InSight NASA Mars Lander 3D Model

$
79.00
- Available formats: Blender3D (.blend) 32.68 MB
Render: CyclesBlender3D (.blend) 32.53 MB
Render: CyclesCinema4D (.c4d) 934.58 kb
Render: ArnoldCollada (.dae) 3.15 MBAutodesk FBX (.fbx) 2.59 MBAutodesk 3DS MAX (.max) 3.02 MB
Render: Mental RayAutodesk Maya (.mb / .ma) 2.13 MB
Render: StandardWavefront OBJ (.obj) 1.64 MBStereolithography (.stl) 1.55 MBImage Textures (.png) 30.09 MB
- Polygons:47358
- Vertices:54832
- Animated:No
- Textured:
- Rigged:No
- Materials:
- Low-poly:No
- Collection:No
- UVW mapping:
- Plugins Used:No
- Print Ready:No
- 3D Scan:No
- Adult content:No
- PBR:
- Geometry:Polygonal
- Unwrapped UVs:Mixed
- Views:2247
- Date: 2022-03-12
- Item ID:389450
INSIGHT MARS LANDER
The InSight mission is a robotic lander designed by NASA to study the deep interior of Mars. The lander was launched in May 2018 and arrived on Mars in November 2018. InSight's objectives are to measure seismic activity and provide accurate 3D representation of the planet's surface.
OVERVIEW
This is high-quality made detailed 3D model of NASA InSight Mars lander with high resolution textures.
MODEL FEATURES
3D model originally created in Blender 3D software (2.79b version).
Blender 2.79b+ (including 3.1) friendly. Unity, CryEngine, Unreal Engine friendly.
Model is game ready - can be used in game engines and realtime scenes.
Clean and optimized topology.
Model has creases and sharps and ready for further subdivision (in case of need).
Correctly scaled for an accurate representation of the original object. The units of measurement during the creation process were meters.
3D model consists of 1 object named according to its original in real life.
Object has correctly done clear and unwrapped UV.
Model's mesh has 1 correctly named PBR material.
Model is fully textured; textures and maps (4096x4096 resolution) named correctly.
Textures and maps are in .png file format.
Included texture maps: BaseColor, Normal, ******t Occlusion, Metallic, Roughness.
INCLUDED TEXTURES AND MAPS
InSight_AO.png 4096x4096
InSight_BaseColor.png 4096x4096
InSight_Normal.png 4096x4096
InSight_Metallic.png 4096x4096
InSight_Roughness.png 4096x4096
NOTES
NOTE: Archives do not include any backgrounds, renders or scenes used in preview images.
CONCLUSION
If you have a free minute look at my channel and see my other models.
Stay healthy, take care of yourself and your loved ones in this difficult, uncertain time.
Good luck in your endeavors and thank you for your attention!
BaronDaler, 2022 Print Ready: No
Read moreThe InSight mission is a robotic lander designed by NASA to study the deep interior of Mars. The lander was launched in May 2018 and arrived on Mars in November 2018. InSight's objectives are to measure seismic activity and provide accurate 3D representation of the planet's surface.
OVERVIEW
This is high-quality made detailed 3D model of NASA InSight Mars lander with high resolution textures.
MODEL FEATURES
INCLUDED TEXTURES AND MAPS
NOTES
NOTE: Archives do not include any backgrounds, renders or scenes used in preview images.
CONCLUSION
If you have a free minute look at my channel and see my other models.
Stay healthy, take care of yourself and your loved ones in this difficult, uncertain time.
Good luck in your endeavors and thank you for your attention!
BaronDaler, 2022 Print Ready: No
Need more formats?
If you need a different format, please send us a Conversion Request. We can convert 3D models to: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. We do not convert 3d scenes and solid formats such as .step, .iges, .stp, .sldprt etc!
If you need a different format, please send us a Conversion Request. We can convert 3D models to: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. We do not convert 3d scenes and solid formats such as .step, .iges, .stp, .sldprt etc!
InSight NASA Mars Lander 3D Model blend, blend, c4d, dae, fbx, max, mb, obj, stl, png, from BaronDaler
insight nasa mars lander robotic discovery space exploration landing satellite station geodesy transport mission probe surface red planet opportunityThere are no comments for this item.