Description

Due to the multifarious nature of Arthur Mark's lifestyle, his activities often require him to be placed in a surplus of uncomfortable and inconvenient situations. As such, he has since spent a notable amount of time working on a tech fabric, an under armor of sorts, that would allow him to operate with optimal levels of efficiency, regardless of what kind of situation that he was in. Be it in an armor or in a garage lab. And thus, his highly utilized, technologically receptive and protective full body tech fabric, referred to as the "Under Suit", was born.

Design

Through the implementation of nanotechnology, nanocircuitry, and numerous innovations in regards to the latest developments in the field of synthetics, the Under Suit is a top of the line highly capable under armor. Its primary composite is a synthetic cotton-carbotanium hybrid that has melded into an effective composite substance. This is done through the process of a series of overlaying micro-weaving within the physical structures of both materials on the molecular level, via nanotechnology. The result being a unique and efficient tech fabric that has been designed with the most useful traits of its basic formula.

The Under Suit is able to bond within the wearer by gripping the very cellular ridges that make of the surface of their body, allowing it to act as a second skin (this extends to various other substances). But with its cotton based physical texture, the garment is also able to maintain its soft and comfortable texture when interlocked with other surfaces on contact. In direct contrast to this, it is also designed to be incredibly tear resistant due to the carbonatium aspect of the material's chemical composure. However, an important aspect that it maintains is being lightweight, by having only a thin fiber of carbotanium woven into each molecular strand of cotton. This also allows for extreme heat resistance on the outer layer (315 °C).

A distinct and invaluable aspect of the item's creation is its enhanced nanotechnological structuring that holds the underlying physical attributes of the clothing. It serves the purpose of giving the wearer the most efficient and comfortable experience as possible, as well as being able to adapt to various environments. On a basic level, the clothing's numerous openings are able to expand or contract in various conditions in order to allow multiple necessitates, such as breathability and mobility, among others, all controlled by a series of nanites interwoven into each thread. But more notable measures such as moisture captivity for hydration or internal moisture deprivation for fast drying speed also exist.

The next stage of this are the natural homeostasis measures that are in place in order to allow consistent situational stability for the wearer. The Under Suit's nanites allow also allow for the ability to modify its internal and external physical composure and properties in regards to matters such as temperature and texture. This allows it to trap or exhaust heat for the wearer through kinetic vents, (which also allows for kinetic force dampening) as well as manipulate its friction capacity. This all can extend to material's general conditioning in regards to its density, allowing for its to be as elastic or restrictive as it would need to be in any given environment. This in turn allows the nanites to apply self-repairing measures to the fabric.

The definitive achievement within the Under Suit's creation lies within its ability to interact with exterior technological systems. The fabric of the suit is designed with a complex network of nanocircuits that makes up the clothing's computational components, but with the added processing speed due to its series of nanowires and single-electron transistors. With this, the Under Suit contains the artificial intelligence created by Arthur as well as its capability to interface with any software owned by him. This all comes with numerous energy receptors in a node based network connected to the suit's solar and thermal absorbent as well as electrically conductive chest piece, supported by an underlying plate of aluminium.