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Honda S2000 Surface & Solid – Modelo 3D imprimible de GrabCAD GrabCAD
Parasolid, SOLIDWORKS 2015, STEP / IGES

Honda S2000 Surface & Solid

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This is a Honda S2000 body geometry created with surface modeling in Solidworks 2015. This is the very first time I have ever tried surface modeling, I could hardly find some better resolution blueprints. I chose this car, because it is a more general bodywork with easier geometries (and I also find this car cool). Although it is recongizable in my opinion, it could be more accurate with some decent blueprints and creating surfaces with more care. I found out that lots of users are looking for models, that could be 3D printed, so I made a solidified, simplified geometry at the end, hope it works. If somebody creates a 3D printed version, I would love to see how does it look like. The tires are from a university team project, but because of computing capacity issues, I deleted the bearings and stuff like that, which by the way can't be seen as part of the exterior. Maybe the tire could be modeled like it's pure solid material if you really like to 3D print it. The rim is a modified 16x7 Enkei model, which could be found here on Grabcad, but because this work was done older, than a year back, unfortunately I can't link it. Same issue with the brake. The exhaust is a work of Ahmed Sayed (https://grabcad.com/library/exhaust-system-1), thank you and hope you don't mind that I used your model. The whole car is also uploaded in STEP and Parasolid for other CAD system's users, the solidified version is in .SLDPRT and in Parasolid. Rendering is done in Keyshot 5. It was really fun to copy and modify for e.g. the wheel's angles in Keyshot without the need to modify geometry in Solidworks. Terms and conditions part, this project is for educational purposes and fun. (and maybe for a job application for me) Tell me what you think, thumbs up if you like it, cheers. Gergő
Categoría
Parasolid, SOLIDWORKS 2015, STEP / IGES
Fuente
GrabCAD
Publicado
Lo que necesitas para imprimir: Intermedio Baja confianza
Pieza única Tornillería requerida
Soportes 1/3
Ensamblaje 0/3
Ajustes 1/3
Tamaño de cama 0/3
Postproceso 1/3
Impresora
FDM / FFF
Formato de archivo
STEP, STL
Material
Postprocesado
Tornillería
Software
Cura, PrusaSlicer o similar
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