Arcade horror games have revolutionized player immersion through groundbreaking thermal feedback technology that manipulates temperature to create unprecedented psychological experiences. The most innovative implementations include controllers that simulate body heat transfer during ghost encounters, where players feel a chilling coldness when spectral entities approach, creating visceral fear responses. Advanced systems incorporate sudden temperature drops when entering haunted areas, with some cabinets featuring environmental cooling that makes players' breath visible in sync with game events. Revolutionary arcade setups use directional heat mapping, where warmth emanates from safe zones while icy cold radiates from danger sources, creating thermal navigation challenges. The technology peaks with physiological synchronization - controllers grow warm during high-tension moments to mimic increased heart rate, then rapidly cool during jump scares to trigger actual shivers. Some premium arcades employ full-body thermal fields that create localized hot and cold spots around players, corresponding to in-game monster positions and environmental hazards. The most sophisticated systems use predictive thermal patterns that learn from player reactions, adjusting temperature changes to maximize individual susceptibility to horror elements. These thermal innovations transform traditional jump scares into deeply personal horror experiences that linger physically long after leaving the arcade, representing the cutting edge of sensory gaming technology.