MENINGKATKAN EFESIENSI BIAYA DISTRIBUSI SEPATU OLAHRAGA DENGAN MENGGUNAKAN MODEL LOGISTIC STEPPING STONE
Keywords:
Sepatu olahraga, delivery conts, steping stone, North Wets Corner, Grosir pak SumitroAbstract
Improving shipping cost efficiency is a significant issue in the distribution of sports shoes at the wholesale level, such as Pak Sumitro in Bekasi. Sports shoes are supplied from Cikarang, Cibitung, and Karawang, stored in Kranji, Jati Waringin, and Jatiwarni warehouses, and distributed to Sumarecon Mall, Pondok Gede Mall, and Kalimalang Mall using pick-up trucks. The Northwest Corner (NWC) transportation model is used to optimize shipping costs. The initial step is to determine the shipping cost from the warehouse to the mall, the total collected is in the warehouse as well as the demands for sports shoes in each mall. The calculation of the cost of shipping sports shoes from three warehouses to three malls using the NWC model shows a cost of IDR 167,500. However, with the Stepping Stone method, the optimal solution shows transportation costs to be IDR 147,500, thus saving shipping costs of IDR 20,000. This research succeeded in finding a solution to optimize the shipping costs of sports shoes, providing economic benefits for traders like Pak Sumitro.
References
Di, P., & Bekasi, K. (2024). PEMBARUAN PEMASARAN TERHADAP VOLUME PENJUALAN PRODUK AYAM. 2(1), 30–37.
Djatna, T. (2023). A Robust Optimizing Reverse Logistics Model for Beef Products Using Multi Depot Vehicle Routing Problem. 14(June), 45–54. https://doi.org/10.21512/comtech.v14i1.8397
Paduloh, P., & Djatna, T. (2021). Proposed Reversed Supply Chain as Problem Solver for Case of Returned Beef Products During the Covid- 19 Pandemic. 203, 169–173.
Rosihan, R. I., Ferdiansyah, M., Rizki, D., Paduloh, P., & Saputra, Y. (2022). Optimasi Biaya Transportasi Rantai Roda Tipe-428 dengan Metode Stepping Stone dan Modified Distribution. 7(2), 40–47.
Science, E. (n.d.). Reducing market and household organic waste with the concept of an open-loop supply chain model Reducing market and household organic waste with the concept of an open-loop supply chain model. https://doi.org/10.1088/1755-1315/1063/1/012052
