Parametric Glulam Timber Tree Column

This parametric glulam timber tree column is a native Revit family providing a sculptural structural support for wide-span roofs. Designed as a sculptural support system, this column features a central vertical shaft that branches outwards into multiple curved members at the top. The form mimics organic tree structures, typically achieved through laminated timber or glulam construction techniques. The geometry is defined by graceful, sweeping curves that transition smoothly from the base to the ceiling connection. The finish highlights the natural wood grain, providing a warm, tactile aesthetic. This component is engineered to support large-scale overhead structures, serving both as a load-bearing element and a primary visual feature within a space.

The download is a 399 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this family is loaded as a column component and can be placed on floor plans or within 3D views. Users should leverage the parametric parameters to adjust the height, branching angle, and width to suit specific project clearances. The geometry is designed to host or align with structural beams, allowing for seamless integration into the building model. Material parameters are included for easy assignment of timber textures or finishes to match the overall interior palette.

These columns are ideal for open-plan interiors, covered outdoor walkways, or atrium spaces where a blend of structural integrity and organic design is required. They work well in hospitality projects, such as hotel lobbies or restaurant dining areas, and large-scale residential pavilions. Professionals searching for timber architecture, glulam structures, or feature columns for high-end retail and public spaces will find this asset essential for creating sophisticated, nature-inspired structural designs that require a refined, contemporary aesthetic in their BIM models.