DEVELOPMENT OF REMOTE CONTROLLED MOTORCYCLE HELMET WIPER

Abstract: This study focused on the design, development, and evaluation of a remote-controlled motorcycle helmet wiper intended to enhance rider visibility and safety during rainy conditions. Specifically, the study aimed to describe the technical features of the device, determine its sensitivity in terms of wiping speed, assess its effectiveness in clearing raindrops under varying rainfall conditions, and evaluate its acceptability in terms of technical features, composition, operating performance, and safety. A developmental research design was employed in the conduct of the study. The developed device consisted of a compact wiper mechanism mounted on the helmet visor and connected to a lightweight 3D-printed housing containing the power supply, rechargeable battery, RF relay receiver, and control circuitry. A flexible spring wire was incorporated to allow smooth visor movement while minimizing strain on electrical connections. The system operated in two modes, slow and continuous, controlled through a handheld wireless remote. The evaluation involved fifty (50) evaluators composed of motorcycle riders, instructors, and individuals with expertise in mechanical, electrical, and safety-related fields. Data were gathered through structured observation, controlled performance testing, and an acceptability evaluation instrument. Results showed that the developed helmet wiper was functionally integrated and suitable for helmet application. In terms of sensitivity, the device recorded an average wiping speed of 30.66 wipes per minute in slow mode and 75 wipes per minute in continuous mode. The device demonstrated effective raindrop removal under light and moderate rainfall in both modes of operation; however, optimal performance during heavy rainfall was observed only when operated in continuous mode. Moreover, the device obtained a “Very Acceptable” rating across all evaluated criteria, indicating positive user perception of its design, durability, operating performance, and safety. Overall, the findings demonstrate that the developed remote-controlled motorcycle helmet wiper is a functional, safe, and user-acceptable safety device with strong potential for practical application in improving rider visibility during adverse weather conditions.

Keywords: Helmet Wiper, Wireless Control, Rider Safety, Visibility Enhancement, Ergonomic Design, Rain Protection, Operational Performance, User Acceptability.