About this asset

This contemporary 3ds Max ceiling fan model features four straight metal blades and an integrated glass light kit for interior cooling. The fan assembly consists of a central motor housing with a textured metallic finish, supporting four elongated, flat-profile blades with rounded tips. Beneath the housing, a multi-light fixture provides illumination through glass shades. The assembly is suspended from a standard cylindrical downrod, which terminates in a matching canopy for ceiling mounting. The overall aesthetic is functional and clean, relying on a monochromatic grey palette that suits a wide range of interior styles. The structural components are clearly defined, providing a realistic representation of a standard residential cooling and lighting unit.

The download is a 5.7 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

When integrating this model into a 3ds Max project, import the file and ensure the pivot point is correctly aligned at the canopy for easy placement against the ceiling plane. Use standard object grouping to manage the blades and light components as a single unit. Apply custom light definitions to the internal bulb areas to achieve realistic illumination, and ensure the surface materials are mapped correctly to maintain the metallic sheen and glass transparency in your final render output.

This ceiling fan is intended for residential living rooms, bedrooms, and dining areas where both air circulation and ambient lighting are required. It functions well in projects requiring a neutral, unobtrusive cooling solution that integrates seamlessly with contemporary or transitional decor. Architects and interior designers frequently search for these units when specifying fixtures for renovation projects or new build developments. Pair this asset with other modern ceiling fixtures or neutral interior palettes to create a balanced, functional living space in your 3D visualisations.