The increasing trend of global trade and maritime supply chain has driven container terminals to pursue operational efficiency and equipment productivity. This study aims to evaluate the productivity of Rubber Tyred Gantry Crane (RTG) and Head Truck (HT) at Makassar New Container Terminal (Terminal 1), an important logistics hub in Eastern Indonesia. Productivity was measured through direct field observation and data collection during loading and unloading operations. Five RTGs and five HTs were analyzed for a period of one hour. The level of loading and unloading productivity at Makassar New Container Terminal (Terminal 1) is categorized as good according to the Regulation of the Director General of Sea Transportation. The productivity of RTG equipment with an average unloading process of 28 container boxes/hour and a loading process of 31 container boxes/hour. Meanwhile, for HT equipment, it reaches 5 container boxes/hour for the unloading process and 7 boxes/hour for the loading process. This analysis highlights the differences in handling efficiency between equipment types, emphasizing the need for equipment optimization. These findings contribute to understanding terminal performance and support future operational improvements.
Bahasa Indonesia
Meningkatnya tren perdagangan global dan rantai pasokan maritim telah mendorong terminal peti kemas untuk mengejar efisiensi operasional dan produktivitas peralatan. Studi ini bertujuan untuk mengevaluasi produktivitas Rubber Tyred Gantry Crane (RTG) dan Head Truck (HT) di Terminal Peti Kemas Baru Makassar 1, pusat logistik penting di Indonesia Timur. Produktivitas diukur melalui observasi lapangan langsung dan pengumpulan data selama operasi bongkar muat. Lima RTG dan lima HT dianalisis selama jangka waktu satu jam. Tingkat produktivitas bongkar muat di Terminal Peti Kemas Terminal 1 Makassar Baru masuk dalam kategori baik yang mengacu pada Peraturan Direktur Jenderal Perhubungan Laut. Produktivitas alat RTG dengan rata-rata proses bongkar adalah sebesar 28 box/jam dan proses muat sebesar 31 box/jam. Sedangkan untuk alat HT mencapai 5 box/jam untuk proses bongkar dan 7 box/jam untuk proses muat. Analisis ini menyoroti perbedaan dalam efisiensi penanganan antara jenis peralatan, yang menekankan perlunya optimalisasi peralatan. Temuan ini berkontribusi untuk memahami kinerja terminal dan mendukung peningkatan operasional di masa mendatang.
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