Removing a hand-drawn module outline also removed the pin-1 mark. The GY-521 fits its socket three ways wrong, including the face-down fit that caused the bug in finding 1. New gate: every socket with a wrong fit needs a tagged silkscreen mark within 4 mm.

Recurring agent failure issue in mcu-tinkering-lab (laurigates)

mcu-tinkering-lab (laurigates)ECADAgent failureMedium confidence

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 8-9 2026 (Nov 8 8:41 AM ET through Nov 9 6:41 AM ET digests plus the Haitch editions). Verified live 2026-11-09: 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

  1. 1laurigates/mcu-tinkering-lab PR #1022: feat(kicad): gate module sockets on silkscreen orientation marksgithub.com

More recurring errors in mcu-tinkering-lab (laurigates)

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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.