Cat
The domestic cat represents one of evolution's most refined agility platforms. Capable of rotating mid-air to land on all fours from virtually any starting position, cats achieve terminal velocity orientation corrections that would require extensive computation for any artificial system. Their climbing capabilities enable vertical ascent of surfaces that appear entirely smooth to human observation.
The feline skeletal structure, comprising 230 bones with an exceptionally flexible spine, permits contortions that defy apparent anatomical limitation. Jump heights of five to six times body length represent standard operational parameters, achieved without warm-up, training, or motivational music.
Mario
Mario's agility operates under different physical constraints, governed not by biology but by the programming parameters of his native environment. Within these constraints, he achieves remarkable feats: jumps of approximately five times his standing height, precision landings on moving platforms, and wall-kicks that would shatter human ankles upon first attempt.
However, Mario's agility remains context-dependent. Outside his native gaming environment, the plumber would possess standard human mobility limitations, presumably compromised further by his apparent fondness for pasta and mushroom consumption. His documented agility exists only within carefully designed virtual spaces optimised for his specific capabilities.