👉 PAM (Pressure-Attitude-Mission) engineering is a systematic approach used in the development of unmanned aerial vehicles (UAVs), also known as drones, to ensure their reliable and efficient operation under various flight conditions. It involves the integration of pressure, attitude, and mission parameters to optimize the drone's performance, stability, and safety. PAM engineering considers the structural integrity of the UAV under different pressures encountered during flight, such as those experienced during takeoff, hover, and landing. It also addresses the control systems necessary to maintain the drone's attitude (orientation) and execute mission objectives accurately, regardless of external disturbances. By meticulously planning and simulating these factors, PAM engineering enhances the overall mission capability and reliability of UAVs in diverse operational environments.
