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MFTBC aims for full-scale instalment of IBL Control Tower system in 2023.
Mitsubishi Fuso Truck and Bus Corporation (MFTBC) has developed a prototype for its Inbound Logistics Control Tower (IBL, tentative name) system that digitally optimises the parts import process for production sites. After a trial period, MFTBC will aim for the full-scale instalment of the system in 2023.
The “IBL Control Tower” is intended for vehicles (mostly trucks) that deliver parts to MFTBC’s production sites. A GPS transmitter is attached to each vehicle, through which the system acquires the location information of the vehicles, accumulating it in a database. Using this information, the “IBL Control Tower” predicts the arrival times of the vehicles with artificial intelligence (AI) technology that takes into account current and past location data and road traffic conditions. The accuracy of the prediction is within an error range of 10 minutes. Inbound logistics operators at the plant can thereby monitor the estimated arrival times of parts delivery vehicles and respond immediately in case of any delays. Moreover, the vehicle location data is shared with the logistics companies who own the incoming vehicles, additionally supporting their fleet management tasks.
Every day, more than a hundred parts delivery vehicles enter the Kawasaki Plant, where Fuso trucks and industrial engines are produced. By digitalising the vehicle management process — conventionally conducted by telephone and e-mail — the “IBL Control Tower” is expected to lead to dramatic improvements in operational efficiency, while reducing the risk of production adjustments due to parts delays. The system is also able to continuously improve the accuracy of its predictions through data accumulation.
The development of the “IBL Control Tower” is part of MFTBC’s ongoing “Factory of the Future” project, which aims to improve the productivity and safety of production sites with cutting-edge technology. Within the framework of this project, the AI-based vehicle arrival time prediction algorithm has jointly been developed with the student team “Insight” from Sogang University in South Korea, with support from MFTBC’s open innovation platform “Fuso GreenLab”. MFTBC was able to shorten the development period for the “IBL Control Tower” through the efforts of the team contributing to the system’s algorithm.
MFTBC has started the final demonstration of this system from December 2022 and plans to complete the introduction in phases in 2023 with vehicles for the Kawasaki Plant. After a prioritised deployment for the Kawasaki Plant, MFTBC intends to expand the scope of the “IBL Control Tower” to vehicles entering other MFTBC bases in Japan, including Nakatsu Plant which produces vehicle components, as well as Mitsubishi Fuso Bus Manufacturing Co., Ltd., which is a wholly owned subsidiary of MFTBC and manufactures Fuso buses. In addition, MFTBC is developing a function to automatically calculate the loading efficiency of parts transport vehicles with an eye to optimising the number of vehicles entering the site. Furthermore, acquired GPS data will be used as a basis for calculating the CO2 emissions for each truck with higher precision than otherwise possible.
Through the “Factory of the Future” project, MFTBC will continue to further streamline its production and related processes, improve safety, and aim to reduce production costs.
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