Nature

View on TurboSquid → Dampwood Termite Soldier Created in July 2016, this dampwood termite soldier captures the armored head, mandibles, and segmented body of the species with a balance of realism and performance. Built in Blender 2.77 and shaded for Cycles, it’s suited for close-ups, educational stills, and nature scenes. Topology: 5,718 polygons / 5,688 vertices UVs: Non-overlapping, clean unwrap Textures/Maps: Color, bump, subsurface scattering, and transparency Formats: Blender 2.77 (.blend), FBX, OBJ Rigging: Not rigged; ready for your own rig or pose workflow Workflow Notes ...

View on TurboSquid → Dampwood Termite Worker This dampwood termite worker model represents one of the most accurate digital reconstructions of this species created for general use. Built in Blender 2.77 with Cycles shading, it is fully UV unwrapped with non-overlapping UVs and includes color, bump, transparency, and subsurface scattering maps. Its polycount (5,485 polygons / 5,435 vertices) makes it light enough for large population scenes — ideal for swarming or environmental simulation renders. ...

View on TurboSquid → Wasp or Hornet A high-detail insect model from August 2012, built during Blender’s early Cycles era — when physically-based lighting first hit open-source pipelines. The mesh emphasizes believable anatomy and hand-painted patterning for macro-level realism. Topology: 71,040 polygons / 72,070 vertices Textures: UV mapped, non-overlapping, with 4096×4096 maps Formats: Blender 2.63, OBJ, FBX, 3DS Renderer: Set up for Blender Cycles Rigging: Not rigged; rig in your DCC of choice. Multires/bump can be used for displacement detail Usage & Workflow Notes ...

View on TurboSquid → Sunflower Seeds – Fibonacci Sequence This 3D model demonstrates the Fibonacci sequence in nature, visualized through a spiral arrangement of sunflower seeds. Each seed is placed according to a mathematical pattern found in real sunflowers, using 987 instances — itself a Fibonacci number — for both realism and precision. Created in Blender 2.61, this model is ideal for scientific visualization, mathematical illustration, or natural design rendering. It includes both a complete spiral seed array and a single sunflower seed for flexible use in close-ups or educational materials. ...