The development of the area in the Lamong Bay Surabaya which includes: Causeway, Connecting Bridge, Interchange Area, Container Yard, Pier is being carried out by the city government, this is one of the developments of land use that will give a direct influence on the surrounding traffic. Traffic problems can assume because of the large traffic flow in the area. The purpose of this study was to determine the magnitude of trip generation/attraction due to the construction of the Teluk Lamong port on Jalan Tambak Osowilangun, Surabaya. Predicting traffic performance on several roads and intersections around the study site (Jalan Tambak Osowilangun Surabaya) in 2020 (when the Teluk Lamong Port starts operating. The method for analyzing trip generation of vehicles entering and exiting the Teluk Lamong Port uses linear regression analysis of the relationship between volumes vehicle traffic in and out of an analog building with several variables/parameters that are thought to affect trip generation at Tanjung Perak Harbor as an analog port building. 1,626. This shows a very saturated condition, while at the intersection of Father Kalisari, the DS intersection is 1.10.Pembangunan kawasan di Teluk Lamong Surabaya yang meliputi Causeway, Jembatan Penghubung, Interchange Area, Container Yard, Dermaga sedang dilakukan pemerintah kota, hal ini merupakan salah satu pengembangan tata guna lahan yang akan memberi pengaruh langsung terhadap lalu lintas disekitarnya. Permasalahan lalu lintas dapat di asumsikan karena adanya arus lalu lintas yang cukup besar di daerah tersebut. Tujuan penelitian ini adalah untuk mengetahui besarnya bangkitan/tarikan perjalanan akibat pembangunan pelabuhan Teluk Lamong di Jalan Tambak Osowilangun Surabaya. Memprediksi kinerja lalu lintas di beberapa ruas jalan dan simpang di sekitar lokasi studi (Jalan Tambak Osowilangun Surabaya) tahun 2020 (saat Pelabuhan Teluk Lamong mulai beroperasi. Metode untuk analisis bangkitan perjalanan kendaraan yang masuk dan keluar Pelabuhan Teluk Lamong menggunakan analisis regresi linear hubungan antara volume lalu lintas kendaraan yang keluar dan masuk suatu bangunan analog dengan beberapa variabel/parameter yang diduga mempengaruhi bangkitan perjalanan di Pelabuhan Tanjung Perak sebagai bangunan pelabuhan analog kinerja persimpangan Margomulyo yang memiliki DS terbesar adalah dari arah Gresik (Romo Kalisari) menuju ke Surabaya (Kalianak), yaitu sebesar 1,626. Hal ini menunjukkan kondisi yang sangat jenuh. Sedangkan pada persimpangan Romo Kalisari, DS simpang sebesar 1,10.
The Papar intersection is a very congested route because the location is in the Kertosono-Kediri toll road planning area for the economic distribution of the Western and Southern East Java Provinces. There needs to be a traffic engineering management so that the intersection is not increasingly saturated. As a benchmark is the forecasting of traffic performance carried out for 2 years from 2019 to 2021. The intersection of the Simpang Papar due to the construction of the Kertosono-Kediri toll road will decrease the value of the DS by developing the Kertosono-Kediri toll road so that the DS value is below 1 (one). The lowest 2021 DS is 0.17, while the highest DS is 0.46. Based on the results of forecasting, the intersection of Papar after the construction of the Kertosono - Kediri toll road has increased the volume of traffic along with the growth in vehicle numbers. The lowest 2045 DS year is 0.94, while the highest DS is 2.51. The solution to dealing with traffic congestion in the year 2045 is by traffic monitoring, especially the signal settings and vehicle restrictions. Keywords— traffic performance, degree of saturation, signal intersection, toll planning
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