System Integrity Protocol: Engaged.
Threat Analysis: The Mobile Environment
Your Switch is a marvel of hybrid engineering, designed for both static deployment and mobile operations. But the mobile environment is hostile. It presents constant threats of abrasion, impact, and contamination. This is not a case. This is an exoskeleton. A five-piece polycarbonate shell designed to graft onto your console's chassis, reinforcing its structural integrity without compromising a single millisecond of operational capability.
Component Integration: The Five-Piece System
The system deploys as five distinct, interlocking components that encase the most vulnerable points of your hardware: two handle faceplates, two handle subframes, and one primary console fuselage. Each piece is precision-molded from rigid, high-density polycarbonate, creating a monolithic armor that moves as one with the device. This is total, articulated protection.
Operational Transparency: Zero-Compromise Interface
Protection must not impede performance. The exoskeleton is ported with micron-level accuracy. Every button, trigger, vent, and port remains fully accessible. A dedicated cutout for the console's native kickstand ensures that its original functionality is retained. Crucially, the system is engineered to maintain dock compatibility—transition from mobile to static deployment without ever shedding your armor.
Identity Application: The Livery
An operator's gear is an extension of their identity. The polycarbonate surface serves as a clinical-grade substrate for our UV-cured printing process. Your commissioned insignia—be it a personal crest, a team logo, or a piece of mission-critical art—is bonded directly to the armor. The result is a sharp, semi-matte, permanent livery that resists abrasion and oleo-contamination (fingerprints).
