Publication date: 2023-03-26

Buy Mossy Stones Low-poly 3D model

Name: Mossy Stones Low-poly 3D model
Brand: v-verchenko1981
SKU: 500213
Price: 9.00 USD
Availability: InStock

License: Royalty Free

Rigged PBR Realtime Animated Free

author:

v-verchenko1981

Renders and source materials belong to the author v-verchenko1981.

Specifications

Platform: cgtrader
Animated: ✕
Rigged: ✕
3D Print ready: ✕
VR / AR / Low-poly: ✓
PBR: ✓
Textures: ✓
Materials: ✓
UV Mapping: ✓
Polygons: 500
Vertices: 500
Geometry: No N-gons | No faceted geometry | Manifold geometry |
Plugins used: ✓

Usage recommendations

Realtime rendering ✓

PC Game development ✓

Mobile Game Development ✓

VR/AR applications ✓

Visualisation ✕

Cinema ✕

Advertising ✕

3D Printing ✕

CAD Engineering ✕

E-Commerce & Interactive 3D Web ✓

FAQ

Is this a free 3D model?

No, this model costs $9.

How do I download this 3D model?

This model is available through the "Go to purchase" button on this page.

What license applies to this model?

This model comes with a Royalty Free license. See the seller's page (via "Go to purchase") for the full terms.

Does it include rigging and animation?

This model has no rig or animation. It is a static 3D object.

Does this model have UV mapping?

Yes, this model has UV mapping. See the Specifications block for exact numbers and Additional information for more context.

What textures and materials does this 3D model include?

This model has textures and materials, including PBR. See the Specifications block for exact numbers and Additional information for more context.

Can I use it for 3D printing?

No, this model is not intended for 3D printing.

Additional information

3 photorealistic mossy stones models for real-time applications and games. Based on photo scanned real-world objects.

LOD0:

MossyStone-1: 5355tris, 2729 vertsMossyStone-2: 5148tris, 2647 vertsMossyStone-3: 4567tris, 2403 vertsEach model has 5 LOD levels

PBR Textures. 2048×2048 pix

diffuse

specular

roughness

normal bump

occlusion

cavity

Similar models