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Automate KiCad CLI tasks via MCP for checks and fabrication exports.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "mcp-kicad-cli" yet — see the docs or source repo.
Use mcp-kicad-cli to run ERC and DRC on this KiCad project and summarize all errors and warnings.
A summary of ERC/DRC results listing key errors, warnings, and related items.
Use mcp-kicad-cli to export Gerbers and drill files for this PCB project, and report which outputs were generated.
Generated Gerber and drill files plus a list of exported outputs.
Use mcp-kicad-cli to export the project's BOM, STEP, and GLB files for purchasing and 3D review.
BOM and 3D-related output files with a brief note on each file's purpose.
Hardware or PCB design teams can automatically run ERC and DRC after design changes to catch electrical or layout rule issues early. This fits standardized KiCad-based design workflows.
When a project is ready for fabrication or assembly handoff, teams can export Gerbers, drill files, netlists, and IPC-2581 outputs in one workflow. This reduces manual export steps and improves consistency.
Design teams can export BOMs for procurement and STEP or GLB files for 3D viewing and mechanical collaboration. This is useful for projects involving both electronics and mechanical teams.
It uses MCP to automate KiCad CLI tasks, including ERC, DRC, and exporting BOM, netlist, Gerbers, drill files, STEP, IPC-2581, and GLB outputs.
Based on the name and description, it depends on KiCad CLI and exposes capabilities through MCP. For exact installation steps, runtime, and configuration requirements, see the source repository.
Its main difference is automation through CLI and MCP, making checks and exports easier to integrate into scripts or workflows. For detailed command support, see the source repository.
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