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Let AI control local Fusion 360 for modeling and design automation.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "self-host-fusion360-MCP" yet — see the docs or source repo.
Using the Fusion 360 MCP locally, create a parametric bracket: base plate 120mm long, 60mm wide, 8mm thick, with one 10mm mounting hole on each side. Return the modeling steps and final parameter summary.
A record of executed modeling actions, key parameter settings, and a parametric part editable in Fusion 360.
Connect to local Fusion 360, open the current assembly, change all M3 hole diameters from 3.0mm to 3.2mm, and summarize the affected parts and features.
A summary of parameter changes, affected objects, and the updated design state.
You are controlling CAD through the local Fusion 360 MCP. Create a simple enclosure with these requirements: 80mm length, 50mm width, 25mm height, 2mm wall thickness, and a 40mm × 20mm top window. Explain the purpose of each step.
A step-by-step modeling workflow explanation and the corresponding enclosure model created in Fusion 360.
Generate Fusion 360 Python scripts from natural language for faster CAD automation.
Query Fusion 360 API docs and generate relevant Python code examples.
Connect AI to FreeCAD for 3D modeling, macro development, and debugging.
Create and modify FreeCAD 3D models using natural language commands.
Create, edit, and inspect FreeCAD 3D models using natural language.
Use AI to perform 3D modeling, boolean operations, and document management in FreeCAD.