3+4+5 Axle Goldhofer Modular Semi Trailer

This Goldhofer multi axle trailer configuration utilizes 3 axle, 4 axle, and 5 axle modular units, totaling 12 axle lines, and is primarily used for the road transport of ultra-heavy equipment and large industrial components.

The modular of multi axle modular trailer design allows for flexible combinations based on cargo weight, dimensions, center of gravity, and road conditions, making it suitable for transporting items such as large transformers, power generation equipment, petrochemical machinery, mining equipment, and large structural components.

Advantages of modular semi trailer

1. Modular Design with Flexible Configuration Options

One of the primary advantages of Goldhofer multi axle trailers is their modular design. Users can combine varying numbers of axle modules, either longitudinally or laterally, based on the weight, length, width, and center of gravity of the cargo. For instance, a 3+4+5 axle configuration might be employed for a specific heavy equipment transport project, while more complex setups can be assembled to accommodate specific load requirements. This design allows a single set of transport equipment to be adapted for diverse projects, thereby maximizing fleet utilization.

2. High Strength Chassis, Suitable for Concentrated Loads

Transporting large scale equipment requires not only a high total load capacity but also a chassis capable of withstanding significant bending moments and localized concentrated loads. For example, the weight of large transformers, generators, or certain types of mining equipment may be concentrated on a limited number of support points. Goldhofer’s multi axle modular trailer units feature high strength chassis structures specifically engineered for heavy loads and concentrated stress, ensuring they can meet complex structural demands.

3. Adjustable Platform Height, Facilitating the Transport of Specialized Equipment

Certain Goldhofer modular semi trailer utilize hydraulic suspension systems to adjust the platform height, allowing for adaptation to specific operational requirements during loading, transit, and unloading. A lower transport platform helps manage the overall height of the vehicle and its cargo, reducing the risks associated with height restrictions when passing under bridges, through tunnels, or beneath overhead lines.