Ninja Ripper 20 Jun 2026

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.

Captures certain characters directly in their localized bind matrix or T-pose format, greatly simplifying rigging processes in external suites.

Ninja Ripper 2.0 is a complete redesign of the legacy 1.7.1 freeware version. The modern 2.0+ architecture introduces several core improvements: ninja ripper 20

: Native support for DirectX 7 through DirectX 12. Support for Vulkan and OpenGL is currently in active development.

is an experimental utility used to extract 3D models, textures, and shaders from video games and 3D programs for research and creative exploration. It is particularly popular among 3D modelers, mod creators, and game enthusiasts who want to study game level geometry "behind the camera" or prepare models for 3D printing. Key Features of Ninja Ripper 2.0 Navigate to your designated output directory

As the complete architectural redesign of the classic, freeware Ninja Ripper 1.7.1, the 2.0+ pipeline serves as an essential tool for game developers, 3D artists, and researchers looking to study modern AAA rendering techniques.

Ninja Ripper 2.0 is an experimental 3D asset extraction utility designed to capture geometry, textures, and shaders directly from running games and 3D applications. This version represents a complete "from scratch" rewrite of the original 2012 tool to support modern rendering APIs like DirectX 12 and Vulkan. Core Functionality Captures certain characters directly in their localized bind

Includes dedicated importers for Blender (up to 4.1), 3ds Max (up to 2025), and Maya .

This article provides a comprehensive overview of Ninja Ripper 2.0, covering its features, improvements over earlier versions, and how to use it effectively. What is Ninja Ripper 2.0?

: It does not currently save animations, bones, or vertex weights; models are generally ripped in their "static" state as rendered in the specific frame captured.