4 layers66 × 60 mm
MainFlightComputer
RockSat-X/RSXVT2026
Our experiment aims to evaluate the use of optical navigation with Commercial-off-the-Shelf (COTS) products for use in spaceflight applications.
72 parts3MIT
Boards using the LSM6DSV32X
7 boardsBoards in 6 GitHub repositories, designed in KiCad, that use the LSM6DSV32X by STMicroelectronics (-40℃~+85℃ 1.71V~3.6V 3uA 4.5KB IMU (accelerometer + gyroscope) Motion event detection、Synchronization and timestamp SPI、I2C、I3C X,Y,Z X,Y,Z ±32g ±4000dps LGA-14(2.5x3) Accelerometers ROHS). See how each wires it, with its parts, size, README and files; the LSM6DSV32X’s symbol, footprint and pinout are on its own page.
- 4 layers25 × 74 mm
PTR mini pcb
PTR-projects/PTR_mini_hardware
Welcome to the KPPTR-hardware repository! This repository contains the design files for the hardware components used in the KPPTR project.
140 parts1MIT - 2 layers20.3 × 10.2 mm
Lsm6dsv32x breakout
godmar/imuboard-claude
A minimal breakout for the ST LSM6DSV32X 6-axis IMU (±32 g accel, ±4000 dps gyro). The circuit follows the mode 1 connection diagram in ST's datasheet (DS13511, Figure 28, section 7.1).
11 parts - 4 layers30 × 28 mm
Rebot ctrl
Matheus3007/pcb-lab
PCBs designed entirely as code: Python circuits + KiCad 10 + Freerouting, checked, rendered and ordered assembled from JLCPCB
58 partsMIT - 4 layers26 × 56 mm
PTR micro pcb
PTR-projects/PTR_micro_hardware
Welcome to the KPPTR-hardware repository! This repository contains the design files for the hardware components used in the KPPTR project.
115 partsMIT - 4 layers48.9 × 52.1 mm
Waterloo rocketry canhw processor
punkfab/pcb-corpus
235 real KiCad boards from open-source hardware repositories, prepared as a placement and routing benchmark
80 parts1 - 4 layers25 × 25 mm
Rebot ctrl v2
Matheus3007/pcb-lab
PCBs designed entirely as code: Python circuits + KiCad 10 + Freerouting, checked, rendered and ordered assembled from JLCPCB
57 partsMIT