About this asset

This decorated Christmas tree set, provided as a Revit family, features a festive evergreen adorned with baubles and wrapped gifts. The model consists of a classic conical-shaped evergreen tree decorated with spherical ornaments in red and green hues. At its base, a collection of wrapped gift boxes in matching primary colours sits on the floor. The foliage is rendered with a dense, textured appearance, while the gifts are represented by simple rectangular forms finished with ribbon details. This set is designed as a single cohesive unit, suitable for seasonal interior staging. The geometry is straightforward, focusing on the silhouette and holiday-themed colour palette to provide visual interest in residential interior renderings.

The download is a 2.4 MB 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.

To integrate this family into a Revit project, load the RFA file into your current model and place it as a component within the desired floor plan view. Adjust the placement to ensure the base sits correctly on the finished floor level. Users should manage the visibility of this asset using dedicated worksets to keep the primary project file clean during non-seasonal design phases. Material parameters may be adjusted via the type properties to refine the appearance for specific rendering requirements.

This asset is intended for residential interior design projects, particularly for seasonal staging in living rooms, foyers, or communal areas. It serves as a useful tool for architects and designers creating holiday-themed presentations or walkthroughs for clients. Professionals can search for this by using terms like holiday decor, festive seasonal props, or Christmas tree family. It pairs effectively with contemporary or traditional interior styles, adding a touch of festive warmth to standard residential project documentation and high-quality 3D visualisations.