Apply structural edits (move/rotate footprints, resize a net's track width, add

Apply structural edits (move/rotate footprints, resize a net's track width, add a mounting hole, edit a field, swap a footprint) to a KiCad 8/9 project, run electrical and design-rule checks under a named fabrication profile, and return a scoped pass/fail report plus downloadable Gerber X2/Excellon, BOM, position file, PDF, and preview artifacts. Claims are scoped: ERC/DRC clean under the listed profile rules, never "DFM approved"; footprint swaps are checked structurally, never electrically.

Paid test badge: not yet. The checks above are free: we call the tool without paying and read the payment request it sends back. The Verified badge needs paid calls whose answers match the promised output, and nobody can buy a badge.

Endpoint

POST https://pcb.api.williamrobinson.dev/v1/pcb/fabricate

Our checks, last 30 days

We never call tools that send, buy, move money or file anything, not even without paying.

Example input (from the provider)

{
  "body": {
    "edits": [
      {
        "kind": "set_track_width",
        "net": "Net-R1_Pad2-LED1_Pad1",
        "widthMm": 0.35
      },
      {
        "drillMm": 3.2,
        "kind": "add_mounting_hole",
        "x": 2,
        "y": 2
      },
      {
        "field": "Value",
        "kind": "set_field",
        "reference": "R1",
        "value": "1K"
      }
    ],
    "options": {
      "requireDrcClean": true,
      "requireErcClean": true,
      "schematicParity": false
    },
    "profile": "2-layer-standard",
    "project": "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"
  },
  "bodyType": "json",
  "method": "POST",
  "type": "http"
}

Promised output schema (from the provider)

{
  "$schema": "https://json-schema.org/draft/2020-12/schema",
  "properties": {
    "input": {
      "additionalProperties": false,
      "properties": {
        "body": {
          "$defs": {
            "edit": {
              "oneOf": [
                {
                  "additionalProperties": false,
                  "properties": {
                    "kind": {
                      "const": "move_footprint"
                    },
                    "reference": {
                      "description": "KiCad reference designator, e.g. \"R1\".",
                      "pattern": "^[A-Za-z][A-Za-z0-9_]{0,15}$",
                      "type": "string"
                    },
                    "rotation": {
                      "description": "Degrees.",
                      "maximum": 360,
                      "minimum": -360,
                      "type": "number"
                    },
                    "x": {
                      "description": "Millimetres in the board's coordinate system.",
                      "maximum": 1000,
                      "minimum": -1000,
                      "type": "number"
                    },
                    "y": {
                      "description": "Millimetres in the board's coordinate system.",
                      "maximum": 1000,
                      "minimum": -1000,
                      "type": "number"
                    }
                  },
                  "required": [
                    "kind",
                    "reference",
                    "x",
                    "y"
                  ],
                  "type": "object"
                },
                {
                  "additionalProperties": false,
                  "properties": {
                    "kind": {
                      "const": "rotate_footprint"
                    },
                    "reference": {
                      "description": "KiCad reference designator, e.g. \"R1\".",
                      "pattern": "^[A-Za-z][A-Za-z0-9_]{0,15}$",
                      "type": "string"
                    },
                    "rotation": {
                      "description": "Degrees.",
                      "maximum": 360,
                      "minimum": -360,
                      "type": "number"
                    }
                  },
                  "required": [
                    "kind",
                    "reference",
                    "rotation"
                  ],
                  "type": "object"
                },
                {
                  "additionalProperties": false,
                  "properties": {
                    "kind": {
                      "const": "set_track_width"
                    },
                    "net": {
                      "description": "KiCad net name; every track on this net is resized.",
                      "maxLength": 256,
                      "minLength": 1,
                      "type": "string"
                    },
                    "widthMm": {
                      "maximum": 20,
                      "minimum": 0.01,
                      "type": "number"
                    }
                  },
                  "required": [
                    "kind",
                    "net",
                    "widthMm"
                  ],
                  "type": "object"
                },
                {
                  "additionalProperties": false,
                  "properties": {
                    "drillMm": {
                      "description": "Desired drill diameter; the worker snaps this to the closest of its fixed mounting-hole footprint set and reports which one it chose.",
                      "maximum": 25,
                      "minimum": 0.01,
                      "type": "number"
                    },
                    "kind": {
                      "const": "add_mounting_hole"
                    },
                    "reference": {
                      "description": "KiCad reference designator, e.g. \"R1\".",
                      "pattern": "^[A-Za-z][A-Za-z0-9_]{0,15}$",
                      "type": "string"
                    },
                    "x": {
                      "description": "Millimetres in the board's coordinate system.",
                      "maximum": 1000,
                      "minimum": -1000,
                      "type": "number"
                    },
                    "y": {
                      "description": "Millimetres in the board's coordinate system.",
                      "maximum": 1000,
                      "minimum": -1000,
                      "type": "number"
                    }
                  },
                  "required": [
                    "kind",
                    "x",
                    "y",
                    "drillMm"
                  ],
                  "type": "object"
                },
                {
                  "additionalProperties": false,
                  "properties": {
                    "field": {
                      "maxLength": 64,
                      "minLength": 1,
                      "type": "string"
                    },
                    "kind": {
                      "const": "set_field"
                    },
                    "reference": {
                      "description": "KiCad reference designator, e.g. \"R1\".",
                      "pattern": "^[A-Za-z][A-Za-z0-9_]{0,15}$",
                      "type": "string"
                    },
                    "value": {
                      "maxLength": 1024,
                      "type": "string"
                    }
                  },
                  "required": [
                    "kind",
                    "reference",
                    "field",
                    "value"
                  ],
                  "type": "object"
                },
                {
                  "additionalProperties": false,
                  "p

This page as JSON