MAX 사람 3D 모델

Q1: What's the best 3D person model for architectural visualization crowd scenes?

For crowd scenes, individual polygon count matters less than instance efficiency. You want models at 3,000–8,000 tris with a single texture atlas per gender/clothing variant — this keeps the per-instance GPU cost low enough to populate scenes with 50–200 visible figures. In Blender, use geometry nodes to scatter instanced crowd figures on walkways and plazas, with random rotation and scale variation to avoid the cloned-army look. Subtle pose variation matters more than detail at crowd distances — 5–6 distinct idle and walking poses distributed randomly reads as genuine crowd behavior. For archviz, clothing and demographic diversity in the crowd signals an inclusive design; having all figures share identical silhouettes reads as lazy.

Q2: How does UE5's MetaHuman compare to purchasing a 3D person model from 3DExport?

MetaHuman Creator generates photorealistic digital humans free for Unreal Engine projects — facial topology, LODs, rigging, and materials all included, optimized for UE5's rendering pipeline. For photorealistic human characters in Unreal specifically, MetaHuman is hard to beat on the quality-to-effort ratio. Where purchased models make more sense: stylized characters outside MetaHuman's photorealistic range, non-human or semi-human characters, characters for non-Unreal pipelines (Blender, Unity, Cinema 4D), and bulk crowd assets where MetaHuman's per-character setup time is impractical. MetaHuman is a tool for hero characters; purchased catalog models are practical for everything else.

Q3: What's the typical polygon count range for a 3D person model?

Background pedestrian in archviz: 2,000–5,000 tris. Mobile game character: 5,000–15,000 tris. PC/console NPC: 20,000–50,000 tris. Hero playable character: 50,000–100,000 tris, plus hair cards adding 10,000–20,000. Film digital double: 1–5 million polygons base mesh with subdivision and displacement at render time. These ranges have remained relatively stable since 2020 despite hardware improvements — the polygon budget saved by efficiency goes toward more characters on screen or higher-quality environment detail, not just denser hero characters. The jump that actually changed quality perception was PBR texturing and real-time global illumination, not polygon count increases.

Q4: Are diverse 3D person models available representing different ethnicities and body types?

The catalog has improved significantly in diversity over 2022–2025, though gaps remain. Scan-based realistic human models now include a broader range of skin tones, facial features, and body proportions than the catalogue showed five years ago. For body type diversity — representing a realistic range of BMI, muscle mass, and proportions — the selection is still skewed toward standard game-character body types. For projects where demographic representation matters — architectural presentations, educational content, inclusive game design — checking catalog availability before committing to a pipeline is worth doing early. If catalog options are insufficient, custom commission or photogrammetry scan services are the alternative.