Key insights and market outlook
The Indonesian National Shipping, Lake, and Ferry Transport Entrepreneurs Association (GAPASDAP) identified the causes of congestion at ferry ports, particularly on the Merak-Bakauheni route, ahead of the 2025/2026 New Year holidays. The main factors contributing to the congestion include extreme weather conditions, implementation of the online SPB system via Inaportnet, and a surge in cargo vehicle volume. GAPASDAP Chairman Khoiri Soetomo stated that the congestion was not due to a lack of ferry vessels but rather structural issues such as limited number, capacity, and quality of port docks.
The Indonesian National Shipping, Lake, and Ferry Transport Entrepreneurs Association (GAPASDAP) has shed light on the factors causing congestion at ferry ports during the peak travel season around the 2025/2026 New Year holidays. According to Khoiri Soetomo, Chairman of GAPASDAP, the congestion experienced on key routes such as Merak-Bakauheni was not the result of insufficient ferry vessels. Instead, the association pointed to a combination of factors including extreme weather conditions, the recent implementation of the online SPB system through Inaportnet, and a significant increase in cargo vehicle traffic.
GAPASDAP emphasized that the root cause of the congestion lies in structural issues related to the ferry port infrastructure. The association highlighted that the limited number, capacity, and quality of port docks are the primary structural problems. These issues become particularly pronounced during peak travel seasons when the volume of traffic surges.
The findings by GAPASDAP underscore the need for infrastructure improvements at ferry ports to mitigate future congestion. Addressing the structural issues will be crucial in enhancing the efficiency and capacity of ferry services, especially during peak travel periods. The association's insights are expected to inform policy discussions and potential investments in port infrastructure.
Kemacetan Pelabuhan Feri
Implementasi Sistem SPB Online