Photorealistic, high-quality and accurate 3D model of 2022 Mercedes-Benz EQA with high detailed interior. The model is suitable for Ultra HD rendering and further use in broadcast, high-res film close-up, advertising, etc. The model can be also used in real-time applications (Unreal Engine, Unity and etc.) after a number of mesh optimizations, texture backing and other procedures executed on the customer's side.The studio rendering quality shown on product previews is reachable out-of-box with no need of any additional manipulations, if you use 3ds max + Corona native file format.Just download and hit Render!
Main features:
- Originally created with 3ds Max 2015
- Two MAX files with Corona and Standard 3ds Max materials
- Subdivision modifier is available in the history for MAX, MB and C4D file formats. You can get access to original non-smoothed mesh by deactivating the Subdiv modifier
- Separate objects like body, wheels and doors. Total number of objects is 21
- Doors can be opened
- Unit system is set to metric (millimeters). Real-world scale
- All textures and materials are included and assigned
- 22 textures, which vary in resolution from 33x796px to 7952x5304px
- Previews rendered in 3ds Max 2015 with Corona 5.0. Scenes, HDRI's and backplate images for outdoor renders are not included in product files
Special notes:
- FBX and OBJ formats are recommended for import in other 3d software. If your software doesn't support FBX or OBJ format, please use 3DS format; FBX and OBJ formats were exported from 3ds Max. The geometry for FBX and OBJ formats is set to quads
- FBX format is recommended for importing in real-time engines like Unreal Engine, Unity and etc.
- MAX files can be loaded in Autodesk 3ds Max 2015 or higher. In order to use Corona rendering setups and materials, Corona 3.0 or higher is needed
- C4D file can be loaded in MAXON Cinema4D R17 or higher. Only standard Cinema4D materials and standard renderer used
- MB file can be loaded in Autodesk Maya 2015 or higher. Only standard Maya materials and standard Hardware 2.0 renderer used
Polycounts:MAX format (one file included with TurboSmooth iteration 1 applied to all objects): no TurboSmooth: 358,295 faces and 399,520 vertices TurboSmooth iteration 1: 1,422,643 faces and 1,512,132 vertices TurboSmooth iteration 2: 5,690,572 faces and 5,866,052 vertices
MB format (one file included with Subdiv iteration 1 applied to all objects): no Subdiv: 358,295 faces and 399,520 vertices Subdiv iteration 1: 1,422,643 faces and 1,512,132 vertices Subdiv iteration 2: 5,690,572 faces and 5,866,052 vertices
C4D format (one file included with Subdiv iteration 1 applied to all objects): no Subdiv: 358,281 faces and 399,207 vertices Subdiv iteration 1: 1,422,643 faces and 1,512,132 vertices Subdiv iteration 2: 5,690,572 faces and 5,866,052 vertices
FBX and OBJ formats (3 files included for each format): low: 358,295 faces and 399,520 vertices medium: 1,422,643 faces and 1,512,132 vertices high: 5,690,572 faces and 5,866,052 vertices
3DS format (3 files included): low: 706,053 faces and 430,957 vertices medium: 2,845,286 faces and 1,637,577 vertices high: 11,381,144 faces and 6,291,177 vertices
MAX (Autodesk 3ds Max, filesize: 80.4 MB), OBJ (OBJ, filesize: 443 MB), FBX (Autodesk FBX, filesize: 377 MB), MAX (Autodesk 3ds Max, filesize: 80.4 MB), C4D (Cinema 4D, filesize: 30 MB), MA (Autodesk Maya, filesize: 37.9 MB), JPG (JPG, filesize: 1.14 GB), 3DS (3D Studio, filesize: 204 MB)
