This high-end sci-fi robot character is designed for developers and artists who demand technical precision and visual fidelity. Built with a sleek armored exosuit, glowing emissive elements, and a futuristic helmet interface, this model is ideal for use in AAA-level game development, cinematic productions, VR experiences, and interactive storytelling.
Fully rigged and game-ready, the character supports real-time animation and is optimized for both first- and third-person camera use. The model comes in multiple formats, including FBX, OBJ, STL, and native files for Blender, Maya, and 3ds Max. It includes clean topology, UV-unwrapped geometry, and high-resolution PBR textures with proper maps (albedo, normal, roughness, metallic, emissive). Ideal for Unreal Engine and Unity integration.
With under 30,000 polygons, the mesh maintains lowpoly performance while delivering excellent detail and edge definition, making it a top-tier choice for mobile, console, or desktop games.
Recommended Use Cases:
Sci-fi shooters and tactical games
Virtual reality training simulations
Futuristic animation shorts
Cinematic trailers and concept demos
Robotics-based storytelling or Metaverse characters
Technical Features:
Rigged character with clean skin weights
Optimized for Unreal Engine and Unity
Game-ready with LOD-friendly topology
High-resolution PBR texture set included
Compatible with Blender, Maya, 3ds Max
Polycount: ~30,000 polygons (optimized lowpoly)
Available formats: STL, FBX, OBJ, BLEND, MA/MAX
Performance & Integration:The character is ready to be dropped into any real-time scene, with precise bone hierarchy for animation and modular UVs for easy texture updates. Emissive components can be adjusted to fit different lighting scenarios, and the model’s proportions allow for retargeting of humanoid animations without deformation.
Whether you're building an elite sci-fi strike unit, a mechanized enemy force, or a player-controlled robotic hero, this asset brings technical excellence and high visual impact to any production pipeline.