Image / video coming soon
“An ESP32 dev board with USB-C, a LiPo charger, and a Qwiic connector.”
4-layer board38 components.kicad_pcb · 142 KB2 mounting holes
KiCad 9
KiCad — Hardware Design
ForgeLab turns a natural-language description into a real, native KiCad project — schematic, PCB layout, footprints, and Gerbers. No proprietary intermediate formats and no fine-tuned model: your agent emits standard KiCad files you can open, edit, and fabricate.
How it works
1
Describe
Tell your agent what you want in plain natural language.
2
Compile
ForgeLab compiles the prompt into a real, native design file.
3
Open
The .kicad_pcb file opens directly in KiCad.
MCP tool chain
generate_documentexport_documentKiCad opens .kicad_pcbProjects built with KiCad
Real artifacts compiled from a single prompt. Media is a placeholder — images and video coming soon.
Image / video coming soon
“A 4-channel relay HAT for Raspberry Pi with screw terminals.”
2-layer board26 components.kicad_pcb · 98 KB40-pin GPIO
Image / video coming soon
“A USB-C powered 8×8 LED matrix driver with an onboard microcontroller.”
2-layer board71 components.kicad_pcb · 210 KB64 LEDs
Image / video coming soon
“A 12V-to-5V 3A buck converter module with screw terminals.”
2-layer board14 components.kicad_sch + .kicad_pcb3A output
Install the KiCad integration
Claude Code · KiCad
$ curl -fsSL https://raw.githubusercontent.com/andresparraarze/ForgeLab/main/scripts/install-kicad.sh | bash