Salvaged Materials

Tritanium based alloy for use in applications requiring extremely high strength and temperature resistance. Some examples are thruster mounts or afterburner nozzles.

Typical armor plating.

ANNs preside over a starship's various electronics subsystems and keep everything in working order, rerouting power and processing when systems are damaged or go offline.

A multifunction chip with digital modulator and oscillator utilized in drone communication hardware. This one looks broken.

Autonomous field programmable holographic signal processor with embedded holographic data storage. Used in most modern computers, the ubiquitous AFPHSPEHDS is colloquially known as the "Aphid". This name leads of course to many bad puns about bugs in the system.

Capacitor consoles are a necessary component of starship capacitor units.

Micro Circuits are one of the most common electronics components seen in use. This one has seen better days but could still be of some use.

An extremely conductive synthetic compound of high molecular weight. Used in the construction of electronics.

Used to build Tech II ship upgrades.

So named for its myriad electrodynamic properties, Lorentz Fluid exhibits strong conductivity with extreme resistance to heat.

A soup of nanite assemblers typically used in armor manufacturing processes. This compound needs to go through purification before it's of use again.

Used to transfer energy from a ships capacitor to a laser gain medium.

ANNs preside over a starship's various electronics subsystems and keep everything in working order, rerouting power and processing when systems are damaged or go offline. This ANN is damaged but doesn't seem to be a total loss.

Used to transfer energy from a ships capacitor to a laser gain medium. The mechanism on this device is in need of repair.

Multifunction chip with digital modulator and oscillator.

A special material emerging from the cutting-edge metamaterial labs, this sheeting is able to redirect a wide range of electromagnetic energies. It is a vital element of internal and external shielding for devices employing ultra high-energy emissions in the manipulation of spatiotemporal topologies.

A control unit for Tech II shield systems.

A key generated by the Gallente Federation for unlocking encrypted data. Though this key is single-use, its sequencing may provide Caldari intelligence with clues as to how further keys can be generated.

Interface Circuits are common building blocks of starship subsystems. This one seems a little worse for wear but might be useful for something with a little ingenuity.

A highly advanced material, critical to ultra-sensitive detectors, relying on hyperbolic anisotropic effects to convert fine changes in local electromagnetic fields to optical processing signals. The fine resolution in mapping local EM fields achieved by such sensors would generally only be of use to scientists but may have military applications.

A series of errors logged as an Amarrian virus attempts a brute force attack, searching for critical exploits in its target’s code. Within the log, there are clues as to the virus' methodology. With enough logs Minmatar security forces might be able to protect against future attacks.

A more advanced version of the common Thruster Console.

Fragments of a trojan virus programmed by Matari insurgents. The virus switched friend or foe parameters passed to the infected devices targeting system. Understanding the exact structure and design of the virus will require many fragments, but helps the Amarr to better understand how it might be countered.

Used to build Tech II ship upgrades.

An intact shield emitter component.

Interface Circuits are common building blocks of starship subsystems.

An "Aphid" logic circuit. The nickname is derived from the unfortunate acronym of autonomous field programmable holographic signal processor with embedded holographic data storage.

So named for its myriad electrodynamic properties, Lorentz Fluid exhibits strong conductivity with extreme resistance to heat.

This Shield Emitter, while not being totally out of commission doesn't seem to be living up to its full potential. With some tender loving care the parts could be put to good use.

An isolated thread from a series of complex transactions carried out by an unknown Caldari megacorporation. By itself the thread is meaningless but with enough of them, the Federation could begin to establish a chain of transactions that traces the credits back to their source.

A slightly damaged but still seemingly usable capacitor console. Capacitor consoles are a necessary component of starship capacitor units.

The Micro Circuit is one of the most common electronics components seen in use.

A soup of nanite assemblers typically used in armor manufacturing processes.

Your average run-of-the-mill closed loop electrical network with redundant autonomous switchgear.

Power Conduit runs through ships delivering energy like arteries deliver blood through a body. Large ships can have hundreds of miles of conduit.

An expert system used in the construction of missile launchers. This one has been damaged by fire or an explosion.

An intact section of tritanium based single-crystal alloy i-beam for use in applications requiring extremely high strength and temperature resistance. Some examples are thruster mounts or afterburner nozzles.

This Thermonuclear Trigger Unit while smashed still seems to have it's nuclei containment field intact and the plasma seems to be near thermal equilibrium. It would be a shame to waste this unit just because of its cosmetic damage.

Power Conduit runs through ships delivering energy like arteries deliver blood through a body. Large ships can have hundreds of miles of conduit. This conduit is tangled and knotted as it seems to have gone through some sort of catastrophe.

An expert system used in the construction of missile launchers.

The control unit for a starships thrusters.

A perfectly functioning cannon trigger unit.

A closed loop electrical network with redundant autonomous switchgear. This unit has all of its breakers tripped but isn't beyond repair.

Ultra high-power loads will typically burn out even the most advanced superconducting cables, calling for a radical solution in cases where high bursts of power are required at relatively high frequencies. Ultraconducting ablative nanocable is able to repeatedly transmit high-power loads by actively exchanging the material of the cable with an integrated pool of nanomaterial between pulses.

The control unit for a starships shield systems.