Arcade machines creatively incorporate real-world physics in sports games to enhance player immersion while maintaining fast-paced, accessible gameplay. Unlike realistic simulators, arcade sports titles use simplified physics models that emphasize fun over technical accuracy. Through specialized hardware like motion-sensitive controllers—such as boxing pads that track punch velocity or basketball hoops with shot sensors—these machines translate physical actions into game responses. Mechanical components provide tactile feedback; racing games tilt cabins during turns, while golf games vibrate controllers upon impact. Advanced systems employ weighted mechanisms and pressure sensors to replicate sports sensations, such as a baseball bat's swing resistance or a soccer ball's impact force. Although arcade physics prioritize exaggerated effects for entertainment, they maintain core principles like object trajectory, collision detection, and momentum conservation to create engaging experiences that bridge virtual and physical sports.