Low Poly Tracker Predator Inspired Model with High-Quality Textures
The Tracker Predator Inspired Model is a low poly 3D character model designed with high-resolution textures that bring out a detailed and realistic look while keeping performance optimized. This makes it perfect for game development, VR/AR experiences, and cinematic projects that require both efficiency and visual quality.
Rigged with Poses and Animations
This model is fully rigged and comes with 5 dynamic poses along with 3 smooth animations, making it versatile and ready for direct integration into your projects. Ideal for action scenes, sci-fi storytelling, and survival-themed games, the rigging system ensures fluid movements and professional results.
Optimized for Games and CGI Projects
Built with low poly geometry and detailed textures, the Tracker Predator Inspired Model provides the right balance for real-time rendering, immersive gameplay, and cinematic cutscenes. It’s an excellent choice for those looking to add a sci-fi hunter or alien warrior character into their creative work.
What’s Included
T-Pose 3D Model (Unrigged)
High-quality 3D character model in T-Pose with no rig or animation, perfect for custom rigging, editing, or 3D rendering projects.
Formats: .fbx, .glb, .obj, .mlt, .blend, unitypackage
Rigged T-Pose Model
Fully rigged T-Pose model, ready for animation, posing, or integration into game engines and 3D software.
Formats: .fbx, .glb, .blend
Rigged Models with 5 Unique Poses
Includes 5 pose variations, each file containing a rigged model in a different pose, ideal for scene setup or character presentation.
Formats: .fbx, .glb, .blend
Rigged Models with 3 Unique Animations
Includes 3 rigged models with animations, each file containing a different animation, suitable for games, cinematic scenes, or 3D projects.
Formats: .fbx, .glb, .blend
Texture Files
Includes texture files for the character model, ready to use in 3D software or game engines.
UV Layout (UV Mapping)
UV Mapping files included to allow editing, retexturing, or creating new materials.