Lowpoly Mi-6 Hook Low-poly 3D model

cgtrader

In 1957, the Mi-6 Hook burst onto the scene as the largest helicopter ever to take flight worldwide. This incredibly detailed model replicates the intricate design of the Airplane with photorealistic accuracy. Choose from several compatible file formats, each expertly optimized for a wide range of software programs: * Maya 2018 and higher versions support native scans for material import. * FBX supports all major animation systems: - Blender: Full Animation capabilities with dynamic particle effects and full morph targets * OBJ: compatible with both standard game engines & CAD software including CINEMA4D LightWave Max Rhino Softimage XSI ZBrush **No Hidden Polygon Complexities:** Each surface on this aircraft has been deliberately simplified to eliminate awkward, curved polygons called 'ngons.' You'll find only neat rows of perfectly regular four-sided polyquads - and even a few expertly constructed three-dimensional polygonal elements where they can be advantageously employed. All 3D components were carefully positioned in relation to one another based on genuine physical proportions using scale. You're presented with a simplified airplane made from one, big solid component called "Mi-6 Hook". Each separate element, like an 'material,' also consists of a straightforward solitary thing – even if multiple aspects do make it possible that all individual things inside have their respective distinct definitions! There are currently two available items: “Scanline material”, and just " Mi -6 Material", named separately in our main part’s configuration so it'll match the model. The actual item or content you are about to download, including files provided under Vray or mental ray material configurations in this MB version alone offers real rendering at maximum pixel values which are standard, perfect when focusing in extremely high detail close-up and with clear renders of high quality name included – also matches other items like these types here: "Mi - 6 Material" , you may use that on another part such as an additional component (e.g. engine unit). If necessary then follow the usual import processes using any appropriate package management tools found in most programs available nowadays. To ensure maximum resolution in your output and minimize rendering lag at low speeds try adjusting camera angles carefully to focus where more pixel-dense image parts will fill better detail rather than moving them over unnecessary edges because what ends up on screen won't always show the best of overall view due differences inherent when making 2d views come alive.