Stroke survivors often experience various motor complications, and sustained treatment is crucial for their recovery. Game-based telerehabilitation interventions appear to facilitate motor improvement in these patients by ensuring sustained treatment. Therefore, the present study aimed to evaluate game-based telerehabilitation on motor function in stroke patients. This narrative review involved a comprehensive search of the PubMed database up to August 2024, using the keywords "Game," "Games," "Serious games," "Telerehabilitation," and "Stroke," both individually and in combination. Out of 118 articles initially identified, duplicates and articles published before 2018 were excluded. Ultimately, 9 articles meeting the inclusion and exclusion criteria were selected for review. The full text of these English articles was then analyzed and compared in terms of study design and intervention outcomes on improving motor function. Of the 9 studies reviewed, 6 focused on improving upper extremity motor function, 2 on improving lower extremity motor function, and 1 on improving motor function in both upper and lower extremities. All 9 studies reported positive results regarding improving upper and lower extremity motor function through game-based telerehabilitation. However, most studies had small and varied sample sizes, and there was no consensus on the optimal frequency or duration of game use. Furthermore, the technology employed in these games was found to be expensive for less developed countries. Given the positive outcomes of this approach for stroke patients, developing affordable, localized games and integrating them into national rehabilitation programs could significantly benefit both patients and healthcare systems.