Arctodus Fissura 3D Model ^NEW

Description

👤 Head

A highly desiccated, skeletal ursine skull shapes the snarling head, with the parched, rotten hide pulled tightly over the bone. The face is frozen in an aggressive, wide-jawed roar, exposing rows of long, broken canine teeth and sharp molars. Deep, hollow eye sockets sit empty and dead, while strands of tattered, dried flesh or matted fur drip loosely from the lower jaw like a decaying beard.

🛡️ Body Structure

Torso & Fissure: A massive, powerful quadrupedal bear chassis defined by an immense, heavily muscled shoulder hump. The defining feature is a colossally wide, vertical fissure torn open along the left side of the neck and shoulder. This gaping biological tear is tightly ringed by dozens of sharp, interlocking, rib-like bone spurs that function as a terrifying, secondary vertical mouth. Along the flanks, the skin is completely sloughed away, exposing a clean, perfectly defined skeletal ribcage.

Limbs & Claws: Four exceptionally thick, powerful legs support its low, predatory stance. The forelegs are heavily muscled and wrapped in a tattered, mangy hide peppered with rotting holes. The paws terminate in five massive, curved, deeply extended claws built for digging through frozen earth or shredding flesh.

✨ Material and Finish

The entity is rendered in a deeply monochromatic, earthy sepia, sandstone, and dried-mud palette. The surface finish is aggressively dry, fibrous, and matte, mimicking the texture of mummified flesh and ancient, porous bone. High-contrast, absolute shadows pool heavily within the cavernous eye sockets, between the exposed rib bones, and deep inside the jagged vertical shoulder fissure, making the creature look like a prehistoric fossil animated by a dark, hungry curse.

(Make sure to check for any problems with the main model before printing. Most 3D printing apps will have an option to auto-fix them, if there are any, but it's also preferable to load it in a viewer or an app like blender for additional checks.
Depending on the format used there may be a few leftover non-printable polygons, but they generally don't interfere with the main model when removed, although some removal methods might discard the model's texture in order to fix it.
The thickness of the walls in the model can be adjusted automatically using a slicing or editing software if required by the printer and the chosen method.
The model has an extent between -1 and 1; you can customize its size and modify it freely. You can also reduce or increase the polygon count alongside the vertices using any app based on your specific needs. 
The model doesn't contain any pre-baked or built-in support structures, so it will require manual or automated support generating with the help of slicing software in order to print correctly.
The colors may turn out a bit different from the original ones seen in the images, depending on the printer used and how it's printed. 
The polygon count can be a bit more or less than the described amount depending on where it's loaded for viewing and what file will be used for the printer.
If you want to use the model in a game and animate it or modify it, you would first have to convert the topology from triangular to squared for easier editing.
The texture of the model is 8K, featuring metallic, roughness and normal PBR maps in addition to the base colors.
The zip contains STL, 3MF, OBJ, BLEND, FBX, file formats. 
The 3mf has the most accurate interpretation of the base model and is preferable when printing.)