International Journal on Science and Technology

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AUTOMATIC CAR COVER

Author(s) S.Mani Chakra Sai, I.Sriram Charan, M.Sai Akhil, S.Neha, S.Neha
Country India
Abstract This project presents the development of an automatic car cover system leveraging Bluetooth communication for wireless control. The system is designed using an Arduino microcontroller, an HC-05 Bluetooth module, and an L298N motor driver. Its goal is to provide an efficient, user-friendly solution for protecting vehicles from environmental damage such as rain, dust, and UV rays. The Bluetooth HC-05 module enables communication between the system and a smartphone application, allowing users to control the cover deployment remotely. The Arduino microcontroller processes input signals from the Bluetooth module and sends commands to the L298N motor driver, which controls the DC motors responsible for extending and retracting the car cover. The system integrates features such as: • Remote Operation: Wireless control via a smartphone. • Efficient Motor Control: The L298N module ensures smooth operation and bidirectional motor control. • Scalability: The design is adaptable to various vehicle sizes. This innovative application minimizes manual effort, enhances convenience, and ensures vehicle protection, offering a practical and accessible solution for car owners. Future enhancements could include additional sensors for obstacle detection and weather-triggered automation. An automatic car cover using the HC-05 Bluetooth module is an innovative system designed to provide efficient vehicle protection through wireless control. This system integrates a microcontroller, such as an Arduino, with an HC-05 Bluetooth module to enable communication between the user’s smartphone and the car cover mechanism. The cover is typically operated using a motorized system powered by a battery or the vehicle’s electrical supply. Through a dedicated mobile application, users can control the deployment and retraction of the cover remotely, ensuring convenience and ease of use. The system enhances vehicle protection by shielding it from harsh weather conditions, dust, and potential damage, thereby extending the car's lifespan. Additionally, the automation reduces the need for manual effort, making it particularly useful for individuals seeking a smart and efficient solution for car maintenance
Keywords Automatic deployment, Remote control, Retractable cover, Motorized system, Weather protection, UV protection, Dustproof, Waterproof material, Anti-theft design, Portable
Field Engineering
Published In Volume 16, Issue 2, April-June 2025
Published On 2025-05-10
DOI https://doi.org/10.71097/IJSAT.v16.i2.4571
Short DOI https://doi.org/g9kc73
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