Sensor-based Main Mover Muscle Control Device Design For Physical Education learning Anton Komaini, Pakhrur Razi, Jaffry Zakaria,Yanuar Kiram, Yohandri, Sri Gusti Handayani, Donal Syafrianto, Media Sentosa
Universitas Negeri Padang
Abstract
Indicator data for the 2015-2019 National Medium-Term Development Plan for children aged 5-12 years, 18.8% are overweight and 10.8% are obese. These data indicate that obesity is caused by a lack of activities carried out by children. Along with age, if the function of the prime mover muscles is not controlled, it can cause muscle performance to be not optimal (tired quickly), muscle strength endurance decreases and injuries are easy to occur. The purpose of this study is a Sensor-based Main Mover Muscle Control Device. This type of research is engineering research. This tool is useful for controlling that the state and function of the prime mover muscles are still in good condition. The results of this study conclude 1). The creation of Sensor-based Main Mover Muscle Control Devices, 2). The Sensor-based Prime Mover Control Tool can be used to measure the prime mover muscles.
