Industrial Service Robot Low-poly 3D model

Description:This 3D model depicts an industrial service robot designed with a blend of retro-futuristic aesthetics and practical engineering elements. The robot features a sturdy, utilitarian design, ideal for various industrial and service-oriented tasks. The model is meticulously crafted with detailed textures and components, making it suitable for both animation and static renders.

Key Features:

Design: The robot has a compact, rectangular head equipped with dual blue-lit sensors, giving it an advanced, high-tech appearance. The body is cylindrical with robust, jointed appendages, designed for flexibility and functionality.Textures: The model is textured with a mix of metallic and worn surfaces, highlighting its durability and extensive usage in industrial environments. Subtle weathering effects add to the realism.Materials: The robot is built using high-quality materials such as steel for the body, rubber for the joints, and plastic for the casing, all accurately represented in the textures.Lighting: The robot features blue LED lights on its head and body, enhancing its futuristic look and indicating operational status.Details: Intricate details like screws, bolts, and wiring are included to provide an authentic industrial feel. The model also features mechanical arms with precision tools and grippers.Rigging: The model includes basic rigging for the head, arms, and wheels, allowing for simple animations and posing.Polygons: The model is optimized with a balanced polygon count, ensuring it is detailed yet efficient for rendering and animation.Applications:

Animation: Suitable for animation projects requiring a realistic industrial robot, from sci-fi films to educational simulations.Game Development: Ideal for integration into game engines for use in interactive environments, adding depth to industrial or futuristic settings.VR/AR: Perfect for virtual and augmented reality applications, providing an immersive and interactive experience.Educational: Useful for educational purposes in robotics, engineering, and industrial design courses.File Information:

File Format: Blender (.blend)Textures Included: Yes (Diffuse, Specular, Normal maps)Rigged: Yes (Basic rigging)Polygon Count: Medium (optimized for detail and performance)UV Mapped: YesInstructions:To use this model, simply open the .blend file in Blender. The textures are packed within the file, ensuring all materials load correctly. For animations, the basic rigging allows for movement of the head, arms, and wheels. Adjust lighting and camera angles as needed to fit your specific project requirements.This Model has been made by taking inspiration and followinf the tutorial of Ryan King Art. He is popular blender content creator on youtube please do check him out.