3d-Model

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. ...

View on TurboSquid → Landscaping Hard Hat Helmet This landscaping hard hat helmet was modeled in Blender 2.6 and represents a realistic safety helmet with a detachable protective visor. It’s a versatile model that can serve both industrial and environmental design contexts — from construction scenes to safety training simulations. The mesh includes medium-resolution subdivision geometry (8,440 polygons / 8,602 vertices) and is UV unwrapped with non-overlapping UVs. Textures and PSD files are included for maximum customization. ...

View on TurboSquid → AO-Maru – Friendly Blue Robot (Legacy Series) AO-Maru is the original friendly blue robot mascot, first appearing in Leo Blanchette’s stock illustration work before becoming a available as a 3d model. Part of the Legacy Series, this model represents the transition from still-image mascot to fully rigged, animatable asset — a hallmark of the early 2010s internet aesthetic. Created in Blender 2.59 and exported to standard formats (OBJ, FBX, 3DS), AO-Maru was designed to be both brandable and functional: a figure of optimism and curiosity from a time when “AI” still meant Adobe Illustrator. ...

View on TurboSquid → Blueberry Bot – Legacy Series Character Meet Blueberry Bot, one of the central mascots in Leo Blanchette’s Legacy Series, created in 2011 during the peak of Blender’s 2.5 era. Originally designed as a recurring stock illustration character, Blueberry Bot was reintroduced as a standalone, fully rigged 3D mascot — available for companies seeking a friendly, tech-forward brand presence. This character carries the spirit of early web illustration: earnest, glossy, and optimistic about technology. It was modeled for clean topology, reliable deformation, and easy customization — built for both still imagery and animation. ...

View on TurboSquid → Digital Thermometer (Realistic) This digital thermometer model was created in September 2011 using Blender 2.59, during a transitional period when the software had just introduced node-based material systems and improved rendering workflows. It remains one of Leo Blanchette’s most polished medical equipment assets—realistic, lightweight, and fully textured for clean, clinical scenes. The model is designed to reflect real-world digital thermometers used in medical or household settings, with accurate scale, smooth geometry, and materials that simulate LCD displays, plastic housing, and metallic sensors. ...

View on TurboSquid → Generic Circular Saw This generic circular saw model, created in January 2010, represents a mid-poly balance between realism and efficiency — perfect for industrial renders, tool catalogs, or simulation environments. Designed in Blender 3D and rendered with Yaf(a)Ray, it captures the tactile realism of brushed metal, plastic housing, and a sharp, layered blade. The model includes a full Blender scene setup with lighting and materials configured for Yaf(a)Ray. Its geometry is medium density — 7,157 polygons and 7,212 vertices — allowing clean close-ups or subdivision refinement. ...

View on TurboSquid → Simple Generic Hard Hat A simple generic hard hat modeled in Blender 3D and rendered using Yaf(a)Ray, representing the kind of clean, functional asset ideal for construction, safety training, or industrial simulation scenes. This model was designed with simplicity and adaptability in mind — a low-polygon geometry (836 polygons, 867 vertices) that provides realistic curvature while keeping performance demands light. The .blend file is fully configured and subsurf-ready for higher resolution if desired. ...

View on TurboSquid → Peroxide Low Poly Model A compact and efficient low-poly peroxide bottle modeled in December 2009. This simple but well-textured asset captures the look of an everyday chemical container — ideal for use in industrial, medical, or emergency-scene visualizations. Designed with only 252 polygons and 253 vertices, this model demonstrates efficient topology and strong attention to textural detail. Despite its minimal geometry, it includes a 2048px texture map for crisp realism, even in close-up renders. ...

View on TurboSquid → Energy Saver Compact Fluorescent Lamp Created in December 2009, this 3D model represents a compact fluorescent light bulb—the small, coiled type commonly found in desk and household lamps before the LED era. The design features both outer and inner glass meshes to simulate realistic light diffusion and thickness, resulting in a natural, physically accurate glow. This model was originally created in Blender and rendered using Yaf(a)Ray, one of the early open-source renderers that emphasized global illumination and glass realism. The geometry is medium density (11,016 polygons / 11,077 vertices) and UV-mapped with a 2048×2048 JPEG texture, ensuring smooth close-up rendering without overloading your scene. ...