System BDF

The abbreviation BDF (Bundesverband des Deutschen Güterfernverkehrs) refers to the interchangeable body system. The equivalent term in English is swap body system.

BDF, or interchangeable superstructure (BDF body), is an exceptionally versatile solution in the field of transport. Thanks to its unique features, it significantly facilitates the optimization of transport processes and warehouse logistics. Modular BDF bodies can be produced in various versions, such as curtain-sided, box van, or refrigerated with a cooling unit, making them an extremely universal solution for transporting diverse types of cargo.

A key advantage of the BDF system is the ability to separate the cargo part from the vehicle without affecting the transport capacity of either the vehicle or the driver. This translates into real benefits for transport companies, as well as for warehouse operators, distribution centers, and production plants. Compared to traditional curtain-sided trailers or tandem sets, the BDF solution offers a clear advantage in optimizing logistics processes. Transport based on BDF modules allows for greater flexibility both during loading/unloading and in organizing cargo space within logistics facilities.

A distinctive feature of the BDF trailer is the steering axle, which significantly facilitates maneuvering and aligning the vehicle with the body.

The BDF swap system is very popular in Germany, Austria, Belgium, and the Netherlands, and is increasingly gaining recognition in the Polish market.

BDF – Why is it worth it?

• No need for the vehicle to be involved in the loading process, which increases the efficiency of logistics operations.
• Elimination of difficulties related to loading cargo in the warehouse, thanks to the separation of the cargo carrier from the vehicle.
• Ability to customize the type of body to the specific needs of customers, whether as a curtain, container, or refrigerated body.
• Temporary use of modular bodies as additional “storage space.”
• Reduction of logistics operation times, which translates into operational efficiency.
• Optimization of logistics costs, including transport and storage.
• Minimization of vehicle wear and tear thanks to more efficient use of transport means.