Which component is primarily affected by errors in the hydraulic pressure during a BAK-12 arresting system's operation?

The component primarily affected by errors in hydraulic pressure during the operation of a BAK-12 arresting system is the brakes. In such systems, hydraulic pressure plays a crucial role in the effective functioning of the brakes, which are responsible for safely stopping an aircraft landing on an arrestor cable. If there are fluctuations or errors in hydraulic pressure, it can lead to insufficient braking force or delayed response, which compromises the entire stopping mechanism.

The brakes rely on consistent hydraulic pressure to engage and disengage effectively. A malfunction here can lead to inadequate stopping capability, which may increase the risk of overshooting the designated landing area or causing mishaps during landing operations. Therefore, maintaining proper hydraulic pressure is essential for the reliable performance of the braking system in an arresting mechanism.