stadiemodeller

Stadiemodeller is a term used in Danish and related languages to describe models of stadiums used in planning, design, construction, and operation. They can be physical scale models built from materials such as foam, acrylic, or wood, or digital representations created in 3D software. The models depict geometry, seating, concourses, access routes, and surrounding infrastructure, and they help teams visualize spatial relationships, assess sightlines, evaluate accessibility, and communicate designs to stakeholders.

In practice, stadiemodeller are developed from architectural drawings, site surveys, and laser scans. Physical models are often complemented by digital twins, BIM models, or GIS data. Analysts use the models to run simulations of crowd movement and egress, acoustics and lighting, and to check structural and service systems. They support iterative design and risk assessment throughout the project lifecycle.

Applications include design optimization, safety planning, event logistics, and maintenance planning. They aid architects, engineers, stadium operators, event organizers, and municipal authorities in evaluating capacity, sightlines, evacuation times, accessibility, and crowd experience before construction and during events.

Trends in stadiemodeller emphasize digital collaboration and realism, with increasing use of BIM, virtual reality walkthroughs, crowd-simulation software, and CFD for airflow and acoustics. The concept also underpins digital twins of existing venues, enabling ongoing monitoring, planning, and scenario testing.