Korridorsystem

Korridorsystem, or corridor system, is a planned network of corridors within a building or group of buildings designed to connect functional areas, control movement, and support operations. It is used in architecture, urban planning, and facility management to ensure efficient circulation, safety, and accessibility. The concept applies to a wide range of facilities, including offices, hospitals, schools, airports, museums, warehouses, and data centers, where the layout of circulation paths influences performance and user experience.

Design principles of a korridorsystem focus on connectivity, wayfinding, safety, and flexibility. Corridors are typically organized into primary and secondary routes, with consideration given to width, turning radii, sightlines, and separation of public and service flows. Configurations may be linear, L- or U-shaped, grid-based, radial, or multi-level with stairs and elevators. Redundancy and alternative paths are often incorporated to support evacuation, maintenance access, and peak demand management. Accessibility requirements, fire safety, lighting, acoustics, and integration with building systems (HVAC, electrical, data) are essential considerations.

Applications of korridorsystem design include optimizing pedestrian and goods movement, controlling crowds in public spaces, enhancing emergency egress, and supporting operational efficiency in complex facilities. In museums and cultural centers, corridor systems also guide visitor flow while preserving exhibit experience. In industrial and data-center contexts, corridors may be paired with containment or service corridors to manage temperature, noise, and equipment access.

Etymology derives from the German terms Korridor and System, reflecting its widespread use in German-speaking planning and construction.