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Embedded

584 boards

KiCad boards from 221 GitHub repositories tagged “embedded”, the most starred first; open any of them in PCBKit.

  • 2 layers61 × 88.9 mmBoard one teensy 22, the printed circuit board in 3D

    Board one teensy 22

    Olin-Rocketry/sensing

    Sensing hardware and software

    26 parts
  • 2 layers61 × 88.9 mmBoard one teensy 22, the printed circuit board in 3D

    Board one teensy 22

    Olin-Rocketry/sensing

    Sensing hardware and software

    21 parts
  • 2 layers61 × 88.9 mmBoard one teensy 22, the printed circuit board in 3D

    Board one teensy 22

    Olin-Rocketry/sensing

    Sensing hardware and software

    33 parts
  • 2 layers61 × 88.9 mmCoreIO, the printed circuit board in 3D

    CoreIO

    Olin-Rocketry/sensing

    Sensing hardware and software

    40 parts
  • 2 layers61 × 88.9 mmCoreIO, the printed circuit board in 3D

    CoreIO

    Olin-Rocketry/sensing

    Sensing hardware and software

    39 parts
  • 2 layers50.4 × 66.7 mmEAST GPS, the printed circuit board in 3D

    EAST GPS

    Olin-Rocketry/sensing

    Sensing hardware and software

    7 parts
  • 2 layers55.1 × 35.5 mmEsp 32 Project, the printed circuit board in 3D

    Esp 32 Project

    Olin-Rocketry/sensing

    Sensing hardware and software

    78 parts
  • 2 layers12.9 × 11.1 mmMiniAvionics, the printed circuit board in 3D

    MiniAvionics

    Olin-Rocketry/sensing

    Sensing hardware and software

    8 parts
  • 2 layers9.4 × 13.7 mmMPL3115A2 barometer, the printed circuit board in 3D

    MPL3115A2 barometer

    Olin-Rocketry/sensing

    Sensing hardware and software

    5 parts
  • 2 layers13.8 × 19.4 mmNewlsm9ds1, the printed circuit board in 3D

    Newlsm9ds1

    Olin-Rocketry/sensing

    Sensing hardware and software

    17 parts
  • 2 layers100 × 65.5 mmRadio Board Rev2, the printed circuit board in 3D

    Radio Board Rev2

    Olin-Rocketry/sensing

    Sensing hardware and software

    20 parts
  • 2 layers83.8 × 94 mmSensing, the printed circuit board in 3D

    Sensing

    Olin-Rocketry/sensing

    Sensing hardware and software

    44 parts
  • 2 layers72 × 80 mmSensing, the printed circuit board in 3D

    Sensing

    Olin-Rocketry/sensing

    Sensing hardware and software

    34 parts
  • 2 layers105 × 250 mmREV2 SPRING 2022, the printed circuit board in 3D

    REV2 SPRING 2022

    Olin-Rocketry/sensing

    Sensing hardware and software

    56 parts
  • 2 layers45 × 35 mmMilling coupon, the printed circuit board in 3D

    Milling coupon

    opensimgear/device-template

    Work-in-progress STM32G0B1 input/output module with USB HID or CDC-only profiles, Cyphal/CAN, persistent settings, ordered panel events, leased LED/display actions, KiCad hardware and native simulation.

    33 parts
  • 4 layers85 × 75 mmStarter, the printed circuit board in 3D

    Starter

    opensimgear/device-template

    Work-in-progress STM32G0B1 input/output module with USB HID or CDC-only profiles, Cyphal/CAN, persistent settings, ordered panel events, leased LED/display actions, KiCad hardware and native simulation.

    111 parts
  • 2 layersSchematics, the printed circuit board in 3D

    Schematics

    OsamaAlsahli/data-glove

    Low cost 16 IMU data glove with real time hand tracking and fingertip force sensing. BEng final year project

    5 parts
  • 2 layersSTOF sensor, the printed circuit board in 3D

    STOF sensor

    OsamaAlsahli/data-glove

    Low cost 16 IMU data glove with real time hand tracking and fingertip force sensing. BEng final year project

    7 parts
  • 2 layers10 × 149.9 mmSTOF v3, the printed circuit board in 3D

    STOF v3

    OsamaAlsahli/data-glove

    Low cost 16 IMU data glove with real time hand tracking and fingertip force sensing. BEng final year project

    7 parts
  • 2 layers84 × 80 mmCore2021-hf m rev a, the printed circuit board in 3D

    Core2021-hf m rev a

    the-Drunken-coder/dual-band-radio-lab

    100 × 75 mm, two copper layers, 1.6 mm PCB. One design supports two identical test nodes. Each carrier takes one USB-C controller and two interchangeable LR2021 radio modules.

    28 parts
  • 2 layers100 × 75 mmDual radio carrier, the printed circuit board in 3D

    Dual radio carrier

    the-Drunken-coder/dual-band-radio-lab

    100 × 75 mm, two copper layers, 1.6 mm PCB. One design supports two identical test nodes. Each carrier takes one USB-C controller and two interchangeable LR2021 radio modules.

    28 parts
  • 2 layers84 × 80 mmE22-900m30s rev a, the printed circuit board in 3D

    E22-900m30s rev a

    the-Drunken-coder/dual-band-radio-lab

    100 × 75 mm, two copper layers, 1.6 mm PCB. One design supports two identical test nodes. Each carrier takes one USB-C controller and two interchangeable LR2021 radio modules.

    27 parts
  • 2 layers84 × 80 mmE28-2g4m27s rev a, the printed circuit board in 3D

    E28-2g4m27s rev a

    the-Drunken-coder/dual-band-radio-lab

    100 × 75 mm, two copper layers, 1.6 mm PCB. One design supports two identical test nodes. Each carrier takes one USB-C controller and two interchangeable LR2021 radio modules.

    39 parts