ABSTRAKPerkembangan teknologi digital dewasa ini telah terjadi secara masif tidak terkecuali di dunia pendidikan Mengingat pesatnya perkembangan teknologi digital maka penelitian ini berupa pengembangan bahan ajar komik digital pada materi gerak. Tujuan penelitian ini adalah untuk mengembangkan bahan ajar komik digital pada materi gerak sebagai pendukung dalam pembelajaran. Metode yang digunakan dalam penelitian ini adalah metode penelitian dan pengembangan (research and development). Rancangan penelitian yang akan digunakan dalam penelitian ini mengikuti 5 langkah atau tahapan penelitian dan pengembangan menurut Borg & Gall. Pada penelitian ini tahapan pengembangan yang dilakukan sampai pada tahap main product revision. Pertimbangan tersebut dilakukan karena keterbatasan waktu dan biaya. Teknik pengumpulan data yang digunakan dalam penelitian ini adalah teknik komunikasi tidak langsung dengan alat pengumpul data yaitu lembar validasi ahli materi dan media dengan skala Likert. Data yang akan diperoleh dalam penelitian pengembangan, selanjutnya akan diolah dan dianalisis sesuai dengan masalah dan tujuan yang telah dirumuskan. Data dari lembar yang berupa data kuantitatif dianalisis secara deskriptif untuk mencari persentase dari kelayakan bahan ajar pada materi gerak berbasis komik digital berdasarkan penilaian ahli. Berdasarkan penelitian yang telah dilakukan, diketahui bahwa telah dihasilkan bahan ajar komik digital pada materi gerak. Kualitas pengembangan bahan ajar komik digital pada materi gerak berkategori layak menurut ahli materi dengan rata-rata persentase sebesar  76,89 dan menurut ahli media sangat layak dengan persentase sebesar 89,17%.Kata Kunci: Pengembangan, Bahan Ajar, Komik Digital, Gerak ABSTRACTThe development of digital technology today has occurred massively, including in the world of education. Given the rapid development of digital technology, this research is in the form of developing digital comic teaching materials on motion material. The purpose of this research is to develop digital comic teaching materials on motion materials as a support in learning. The method used in this research is the method of research and development (research and development). The research design that will be used in this study follows 5 steps or stages of research and development according to Borg & Gall. In this research, the development stage is carried out until the main product revision stage. This consideration was made due to time and cost limitations. The data collection technique used in this research is indirect communication techniques with data collection tools, namely material and media expert validation sheets with a Likert scale. The data to be obtained in development research will then be processed and analyzed in accordance with the problems and objectives that have been formulated. Data from the sheet in the form of quantitative data were analyzed descriptively to find the percentage of the feasibility of teaching materials on digital comic-based motion material based on expert judgment. Based on the research that has been done, it is known that digital comic teaching materials have been produced on motion material. The quality of the development of digital comic teaching materials on motion material is categorized as feasible according to material experts with an average percentage of 76.89 and according to media experts it is very feasible with a percentage of 89.17%.Keywords: Development, Teaching Materials, Digital Comics, Motion

the CoViD-19 virus, which has been endemic since the end of 2019, had infected 1,647,138 confirmed patients. According to laboratory research, fever is one of the most common signs and symptoms among infected patients, with 55,924 people (87.9%) experiencing it. A person with a fever has a body temperature that is higher than 38 oCelsius. A measuring device with the AMG8833 Temperature Sensor is used to identify someone who has signs of being infected with CoViD-19. The accuracy values achieved by this sensor when measuring body temperature against the medical infrared thermometer DT-8266 were compared with changes in distance and variations of objects and test sites in this study using the AMG8833 Temperature Sensor. The error percentage is 0.36 percent at a distance of 10 cm, resulting in a difference of 0.13 °C temperature from the reference temperature. At a distance of 50 cm, the percentage of error is 0.46 percent, and the deviation from the reference temperature is 0.17 ℃.