About this asset

This 3D vegetation set features three distinct dandelion plants with serrated green leaves and yellow flower heads for Blender. This set contains three individual dandelion specimens, each captured at different stages of growth, from emerging buds to full bloom. The plants feature characteristic basal rosettes of deeply serrated, lanceolate leaves in varied shades of deep green. Slender, upright flowering stalks emerge from the centre, topped with bright yellow composite flower heads. The geometry reflects the natural, slightly irregular organic forms of the species, with detailed leaf venation and texturing. The set provides a realistic representation of common meadow vegetation, suitable for close-up architectural visualisation or naturalistic ground-cover implementation in larger exterior scenes.

The download is a 52.7 MB compressed archive with the model in BLEND, FBX and GLTF format holding 3 separate objects.

These assets are designed for efficient integration into landscape scenes. Users should import the files into their native software and apply the included PBR materials to ensure correct light interaction. Given the density of the geometry, these plants are best utilized as scatter objects or instanced elements across terrain surfaces. Adjusting the scale and rotation of individual instances will prevent repetitive patterns, helping to achieve a natural, organic distribution across garden beds, lawns, or meadow environments within your primary modelling or rendering suite.

These dandelions are ideal for populating exterior architectural renders, particularly residential garden designs, park landscapes, and meadow-style green infrastructure projects. They add authentic, informal detail to foreground elements in landscaping plans or can be used to soften the transition between built structures and natural site areas. Professionals will find these useful when creating seasonal garden scenes or naturalistic environmental visualisations where high-fidelity, native-looking vegetation is required to ground the architectural proposal in its intended local ecosystem context.