4 layers45.2 × 41.2 mm
MCU Board 0.3
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
120 parts1Apache-2.0
State estimation
7 boardsKiCad boards from 2 GitHub repositories tagged “state-estimation”, the most starred first; open any of them in PCBKit.
- 2 layers33.9 × 14.6 mm
Workshop
NiccoloTonetto/Cubli-Space-challenge-2026
A 156 mm reaction-wheel cube that balances on its edge and corner — Lagrangian derivation, Simscape multibody simulation, per-corner LQR, and Teensy firmware validated against 373 s of flight telemetry.
11 partsMIT - 4 layers50 × 50 mm
MCU Board 0.1
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
80 parts1Apache-2.0 - 4 layers50 × 50 mm
MCU Board 0.2
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
117 parts1Apache-2.0 - 4 layers50 × 50 mm
PDB Board 0.1
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
52 parts1Apache-2.0 - 4 layers50 × 50 mm
PDB Board 0.2
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
54 parts1Apache-2.0 - 4 layers45.2 × 41.2 mm
PDB Board 0.3
thejamesrhodes/Hyades-Flight-Computer
Full Hardware and Electronics design, Bare-metal GNC flight software for an actively attitude-controlled high-power rocket
71 parts1Apache-2.0