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.
Created in Blender 3D and rendered with Yaf(a)Ray, the model exemplifies a style of open-source precision from the late 2000s era of Blender artistry — when global illumination rendering was still a frontier.
Model Specifications
- 252 polygons / 253 vertices
- Low-poly construction for game or real-time rendering
- Formats: Blender, OBJ, FBX, 3DS, Lightwave, Softimage
- 2048×2048 texture map included
- Generic branding for safe commercial or educational use
- Created and rendered in 2009
Design Notes
This peroxide bottle model represents a key period in early open-source 3D workflows: minimal geometry, smart UV use, and realism achieved through texture instead of heavy meshes. It’s lightweight, portable, and perfectly suited for simulation, VR, or environmental props.
As part of Leo Blanchette’s early industrial library, it carries that distinct late-2000s “practical realism” — a balance between technical restraint and visual clarity.