Honey Comb Set Low-poly 3D model

This traditional beehive and honeycomb set is designed for game environments that feature beekeeping, rural settlements, or ancient agricultural settings. The asset includes three distinct objects:

A large beehive with a textured honeycomb pattern, resembling a handcrafted hive used in traditional beekeeping.A removable honeycomb tray, detailed with a hexagonal cell structure, suitable for honey extraction mechanics.A sturdy rectangular hive box, appearing slightly weathered, indicating frequent use in an outdoor setting.The materials and design reflect an authentic, handcrafted look, ideal for realistic or stylized survival, farming, or cultural heritage games. The set can be used as a static environment prop or an interactive resource in crafting and economy-based games.

|| Game Ready || AR VR Metaverse Ready || Low poly ||

This asset features low-poly meshes designed for optimized use in gaming, virtual reality, metaverse environments, and other interactive applications, all enhanced with PBR textures for a more realistic appearance. What’s included:

• The asset comes in FBX format, with properly set pivot points to make integration seamless.
• SCENE Objects, materials and textures has meaningful names. Texture paths are set to relative. Just unzip texture archive into a folder where the model is located and your 3D should pick up them automatically.
• TEXTURES Model has high quality textures of 4k resolution. Textures are saved in PNG format.
• OPENGL Normal Map for surface detail
• For Unreal, ORM Channel Pack for Ambient Occlusion, Roughness, Metallic maps and For Unity Metallic smoothness and mask maps.
• HDRP and URP pipeline compatible.
• Crafted with low-poly modeling techniques that preserve essential details to improve realism in game environments.

This model is suitable for a wide range of projects, including games, films, and personal projects. Redistribution or resale of the content is not allowed.

Please contact us if you have questions or need assistance with the models.