Cheerleader Squad with Pom-Poms Set

This 3ds Max model set features twelve stylized cheerleader figures in uniform, each posed dynamically with pom-poms for visualization. The collection comprises twelve distinct human figures representing a cheerleading squad in mid-performance. Each figure is dressed in a two-piece athletic uniform, featuring either white with red accents, solid red, or blue colourways. The characters are depicted with consistent hairstyles and hold fluffy pom-poms in both hands, captured in various active poses including standing, stepping, and lifting. Proportions are stylized, emphasizing a uniform aesthetic suitable for group scenes. The set is provided as a cohesive arrangement, allowing for flexible placement within larger architectural renders or public space visualizations.

The download is a 298 MB compressed archive containing the native 3ds Max (.max) model holding 12 separate objects. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, these figures are managed as individual assets or a grouped collection. Users can position the models within the scene using standard transform tools to populate public spaces or event venues. Materials are applied to the uniform and pom-pom meshes, which can be adjusted via the material editor to match specific lighting conditions or colour palettes. The figures are optimized for inclusion in large-scale exterior or interior scenes, serving as background entourage to provide scale and human presence.

These models are intended for inclusion in architectural visualizations requiring human activity and crowd scenes. They are suitable for exterior environments such as sports stadiums, school campuses, or public plazas, as well as interior event spaces. Professionals can use these figures to populate masterplan renders or promotional imagery for recreational facilities. They pair well with stadium seating, athletic grounds, or event infrastructure, providing a sense of scale and lively atmosphere to professional 3D presentations and conceptual design projects.