cartoon Street Light Pack Low-poly 3D model

cgtrader

This package boasts ten distinct models of streetlights and lanterns. The models rely on color palettes as their texture assets. Each model has been crafted with Unity Engine in mind, ensuring seamless integration within the platform. The provided color palettes measure 512x512 pixels in size, allowing for optimal clarity and visual detail. These models are particularly well-suited for low-poly games or prototyping applications where efficiency is key. Blender 2.79 was employed to create these models, while Cycles rendering technology brought them to life. Performance metrics indicate that the Lantern_A model consists of 2172 polygons and 2252 vertices, whereas Lantern_B features 763 polygons and 821 vertices. Similarly, Street_lamp_A comprises 1070 polygons and 1093 vertices. A similar pattern holds true for the other models, showcasing the impressive poly count: * Street_lamp_C boasts 147 polygons and 152 vertices. * Street_lamp_D flaunts 1460 polygons and 1651 vertices. * Street_lamp_E has 491 polygons and 489 vertices. * Street_lamp_F features 581 polygons and 610 vertices. * Street_lamp_G showcases 883 polygons and 908 vertices. * Street_lamp_H boasts 1107 polygons and 1003 vertices. The main file contains all of the models in a single scene, with a poly count of 9056 and 9399 vertices. Testing has been conducted on these models within Unity, ensuring their optimal performance and functionality. All individual model files can be found in the "main_files.zip" folder, awaiting download. A pre-prepared Unity package is also available for users seeking to utilize the models within their Unity projects. Notably, for users incorporating these models into Unity, installation of the Post Processing Effects pack – freely accessible on the Asset Store – will yield an enhanced bloom effect as observed in provided images. The models are supplied in a range of formats: .blend (native Blender file), .fbx, .3ds, and .obj. Associated color palettes and texture assets can be found within the "main_file.zip" folder. Appreciation for these models is welcomed; thanks for your consideration!