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Open-source KiCad boards

8 match “opme”

Printed circuit boards designed in KiCad and published on GitHub, each with its parts, layers and size, its README and its files; open any of them in PCBKit.

  • 4 layers249.8 × 250 mmPanel.opm inline, the printed circuit board in 3D

    Panel.opm inline

    opme/motor-driver

    open source motor drivers to be driven by foc controller

    2,473 parts
  • 4 layers58 × 40 mmOpm inline, the printed circuit board in 3D

    Opm inline

    opme/motor-driver

    open source motor drivers to be driven by foc controller

    103 parts
  • 4 layers58 × 40 mmOpm inline, the printed circuit board in 3D

    Opm inline

    opme/motor-driver

    open source motor drivers to be driven by foc controller

    76 parts
  • 2 layers58 × 40 mmOpm lowside, the printed circuit board in 3D

    Opm lowside

    opme/motor-driver

    open source motor drivers to be driven by foc controller

    84 parts
  • 4 layers55 × 85 mmTMC6100-EVAL v1.2, the printed circuit board in 3D

    TMC6100-EVAL v1.2

    opme/motor-driver

    open source motor drivers to be driven by foc controller

    78 parts
  • 2 layers100 × 100 mmK6 carrier rev2-8, the printed circuit board in 3D

    K6 carrier rev2-8

    opmedia-dev/k6_gpo_exhibit

    KiCad 10 project for a 2-layer carrier board (100 × 100 mm). All modules plug in via through-hole pin headers — no SMD soldering required.

    39 parts
  • 2 layers45 × 35 mmK6 coinbox daughter, the printed circuit board in 3D

    K6 coinbox daughter

    opmedia-dev/k6_gpo_exhibit

    KiCad 10 project for a 2-layer carrier board (100 × 100 mm). All modules plug in via through-hole pin headers — no SMD soldering required.

    17 parts
  • 2 layers100 × 100 mmK6 gpo carrier, the printed circuit board in 3D

    K6 gpo carrier

    opmedia-dev/k6_gpo_exhibit

    KiCad 10 project for a 2-layer carrier board (100 × 100 mm). All modules plug in via through-hole pin headers — no SMD soldering required.

    26 parts