Pepsi Bottle 1.5 ltr modèle 3D

"Originally created with 3ds Max 2014: High resolution, realistic, fully detailed and textured Pepsi Bottle 1.5 ltr. Detailed enough for close-up renders. Model comes with detailed textures. All parts are separate and pivoted for animation. Originally modeled in 3ds Max 2014. The 3ds Max zip file contains also Mentelray and standard materials scenes. -------------------------------------------------------------------------------------------------- Features: - High quality polygonal model - correctly scaled accurate representation of the original objects. - Model resolutions are optimized for polygon efficiency (in 3ds Max the MeshSmooth function can be used to increase mesh resolution if necessary). - All colors can be easily modified. - Model is fully textured with all materials applied. - All textures and materials are included and mapped in every format. - Max models are grouped for easy selection & objects are logically named for ease of scene management. - No part-name confusion when importing several models into a scene. - No cleaning up necessary, just drop your models into the scene and start rendering. - No special plug-in needed to open scene. -------------------------------------------------------------------------------------------------- File formats:- - 3ds Max 2014 (Contains also Mentelray and standard materials scenes!) - OBJ (Multi Format) - 3DS (Multi Format) - FBX (Multi Format) Every model has been checked with the appropriate software. -------------------------------------------------------------------------------------------------- Textures formats: TGA(.tga)----------------------------------------------------------------------------------------- HDRI(.hdri)----------------------------------------------------------------------------------------- -------------------------------------------------------------------------------------------------- Additional Notes:- - Max file is the original version; the use of this is recommended. - Additional file formats exported without Smooth modifier."