Low Poly Cartoon Female Lion Low-poly 3D model
cgtrader
This low poly 3D model showcases a powerful female lion, ready to take center stage in any CG visualization or rendering. Crafted specifically for stunning low-poly renderings, this impressive model excels when used against colorful backgrounds. It's perfect for general Computer Generated imagery. The detailed 3D lion is delivered as a quad-based mesh, with an impressive count of verts and faces: 762 vertices, and a whopping 760 polygonal surfaces. Colors can be applied in a variety of simple yet effective ways to give this model the look you desire. Unfortunately, it lacks a distinctive mane and its UVW mapping system has been intentionally removed for added convenience. No matter what your specific requirements may be, this stunning low-poly lion model is prepared to provide the perfect image with incredible detail - right out of the box and ready for you! All that's needed now are a little creativity and your preferred software. And please don't forget, all previews have been rendered in Blender Cycles for unparalleled visuals. Also, don't miss out on our carefully constructed 3DS file - also perfect for seamless compatibility with a wide range of platforms. This truly is an offer you can't afford to refuse! The .blend file even comes equipped with a perfectly crafted lights and camera system that makes your model shine in dazzling, real-world proportions - when used against the corresponding backdrops. A little bit more info about this remarkable product: You get the choice between receiving it in several highly sought-after formats. That's right; we offer our incredible 3D lion model as a blend file or even .obj file if you'd like. What more could you possibly want?
With this file you will be able to print Low Poly Cartoon Female Lion 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 Low Poly Cartoon Female Lion Low-poly 3D model.