While powerful, Ninja Ripper 2.0 is not without its quirks. Here are solutions to common problems and advanced tips.
Navigate to your designated output directory. Inside, you should find a folder named _NinjaRipper containing your ripped assets. The extraction process creates numbered folders (e.g., frame_001 , frame_002 ) corresponding to each capture session.
Let’s be honest about the old version. It worked best with DirectX 9 and early DX11 titles. If you tried to rip from a Unity game using DX12 or a modern Vulkan engine (like Red Dead Redemption 2 ), you were usually met with: ninja ripper 20
Since Ninja Ripper does not capture rigging or bone data natively, consider this workaround:
Close the game. Navigate to your specified output folder. You will find a new subfolder containing the capture. Inside, you will see the extracted assets—primarily .rip files for models and .dds files for textures. While powerful, Ninja Ripper 2
Generally acceptable uses include:
If imported models appear distorted or have incorrect scale: Inside, you should find a folder named _NinjaRipper
Vertex shader data misalignment. Fix: In Ninja Ripper 20 settings, toggle "Use Old Vertex Buffer Method" to ON. This slows down ripping but fixes vertex explosions.
| Version | Details | | :--- | :--- | | | The original series, first released in 2012. This version laid the groundwork but is now considered legacy and is rarely used. | | Ninja Ripper 2.x | A complete rewrite started in 2021. The "2.x" series is the current major version, introducing a new GUI and enhanced stability. Notable updates include 2.0.5 Beta, 2.0.9 Beta, 2.0.12, 2.0.13 Beta, 2.0.14, and 2.0.16. | | Patreon Model | Some of the most recent versions (e.g., 2.0.13, 2.0.16) are exclusively available to supporters of the developer on Patreon, typically for a small subscription fee. |
While Ninja Ripper 2.0 is an incredibly versatile utility, certain technical parameters govern what it can and cannot extract due to how graphics hardware processes data: Feature/Asset Type Supported? Technical Context Yes
