Abstract: A configurable modular computer enclosure includes a plurality of outer enclosures (1, 2, 3), the outer enclosures being connected together in a depth stacked formation producing a single composite outer enclosure with a single internal volume and a depth equalling the combined depths of the outer enclosures. The composite outer enclosure houses multiple sets of configurable inner enclosures (4, 5, 6, 7, 8), each inner enclosure set being formed into a composite inner enclosure by connecting together the inner enclosures in the set, allowing unlimited configurations of composite inner enclosures. Each composite inner enclosure is inserted into the composite outer enclosure and aligned via guides or runners (9) integrated into the outer enclosures.

Abstract: A configurable modular computer enclosure includes a plurality of outer enclosures (1, 2, 3), the outer enclosures being connected together in a depth stacked formation producing a single composite outer enclosure with a single internal volume and a depth equaling the combined depths of the outer enclosures. The composite outer enclosure houses multiple sets of configurable inner enclosures (4, 5, 6, 7, 8), each inner enclosure set being formed into a composite inner enclosure by connecting together the inner enclosures in the set, allowing unlimited configurations of composite inner enclosures. Each composite inner enclosure is inserted into the composite outer enclosure and aligned via guides or runners (9) integrated into the outer enclosures.