Clear Glass Cylinder Vase with Potted Pampas Grass

This 3ds Max model features a minimalist clear glass cylinder vase filled with tall, feathery white pampas grass stems. The asset comprises a simple, straight-sided cylindrical vase crafted from transparent glass, housing a dense bouquet of dried pampas grass. The stems retain a natural, brownish-green appearance at the base, transitioning into soft, plume-like white heads that provide significant vertical volume. The composition is balanced and clean, focusing on the contrast between the rigid, reflective surface of the glass and the organic, textured nature of the grass. It acts as a singular decorative element, suitable for adding a touch of softness to interior spaces without requiring complex maintenance or additional geometry.

The download is a 29.1 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 model is managed as a single entity, allowing for straightforward placement into scenes via merge or xref commands. Users should ensure the glass material is assigned correctly to maintain transparency and refraction settings. The plant elements are grouped to allow for easy scaling or rotation to suit different camera angles. Adjusting the global illumination and light bounce settings is recommended to capture the delicate, semi-translucent quality of the pampas grass plumes effectively within a final render.

This botanical arrangement is an essential asset for styling interior visualisations, particularly for residential living rooms, hotel lobbies, or boutique retail environments. It works well placed on console tables, sideboards, or as a focal point on a dining table. Professionals often search for pampas grass models to introduce organic texture and height into minimalist or contemporary interior designs. It pairs seamlessly with modern furniture collections, helping to break up clean lines and add a sense of lived-in warmth to high-end architectural renders.