How do I install the Pcb Mechanical Reliability skill?

Run npx skillmds@latest add baibai2013/pcb-mechanical-reliability in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Pcb Mechanical Reliability safe to use?

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Which AI agents work with Pcb Mechanical Reliability?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Pcb Mechanical Reliability free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Pcb Mechanical Reliability?

baibai2013 (@baibai2013) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Pcb Mechanical Reliability by baibai2013

Name: Pcb Mechanical Reliability
Author: baibai2013

Pcb Mechanical Reliability

PCB mechanical reliability checks for robot-dog and hardware virtual prototypes. Use this skill whenever the user asks whether a PCB is mechanically reasonable, stiff enough, supported well, clear of the enclosure, safe for connector loads, or suitable for vibration/drop before a physical prototype.

baibai2013 b0a3c46 20 files · 34.7 KB Updated Sep 17, 2026

File contents

pcb-mechanical-reliability

This skill checks early PCB mechanical reliability for robot-dog virtual prototypes. It consumes board geometry and mounting metadata, then writes deterministic fit, clearance, stiffness, and connector-risk reports.

When To Use

Use this skill for:

PCB stiffness, flex, mounting hole, and standoff checks.
Connector clearance, cable bend radius, and strain relief checks.
Board-to-enclosure fit risk before CAD/PCB iteration goes deeper.
Producing pcb_fit.json, pcb_reliability_report.json, and connector_clearance.json for robot-dog-digital-twin gates.

Workflow

Read <project>/pcb_mechanical.yaml.
Check board dimensions, thickness, edge clearance, and enclosure clearance.
Check mounting holes and standoff spacing.
Estimate board flex from unsupported span and vibration load.
Check connector clearance, nearest support, cable bend radius, and strain relief.
Write reports into <project>/reports/.

Commands

python skills/pcb-mechanical-reliability/scripts/check_pcb_fit.py skills/pcb-mechanical-reliability/examples/quadruped_mvp
python skills/pcb-mechanical-reliability/scripts/write_report.py skills/pcb-mechanical-reliability/examples/quadruped_mvp

Rules

Keep MVP checks deterministic and conservative.
Treat enclosure clearance below 2 mm as a blocker.
Treat excessive board flex, insufficient standoffs, or unsupported power connectors as blockers.
Do not run FEA or import CAD/PCB sibling code in this skill. Read files only.
Use this report as an early gate, not as a replacement for physical vibration/drop testing.

References

references/input-contract.md for pcb_mechanical.yaml fields.
references/standoff-rules.md for mounting and board-flex rules.
references/connector-loads.md for connector and cable checks.
references/output-contract.md for report fields.
references/examples.md for sample project layout.

---name: pcb-mechanical-reliabilitydescription: PCB mechanical reliability checks for robot-dog and hardware virtual prototypes. Use this skill whenever the user asks whether a PCB is mechanically reasonable, stiff enough, supported well, clear of the enclosure, safe for connector loads, or suitable for vibration/drop before a physical prototype.---# pcb-mechanical-reliabilityThis skill checks early PCB mechanical reliability for robot-dog virtual prototypes.It consumes board geometry and mounting metadata, then writes deterministic fit,clearance, stiffness, and connector-risk reports.## When To UseUse this skill for:- PCB stiffness, flex, mounting hole, and standoff checks.- Connector clearance, cable bend radius, and strain relief checks.- Board-to-enclosure fit risk before CAD/PCB iteration goes deeper.- Producing `pcb_fit.json`, `pcb_reliability_report.json`, and `connector_clearance.json` for `robot-dog-digital-twin` gates.## Workflow1. Read `<project>/pcb_mechanical.yaml`.2. Check board dimensions, thickness, edge clearance, and enclosure clearance.3. Check mounting holes and standoff spacing.4. Estimate board flex from unsupported span and vibration load.5. Check connector clearance, nearest support, cable bend radius, and strain relief.6. Write reports into `<project>/reports/`.## Commands```bashpython skills/pcb-mechanical-reliability/scripts/check_pcb_fit.py skills/pcb-mechanical-reliability/examples/quadruped_mvppython skills/pcb-mechanical-reliability/scripts/write_report.py skills/pcb-mechanical-reliability/examples/quadruped_mvp```## Rules- Keep MVP checks deterministic and conservative.- Treat enclosure clearance below 2 mm as a blocker.- Treat excessive board flex, insufficient standoffs, or unsupported power connectors as blockers.- Do not run FEA or import CAD/PCB sibling code in this skill. Read files only.- Use this report as an early gate, not as a replacement for physical vibration/drop testing.## References- `references/input-contract.md` for `pcb_mechanical.yaml` fields.- `references/standoff-rules.md` for mounting and board-flex rules.- `references/connector-loads.md` for connector and cable checks.- `references/output-contract.md` for report fields.- `references/examples.md` for sample project layout.

Frequently asked questions