What functions rely heavily on efficient neurological systems needed for agile maneuvering?

Rapid decision-making and precise motor control

The Mako shark's capacity for high-speed locomotion and highly agile movements within a dynamic, three-dimensional ocean environment is directly dependent on the efficiency of its neurological architecture. To execute swift changes in direction or to initiate powerful acceleration necessary for capture, the animal must possess systems capable of instantaneous command execution. This requires both rapid decision-making—processing environmental input and selecting an appropriate motor response quickly—and precise motor control, which ensures that the resulting physical action perfectly matches the neural command intended. These functions are heavily reliant on a highly developed and efficient command center coordinating muscle groups and sensory feedback simultaneously.