Designing arcade machines with advanced haptic feedback systems presents several unique challenges. First, integrating high-precision haptic actuators into compact arcade cabinets requires careful engineering to avoid interference with other components. Second, creating realistic and immersive tactile sensations demands sophisticated software algorithms and powerful hardware, which can increase production costs. Third, durability is a major concern, as arcade machines endure heavy public use, requiring robust haptic components that withstand constant wear. Additionally, latency must be minimized to ensure real-time responsiveness, as delays can break immersion. Finally, balancing haptic intensity for diverse user preferences adds complexity, as overly strong or weak feedback can detract from the gaming experience. Addressing these challenges is crucial for delivering next-level arcade entertainment.