At higher airspeeds, parasitic drag will:

At higher airspeeds, parasitic drag will increase significantly due to the relationship between drag and airspeed. Parasitic drag is primarily influenced by the airflow around the aircraft and depends on factors such as the aircraft's shape, surface area, and the square of the velocity of the airflow. As the speed of the aircraft increases, the amount of air displaced by the aircraft increases as well, leading to a higher drag force.

The fundamental equation for drag shows that drag force increases with the square of the velocity. Thus, as an aircraft accelerates and the airspeed increases, parasitic drag rises in a nonlinear manner. This understanding is critical for flight planning and performance calculations, as pilots need to account for this increased drag at higher speeds to maintain efficient flight operations.