Overview

Block-style humanoid figurine with exaggerated upper body proportions and simplified geometric limbs.Standing pose uses a centered weight distribution with symmetrical arm placement.Large smiling facial expression creates strong front-facing readability from multiple viewing angles.Oversized cap extends the head silhouette laterally while maintaining compact vertical proportions.Chain pendant hangs over the torso and adds layered depth to the chest area.Integrated square base stabilizes the wide footwear stance and supports upright display presentation.

Design Details

Medium geometry density with emphasis on clothing accessories and surface detailing.Body surfaces combine smooth rounded transitions with sharp geometric separations at the limbs and torso.Cap structure uses broad curved surfaces with a thin extended brim element.Torso includes layered brick-style panel detailing beneath the chain accessory.Pendant geometry uses thick enclosed forms that reinforce structural durability.Hands use open circular grip shapes with rounded internal transitions.Sneakers include layered sole separation, engraved stripe detailing, and enclosed lower-body support forms.Pants feature recessed worn texture areas with shallow surface carving.Surface transitions remain clean and compact with limited exposed thin geometry.

Printing Information

Suitable for both resin and FDM printing.

Resin printing will preserve the facial engraving, pendant edges, clothing texture, and shoe detailing with higher clarity.FDM printing is practical due to the large body sections and stable block-based geometry.

Best orientation is upright on the integrated base to preserve alignment and reduce support visibility on the front surfaces.Primary support zones include the underside of the cap brim, inner hand openings, pendant underside, and shoe edge overhangs.Minor overhangs appear beneath the chain links and around the curved hand sections.Thin elements are limited mainly to the cap brim edges and hanging chain sections.Wide feet placement and flat base geometry provide strong structural stability during printing.