In modern society, the increasingly hectic lifestyle leaves many individuals with limited time to manage household chores, such as drying clothes. To address this challenge, we propose an automated cloth drying system designed to enhance convenience and efficiency. This innovative system automatically retracts hanging clothes indoors when it detects rainfall and extends them outdoors when sunlight is detected, thereby optimizing the drying process without requiring manual intervention. The core functionality of the system revolves around an integrated weather detection mechanism, consisting of sensors that monitor rain and sunlight. When rain is detected, a signal is sent to the control unit, which activates a power window motor to retract the clothesline, ensuring that clothes remain dry. Conversely, when sunlight is detected, the system extends the clothesline to allow natural drying, thus harnessing solar energy. The system also features a manual switch, enabling users to override automatic controls and manually adjust the position of the clothesline as needed. This dual functionality ensures flexibility and user control in various weather conditions. The power window motor, known for its reliability and robustness, converts electrical power into mechanical motion, facilitating smooth and efficient movement of the retractable system. The design is engineered to support up to 20 kg of wet clothes, accommodating typical household laundry loads. Note: Abstract not more than 160 words.