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🤖 "Rbor: Future Android - Sci-Fi 3D Model"
Let your imagination run wild with the Rbor Androide Futuristico. This meticulously designed 3D model represents a futuristic android robot from the future, perfect for use as a main character in sci-fi scenes, games, animations, or cyberpunk renders. With its intricate mechanical details and striking appearance, Rbor is ready to be a part of your digital projects.
File and model details
| Details section | Interesting details |
| Concept | Robot/Android in Futuristic/Sci-Fi style |
| Appearance | It has a full robot body structure, showing off its strong and advanced mechanical parts and armor. |
| Recommended usage | Game: Enemy characters, NPCs, or protagonists in Sci-Fi RPG/FPS games. Animation: Characters for short films or futuristic scenes. Still images: Key elements for Cyberpunk or Dystopian renders. |
| Software used to create | Created in 3ds Max (source) |
| Model properties | Geometria: Polygons $98$, Vertices$101$(Based on Free3D's preliminary data) |
| Status | Has Materials, Not Rigged (no skeleton for animation), Not Animated (no ready-made movement) |
| Supported file formats | .max, .fbx, .obj (various formats to work with common 3D programs) |
🎁 Free file download link
You can download the Rbor Androide Futuristico model for free from the same link provided:
Direct download link:
Rbor: Future Android - Sci-Fi 3D Model Please note that you may need to register /log in to the Free3D website before you can press the " Download" button.
| Model Type | 3D Model, Character, Sci-Fi, Robot, Android, Cyborg, Futuristic, Mech, Mecha |
| Style (Style/Genre) | Cyberpunk, Dystopian, High-Tech, Science Fiction |
| Application | Game Asset, VFX, Animation, Render, Concept Art, Visualization |
| Technical Specifications | Low Poly (if polygon is low), 3ds Max , .max , .fbx , .obj , No Rig (because it is not Rigged), No Animation |
| Specific Keywords | Rbor, Futuristico, Machine, Droid, Military Robot, Sentinel |
Figure 1: Front View showing the overall design.
Figure 2: Side View to show the thickness and side structure.
Figure 3: Back View showing the back panel and various components in detail.
Figure 4: Interesting Isometric (Perspective View) angle to show a 3D overview.
