Stroke rehabilitation is often hindered by the repetitive and uninspiring nature of traditional therapy, leading to low patient motivation and suboptimal recovery. This paper presents a novel hybrid rehabilitation system that combines the established principles of Mirror Therapy (MT) with a gamified, sensor-driven interface to address these challenges. The system uses force-sensitive resistors (FSRs) integrated into a rubber gripper to control a Flappy Bird-inspired game, transforming repetitive motor exercises into engaging interactions. Simultaneously, the system preserves the visual feedback mechanisms central to MT, enabling neuroplastic gains through visual-motor coupling. Our approach aims to enhance patient motivation, promote adherence to rehabilitation routines, and provide real-time feedback for clinical insights. Initial evaluations suggest that this system offers a promising, low-cost, and portable solution for stroke patients experiencing hand weakness, while maintaining the therapeutic benefits of MT.