517
edits
Changes
no edit summary
To apply the coating, REPAIR personnel stand on a platform where a ring of material passes upwards around their bodies. The ring prints the SAP-HC coating onto their non-robotic surfaces. Once the SAP-HC suit is applied, a second pass is performed by various robotic arms which proceed to 3D-print diagnostic and sensory circuits into the suit material. The resulting suit can relay some sensations and report on its integrity as a result of these inlaid circuits.
To apply the coating, REPAIR personnel stand on a platform where a ring of material passes upwards around their bodies. The ring prints the SAP-HC coating onto their non-robotic surfaces. Once the SAP-HC suit is applied, a second pass is performed by various robotic arms which proceed to 3D-print diagnostic and sensory circuits into the suit material. The resulting suit can relay some sensations and report on its integrity as a result of these inlaid circuits.
== Exoskeleton Projects ==
Repair R&D personnel are constantly experimenting, and major focus is being placed on the development of powered exoskeletons which can keep up with and enhance the actions of their Agent wearers. Rather than solid frames with motors, such exoskeleton suits attempt to maintain as much of the Agent's acrobatic flexibility as possible. As such, they commonly consist of some hard, articulated structural elements connected together by multiple mutually-supporting electro-fibre muscle bundles. The suits will almost-invariably be further armoured with plates across their surfaces.
Such exoskeleton suits are highly desired for their potential to grant Agents much heavier firepower, but the few prototype programs require the exoskeletons to be hand-tailored to the individual Agent's exact physical dimensions and performance characteristics. The result is that the suits require almost artisanal care from the engineers of REPAIR's R&D department.
== Weaponry ==
== Weaponry ==
