futuristic cycles low-poly subdivision-ready Бесплатные 3D Модели

Описание

low-poly subdivision-ready 3d model of futuristic cyclesi with pbr materials (specular and metallic workflows). advantages of the model:

eevee render

-you can change basecolor and metallic reflaction very easily

the model is maximally optimized for use in 3d games and vr;

just one material and one set of textures for the whole model. this allows you to achieve maximum performance in games and real-time applications;

very low polycount. the model without subdivision modifier is great for mobile games. when you apply a subdivision modifier, it starts to look great in large projects on pcs and game consoles as well. this is possible thanks to a very competent application of smoothing groups and properly adjusted geometry;

the model uses smoothing groups, so you can always increase details to the required level simply by applying a subdivision modifier with a necessary number of iterations;

divided into functional parts and grouped for easy editing and using in game engines;

the model consists of 5 separate objects grouped together. each of these objects has a simple and understandable name;

uv map is maximally optimized for texture's easy editing so without difficulties you can add or remove any logo or some details where needed;

specular and metallic workflow textures included!

compatible with the majority of modern game engines!

model specifications:

created in blender 2.90.1 model does not require installation of additional plug-ins or software. you need only blender 2.80-2.90 to get the same rendering as on the preview image.

polygons count: 16,333 (no n-gons) subdivision 1 polygons count: 60,475 subdivision 2 polygons count: 563,316

vertices count: 16419

unit scale: metric / centimeters

textures (metallic workflow):

base color (4,096 x 4,096 png)

normalmap (4,096 x 4,096 png)

heightmap (4,096 x 4,096 png)

metallic (4,096 x 4,096 png)

roughness (4,096 x 4,096 png)

model is available in the following formats:

-blend

-fbx

-obj

-stl