The aerodynamic stall is an important phenomenon in aerodynamics. It occurs when an aircraft wing loses a significant portion of its ability to generate lift because the angle of attack exceeds the critical angle. Contrary to common belief, a stall does not necessarily occur only when the aircraft's speed decreases. It can happen at different airspeeds whenever the angle of attack exceeds the limit at which the wing can maintain proper airflow. As the angle of attack increases, airflow begins to separate from the upper surface of the wing, causing disturbances in airflow, a reduction in lift, and an increase in drag. This may result in a sudden loss of altitude or reduced aircraft controllability if the situation is not handled correctly. The likelihood of a stall increases during low-speed flight, steep maneuvers, takeoff, and landing. Therefore, understanding its causes and warning signs is essential in pilot training. To recover control of the aircraft, the primary step is to reduce the angle of attack below the critical angle. This allows airflow to reattach to the wing surface and restores its ability to generate lift. Depending on the aircraft type and its approved procedures, recovery may also require lowering the nose appropriately and increasing engine power. Pilots must avoid pulling the control stick backward excessively, as this can further increase the angle of attack and maintain the stalled condition. They should always follow the recovery procedures specified in the aircraft flight manual, taking into account the available altitude, airspeed, and aircraft configuration. Modern aircraft are equipped with stall warning systems, such as control stick shakers, angle-of-attack sensors, and, in some aircraft, protection systems that alert pilots or help prevent the aircraft from approaching the critical angle. Practical training and flight simulation also improve pilots' ability to recognize stalls and respond safely. Understanding the stall phenomenon is not only important for improving aircraft performance but is also a fundamental element in enhancing flight safety and reducing the risk of accidents. Assist. Lecturer Al-Boraq Hayder Mohsin