A game-ready industrial thermo-hygrometer with dynamic temperature and humidity needle control for industrial, IoT, VR, and monitoring scenes.Tested with Unity 6.0 and Universal Render Pipeline. The included materials use URP Lit shaders. Other render pipelines may require material conversion or adjustment.ThermoHygrometer is a game-ready industrial temperature and humidity meter asset designed for real-time Unity projects.The package includes an optimized 3D model, URP materials, textures, a ready-to-use prefab, a demo scene, and a controller script for driving the two analog needles at runtime. Temperature and humidity values can be updated through public C# methods, making the asset suitable for IoT dashboards, industrial visualization, training simulations, laboratory scenes, server rooms, HVAC systems, and interactive environments.The controller supports independent temperature and humidity updates with value clamping. It can be connected to gameplay logic, REST APIs, WebSocket data, MQTT data, or other runtime data sources.The asset is lightweight and suitable for real-time rendering, including desktop, VR, and mobile-oriented projects. Materials are configured for Universal Render Pipeline. Other render pipelines may require material conversion or adjustment.• Category: 3D industrial prop• Model: Industrial thermo-hygrometer• Number of textures: 3• Texture formats: PNG, TGA• Materials: 4 URP materials• Meshes/prefabs: 1 main model prefab and 1 demo scene• Polygon count: 206 vertices, 384 triangles• Rigging: No• Animations: No• UV mapping: Yes• LODs: No• Dynamic dual-needle controller included• Temperature range: -30 C to 50 C• Humidity range: 0% to 100%• Public API methods: SetValues(), SetTemperature(), SetHumidity()• Automatic value clamping• Edit Mode preview support• Transparent glass cover with normal mapping• Universal Render Pipeline materials included• Other render pipelines may require material conversion or adjustment• Tested with Unity 6.0• No external Asset Store package dependencies• Documentation included
