Stylized Elephant Figurine

Create a stylized low-poly 3D elephant figurine suitable for OpenSCAD generation and FDM 3D printing. Build the model from simple watertight geometric solids using union(), hull(), difference(), translate(), rotate(), scale(), spheres, cylinders, and tapered cylinders. Model requirements: - Overall dimensions: approximately 100 mm long, 55 mm wide, and 75 mm high. - Body: large horizontal ellipsoid with a rounded shape. - Head: smaller ellipsoid attached smoothly to the front of the body. - Trunk: curved downward and slightly forward, made from 5 to 7 overlapping tapered cylinders or spheres. Make the trunk thicker at the head and narrower at the tip. - Ears: two large, thin, rounded fan-shaped ears positioned symmetrically on both sides of the head. Use flattened scaled spheres or hull-based rounded shapes. - Legs: four short, thick, slightly tapered cylindrical legs. Space them evenly beneath the body. - Feet: slightly wider than the legs, with flat bottoms so the model stands securely. - Tusks: two small upward-curving conical tusks beside the trunk. Keep them thick enough for printing, with a minimum diameter of 2.5 mm. - Tail: short tapered cylinder ending in a small rounded tuft. - Eyes: two small recessed circular holes or shallow indentations, one on each side of the head. - Add smooth transitions between the body, head, trunk, and legs using overlapping geometry or hull(). - Flatten the bottom of all four feet at Z = 0. - Ensure all parts intersect properly and form one connected watertight solid. - Avoid unsupported floating parts, extremely thin walls, sharp internal gaps, and fragile details. - Use $fn = 48 for rounded surfaces. - Center the completed elephant approximately around the X and Y axes. - Organize the OpenSCAD output into reusable modules such as body(), head(), trunk(), ears(), legs(), tusks(), and tail(). - Return complete, valid OpenSCAD code that can be rendered without external libraries.

Parameters

This model was generated without adjustable parameters. Open it in the editor to add your own dimensions.

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.