About this asset

This industrial-style concrete LED ceiling lamp features four adjustable spots mounted to a square base, provided as a Revit family. The Concri ceiling lamp features a robust, industrial aesthetic defined by its four cylindrical heads crafted from textured concrete. These spotlights are mounted to a slim, dark-finished square canopy, providing a sharp contrast between the raw materiality of the concrete and the precision of the metal base. Each individual spotlight head is attached via a flexible joint, allowing for directional adjustment of the light beam. The overall geometry is clean and geometric, making it suitable for modern interiors that prioritise material honesty and functional, task-oriented lighting solutions.

The download is a 430 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 luminaire is designed for ceiling-hosted placement, allowing architects to snap the square canopy directly onto reflected ceiling plans or 3D ceiling surfaces. Users can utilise the built-in parameters to adjust the tilt and rotation of each individual spot to suit specific lighting design requirements. Ensure light source definitions are correctly mapped within the family to achieve accurate photometric analysis and realistic rendering results when using the native Revit interior rendering engine or exported assets.

This fixture is well-suited for contemporary residential kitchen areas, retail showrooms, or hospitality environments where a raw, brutalist, or industrial design language is desired. It pairs effectively with exposed concrete ceilings, timber joists, or minimalist plaster surfaces. Professionals often search for this type of asset when specifying task lighting for kitchen islands, dining spaces, or feature zones in open-plan offices. Its neutral grey palette integrates seamlessly into monochromatic or textured interior schemes, providing both functional illumination and a distinct material statement.