This Stylized Female Character & Doctor Rigged 3D Model Pack includes two professionally designed characters created for use in games, animations, simulations, and educational projects. Both models are fully rigged and skinned, making them ready for animation in Blender, Maya, 3ds Max, Unity, Unreal Engine, and other 3D software.

The first character represents a casual young female with a clean, stylized design wearing a simple outfit: light blue t-shirt, black pants, and sneakers. The second character is a medical professional/doctor wearing a lab coat, black trousers, and protective face mask—perfect for healthcare-related projects, VR medical training, or storytelling animations.

Both characters are created in a stylized cartoon aesthetic with clean geometry and optimized poly count, making them suitable for real-time performance in games and VR/AR environments without sacrificing visual quality. The models are designed with PBR textures for realistic material responses under different lighting conditions.

The rigging setup includes T-pose base, facial topology suitable for blendshapes (if required), and properly weighted body rig for smooth deformations. This makes them ideal for creating animations such as walking, running, talking, gesturing, and interactive movements.

These models can serve as main characters, background NPCs, or educational assets for simulations, explainer videos, and interactive experiences. Whether you’re developing a game, animation short, VR/AR project, or medical visualization, this pack is a ready-to-use solution.

Key Features:

• 2 Fully Rigged Stylized Characters (Casual Female + Doctor/Medical Professional)
• Game Ready & Animation Ready models
• Optimized poly count for real-time applications (VR, AR, Unity, Unreal Engine)
• T-Pose base with full body rig and skinning
• Stylized cartoon look with clean geometry
• PBR Textures included (Base Color, Roughness, Metallic, Normal, AO)
• Works in Blender, 3ds Max, Maya, Unity, Unreal, Cinema 4D
• Perfect for games, animations, VR/AR, simulations, medical projects, educational videos