design can be used to construct ships used for colonization, tankers, long-range research vessels, repair ships, assault troop carriers, etc.

This technology is available at the start

Fighter

This light fighter is a fast spaceship with excellent maneurability. Carrying light weapons and lightly armoured, it is effective when operating in a large fleet.

This technology is available at the start

Allows to discover: Interceptor

Interceptor

Larger version of a fighter spaceship. This ship accepts the installation of medium-sized pylons, upon which heavier weapons can be mounted.

Enabled by: Nano-technology, Fighter

Allows to discover: Heavy Fighter

Heavy Fighter

Fighter capable of carrying the heaviest of weapons available to small class ships. At the same time, it is usually slightly slower in speed than lighter ships.

Enabled by: Nano-technology, Interceptor

Allows to discover: Gunboat

Frigate

Next in line after the Corvette class according to hull size. Ships of this class have much more internal space than Corvettes, allowing for more weaponry or longer effective range.

Enabled by: Automation, Mathematics, Corvette

Allows to discover: Destroyer

Gunboat

Heavily armed small craft, the basic purpose of which is to engage in combat with larger classes vessels. It is usually substantially inferior in speed and maneuverability to smaller ships, but can have a rotating turret installed, allowing it to fire at any angle.

Enabled by: Nano-technology, Heavy Fighter

Destroyer

The largest hull size among mid-sized ships. Powerful weapons and armour, plus great self-sufficiency make ships of this class a formidable force in any conflict.

Enabled by: Mathematics, Automation, Frigate

Allows to discover: Cruiser

Battle platform

Huge orbital platform carrying a large amount of weapons. Fire power surpasses even the Dreadnought, though it is incapable of interstellar travel.

Enabled by: Bacteria Engineering, Physics, Biology, Chemistry, Mathematics, Complex Design

Cruiser

A capital ship that allows the most effective weapons and equipment to be installed. It can significantly exceed middle-class ships in terms of fire power, but is usually inferior to them in speed.

Enabled by: Complex Design, Physics, Biology, Chemistry, Mathematics, Automation, Destroyer

Allows to discover: Battleship

Battleship

The largest of available ship hulls. Ships of this class can stand alone against an entire fleet of smaller ships, but their construction and maintenance costs can be a serious challenge to the economy of a state.

Enabled by: Physics, Biology, Chemistry, Mathematics, Complex Design, Automation, Cruiser

Titanium Armor

This basic armor using titanium alloys is the lightest armor with the lowest level of protection. Appropriate for use in non-military equipment.

This technology is available at the start

Tungsten Armor

This basic armor using tungsten alloys is a heavy armor with an intermediate level of protection.

This technology is available at the start

Allows to discover: Enhanced Tungsten Armor

Enhanced Tungsten Armor

Due to an increase in thickness this enhanced armor is more durable and even heavier.

Enabled by: Tungsten Armor, Automation

Lagon Armor

High-tech armor formed from micro-organisms. It weighs almost as much as titanium, but is highly durable.

Enabled by: Biological Alloys

Allows to discover: Enhanced Lagon Armor , Active Lagon Armor , Light Active Lagon Armor

Reidium Armor

Advanced armor using nanostructured alloys with the addition of reidium as an alloying additive. Much lighter and stronger when compared to tungsten armor.

Enabled by: Sub-atomic Particles, Super Conductors, Automation

Allows to discover: Enhanced Reidium Armor , Active Reidium Armor , Light Active Reidium Armor

Enhanced Lagon Armor

Armor enhanced through the use of thick-skinned microorganisms, giving a more durable and heavier armor.

Enabled by: Lagon Armor, Biological Alloys

Enhanced Reidium Armor

This armor is enhanced due to an increase of the thickness. A more durable and heavier armor.

Enabled by: Automation, Island of Stability, Sub-atomic Particles, Super Conductors, Reidium Armor

Active Reidium Armor

An advanced version of the armor. Under the influence of a femto-impulse discharge, reidium molecules begin to move with relativistic speed in the crystalline grid of the alloy, improving its strength properties as if the entire alloy was made of pure reidium. It weighs more than the enhanced version, requires a constant input of energy, but fully deflects the impact of weak projectiles.

Enabled by: Automation, Island of Stability, Sub-atomic Particles, Super Conductors, Reidium Armor, Biological Alloys

Active Lagon Armor

An advanced version of the armor. In creating the casing special micro-organisms, which have been exposed to gamma radiation, begin to multiply rapidly up to a predetermined level. It offers full protection from minor damage. However, when damage occurs, regeneration is largely impossible because of the harm done to the neural connections of the microorganisms themselves. It weighs more than the enhanced version, and requires constant power.

Enabled by: Island of Stability, Lagon Armor, Biological Alloys

Light Active Reidium Armor

Lightweight version of active reidium armor, with lower strength and weight. A suitable option for light vessels. Requires a constant input of energy.

Enabled by: Automation, Island of Stability, Sub-atomic Particles, Plasma Alloying, Super Conductors, Reidium Armor, Biological Alloys

Light Active Lagon Armor

This lightweight version of the Active Lagon Armor variant is achieved through the use of thin-skinned species of gamma radiation-absorbing microorganisms. Lower strength and weight, this option is suitable for light vessels and requires a constant input of energy.

Enabled by: Island of Stability, Plasma Alloying, Lagon Armor, Biological Alloys

Warp-armor

Super hi-tech armor developed on the basis of reidium armor, but with the addition of gravitonium. The impact of projectiles upon its surface area causes a deformation of space, which takes most of the kinetic energy of the blast. Somewhat lighter than reidium armor while at the same time more durable.

Enabled by: Island of Stability, Subspace, Biological Alloys

Allows to discover: Active Warp-armor , Light Active Warp-armor

Active Warp-armor

An advanced version of armor. The alternating magnetic field increases the size of the surface areas of the deformed space, allowing it to absorb high energy projectiles. Heavier in weight than the enhanced version, has a constant demand for energy, but fully deflects the impact of weak projectiles.

Enabled by: Plasma Alloying, Island of Stability, Subspace, Biological Alloys, Warp-armor, Antigravitation

Light Active Warp-armor

Lightweight version of active warp armor with lower strength and weight. It is a suitable option for light vessels. Requires a constant input of energy.

Enabled by: Island of Stability, Plasma Alloying, Subspace, Biological Alloys, Warp-armor, Antigravitation

Floating platform

Floating platform that allows colonies on oceanic planets to expand. Without this floating platform technology, the population of a colony is limited to the space in a colonization module.

Enabled by: Complex Design

Atmospheric Dome

Technology for building atmospheric domes allows colonies to settle on planets without a breathable atmosphere. Without such atmospheric domes the population of a colony cannot grow beyond the limits of the colonization module.

Enabled by: Complex Design

Allows to discover: Seismo-resistant atmospheric dome , Radiation-resistant atmospheric dome

Marine Farm

Highly automated marine farming for food production on oceanic type planets.

Enabled by: Xenobiology

Long distance scanning array

Gathers information about nearby systems and search for stealthly spy ships.

Enabled by: Complex Design

Military Base

A complex of military facilities is tasked with protecting the civilian population of the planet against external and internal threats. They are especially effective in dealing with enemy attacks.

Enabled by: Complex Design, Automation

Orbital Research Center

Specialized laboratory that allows scientific experiments to be performed in outer space. Significantly speeds up scientific research.

Enabled by: Complex Design, Biological Alloys

Training Center

Gives experience to spaceships crew.

Enabled by: Automation, Xenopsychology

Radiation-resistant atmospheric dome

Modification of an atmospheric dome that protects the population from high levels of radiation that are typical for some planet types.

Enabled by: Complex Design, Atmospheric Dome, Super Conductors, Exo-geology

Seismo-resistant atmospheric dome

Modification of an atmospheric dome that can be built on planets with high seismic activity.

Enabled by: Exo-geology, Complex Design, Atmospheric Dome, Plasma Alloying

Planetary Defense System

A network of radar stations and anti-aircraft weapons launchers, designed to protect planets from orbital bombardment.

Enabled by: Complex Design, Fast Computers

Hydroponics plant

Highly productive system with a regulated artificial climate, necessary for producing food on planets that are not suitable for farming.

Enabled by: Complex Design, Xenobiology

Celestial Station

The celestial station is a huge platform soaring in the upper and middle layers in the atmosphere of gas giants. It has a built-in atmospheric dome and a network of gas-extracting plants. Use of a celestial station increases a world's population by 1000 persons.

Enabled by: Complex Design, Antigravitation

Thermonuclear Rocket Engine (TRE)

A basic engine using thermonuclear fusion for propulsion energy. Deuterium-tritium fuel is heated by terawatt laser beams, initiating a thermonuclear reaction. Plasma, formed by means of an alternating magnetic field, is forced through the nozzle, creating a powerful thrust.

This technology is available at the start

Allows to discover: TRE with Variable Thrust Vectoring

Dual TRE

Modification of the basic engine based on a rational layout and methods of fractal geometry that allow two TRE engines to be paired in one array. This gives an engine with almost double the thrust, but with a more compact size and lower power consumption in comparison with two ordinary TRE engines.

Enabled by: Thermonuclear Synthesis

TRE with Variable Thrust Vectoring

Modification of the propulsion system, which allows a portion of the plasma inside the engine to be diverted through additional nozzles located on either side of the hull. This allows the vessel to make sharp maneuvers in any given direction

Enabled by: Thermonuclear Synthesis, Thermonuclear Rocket Engine (TRE), Fast Computers

IE with Variable Thrust Vectoring

Modification of the propulsion system. With this system, ionized gas may be discharged in any direction through additional nozzles located on each side of the hull. This allows the vessel to make sharp maneuvers in all directions.

Enabled by: Sub-atomic Particles, Fast Computers, Ion Engine (IE)

Ion Engine (IE)

An advanced engine using ionized gas to produce thrust. The inert gas is introduced into the engine where, under the influence of an electrostatic field, it is first ionized and then accelerated in an alternating magnetic field, finally to be discharged through a nozzle. The best engine for specific functions.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles

Allows to discover: IE with Variable Thrust Vectoring

Impulse Rocket Engine (IRE)

An advanced engine with a customized layout using microthermonuclear explosions to produce thrust. Heavy water with dissolved deuterium and tritium is proportionally fed at high pressure into the engine, where, under the influence of an ultrasonic activator, a thermonuclear fusion reaction is initiated. Finally, a jet of heavy water is fired through a nozzle and by exploding creates a powerful thrust.

Enabled by: Sub-atomic Particles, Field Theory, Subspace

Allows to discover: IRE with Variable Thrust Vectoring

IRE with Variable Thrust Vectoring

Modification of the propulsion system. Now a stream of heavy water can be discharged in any direction through additional nozzles located on either side of the hull. This allows the vessel to make sharp maneuvers in all directions.

Enabled by: Sub-atomic Particles, Field Theory, Subspace, Fast Computers, Impulse Rocket Engine (IRE)

Anti-gravity Engine (AGE)

A high-tech engine using antigravity to create thrust. Resonators, mounted inside the engine compartment, impact a gravitonic bubble, transforming it into a superdense state. From this an anti-gravity bubble is formed and then pushed into a normal field of gravity. The main advantages of the engine – installable in any location and its yield of high power.

Enabled by: Antigravitation

AGE with Concentrated Gravitonium

Enhanced anti-gravity engine, which uses highly concentrated gravitons for fuel.

Enabled by: Antigravitation

Magnetic Force Engine (MFE)

A high-tech engine using a magnetic force field to produce thrust. The engine is a force-field generator that creates an invisible magnetic sail that runs along the ship's hull. Under bombardment from cosmic particles, this sail creates a high level of thrust. Maintaining such a sail, however, consumes a great deal of energy.

Enabled by: Sub-atomic Particles, Subspace, Plasma

Allows to discover: MFE with Variable Thrust Vectoring

Inertial Propulsion Unit (IRU)

High-tech engine with a customized layout using inertia to produce thrust. The engine is in reality an reidium flywheel spinning in an alternating magnetic field. The unique properties of reidium give rise to an anomalous instance of inertia, which transfers a high level of acceleration to the ship. The speed of the vehicle is proportional to the speed of the rotating flywheel, resulting in a high expenditure of energy, but also a highly efficient engine.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Fast Computers, Plasma

Allows to discover: IRU with Variable Thrust Vectoring

AGE with Heavy Gravitonium

Large-scale anti-gravity engine, using heavy gravitonium isotopes for fuel .

Enabled by: Antigravitation

Photonic Engine (PE)

Hi-tech engine using the energy of annihilation to produce thrust. With the aid of a magnetic trap, matter and anti-matter in a plasma state are discharged into the engine, where annihilation occurs. Thanks to a sub-atomic catalyst this substance is entirely converted into high-energy radiation, which is emitted to the ship's exterior. One of the most powerful engines, it is large and heavy.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Antimatter, Subspace, Plasma

Allows to discover: PE with Variable Thrust Vectoring

MFE with Variable Thrust Vectoring

Modification of the engine in which the shape of the sail can be changed, allowing the vessel to make sharp maneuvers in all directions.

Enabled by: Sub-atomic Particles, Subspace, Fast Computers, Plasma, Magnetic Force Engine (MFE)

IRU with Variable Thrust Vectoring

Modification of the engine, which has, instead of one inertial propulsion unit, four small engines installed in the form of a tetrahedron. This allows the vessel to make sharp maneuvers in all directions.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Fast Computers, Plasma, Inertial Propulsion Unit (IRU)

PE with Variable Thrust Vectoring

Modification of the propulsion system, which can emit radiation in any direction, exiting the vehicle via auxiliary outputs that are located along the hull. This allows the vessel to make sharp maneuvers in all directions.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Antimatter, Subspace, Fast Computers, Plasma, Photonic Engine (PE)

Nuclear Reactor

Basic electric generator that converts energy from nuclear fusion. A nuclear reaction heats up the working substance, which enters a gaseous state and, being under high pressure, spins a turbine. This mechanical energy is converted into electricity. Not the most efficient system, but reliable and simple.

This technology is available at the start

Thermoelectric generator

An improved version of the nuclear reactor, wherein thermal energy is directly converted into electricity by means of special thermoelectric materials. The reactor has slightly more power, but a much smaller size than the basic nuclear reactor.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Subspace

Thermonuclear Reactor

Advanced electric generator that converts energy from nuclear fusion. A mixture of deuterium and helium-3 is heated to a temperature of several million degrees, initiating a fusion reaction that emits protons, which create an electric current. A powerful, large and efficient reactor.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles

Muon Fusion Reactor

High-technology electric generator that converts energy from thermonuclear fusion. Thanks to the muon catalyst thermonuclear synthesis ignites at a lower temperature, with the reaction itself occuring more intensively. The reactor is twice as powerful as its basic nuclear counterpart, but is the same size.

Enabled by: Thermonuclear Synthesis, Field Theory

Chromoplasma Reactor

High-tech power generator running on quark-gluon plasma. During fluorination heavy alkaline metals together with a sub-atomic catalyst give off a very strong thermal effect, heating matter until it transforms into the state of quark-gluon plasma. Inside this substance a quantum mechanical reaction takes its course, maintaining the temperature of the plasma over a long period of time. The quark-gluon is a powerful and expensive reactor.

Enabled by: Sub-atomic Particles, Plasma

Gravitational Energy Generator (GEG)

High-technology generator that converts the energy of gravitational waves. A large sphere of heavy duty magnetic alloy occupies an anti-gravity bubble. At the slightest change in the external gravitational field, the bubble begins to move, and with it the sphere. This creates a powerful electromagnetic field that is converted into electricity. This very powerful and large generator can be adapted to any type of ship.

Enabled by: Antigravitation

Field Energy Generator

High-tech power generator that functions due to the birth and disappearance of virtual pairs in a physical vacuum. With the aid of local space curvature it's possible to separate virtual pairs, which, upon being reunited again, discharge large amounts of energy. The efficiency of this arrangement is less than the photon generator, because the creation of curved space expends a great deal of energy. Due to certain fundamental size limitations of this generator, it cannot be reduced in size for installation on small ships.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Field Theory, Subspace

Enhanced GEG

A small increase in the size of the magnetic sphere allows capacity to be increased by 21%. This modification cannot be installed on small ships.

Enabled by: Antigravitation

Intensified GEG

The doping of the magnetic sphere with special additives can increase capacity, while maintaining the initial size of the generator.

Enabled by: Antigravitation

Photon Energy Generator

This high-technology power generator functions on the basis of the annihilation of matter. With the aid of a magnetic trap, matter and anti-matter in a plasma state are fed into a mixer, where the annihilation occurs. Thanks to a sub-atomic catalyst the substance is completely converted into high-energy radiation, able to supply all vehicle systems. To contain the radiation a very thick layer of protection is needed, so this generator can be installed only on heavy vehicles.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Antimatter

Electromagnetic Shield

Standard small capacity force shield. An electromagnetic field dissipates energy weapon projectiles, and forces as much as 60% of the missiles and torpedoes that are launched at the ship to detonate at a safe distance.

Enabled by: Field Theory, Antimatter, Force Fields

Plasma Shield

High-technology shield with high capacity. Hot plasma circulates in a magnetic field, absorbing any radiation from energy weapons. It is highly likely that missiles and torpedoes that may be fired into the plasma field will evaporate. Due to technical limitations, this shield can only be installed on large ships or stationary platforms.

Enabled by: Plasma, Force Fields

Two-phase Shield

Improved version of the electromagnetic shield. In this version the shield is formed by generating two coherent electromagnetic fields that provide increased capacity and fast rate of recovery. It has very large overall dimensions and consumes even more energy.

Enabled by: Field Theory, Subspace, Force Fields

Ion Shield

Advanced power shield with maximum capacity. The ionized gas retained by a magnetic field does an outstanding job of diffusing the impact of energy weapons, but is poor protection against missiles and torpedoes. This device has a large size and consumes a great deal of energy.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Force Fields

Proton Shield

Medium capacity high-technology shield. Alongside the magnetic field a stream of high-energy protons circulates, effectively absorbing the radiation from energy weapons. If a missile or torpedo enters the proton field, the protons release their stored kinetic energy, destroying them. This device has large overall dimensions and average power consumption.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Force Fields

Warp Shield

A high-tech shield with an average capacity, which creates a deformation of space-time around the hull. This very effectively diffuses the radiation of energy weapons, and has a high kill-rate for missiles and torpedoes.

Enabled by: Force Fields, Antigravitation

Allows to discover: Reduction Warp Shield

Reduction Warp Shield

Modification of the warp shield, which maximizes the capacity. Compared to conventional space-time deformation, microdeformation requires much less energy and allows it to more efficiently diffuse radiation from energy weapons. However, this shield is very ineffective at stopping missiles and torpedoes.

Enabled by: Force Fields, Warp Shield, Antigravitation

Allows to discover: Vortex Warp Shield

Vortex Warp Shield

This modification of the warp shield maximizes protection from missiles and torpedoes. The vortex distortion of space-time literally tears apart anything that hits it, and also absorbs radiation from energy weapons. This shield has a greater capacity than a conventional warp shield and a smaller overall size.

Enabled by: Field Theory, Force Fields, Reduction Warp Shield, Antigravitation

Multiculturalism Policy

Assimilation control program effectively supresses all xenophobia-related unrest, but requires the expenditure of foodstuffs, Gravitonium and Reidium. It also reduces planet productivity by 10%.

Enabled by: Xenopsychology

Multicultural Censure

Social program aimed at accelerating the suppression of conflicts related to xenophobia. It utilizes the latest discoveries in xenopsychology that allows misunderstandings between the races to be quickly erased.

Enabled by: Xenopsychology

Super-deep Mine

As a rule, the bulk of useful mineral deposits occur at a depth of several hundred or even several thousand kilometers. In order to reach them, ultra-deep mines must be drilled. This can be done using a terawatt laser, which vaporizes the substrate. As the laser machine bores inward, the reinforcement of the walls of the mine and placement of mining equipment continue. While this happens gases formed are evacuated into reverse-sublimation equipment, where they are turned into a fine dust. Such a procedure is necessary even on planets where there is no atmosphere or are otherwise unsuitable for life, because dust can clog, and then spoil mining equipment. This technology increases the amount of extracted resources on the planet.

Enabled by: Super Conductors, Exo-geology

Planetary Core Hyperspectral Scanner

This system consists of probing emitters and thousands of spectrometers, each of which measures the energy emissions reflected from the surface of the planet in various spectral ranges. This allows imaging of a virtually continuous spectrum, giving detailed information about the geochemical composition of the planet and specific data on valuable resource deposits and their volumes.

Enabled by: Fast Computers, Exo-geology

Atmospheric Hyperspectral Scanner

This analogue hyperspectral scanner of the planet interior differs only in that it is configured to capture a specific signature of valuable gaseous compounds included in the composition of the atmosphere of gas giants.

Enabled by: Exo-geology

Ultra-enriched Ore

This new technological method of enriching ore is based on the deformation effects of the space-time continuum. This method is not only known for its easy implementation, but also the increased efficiency of enrichment. It significantly augments the amount of extracted minerals, but it is not, however, applicable for extraction of organics.

Enabled by: Exo-geology

Optimized Resource Extraction

This unique method of processing ore deposits uses a range of modern computing technologies, cutting-edge chemical-physical methods and innovative ways of organizing work systems. It allows 100% of the resources to be extracted without any losses in performance and efficiency.

Enabled by: Antimatter

Container

Module for interstellar transport of small ships and spacecraft (orbital platforms, satellites, etc.), which are not equipped with hyperdrive. Unlike in hangars, when stored in containers ships and machinery must first be partially disassembled and then reassembled on arrival at the destination.

This technology is available at the start

Hangar

By using this module it is possible to transport small ships, which are ready at any moment to depart from the hangar and take part in a battle.

This technology is available at the start

Allows to discover: Hangar with Repair Facilities , Two-tiered Hangar , Hangar with a Topological Pocket

Infrared Scanner

A basic scanner, which can capture the heat signatures from small ship engines over short distances.

This technology is available at the start

High-tech module, the task of which is to provide

High-tech module, the task of which is to provide colonists with every necessity for the early stages of colonization. During colonization the hull can be used as building material; therefore it is advisable to use inexpensively designed ships.

This technology is available at the start

Scouting Module

Highly sensitive hardware complex intended for interception and decryption of information.

This technology is available at the start

Subversive Module

Module for transporting and landing special forces on a planet, whose tasks can vary from industrial espionage to inciting an uprising.

This technology is available at the start

Stellar Energy Converter

With the aid of this module, a ship can absorb energy and matter from stellar wind, filling fuel reserves. The module is compatible with stars of any type.

This technology is available at the start

Landing Module

Standard module for transporting troops and assault vehicles. It is necessary when attempting to capture an enemy planet under siege.

This technology is available at the start

Passenger Module

Standard module for transporting passengers. It is useful for transporting whole populations between planets.

This technology is available at the start

Bomb Bay Module

This module allows an orbital bombardment of a planet to be undertaken.

This technology is available at the start

Munitions Supply System

This module is designed to recharge missiles and torpedoes in turrets and small ships in the hangar of the mother ship. Reserves for this module can be replenished on friendly planets.

This technology is available at the start

Refueling Module

Use this module to create tanker ships that can refuel other ships in the fleet. To carry out refueling, the tanker must be placed among ships in the fleet that require refueling. During refueling procedures, the tanker consumes its own fuel.

This technology is available at the start

Standard Fuel Tank

The tank itself is a corrosion resistant refractory container with an induction heater that warms the fuel, preventing it from congealing.

This technology is available at the start

Camouflage Module

Technological complex that absorbs a wide range of radiation emitted by ships, making it invisible to most scanners and detection devices. The stronger the masking effect, the less energy is used by the ship's equipment. This module is ideally suited when scouting out foreign territory.

This technology is available at the start

Ballistic Computer

The ballistic computer determines in advance the trajectory of enemy torpedoes and missiles, synchronizing target data with the guidance system of a beam weapon. This allows the interception radius of projectiles from this type of weapon to be increased. Installation of multiple computers causes the interception range to improve very little.

Enabled by: Fast Computers

Gravity Resonance Tank

Due to the use of gravimetric resonance it was possible to increase fuel density, which assisted in the creation of this customized tank that is smaller in overall size. However, to function it requires almost two times more energy than a standard tank.

Enabled by: Automation

IR Interference Generator

A device that emits coherent infrared radiation, which can dilute the heat signatures left by engines. Thanks to this, small ships can remain unseen for longer periods of time.

Enabled by: Subspace

Repair Module

This module is used to repair other ships in the fleet. It contains a control center for multipurpose robotic repairmen and various other robots that are assigned to special bins throughout the ship.

Enabled by: Complex Design

Missile Traps

This active anti-missile / torpedo system launches missile traps from the ship when a threat is detected. The traps then collide with incoming missiles or torpedoes, detonating them at a safe distance.

Enabled by: Nano-technology

Rapid Munitions Distribution System

This modified ammunition distribution module is designed to quickly reload torpedoes and missiles in turrets of the mother ship. However, small ships in the hangar are recharged at the usual speed. Reserves for this module can be replenished on friendly planets.

Enabled by: Complex Design, Automation, Fast Computers

Heavy Gravity Resonance Tank

Enlarged version of the gravimetric resonance tank. The tank has a higher capacity, larger size and increased power consumption, all while reducing weight.

Enabled by: Automation, Super Conductors, Subspace, Fast Computers

Jump Drive

Due to a short-term compression of space-time, small vehicles can cover short distances in an instant.

Enabled by: Antigravitation

Hangar with a Topological Pocket

Modified hangar with gravity settings that create a 'topological pocket' in the space-time continuum. In more simplified language, the internal size is greater than the overall outer dimensions; for this reason the hangar has the maximum possible capacity.

Enabled by: Antigravitation, Hangar

Gravitation Scanner

This high-tech scanner at medium range can capture the gravitational field disturbances, which are created by small ships.

Enabled by: Island of Stability, Subspace

Large Capacity Gravity Resonance Tank

Increasing gravimetric resonance efficiency has succeeded in reducing the weight and size of a large tank while maintaining the same capacity and using only a little more power.

Enabled by: Automation, Bacteria Engineering

Afterburner Chamber

This mechanism provides greater engine thrust by injecting additional fuel into the jet pipe downstream. Suitable for all types of engines.

Enabled by: Nano-technology, Automation, Plasma Alloying

Two-tiered Hangar

Modified hangar able to accommodate a greater number of small ships by optimizing and streamlining the use of available space.

Enabled by: Fast Computers, Thermonuclear Synthesis, Hangar, Automation

Hangar with Repair Facilities

Modification of the standard hangar, equipped to repair small ships.

Enabled by: Thermonuclear Synthesis, Complex Design, Hangar, Automation

Soliton Radar

High-technology scanner, able to catch at long range the disturbances in the gravitational field, which are created by small ships. The use of microgravity solitons instead of the usual gravitational waves allows detection accuracy to be increased, while eliminating possible interference from massive objects.

Enabled by: Subspace

Active Missile Traps

These traps emit a signal that deceives the guidance systems of incoming enemy missiles, misleading them into assuming that the traps themselves are small ships. The enemy missiles begin to close in on the traps and are destroyed upon collision.

Enabled by: Nano-technology, Fast Computers

Stargate Module

The stargate module allows a fleet to be quickly and efficiently moved from one star system to another. To begin with, two ships are used, one of which is sent to the destination, while the other remains at the point of departure. Next, the modules are activated and the ships are disintegrated, thus creating a metastable wormhole capable of moving any object between star systems.

Enabled by: Complex Design, Subspace, Fast Computers

Allows to discover: Stargate Module Mk.I

Gravitational Interference Generator

A small ship can fire 6 microcapsules filled with gravitonium, which scatter in all directions. By creating strong interference they disrupt the function of gravity scanners. This allows small ships to remain invisible for even longer periods of time.

Enabled by: Island of Stability, Subspace

Hyper-jump Prohibition Module

This module creates a powerful disturbance in subspace, which prohibits space craft from executing a hyper-jump. Thanks to this module, an enemy will not be able to escape from the battlefield.

Enabled by: Field Theory, Subspace, Fast Computers

Soliton Interference Generator

A device that turns most of the probing solitons into normal gravitational waves. As a result, the soliton radar practically ceases to capture return signals, allowing small ships to remain unnoticed longer.

Enabled by: Subspace

Stargate Module Mk.I

The stargate module allows a fleet to be quickly and efficiently moved from one star system to another. To begin with, two ships are used, one of which is sent to the destination, while the other remains at the point of departure. Next, the modules are activated and the ships are disintegrated, thus creating a metastable wormhole capable of moving any object between star systems. This module builds a tunnel that is 50% more stable and 2 times quicker than one of the first version.

Enabled by: Complex Design, Subspace, Fast Computers, Stargate Module

Allows to discover: Stargate Module Mk.II

Extra Large Capacity Gravity Resonance Tank

This tank maximizes the use of gravimetric resonance, making it the undisputed leader in the capacity/size/weight ratio. However, its main drawback is a very large consumption of power.

Enabled by: Automation, Plasma Alloying, Super Conductors, Subspace, Fast Computers, Plasma, Bacteria Engineering

Stargate Module Mk.II

The stargate module allows a fleet to be quickly and efficiently moved from one star system to another. To begin with, two ships are used, one of which is sent to the destination, while the other remains at the point of departure. Next, the modules are activated and the ships are disintegrated, thus creating a metastable wormhole capable of moving any object between star systems. This module builds a tunnel that is 100% more stable and 4 times quicker than one of the first version.

Enabled by: Complex Design, Subspace, Fast Computers, Stargate Module Mk.I

Small Pylon

Integrated into the body of the pylon, it allows light weaponry to be mounted.

This technology is available at the start

Medium Pylon

Enlarged pylon that allows light to medium sized weaponry to be mounted.

Enabled by: Nano-technology, Automation

Large Pylon

Maximum-sized pylon that allows weapons of any weight to be mounted.

Enabled by: Nano-technology, Fast Computers

Laser

A basic beam weapon, generating coherent radiation in the visible range. This beam weapon is inferior in strength and range of energy, but it has incredible accuracy and a fast recharge rate. It is also well suited as a torpedo and missile interceptor, where it is especially effective when working in conjunction with a ballistic computer.

This technology is available at the start

Allows to discover: Paired Laser , Heavy Laser

Paired Laser

In this modification each of the two lasers fire in turn, thus significantly increasing the overall rate of fire. Mountable on light-weight pylons.

Enabled by: Thermonuclear Synthesis, Laser

Heavy Laser

A more powerful and long-range modification of the basic laser, intended to be mounted onto light-weight pylons.

Enabled by: Thermonuclear Synthesis, Laser, Antimatter

UV Laser

An advanced beam weapon, which generates coherent radiation in the ultraviolet range. Because it can be quickly recharged, the UV Laser is ideally suited for missile defense. But as an offensive weapon it is ineffective, as it has a small capacity and short range. It is advisable to install it in slots that will most likely face torpedo and missile attacks. The UV Laser can be installed in small vessels.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Fast Computers

Allows to discover: Excimer Laser

Excimer Laser

Modification of the UV-laser which, instead of using fluorine as a dimer, uses reidium pairs that allow the rate of fire to be increased. Accordingly, this modification is more energy-hungry, because reidium must constantly be maintained in a gaseous state.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, UV Laser, Subspace, Fast Computers

IR Laser

The most distinguishing feature of this advanced beam weapon, which generates coherent radiation in the infrared range, is its long range at low power. The IR Laser is most effective on fast ships that can with impunity engage a stronger opponent from a distance. The IR Laser can be mounted onto medium-sized pylons.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Field Theory, Super Conductors

Allows to discover: Concentrated IR Laser

Concentrated IR Laser

In this modification, the IR Laser has increased radiated power and range. However, at the same time power consumption and recharge time have increased. This modification can be mounted onto large pylons.

Enabled by: Thermonuclear Synthesis, Sub-atomic Particles, Field Theory, Super Conductors, IR Laser

Maser

High-tech beam weapon that generates coherent microwaves. Microwaves have high energy and are able to melt any chemical substance. However, due to the distorting effects of technologies based on gravitonium (electronics, power generators, hyperdrive, etc.), microwaves dissipate much faster than they should, which adversely affects the range of the weapon. However, the Maser performs well in firefights with smaller ships and can be installed on medium-sized pylons.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Antimatter, Super Conductors

Allows to discover: Heavy Maser

Heavy Maser

Heavy variant of the Maser having increased power and a slightly longer range, at the expense of the rate of fire and power consumption. Can be mounted onto large pylons.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Antimatter, Super Conductors, Fast Computers, Maser

Gazer

High-tech beam weapon that generates coherent gamma radiation. Gamma ray photons are capable of evaporating any chemical compound within a few seconds; however, at the same time they actively interact with the physical vacuum, which seriously reduces the range of gamma radiation. But, despite this, the Gazer is perhaps the best beam weapon for small ships because of its high capacity and compact size. Mountable on small pylons.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Super Conductors, Fast Computers

Allows to discover: Heavy Gazer

Heavy Gazer

A larger version of the Gazer intended for installation only on capital ships. It has great power, surpassing in this category almost all types of energy weapons; however, it cannot boast of having a great range.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Super Conductors, Fast Computers, Gazer

Blaster

Enabled by: Thermonuclear Synthesis, Island of Stability, Sub-atomic Particles, Field Theory, Super Conductors, Subspace, Fast Computers

Phaser

High-technology beam weapon that generates a coherent flux of gluons. The Phaser can instantly destroy chemical substances by literally splitting their atoms apart. Unfortunately, the gluons are quickly absorbed by the physical vacuum that accompanies pair production, which greatly affects the range of the weapon. However, this does not prevent the Phaser from being a nightmare for small ships, and it also handles large vessels well enough, should they venture into its range.

Enabled by: Thermonuclear Synthesis, Island of Stability, Sub-atomic Particles, Field Theory, Super Conductors, Subspace, Fast Computers

Allows to discover: Superphaser

Superphaser

This super powerful modification of the Phaser has a moderate range, large overall size and consumes a tremendous amount of energy, so it can be installed only on the largest ships and stationary platforms. But all the disadvantages are offset by the incredible power, which is capable of breaking through all types of shielding and destroying almost any ship.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Super Conductors, Subspace, Fast Computers, Phaser

Ion Gun

A basic energy weapon that fires a beam of relativistic ions. Not the most effective weapon, but it is simple, reliable, and has a high rate of fire. Modifications of this gun for small, medium and large ships differ in range, per-charge capacity and rate of fire.

This technology is available at the start

Allows to discover: Heavy Ion Gun , Three-beam Ion Gun

Gravitation Gun

High-technology energy weapon emitting a pin-point impulse that deforms space-time, and locks in on disturbances that are left by ships containing gravitonium (such as any modern space ship). Long range, a high rate of fire and the ability of its projectiles to home in on a target make this Gravitation Gun an outstanding weapon when engaged in combat with lighter-weight vessels. This gun can be mounted on the large pylons of a fighter.

Enabled by: Antigravitation

Allows to discover: Gravitation Mini-gun

Heavy Ion Gun

This modification has a higher ion flow density, which increases the range and power of the weapon, while slightly lowering the rate of fire.

Enabled by: Thermonuclear Synthesis, Ion Gun, Island of Stability

Three-beam Ion Gun

Fine electromagnetic field control allows three high-energy ion beams to be immediately generated. And though each beam is weaker than those in the standard modification, in total they inflict more damage.

Enabled by: Thermonuclear Synthesis, Ion Gun, Field Theory

Plasma Gun

This advanced energy weapon fires plasma globules and is much more powerful and has greater range than the ion gun. It is, however, necessary to mention the low rate of fire, significant recharge time and high power consumption. This gun can be mounted on large pylons that are installed on small ships, but it is worth remembering that its low rate of fire is a disadvantage in battles with other fighters.

Enabled by: Plasma

Allows to discover: Plasma Mini-gun

Anti-meson Gun

A high-tech energy weapon, firing blobs of anti-kaons that, after a period of time, are torn into ten smaller anti-kaon blobs, causing extensive damage to a given area. Because force fields are useless against this weapon, it can inflict massive damage to armored ships. Due to its size, the Anti-meson Gun cannot be installed on lighter ships.

Enabled by: Sub-atomic Particles, Antimatter

Allows to discover: Concentrated Anti-meson Gun

Plasma Mini-gun

This plasma gun modification is specifically designed for small ships. It has an increased rate of fire and can be mounted on small pylons.

Enabled by: Nano-technology, Plasma Gun, Plasma

Concentrated Anti-meson Gun

Modification of the Anti-meson gun, generating anti-meson blobs that are more dense. With this version one anti-meson blob breaks down into fifteen separate blobs, which consumes more power than the base model.

Enabled by: Sub-atomic Particles, Antimatter, Anti-meson Gun

Gravitation Mini-gun

This modification of the gravity gun, intended to be mounted onto medium sized pylons, has less power in comparison to the original.

Enabled by: Nano-technology, Gravitation Gun, Antigravitation

Allows to discover: Gravitation Micro-gun

Baryon Gun

High-technology energy weapon that fires light hypernuclei accelerated to relativistic velocities. This is a huge, powerful and long-range weapon, but its disadvantages include a very slow recharge time and low velocity of the charge itself. This makes the weapon ineffective against smaller ships. The Baryon gun cannot be installed on smaller vessels.

Enabled by: Island of Stability, Sub-atomic Particles

Allows to discover: Heavy Baryon Gun

Gravitation Micro-gun

This is the smallest modification of the gravity gun, which can be mounted onto light-weight pylons. It is a low-powered weapon with a very high rate of fire and is destructive at long ranges.

Enabled by: Nano-technology, Gravitation Mini-gun, Antigravitation

Heavy Baryon Gun

Heavy modification of the Baryon gun. Instead of using light hypernuclei, it fires medium hypernuclei, which have much more destructive power. In addition, the energy consumption of the weapon is greatly increased.

Enabled by: Island of Stability, Sub-atomic Particles, Baryon Gun

Boson Gun

High Technology energy weapon that fires single gluons. A gluon doesn't inflict a great deal of damage, has limited range, and generating a gluon is time consuming. However, the unusual properties of this boson weapon compensate for all of its shortcomings. First, it is able to lock on to the target and secondly, if a boson destroys it, the gluon does not disappear, but rather absorbs all the kinetic energy of the explosion and thus forms a new gluon. Continuing onward the gluon then locks on to a new target, where the boson propagation effect is repeated. In this way, one discharge from a Boson Gun can theoretically destroy all of the enemy's lighter vessels.

Enabled by: Thermonuclear Synthesis, Island of Stability, Sub-atomic Particles, Super Conductors, Plasma

Heavy Boson Gun

This modified bosonic gun has high power, increased range and requires more energy than the standard model.

Enabled by: Thermonuclear Synthesis, Island of Stability, Sub-atomic Particles, Super Conductors, Fast Computers, Plasma

Anti-proton Gun

High-technology energy weapon that fires a beam of antiprotons. This quite powerful and long-range weapon has a medium rate of fire, and can be effectively used against any class of ships. Due to the large size of this weapon, it cannot be installed on smaller ships.

Enabled by: Island of Stability, Sub-atomic Particles, Subspace, Fast Computers

Anti-muon Gun

Hi-Tech energy weapon that fires a relativistic anti-muon beam. Its high power, low recharge time and great range make it a universal weapon against all types of ships. The only drawback: it cannot be installed on small ships.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Super Conductors, Fast Computers, Plasma

Allows to discover: Heavy Anti-muon Gun

Heavy Anti-muon Gun

If the standard Anti-muon gun can be considered a simple 'hunting gun', then this heavier modification can justly be called a 'high caliber sniper rifle'. The great range and incredible power of this weapon allow enemy ships to be destroyed before they are within sufficient range to return fire. However, overall power consumption is in keeping with weapons of this class, so the gun can only be mounted on most large ships or stationary platforms.

Enabled by: Thermonuclear Synthesis, Island of Stability, Field Theory, Super Conductors, Fast Computers, Plasma, Anti-muon Gun

Cluster Launching Installation

Launching installation for autonomous missile clusters, each of which is independently guided, allowing a single cluster of missiles to simultaneously attack a large number of targets. Installation significantly increases the efficiency and density of a missile attack.

Enabled by: Automation, Fast Computers

Heavy Cluster Launching Installation

Enhanced variation of the launcher installation that allows three autonomous missile clusters to be launched at once. Each cluster has an independent guidance mechanism that enables its missiles to simultaneously attack a large number of targets. Installation maximizes the efficiency and density of a missile attack.

Enabled by: Automation, Fast Computers

Plasma Missile

This standard homing missile is effective against small ships. When the missile approaches the enemy, a corona discharge occurs inside, igniting nanoaerosol to a temperature of several hundred thousand degrees. The outer hull of the missile is vaporized, upon which the enemy vessel is hit by a jet of pure plasma. Even though it's the slowest of all missiles, it is cheap and easy to produce. It can be loaded onto light pylons, or two missiles may be mounted on one large pylon.

This technology is available at the start

Armor Piercing Torpedo

Standard torpedo with an armor-piercing warhead. It is slow and without a homing capability, but this is offset by a rather powerful charge that can 'bleed' any medium ship. Using a torpedo against small ships is not advisable. It can be mounted onto light pylons, or two torpedoes can be mounted onto one large pylon.

Enabled by: Thermonuclear Synthesis, Plasma Alloying

Armor-piercing Missile

Advanced homing missile, effective against small and medium-sized ships. It differs from plasma missiles in that when it first penetrates the armor of an enemy ship, a jet of nanoaerosol is then sprayed into the ship interior. Only then is the plasma ignited. Having great speed, this missile causes twice as much damage as a plasma rocket. Can be mounted onto small pylons.

Enabled by: Plasma

Plasma MIRV 6

This standard missile with MIRV warheads carries 6 armed plasma charges, each of which can separate from the main missile, then independently acquire and lock in on a target. It can only be mounted on large pylons.

Enabled by: Thermonuclear Synthesis, Automation, Field Theory, Super Conductors, Fast Computers

Thermonuclear Torpedo

This advanced torpedo carries a thermonuclear warhead. It has average speed and is without a homing capability; however, a very powerful charge and large blast radius compensate for this. It can be mounted onto medium pylons.

Enabled by: Thermonuclear Synthesis, Automation, Field Theory

Thermonuclear Missile

High-tech homing missile, effective against small ships. Striking an enemy vessel initiates a series of internal explosions, each of which causes the next blast. The first detonation is a conventional explosive, then a standard atomic bomb, and finally the thermonuclear warhead explodes. The radius of the resulting destruction is not wide, but the explosion is very powerful. One hit from such a missile is capable of completely destroying a small ship. It is a bit slower than armor-piercing missiles and can be mounted on medium-sized pylons.

Enabled by: Thermonuclear Synthesis, Automation, Sub-atomic Particles

Photon Missile

High-technology homing missile, having the maximum effect against small ships. The warhead is filled with antimatter plasma suspended in a magnetic field. When the missile first contacts the ship's armor, the field is disabled and the antimatter is released to interact with matter, resulting in a powerful explosion that annihilates the targeted vessel and emits high-energy radiation. The speed is equal to the armor-piercing missile and it can be mounted on medium-sized pylons.

Enabled by: Antimatter

Photon Torpedo

This high-technology torpedo with an antimatter charge is the main weapon against large ships and weapons platforms. This ultimate weapon - the herald of death and destruction - has unbelievable power and a massive destruction radius. It must be mounted onto large pylons.

Enabled by: Antimatter

Thermonuclear MIRV 6

This advanced missile with MIRV warheads carries 6 armed thermonuclear charges, each of which can separate from the main missile, then independently acquire and lock on to a target. It can only be mounted on large pylons.

Enabled by: Automation, Sub-atomic Particles, Field Theory, Super Conductors, Fast Computers

Thermonuclear MIRV 5 mini

This miniature version of the MIRV missile carries 5 microthermonuclear charges, each of which can separate from the missile, then independently acquire and lock onto a target. Can be mounted onto medium-sized pylons.

Enabled by: Nano-technology, Automation, Sub-atomic Particles, Field Theory, Super Conductors, Fast Computers

Photon MIRV 10

Hi-tech missile with MIRV warheads, which carries 10 antimatter charges, each of which can separate from the main missile, independently acquire and lock on to a target. It can only be mounted on large pylons.

Enabled by: Plasma Alloying, Antimatter, Fast Computers, Biological Alloys

Mini Photon Torpedo

A miniature version of the Photon Torpedo. In order to reduce overall size, it was necessary to sacrifice range. But, regarding the ratio of size to power, it is the undisputed leader. Must be mounted onto small pylons.

Enabled by: Nano-technology, Antimatter

Light Armed Turret

Installation point for light weapons. If a turret is positioned on the upper deck, it will provide a circular field of fire; however, if its located on a middle deck, the angle of fire will be only 90 degrees.

This technology is available at the start

Medium Armed Turret

Installation point for medium-sized weaponry. If a turret is positioned on the upper deck, it provides a circular field of fire. If positioned on a middle deck, the angle of fire will be only 90 degrees. The range of weapons installed in this turret is increased by 3%.

Enabled by: Automation

Heavy Armed Turret

Installation for heavy weaponry. If a turret is positioned on the upper deck, it provides a circular field of fire. If positioned on a middle deck, the angle of fire will be only 90 degrees. This turret increases the range of the weapon by 5%.

Enabled by: Automation

Armed Special Purpose Turret

This turret allows positioning of any weapon, including super-heavy and special purpose weapons. If located on the upper deck, it provides a circular field of fire. On a middle deck, the angle of attack will be only 90 degrees. The range of weapons installed in this turret is increased by 5%.

Enabled by: Automation, Fast Computers