About this asset

This neoclassical square ceiling panel for SketchUp features a geometric lattice inset framed by detailed moulded timber surrounds. This square ceiling panel is designed with a classic neoclassical aesthetic, featuring a central geometric lattice pattern set within a deep, moulded frame. The outer corners are accented with circular recessed details, adding structural rhythm to the piece. The finish appears as a uniform natural wood, suitable for traditional or transitional interior schemes. The geometry is clean and precise, intended for modular installation to create a coffered or tiled ceiling effect across large surface areas. The relief depth of the central lattice provides visual interest and shadow play when illuminated from below.

The download is a 5.1 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model functions as a modular component. Designers should utilise the component instance to array the panel across a ceiling plane, ensuring correct alignment of the lattice pattern. The geometry is clean, allowing for efficient scaling if required for bespoke ceiling dimensions. Users can easily apply custom wood grain or paint materials to the frame and inset independently by accessing the nested group structure, making it straightforward to adapt the finish to specific project palettes.

This decorative panel is ideal for high-end residential projects, including formal dining rooms, libraries, or master suites where a coffered ceiling aesthetic is desired. It also suits luxury hospitality interiors, such as hotel lobbies or boutique restaurants, to add architectural character to flat ceiling surfaces. Professionals searching for ornate ceiling cladding, coffered ceiling components, or period-style interior details will find this asset useful for both schematic design and detailed interior visualisation tasks in classic or transitional architectural projects.