2 layers80 × 50 mm
Open-source KiCad boards
20 match “Jun-robot”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.
- 2 layers26 × 25 mm
Encoder
pranay-junare/clothbot
Cloth Manipulation using self-supervised Spatial Action Maps
7 parts4MIT - 2 layers72 × 60.8 mm
ESP32 breakout
pranay-junare/clothbot
Cloth Manipulation using self-supervised Spatial Action Maps
6 parts4MIT - 2 layers30 × 40 mm
Motor Controller
naichenzhao/Robocup-Junior-Open-YEET
These are the robot designs I created for Robocup Junior Open weight.
23 parts - 2 layers117 × 118.5 mm
LightSensor
naichenzhao/Robocup-Junior-Open-YEET
These are the robot designs I created for Robocup Junior Open weight.
100 parts - 2 layers120 × 66 mm
Lidar Board
naichenzhao/Robocup-Junior-Open-YEET
These are the robot designs I created for Robocup Junior Open weight.
13 parts - 2 layers37 × 80 mm
Robocup Junior Open YEET
naichenzhao/Robocup-Junior-Open-YEET
These are the robot designs I created for Robocup Junior Open weight.
15 parts - 2 layers86 × 86 mm
BottomBoard
naichenzhao/Robocup-Junior-Open-YEET
These are the robot designs I created for Robocup Junior Open weight.
13 parts - 2 layers72.6 × 166.6 mm
EncoderHub
pranay-junare/clothbot
Cloth Manipulation using self-supervised Spatial Action Maps
18 parts4MIT - 2 layers52.5 × 23 mm
Thomas
wadengroff/Junior_Design
This repository holds all source files and CAD models (mechanical and electrical) to create a line-following robot used as an educational resource for children ages 8-10.
15 parts - 2 layers50 × 12 mm
Led Bar
JamesBond6873/Airborne_Rescue_Line_2025
Airborne's full RoboCup Rescue Line 2025 code and documentation
14 parts3MIT - 2 layers50 × 93 mm
Led bar Panelize
JamesBond6873/Airborne_Rescue_Line_2025
Airborne's full RoboCup Rescue Line 2025 code and documentation
476 parts3MIT - 2 layers62.1 × 82.5 mm
ControlBoard
wadengroff/Junior_Design
This repository holds all source files and CAD models (mechanical and electrical) to create a line-following robot used as an educational resource for children ages 8-10.
26 parts - 2 layers101 × 140.2 mm
Main PCB
JamesBond6873/Airborne_Rescue_Line_2025
Airborne's full RoboCup Rescue Line 2025 code and documentation
70 parts3MIT - 2 layers96 × 140.2 mm
Main PCB
JamesBond6873/Airborne_Rescue_Line_2025
Airborne's full RoboCup Rescue Line 2025 code and documentation
63 parts3MIT - 2 layers200 × 120 mm
Kinetic pcb
Game-Team-SLSC/eurobot-2026-robot
The repo for firmware and hardware and docs of the 2026 Game Team's robot for CDFR Junior
229 partsMIT - 2 layers76.5 × 48.5 mm
- 2 layers175 × 90 mm
Logic pcb
Game-Team-SLSC/eurobot-2026-robot
The repo for firmware and hardware and docs of the 2026 Game Team's robot for CDFR Junior
120 partsMIT - 2 layers165 × 48 mm
Power pcb
Game-Team-SLSC/eurobot-2026-robot
The repo for firmware and hardware and docs of the 2026 Game Team's robot for CDFR Junior
85 partsMIT - 2 layers136 × 55.5 mm
