About this asset

This contemporary 4-seater dining set for SketchUp features a pedestal table and upholstered chairs with natural wood finishes. This dining set comprises a rectangular pedestal table paired with four matching chairs. The table features a light-toned natural wood top supported by a sturdy black circular metal base. The chairs are constructed with exposed natural wood frames and feature curved backrests with a dark wood veneer detail. The seats are upholstered in a neutral off-white fabric, providing a clean contrast to the wood tones. The overall proportions suggest a compact footprint, making this ensemble suitable for smaller dining areas, breakfast nooks, or informal break-out spaces in professional or residential environments.

The download is a 6.9 MB compressed archive containing the native SketchUp (.skp) model holding 5 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this set into a SketchUp scene, import the component and place it using the move tool. The model is structured as a collection of individual components, allowing for easy repositioning of the chairs around the pedestal base. Ensure the model is scaled correctly by checking the seat height against standard benchmarks. Apply materials through the native paint bucket tool, adjusting the texture mapping on the wood grain surfaces as required to suit the specific lighting conditions of your interior render.

This dining set is ideal for residential kitchen-diners, boutique cafe designs, or modern office canteen layouts. Its neutral palette and clean lines pair well with contemporary interior styles, from Scandinavian to industrial. Professionals searching for compact dining solutions or furniture for hospitality projects will find these assets versatile for floor plan layouts and interior visualisations. The set works effectively when combined with minimalist pendant lighting or as part of a larger open-plan living space arrangement where space efficiency is a priority.