About this asset

This Tree Detail Component is a 2D Revit family designed for elevation drafting, featuring a clean silhouette with a filled grey canopy. The component provides a simplified, stylised elevation representation of a deciduous tree. It consists of precise line work defining the trunk and branching structure, paired with a solid grey-filled region for the crown. The geometry is clean, ensuring minimal impact on file performance while providing necessary visual depth in architectural elevations. It includes minor internal cut-outs within the canopy to suggest foliage density and light penetration. This family is designed specifically for 2D documentation workflows, offering a consistent graphic standard that maintains clarity at various scales without the overhead of complex 3D geometry.

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.

As a standard Revit detail component, this file is loaded directly into the project environment or specific drafting views. Users can place it as a typical annotation element within elevation drawings. It is best used for quick site context or landscape detailing where 3D modelling is unnecessary. Because it is a 2D family, it will not appear in 3D views or schedules, making it ideal for clean, efficient 2D documentation and project annotations.

This asset is essential for landscape architects and technicians working on residential, commercial, or urban design projects. It is frequently employed during the construction documentation stage to quickly populate site elevations and section drawings. Professionals can pair this with other 2D site symbols to illustrate scale and greenery without increasing model file size. It is a reliable tool for creating professional, readable architectural drawings that communicate site context clearly to clients and contractors in both planning and permit applications.