Knights of Ren Robes

Knights of Ren Robes
Type: Armor
Category: Medium Armor

Armor Cosmetic: Matte Black Pattern

Armor Enhancement - III: G-Type Equipment (Advanced)

Armor Enhancement - II: Cold Resistant Overlay

Armor Medium Resistance Upgrade - III: Kiirium Coating (Advanced)

Armor Helmet Upgrade - III: Environmental Filtration System (Advanced)

38,880

Owned by: Regent's Rarities

Prototype: Knights of Ren Robes

The Knights of Ren Robes are a set of battle gear designed for members of the Knights of Ren operating under Supreme Leader Snoke, based on Dark Armor designs of former Sith in the traditions of the Dark Side of the Force. Uniquely crafted with a range of enhancements to meet the skills and talents of the owner as well as protection. Kylo Ren wore such armor in service of Snoke while operating in the First Order ranks.

Matte Black Pattern (Armor Cosmetic)

Knights of Ren Robes has been designed with a black color scheme. Each component of the armor shares the same matte application of black.

G-Type Equipment (Advanced) (Armor Enhancement - III)

Knights of Ren Robes has been fitted with an interior inflation system that, when used, allows the user of Knights of Ren Robes to become completely immobile, allowing only for finger usage and remain perfectly still.

Cold Resistant Overlay (Armor Enhancement - II)

Knights of Ren Robes has been enhanced with a cold resistant overlay, that allows the wearer of this Knights of Ren Robes to operate and survive in extreme cold conditions without the loss of bodily function or freezing to death, for a limited amount of time.

Kiirium Coating (Advanced) (Armor Medium Resistance Upgrade - III)

Knights of Ren Robes has been enhanced with a kiirium coating that allows this Knights of Ren Robes the ability to disperse immediate moderate damage from heat weapons.

Environmental Filtration System (Advanced) (Armor Helmet Upgrade - III)

The helmet of this Knights of Ren Robes has been fitted with an advanced environmental filtration system, allowing it to filter out microscopic particles including viral and subatomic toxin based gasses.