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Connect local Blender and Bonsai to inspect scenes and query IFC projects.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Bonsai MCP" yet — see the docs or source repo.
Connect to the local Blender + Bonsai session and query the current IFC project for floors, element types, and counts. Return the results as a checklist.
A structured summary of the current IFC project, such as floor lists, element categories, and counts.
Inspect the visible objects and viewport state in the current Blender scene, then export a screenshot of the current viewport for review.
A scene inspection result plus a screenshot of the current viewport.
Execute a Python script in the current Blender session to print scene object names, then return the execution result.
The Python execution result, such as an object name list or script output.
Designers or researchers can inspect scene contents in a local Blender + Bonsai session and query IFC project data to support model reviews. It is useful for quickly understanding model structure and current viewport state.
Developers can access a Blender session through an MCP client to capture viewport screenshots and inspect the scene for automated reporting, review, or documentation. This reduces manual switching and export steps.
When Python scripts need to run inside Blender, this tool acts as an MCP bridge that lets users execute code in the current session and read the results. It is suitable for chaining scene inspection with scripted operations.
It connects MCP clients to a local Blender + Bonsai (BlenderBIM) session. Once connected, it can inspect scenes, query IFC projects, capture viewport screenshots, and execute Python code in Blender.
Based on the description, the prerequisites at minimum include a local Blender session and a Bonsai (BlenderBIM) environment. For exact installation and configuration steps, see the source repository.
It is designed for a local Blender + Bonsai session rather than only reading file data. It can inspect scenes, capture viewport screenshots, and execute Python inside Blender, so it works directly with a live modeling environment.
Let AI control Blender directly for 3D modeling and scene editing.
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Connect Blender with AI for prompt-driven 3D modeling and scene editing.
Create, inspect, and animate Blender 3D scenes with AI prompts.
Control Blender with natural language for 3D modeling and scene editing.
Control Blender remotely with an LLM for scene inspection and editing.