Thermal problems are easy to ignore until the first prototype runs hot. CopperPilot helps you review board-level thermal risk early—while rearranging components is still cheap.
Start by opening the board you want to review and asking CopperPilot to summarize high-power paths. The copilot can highlight regulators, motor drivers, and other parts that typically dominate heat generation.
Next, review placement relative to airflow and copper. Ask whether critical parts cluster in one corner, whether the ground pour gives a reasonable path for heat spreading, and whether nearby connectors or plastic enclosures will trap heat.
Use follow-up questions to compare mitigation options: moving a driver, adding thermal vias, swapping a package, or changing the input rail architecture. The goal is not a perfect CFD substitute on day one—it is catching “this cannot work as drawn” moments before fab.
When you are ready for deeper analysis, export notes from the review session so mechanical and electrical owners share the same assumptions about airflow, duty cycle, and ambient temperature.
Thermal analysis in CopperPilot works best as a repeatable checklist: identify heat sources, inspect placement, question enclosure assumptions, and document fixes. That rhythm keeps review fast without pretending every project needs a full simulation on the first pass.