Imperial Shadow Trooper Armor
Imperial Shadow Trooper Armor
Type:
Armor
Category:
Heavy Armor
Armor Cosmetic: Matte Black Pattern
Armor Helmet Upgrade - III: "Accu-Strike" Integrated Targeting Computer
Armor Medium Resistance Upgrade - III: Ablative Plating
Armor Enhancement - III: Sensor Telemetry Pod
Armor Enhancement - III: Anti-Radar System
Enclosed Armor Upgrade - II: Vacuum/Zero-G Seal
37,800
Owned by: Raider Jon Silvon
Prototype: Imperial Shadow Trooper Armor
The Imperial Shadow Trooper Armor is a variant of the standard Imperial Stormtrooper armor with the armor segments colored black alongside the bodysuit. Its armor plates are manufactured from a special polymer that is lighter and harder than that of standard issue armor, making the armor itself lighter and easier to move in than other heavy armors.
Imperial Shadow Trooper Armor has been designed with a black color scheme. Each component of the armor shares the same matte application of black.
The helmet of this Imperial Shadow Trooper Armor has been fitted with an advanced long-range targeting computer that can accurately deduce lead and most external factors when taking a long range shot.
Imperial Shadow Trooper Armor has been reinforced with a special type of ablative plating, providing it with advanced protection from the removal of the original material from Imperial Shadow Trooper Armor by means of vaporization, chipping, scarring, and other erosive processes.
Imperial Shadow Trooper Armor has been fitted with an integrated sensor telemetry pod emitting active signals programmed to bounce and return, providing accurate environmental data to feed to the user's Multi-Frequency Target Acquisition System should they have one, and back to a command center through encrypted telemetry.
Imperial Shadow Trooper Armor has been fitted with an anti-radar film alloy, allowing for Imperial Shadow Trooper Armor to avoid detection by aerial radar.
This Imperial Shadow Trooper Armor has been fitted with various zero-g/vacuum seals complete with helmet scrubbers, allowing the user the ability to operate in zero-g environments and the vacuum of space while providing them with a limited supply of breathable air.