Modern Brown Wood Five-Blade Ceiling Fan in Natural Wood

This modern 3ds Max ceiling fan features five dark wood blades and a central metallic housing for contemporary residential interiors. The ceiling fan is defined by its five tapered, dark wood-finish blades arranged in a balanced radial pattern. The central hub and downrod assembly are finished in a complementary matte brown metal, providing a cohesive aesthetic. The design includes a integrated circular housing at the base of the motor, suggesting a streamlined profile suitable for overhead mounting. Its proportions are clean and functional, avoiding excessive ornamentation to maintain a minimalist silhouette. The model captures the organic texture of the wood grain on the blades, contrasting with the smooth, uniform finish of the central metallic components.

The download is a 4.3 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.

In 3ds Max, this asset is best handled by importing it as a single group or component into your main scene. Ensure the pivot point is correctly aligned at the top of the downrod to facilitate easy rotation animations. You can adjust the material IDs for the wood and metal parts independently to match your specific interior palette. For optimal results, apply a sub-division modifier if close-up rendering is required, and use standard light sources to highlight the blade textures.

This ceiling fan is ideal for living rooms, bedrooms, and covered outdoor terraces where climate control and aesthetic appeal are both required. It works well in residential projects, boutique hotels, or casual dining spaces that favour a clean, modern look. Architects and interior designers often search for these units to add a layer of functional detail to vaulted or standard height ceilings. Pair this with contemporary furniture schemes to create a balanced, comfortable atmosphere in any ventilated space within your 3D architectural visualisations.