Engine Piston Connecting Rod 3D model

cgtrader

High-performance Engine Piston and Connecting Rod 3D model boasts exceptional quality and meticulous detail. Every component mirrors reality with precision, based on in-depth research into high-performance engines. Dimensions are accurate, reflecting real-world components. Main Features: The model, native to Solidworks 2018, is a multi-body assembly consisting of separate parts combined seamlessly. It's not a single solid body but rather an intricate collaboration of components. Screws and threaded holes feature realistic threads. The model is primed for 3D printing, ensuring accurate reproduction. Keyshot 9 rendering capabilities bring the engine to life, with Keyshot's scene and environments included, featuring all applied materials ready for rendering. Scale is real-world, measured in millimeters. Model formats include: .sldasm (Solidworks 2018 native format) .obj (.mtl) - 3D exchange format .fbx - 3D exchange format .ksp - Keyshot 9 format .stl - 3D Printing format .igs - 3D exchange format .stp - 3D exchange format .x_t - 3D exchange format .png (.jpg) - Image format Presentation images were created using the native model and are included in the package. Polygon count for OBJ and FBX formats, verified in 3Ds Max 2016 and Maya 2017: OBJ Low Poly: Faces 60,108 - Vertices 85,209 OBJ Medium Poly: Faces 100,736 - Vertices 116,680 OBJ High Poly: Faces 251,494 - Vertices 242,308 FBX Low Poly: Faces 60,108 - Vertices 80,646 FBX Medium Poly: Faces 100,736 - Vertices 112,468 FBX High Poly: Faces 251,494 - Vertices 239,334 Polygon count for Solidworks 2018 format (1 Assembly file .SLDASM consisting of 13 parts .SLDPRT): SLDASM Low Poly: Faces 41,256 - Vertices 45,660 SLDASM Medium Poly: Faces 100,738 - Vertices 103,764 SLDASM High Poly: Faces 251,496 - Vertices 242,967 Polygon count for STL format, verified in Maya 2017, 3Ds Max 2016, and Solidworks 2018: Low Poly: Faces 101,142 - Vertices 50,498 High Poly: Faces 316,194 - Vertices 157,986 Dimensions: Ø103.6x197.5 mm (millimeters). Visit my personal page to explore more projects by clicking on the image of my name. For any inquiries, requests, or clarifications, feel free to contact me.