Imagine if trains worked like giant Lego sets that could snap together automatically without workers manually hooking heavy chains. This project replaces old manual coupling with digital systems and smart software to move goods across borders without stopping. It's like upgrading a paper-based postal system to a high-speed digital network for heavy cargo.
Rail freight is hindered by manual coupling processes and inefficient border handovers, leading to low capacity and high labor risks. This makes rail less competitive compared to road transport.
Digital Autonomous Couplers (DAC) and software for yard management. The project also delivered physical checkpoints and automated gates for testing in Germany.
If you are a wagon keeper dealing with slow train assembly—this project developed digital autonomous couplers that decrease train formation time by at least 40%. This allows for longer trains up to 1500 meters, increasing the volume of goods moved per trip.
If you are a forwarder dealing with long delays at national borders—this project developed digital rail services that reduce operational dwell time at handover points by 50%. This ensures faster delivery and more reliable scheduling for end customers.
If you are an infrastructure manager dealing with a shortage of yard workers—this project developed automation and yard management solutions to mitigate demographic change. This reduces the need for physically demanding manual coupling and uncoupling processes.
Based on available project data, specific pricing or implementation costs are not provided.
The project aims for EU-wide authorized solutions and is demonstrating installed checkpoints and gates in Germany to ensure scalability across the European network.
Based on available project data, specific licensing terms are not mentioned, though the project involves 78 partners including 60 industry players.
It uses a systemic approach to ensure interoperability between digital autonomous couplers and software-defined systems across different countries and actors.
The project runs from July 2022 to December 2026, with a goal to help achieve specific rail freight objectives by 2030.
The project is heavily industry-driven, with 60 industrial partners representing 77% of the 78-member consortium. Led by Deutsche Bahn AG, the group spans 14 countries, indicating a strong commercial commitment to standardization and a high likelihood of immediate market adoption once the technology is validated.
Contact Deutsche Bahn AG regarding the Digital Autonomous Coupler (DAC) design
Contact us to connect with the DAC technology cluster partners.
