Launch NinjaRipper.exe and set:
For large environments, take multiple rips from different angles. Use Blender’s Point Cloud addon or the Align Tools to merge them into a single scene.
Even with the best version, problems arise. Here is the troubleshooting table based on thousands of community reports: ninja ripper 2.0.9
| Issue | Likely Cause | Solution | |-------|--------------|----------| | Game crashes on injection | Anti-cheat (EAC, BattlEye) or incompatible API | Only use on offline, single-player games. Try "Force WARP" mode. | | Textures are purple/black | The game renders albedo in a separate shader pass | Use the "Texture Dumping Mode" set to "All" before ripping. | | OBJ file has 0 KB | The hotkey was pressed at a menu screen | Rip during active gameplay with geometry on screen. | | "DLL Injection Failed" | Windows UAC or antivirus blocking | Temporarily disable Real-time Protection or add folder exclusion. | | Ripped model is triangulated | Normal – all GPU meshes are triangulated | Use Blender's "Tris to Quads" (Alt+J) for cleanup. | | UVs are stretched or random | The game uses multiple UV channels | In Blender, check UVMap vs UVMap_1 – one should be correct. |
Bring your character or object into a well-lit scene with a clean background. Pause the game if possible. Ensure the camera is at a good angle—avoid extreme perspectives. Launch NinjaRipper
The Shift to Modern APIs: The most critical aspect of version 2.0.9 is its support for modern rendering pipelines. The original Ninja Ripper struggled heavily with DirectX 10+ titles. Version 2 bridges this gap, offering support for:
Injection Method: Ninja Ripper operates via DLL injection. When you run a game through the tool, it injects its own code into the game's memory space to intercept "Draw Calls." Format :
Compatibility:
Ninja Ripper is a powerful utility designed to capture geometry (meshes) and textures from the memory of a running DirectX 9, 10, 11, or 12 game or application. Unlike traditional screenshot tools that capture pixels, Ninja Ripper captures raw vertices, UV maps, materials, and shader data. The output is an .rip file or a set of standard files (like .obj and .dds) that can be imported into Blender, 3ds Max, Maya, or Unreal Engine.