ダッジバイパーSRT 3Dモデル

Poly count: No Mesh Smooth: 374,010 polygons; 374,010 vertices Mesh Smooth 1: 868,558 polygons; 922,012 vertices Mesh Smooth 2: 2,856,904 polygons; 2,955,764 vertices Mesh Smooth 2: 3,487,768 polygons; 3,581,012 vertices (with tires MeshSmooth 1) Main info: - Highly detailed 3d model of the 2016 Dodge Viper SRT with mid-detail interior. - Originally modeled in 3ds Max 2014. 3ds Max 2011 version is included. Rendered with V-ray. - The set includes the car itself and the studio setup as well as textures, lights and V-ray materials. - All objects and textures are named intelligently, separated into different parts and grouped, Pivots are centered. ------------------------------------------ Features and color options: - Real world scale - MeshSmooth is in the modifier history and is set to 1 for all objects, except for the tires. - Pirelli P Zero tires with sidewall textures. The textures include two variants of tire sizes. Front: P295/30R18. Rear: P355/30R19. - Sidewinder II rims with two available colors: Matte Black and Hyper black (as shown). Other colors include Polished and Vapor Black. - SRT side badges. - 12 colors are included for exterior: Adrenalin Red Race Yellow (as shown) Viper White Clear Coat Venom Black Clear Coat Gunmetal Pearl Ceramic Blue Clear Coat Competition Blue Pearl Coat GTS-R Blue Pearl Coat Billet Silver Metallic Clear Coat Stryker Orange Tri-Coat Pearl Stryker Purple Tri-Coat Pearl Stryker Green - 5 colors for the SRT Racing Stripes (removable): Adrenalin Red Bright White Gunmetal Black (as shown) Billet Silver - 3 colors for brake calipers: Black (as shown), Red and Orange. Two brake caliper Viper writing colors: Black and White (as shown). - 2 colors for brake rotors: golden and dark gray (as shown). - 3 colors for interior seats: Black (as shown), Demonic Red and Sepia. All of the mentioned color options will be demonstrated in the upcoming renders. ------------------------------------------ Note: Pirelli P Zero tires are grouped separately from the other objects with two types of smoothing: smooth (simple) and MeshSmooth. I would recommend using Mesh Smooth for tires with level 1 as maximum whilst other objects MeshSmooth is set to 2 and use simple smooth whilst using MeshSmooth level 1 for other objects for better performance. ------------------------------------------ If you have any questions, remarks or suggestions, feel free to contact me. I'll do my best to help. Have a good day! With best regards, Slavsan3D.