Canon EOS-1D X Mark II DSLR camera Low-poly 3D model

cgtrader

• Let me introduce you to a top-notch low-poly 3D model Canon EOS-1D X Mark II body that's perfect for various fields like game development, advertising, interior design, motion picture art, visualization, and more! This model was created with ortho-photos of the real camera, so it accurately recreates all the details of its design. • The ease of use is a breeze - this 3D model consists of just one mesh that's low-polygonal, making it easy to work with, and it has only one material. • With a well-designed topology and detailed textures, you can get the best possible quality even when using a minimum number of polygons, which can be sufficient for closeup shots. • To take realism to the next level, we've used advanced texture types such as Specular, Glossiness, Bump, and Emission. For correct reflections, make sure to set "BRDF Type" to "Phong" in V-Ray MTL materials, and don't forget to set "Use Fresnel" and "Fresnel IOR" to 5 for the best results. • You'll find a total of five main textures with a resolution of 4096 pixels per square aspect ratio in .png format, along with an original texture file in .PSD format. • This model was created using Maya 2009 3D software and has accurate dimensions in real-world scale in centimeters. All parts are grouped and named correctly for easy navigation. • You'll also receive a prepared render-scene in the Maya 2014 program with V-Ray 2.40, which can be opened in earlier versions up to Maya 2012 with V-Ray 2.0 using .ma format. The scene includes six V-Ray Rect Light + reflectors and assigns the V-Ray MTL materials to the model. Animation keys for the model and render camera position are already set on the Timeline. • We've also included a rendered scene with HDRI lighting for a more realistic demonstration of the model's materials, but this is not included in the sale. • To use the model in other 3D software, we've provided scenes saved in formats like .fbx, .obj, .DAE, and .max (2010 version). Note: This low-poly model is designed to work best without any smoothing modifiers.