About this asset

This potted indoor palm in a woven basket is a SketchUp model featuring detailed foliage and a naturalistic rattan container. This decorative indoor plant model features a lush, multi-stemmed palm with finely textured, slender fronds that fan outwards in a naturalistic growth pattern. The foliage transitions from lighter lime-green highlights to deeper emerald tones, providing a realistic visual density. The plant is housed in a tapered, woven rattan basket that includes integrated side handles, adding a warm, organic texture to the base. The overall silhouette is balanced and upright, making it suitable for filling corners, flanking furniture, or softening architectural lines in various interior design schemes.

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

When integrating this SketchUp model into a project, use the native component structure to manage the foliage density if necessary for viewport performance. The plant is scaled to standard residential proportions, but users should verify dimensions against the specific scene context. Materials are mapped to the geometry, allowing for adjustments to the leaf transparency or colour saturation via the material editor. For high-quality renders, ensure the plant is placed on a flat surface and consider adding a subtle light source to highlight the frond textures.

Ideal for residential living rooms, hotel lobbies, and modern office reception areas, this indoor palm adds essential greenery to architectural visualisations. It pairs effectively with contemporary or bohemian interior styles, serving as a versatile filler for empty corners or beside lounge seating. Professionals often search for organic accents to improve the livability of digital spaces, using terms like biophilic design elements, indoor potted plants, or decorative greenery to find assets that provide a soft, natural contrast to hard surface materials.