Regie B. Dasig (Author)
Abstract
This study presents key findings from the evaluation of an automotive warning device equipped with a blinker and alarm system. The objectives were to determine the sensitivity of the device in detecting incoming vehicles, assess the visibility of the warning light emitted under varying lighting conditions and distances, evaluate the sound clarity and effectiveness of the alarm at different distances, and gauge the acceptability of the device in terms of design, composition, safety, and operating performance. Controlled experiments were conducted to measure the sensitivity of the device in detecting incoming vehicles at varying distances. Visibility tests were carried out to evaluate the warning light’s effectiveness under different lighting conditions and distances. The sound clarity and effectiveness of the alarm were assessed through experiments conducted at different distances. Findings revealed that the automotive warning device demonstrated high sensitivity in detecting incoming vehicles, ensuring reliable performance across varying distances. The warning light emitted by the device exhibited strong visibility under diverse lighting conditions and distances, enhancing its effectiveness as a visual alert system. Furthermore, the alarm system proved to be clear and effective in signaling approaching vehicles across different distances. Overall, the developmental automotive warning device with blinker and alarm system shows promising potential in enhancing road safety by providing timely alerts to drivers. Further refinement of the device’s design and composition is recommended to enhance its aesthetic appeal and safety features. Continuous testing and optimization efforts are necessary to ensure consistent and reliable performance in real-world driving scenarios.
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Keywords: Automated Early warning device, Road safety, Automotive device for safety, Road warning system