Road accidents are a significant concern worldwide, necessitating prompt detection and response to reduce fatalities. This project introduces a solar-powered accident detection system that leverages GSM technology to provide an efficient and eco-friendly solution. The system is designed to detect collisions through sensors such as an accelerometer and GPS module, which monitor changes in motion and location When an accident is identified, the system sends an alert containing the vehicle’s exact coordinates to predefined emergency contacts using GSM communication. The integration of solar panels as the primary power source ensures the system’s continuous operation, even in remote areas with limited or no access to electricity. This sustainable approach enhances reliability while minimizing the dependence on conventional energy sources. The prototype was tested under various scenarios to validate its functionality, demonstrating quick and accurate accident detection and timely communication of location details. This system offers a cost-effective and scalable approach for improving road safety, especially in regions where immediate medical assistance is often delayed. Potential applications include personal vehicles, commercial fleets, and public transportation systems. Future developments could involve the use of IoT technologies to enable cloud-based monitoring and real-time analytics, as well as machine learning to improve detection accuracy. By combining renewable energy with advanced communication systems, this project not only addresses critical safety concerns but also promotes the adoption of green technologies in modern transportation.