Overview

Stylized anthropomorphic cat character in a standing pose with one hand giving a thumbs-up gesture and the opposite hand resting on the hip. The figure uses exaggerated chibi-style body proportions with a large head, compact torso, oversized footwear, and short limbs for clear silhouette readability. A curved tail extends outward from the rear and balances the side profile visually. The hoodie, headphones, and shoes are integrated directly into the character form with clean layered separation. The model stands on a circular display base that provides stable grounding and display support.

Design Details

The model combines smooth rounded geometry with defined recessed linework on the hoodie and footwear. Facial features use soft transitions with shallow contour definition around the muzzle and cheeks. The hoodie includes layered trim details and angular panel lines that create surface contrast without excessive geometry fragmentation. Headphones use enclosed circular forms with thick structural volume. The tail uses a continuous curved cylindrical structure with gradual tapering. Shoe geometry is bulky and reinforced with wide contact areas against the base. Most surfaces are enclosed and compact, reducing isolated floating geometry. Edge treatment is soft with selective sharp separation on clothing accents and sole boundaries.

Printing Information

Suitable for both resin and FDM printing.

For resin printing, the model is best oriented with a slight backward tilt to reduce support visibility on the face and hoodie front. Primary support zones include the underside of the tail, underside of the hands, lower hoodie edges, and shoe overhangs. The headphones and ears require moderate support beneath their lower edges.

For FDM printing, the integrated base improves bed stability and overall print balance. The tail connection point is the most likely weak area during handling due to its extended structure. Overhang areas are limited mainly to the thumbs-up hand, chin region, hoodie folds, and tail underside. The compact body structure and thick limb geometry improve print reliability and reduce failure risk.