About this asset

This Othonna Cerarioides succulent shrub set features six distinct botanical assets with dense upright stems and leathery leaves. This collection consists of six individual Othonna Cerarioides shrub models, varying in height and density to simulate natural growth patterns. Each plant features a cluster of upright, woody stems densely packed with elongated, leathery green leaves. The forms range from small, low-lying clusters to taller, more established specimens, providing a realistic variety for landscaping projects. The botanical detailing is precise, capturing the characteristic succulent texture and the branching structure typical of this species. These models are suitable for both close-up architectural visualisations and broader site planning, offering a consistent aesthetic across different scales.

The download is a 202 MB compressed archive with the model in BLEND, FBX and GLTF format holding 6 separate objects.

When using these assets in a 3D environment, place them as individual instances to control density and distribution across planting beds or containers. The models are provided with PBR textures that should be mapped to the native material editor for optimal rendering results. Adjust the pivot points at the base of the stems to facilitate easy placement on uneven terrain or within planters. For larger landscape scenes, consider using scattering plugins to populate areas efficiently while maintaining the varied heights and forms.

These shrubs are ideal for arid-climate landscape designs, rock gardens, and contemporary residential courtyards. They pair well with gravel, natural stone paving, and drought-tolerant planting schemes. Professionals working on xeriscaping projects or Mediterranean-style gardens will find these assets useful for adding authentic, low-maintenance vegetation. Use these models in exterior renders for hospitality venues, luxury estates, or public parks where a realistic, textured planting layer is required to ground the architecture and soften hardscape transitions between building and site.