
WHISTLE - Lucie Koldova pour Brokis 3d model Low-poly 3D model
cgtrader
Thank you for choosing this model. This realistic model is one that many are eager to work with. The files attached are specifically in the format of 3ds Max 2012. The 3ds Max 2012 version, in turn, has been optimized for V-Ray's exceptional performance. Below, I will outline some key details you may want to know about this model: Version: This model is built using the robust software version of 2012. Preview: Rest assured, a detailed preview is provided. Units: All measurements have been taken in precise millimeters. Formats: The models are available for importation into both Max 2012 and obj files, along with their accompanying textures. Textures: A high level of texture resolution has been used to ensure accuracy and depth. Before making any modifications or adjustments, each model was rigorously checked using the most appropriate software available. Size and format can be tailored to meet your needs without incurring an extra cost. If you have any questions regarding this collection or require further clarification on its features, please do not hesitate to reach out. This entire collection of 3D models has been provided as a gift, allowing each modeler the freedom to create unique variations that are entirely their own. Rating is greatly appreciated but never required - Enjoy working with these realistic 3D models! To download all attached files simply open up the archive folder where you'll find 3ds Max, FBX, OBJ and accompanying texture files. Should you require any assistance or clarification on how to import your newly downloaded models, feel free to send a query and I'll be happy to help - Enjoy working with these 3D Models!
With this file you will be able to print WHISTLE - Lucie Koldova pour Brokis 3d model Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on WHISTLE - Lucie Koldova pour Brokis 3d model Low-poly 3D model.