Mp4 30 steering wheel 3d model

cgstudio

This is a high-quality, low-poly 3D model designed to deliver exceptional definition in a reduced poly count. The standard low-poly mesh boasts a specific poly count that ensures maximum accuracy and realism. This precise recreation of the MP4-30 steering wheel model has been meticulously modeled from authentic Malaysian specifications and can be modified throughout the season as needed. The model is fully ready for visualization in Maya, with simple controls to switch between low and high-resolution versions. To access the low-poly version, press "1", while pressing "3" will reveal the high-resolution model. In Cinema 4D, navigate to the Function menu and select Subdivide, while in 3ds Max, use MeshSmooth for optimal results. Key statistics for the low-poly model include a poly count of 7888 and a vertex count of 8043, showcasing its remarkable efficiency without compromising on quality. The high-poly version boasts an impressive poly count of 124904 and a vertex count of 125880, ensuring that every detail is meticulously rendered. Each texture included with the model is in JPG format, boasting a 4K resolution for unparalleled clarity and visual fidelity. The files are available in multiple formats, including Max, OBJ, FBX, MB, C4D, and 3DS, making it easy to integrate into your workflow. In terms of materials, the model has been exported to standard textures, ensuring seamless compatibility with a wide range of software platforms. Additionally, all files are free from extraneous objects, such as lights or cameras, allowing you to focus on bringing the model to life without any unnecessary distractions. The original file format is Maya, and the model can be easily imported into other popular 3D modeling software packages. With a price tag of $49.00, this exceptional low-poly steering wheel model is an absolute steal. Added to the market on April 13, 2015, with its last update on April 16, 2015, product ID 552bfe4cccff75b1118b4567 ensures that you get the latest and greatest in 3D modeling technology.