The socket footprint uses the measured board size, but two hole offsets are assumptions, 1.61 mm and 1.27 mm. The pre-order review measured 1.2 mm between the module edge and a connector housing, so a row about 1 mm off-centre closes that gap. The Y axis in the docs is derived from X and Z, not read off the module. Fixing it means measuring, editing a TOML, regenerating, rerunning two checks and committing a stamp.
Recurring agent failure issue in mcu-tinkering-lab (laurigates)
What engineers report
A recurring agent failure problem in mcu-tinkering-lab (laurigates) that mostly hits the electrical engineer.
Failure pattern: validation / failure
Analyst note
From the Grok pain-radar digests, Nov 9-10 2026 (Nov 9 7:41 AM ET through Nov 10 7:41 AM ET digests plus the Haitch editions). Verified live 2026-11-10: issue/PR read; title and state confirmed.
What it costs a team
Modeled annual cost
$30,000
For a team of 5
Prototype delay
3 days
Modeled schedule slip per occurrence
Time lost
240 min
Per engineer per month, about 1 incidents
How the cost is modeled
240 min/month × 5 engineers × 12 months = 240 hours × $125/hour = $30,000
A modeled estimate with medium confidence. Swap in your own team size and loaded rate to size it for your team.
Engineering tools that address it
No engineering tool profile lists this error yet. Browse tools that connect to mcu-tinkering-lab (laurigates).
Evidence
More recurring errors in mcu-tinkering-lab (laurigates)
- A robocar repo's docs said the camera was an OV2640 (it is an OV3660), provisioning was BLE (it is serial over USB), the planner ran at about 1 Hz (it is 15 s and boots dormant), and an I2C mux channel was reserved (an MCP23017 sits there). All three CI guards were green and correct, and every error was on the hand-typed side of the generated/hand-written boundary, which nothing checks.Firmware · impact 74
- An earlier commit put socket J3 where the GY-521 module fits only face down, which inverts X and Z for the firmware. Nothing compared the layout with the firmware's IMU mount, so the problem was found on the delivered boards.ECAD · impact 74
- For the balancebot carrier board, the schematic nets were typed by hand into the KiCad MCP server's schematic tool, rebuilt three times, and the author says one of those passes is where the XT30 polarity error came in. The next board has 39 parts and nets, about five times as many, and copying the scripts would copy both restatements, which would drift.ECAD · impact 74
- Same lab, same board. JLCPCB fabricated an old balancebot upload that was still in the cart. Nothing on the board or in the file name identified the commit, and the hand-off CSV recorded the commit of the zip on disk rather than the file in the cart.ECAD · impact 74
- A TCA9548A clone module has the same pin order as the Adafruit board but rows 17.78 mm apart instead of 15.24 mm. Issue #905 said the clone was one pitch narrower. The photo and caliper said one pitch wider, and "the footprint follows the measurement." The fix doubles the header pads with the same pad numbers so the netlist doesn't change.ECAD · impact 66
- Camera and logger headers still named the ESP32-CAM from a removed dual-board design. Stale references to hardware that no longer exists in the design.Firmware · impact 66
Sourced from public community reports. Costs and delays are modeled estimates, not measurements. Know a better source or a fix? Tell us at hello@productflo.io.