Apple MacBook Pro 15 Retina Low-poly 3D model

cgtrader

This high-quality middle-poly 3D model of an Apple MacBook Pro 15.4 Retina is used in a variety of fields such as game development, advertising, interior design, motion picture art, and visualization. The modeling process involved creating ortho-photos of the real notebook to accurately recreate every detail of its design. The thoughtfully designed topology middle-poly model minimizes polygon usage while maintaining exceptional quality, suitable even for close-ups. This efficiency allows for detailed representation with minimal geometry. Nine simple color materials are used along with four more complex materials featuring textures applied in multiple combinations - one serves as a mask for signs and logos, including Cyrillic symbols on the keyboard. The model features a total of four primary textures in JPEG format, each boasting resolutions between 1024 and 2352 pixels. Accompanying these are original texture files in PSD format available within an archive. To add to its usability, the display group that controls closing and opening the laptop is animated via simple rotation. Created in Maya 2009, this model boasts precise real-world dimensions measured in centimeters, with all components correctly grouped and labeled for easy manipulation. An additional benefit is a pre-configured render scene developed using Maya 2014 and V-Ray 2.40. This scene not only works seamlessly in Maya versions prior to 2013 (when used with V-Ray 2.0), but it's also compatible with the more recent 2018 versions due to its MA format. Five V-Ray Rect Lights accompanied by reflectors, combined with assigned VRay MTL materials, enable realistic render previews. Users who opt to utilize these settings should delete animation keys if unnecessary since these positions can easily become redundant over time. Users wishing to employ the model in alternative 3D software may do so with convenience via provided scenes saved as FBX, OBJ, DAE, or Max (2010) files. Note that due to its design, this is a middle-poly model not optimized for use of smoothing modifiers.