https://www.flexcend.com/insights/ Engineering guidance for thermal, EMI, vibration, insulation, battery and environmental-protection decisions in robotics and drones. en https://www.flexcend.com/insights/thermal-pad-compression-and-gap-control-for-drone-escs/ https://www.flexcend.com/insights/thermal-pad-compression-and-gap-control-for-drone-escs/ Thu, 01 Oct 2026 01:30:00 GMT Thermal management For a drone ESC, the thermal pad's bond-line thickness and compression pressure determine interface resistance more than bulk conductivity alone. Define the gap and pressure window first, then select a pad that meets deflection force and thermal requirements. https://www.flexcend.com/insights/specifying-thermal-interface-pads-for-drone-escs/ https://www.flexcend.com/insights/specifying-thermal-interface-pads-for-drone-escs/ Mon, 28 Sep 2026 01:30:00 GMT Thermal management Move beyond a conductivity headline and define the gap, pressure, heat path, electrical boundary and assembly conditions that determine the finished pad. https://www.flexcend.com/insights/emi-gasket-selection-for-robot-controllers/ https://www.flexcend.com/insights/emi-gasket-selection-for-robot-controllers/ Mon, 28 Sep 2026 01:30:00 GMT EMI shielding A shielding material works only as part of a conductive enclosure path. Define the seam, grounding surfaces, frequency concern and installed compression before selecting the gasket. https://www.flexcend.com/insights/foam-selection-for-drone-cameras-and-lidar/ https://www.flexcend.com/insights/foam-selection-for-drone-cameras-and-lidar/ Mon, 28 Sep 2026 01:30:00 GMT Vibration & cushioning Choose cushioning around the module and its installed strain—not by foam color or hand feel. The correct part must control motion without disturbing alignment or optics.