Hose Timer 3D Model - Realistic Render 3D model

Hose Timer 3D Model with PBR Textures - Game-Ready, Maya File, Realistic DetailThis high-quality Hose Timer 3D model is designed with realistic PBR (Physically Based Rendering) textures and is fully set up in Maya, making it ideal for use in games, animations, or product visualizations. Whether you need it for outdoor settings, gardening simulations, or detailed close-ups, this model is highly detailed with lifelike textures and lighting properties.

Features:Maya File Format: The model is fully compatible with Maya [version used, e.g., 2022 or 2020] and can easily be integrated into your 3D pipeline.PBR Textures: Includes high-quality PBR textures (Albedo, Normal, Roughness, Metallic) for realistic material behavior in different lighting conditions.Realistic Detail: Includes intricate details like buttons, dials, and material wear to ensure the hose timer looks as lifelike as possible.Game-Ready: Optimized for use in real-time game engines such as Unity, Unreal Engine, and other VR/AR applications.Clean Maya Scene: Well-organized scene with named meshes and materials for easy customization.Optimized for Rendering: Ready for rendering in Arnold, V-Ray, or other industry-standard render engines, ensuring photorealistic results.Ideal For:Game Developers: Perfect for use as a prop in outdoor scenes, gardening simulations, or tool-based games.Film & Animation Projects: A great asset for cinematic sequences requiring realistic everyday objects.VR/AR Projects: Ideal for interactive environments in VR/AR experiences related to home improvement, gardening, or outdoor simulation.3D Artists & Designers: A versatile asset to customize or integrate into your own scenes.Included:Maya Scene (.mb or .ma): Hose Timer fully set up for quick integration.PBR Textures: Albedo, Normal, Roughness, Metallic, and Specular maps (4K resolution).Render Previews: High-quality renders showcasing the model from multiple angles and in different lighting setups.Game-Ready: Optimized for performance in real-time engines, with low poly count and efficient textures.