Hummer EV Electric pick-up 2022 3D model

• detailed exterior, medium-detail interior, you can open doors and remove roof panels

• every object has material's name, you can easily change or apply materials

. . .

max format: Rar archive contains:

1. 3ds max 2011 with vray materials, which you can see in preview images studio renders. Carpaint colour can be slightly different. Lighting and render setup included but render results can be different because photoshop was used to correct contrast, brightness, saturation etc.. but Photoshop CS6 macro file (.atn) for post production is also included.
2. 3ds max 2011 with simple standard materials scanline Just put into your scene and render! In each scene model is provided with mesh smooth modifier on stack on objects that need it. Mesh smooth is set 1 or 2 for renders. Exterior and wheels are in different layers. .

.blend format: Blender 2.9.1 with Cycles/Eevee materials, which you can see in preview images in outdoor renders. Render scene not included, only car model. .

.obj format: Rar archive contains two versions of model:

1. Exported without collapsing after mesh smooth. Low or med poly mesh which you can see in preview images, good if you need to edit model.
2. Exported after appllying mesh smooth. Just import, apply materials and render Simple materials, textures may have to be added manually. .

.lwo, .c4d format: Rar archive contains model exported without collapsing after mesh smooth. Low or med poly mesh which you can see in preview images, good if you need to edit model. Simple materials, textures may have to be added manually. In Cinema 4D some elements may have to be optimized. .

.fbx and 3ds format: Rar archive contains model exported after appllying mesh smooth. Just import, apply materials and render. Simple materials, textures may have to be added manually. .

.stl format: Rar archive contains model in two resolutions. Geometry only. . .

. Polycount:

without meshsmooth max,obj,lwo,xsi,c4d, blend: 640 000 polygons

collapsed fbx,3ds,obj: 7 350 000 faces/ 3 950 000 polygons