About this asset

This contemporary 3ds Max dining set features a large natural wood table, eight grey upholstered chairs, and a cluster of wooden pendant lights. The set comprises a long, rectangular dining table with a prominent wood grain finish, supported by solid block-style legs. It is accompanied by eight armchairs upholstered in a soft grey fabric with beige seat cushions. Above the table hangs a curated cluster of nine teardrop-shaped wooden pendant lights, varying in size and suspension height to create a dynamic focal point. The assembly also includes decorative tabletop accessories such as books and small glass-domed objects. The design emphasizes organic textures and a neutral palette, suitable for high-end residential dining spaces or boutique hospitality interiors.

The download is an 11.1 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 set is organised by object type for efficient scene management. Users can import the model as a group or individual components to facilitate placement within interior scenes. The materials are mapped for realistic light interaction, particularly for the pendant fixtures and wood surfaces. It is recommended to adjust the light intensity and falloff settings within the scene environment to achieve the desired balance between the ambient light and the decorative pendant elements.

Architects and interior designers typically utilise this dining set for residential dining room visualisations, luxury apartment staging, and high-end restaurant projects. It pairs effectively with minimalist or scandinavian-inspired interiors, providing a sophisticated balance of warm wood tones and soft grey seating. When searching for this asset, professionals often look for terms such as modern dining room furniture, wooden dining table set, designer pendant lighting clusters, or contemporary residential dining arrangements to enhance the realism of their architectural renders.