This collection comprises nine premium vegetation assets primarily by Dekogon Studios, available on Fab for Unreal Engine 5.1+. The packs cover diverse biomes including beech, oak, pine, cypress, dead birch, scraggly bushes, farming plants, and dead forests. Most utilize hybrid Nanite and…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. NOTE: These assets all are constructed using Nanite for high-quality fidelity polycounts and include…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. NOTE: These assets all are constructed using nanite for high-quality fidelity polycounts and include…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. NOTE: These assets all are constructed using nanite for high-quality fidelity polycounts and include…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. Features: High quality and fidelity texture sets – most 2048 pixels + Master material…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. NOTE: These assets all are constructed using Nanite for high-quality fidelity polycounts Features: 22…Read More »
This project includes everything pictured with all assets, maps, and materials created in the Unreal Engine. Each asset was created for realistic AAA quality visuals, style, and budget. Features: 28 Meshes High quality and fidelity texture sets – 4k textures Master material…Read More »