Shipping agricultural machinery presents companies with special challenges. Due to their size, weight and individual requirements, a transport method is required that is both efficient and safe. RoRo (roll-on/roll-off) shipping offers an optimal solution for this. In this article you will learn why RoRo is so advantageous for the transport of agricultural machinery, which machines can be shipped and which factors companies should consider.

Why is RoRo the best choice for transporting agricultural machinery?

Challenges when transporting heavy machinery: size, weight and special requirements

Agricultural machinery is often bulky, heavy and technically demanding. Many models exceed the standard dimensions of containers and require special loading processes. In addition, there are sensitive attachments that need to be protected during transport. In addition, many machines require special preparations, such as draining liquids or dismantling components to prevent damage during transport.

RoRo as an efficient solution: less reloading, less risk of damage

In contrast to container transport, where machines have to be loaded and secured at great expense, RoRo offers a direct and gentler solution. The machines are driven onto the ship independently or with the help of special trailers and unloaded the same way after arrival. This reduces the number of handling operations and minimises the risk of damage. In addition, loading below deck, protected from the weather, is guaranteed.

Which agricultural machinery can be shipped by RoRo?

RoRo is particularly suitable for:

• Tractors of all sizes and power classes
• Combine harvesters, also with additional cutting units
• Excavators and wheel loaders for construction and agriculture
• Forestry machines such as harvesters or forwarders
• Specialised vehicles for the agricultural and construction industries

How RoRo transport for agricultural machinery works

The process from loading to arrival: roll-on, securing, transport, roll-off

During RoRo transport, the machines are driven onto the ship via special ramps. On board, they are secured by specialised personnel to prevent movement during the crossing. After transport to the port of destination, they are unloaded in the same way - a fast, efficient and safe process.

Special requirements for transport: fuel specifications, battery discharge, fixing of attachments

Many shipping companies require that machines are shipped with a minimum fuel level. In addition, batteries must be disconnected in certain cases and attachments secured or removed to prevent damage. The exact regulations vary depending on the route and transport provider.

Ports with RoRo infrastructure for agricultural machinery: Important loading points worldwide

Not every port is suitable for RoRo shipments. Specialised terminals with sufficiently large access roads, stable ramps and separate parking areas for heavy machinery are important. Major RoRo hubs are located in Europe, North America and Asia, including ports such as Bremerhaven, Antwerp, Baltimore and Yokohama.

Advantages of RoRo transport for agricultural machinery

Cost efficiency: Why RoRo is often cheaper than other methods

As RoRo requires fewer handling operations, the overall costs can be reduced compared to container transport. There are no additional costs for special containers or complex crane loading.

Speed and fewer waiting times in harbours

Direct loading without cranes or container handling means that RoRo transport is often faster than conventional shipping methods. This reduces waiting times in the harbours and enables faster delivery.

Minimised risk of damage due to fewer reloading operations

Less handling means less risk of damage. Machines are not laboriously lifted or pressed into narrow containers, but are driven directly onto the ship and securely lashed down.

High capacity: Also suitable for particularly large or heavy machines

While conventional container solutions reach their limits with particularly large or heavy machinery, RoRo ships offer sufficient space for oversized agricultural machinery and specialised vehicles.

Challenges and important factors in RoRo transport

Preparing machines for transport: what forwarders need to consider

Before a machine can be shipped, forwarders must take various precautions: The machines should be clean, loose attachments should be secured and the shipping companies' technical regulations should be adhered to.

Limited transport options for non-rollable machines

Not all machines can travel independently. In such cases, they have to be loaded onto special RoRo trailers, which can lead to additional costs.

Availability of RoRo connections depending on the destination region

RoRo is not available everywhere. While major trade routes are well covered, it can be difficult to find a suitable connection in remote regions.

Customs and import regulations: What companies should clarify in advance

There are different import regulations for agricultural machinery depending on the country of destination. Companies should find out about customs duties, tax regulations and necessary documents at an early stage to avoid delays.

Conclusion: When is RoRo worthwhile for the transport of agricultural machinery?

Which companies and sectors benefit in particular?

RoRo is ideal for companies that regularly ship heavy machinery, including agricultural machinery manufacturers, agricultural businesses and construction companies. Dealers of used machinery also benefit from the uncomplicated loading process.

When RoRo is the better choice over containers or flatracks

RoRo is particularly advantageous for machines that are ready to travel and do not fit into standard containers.

The future of RoRo transport for agricultural technology: trends and developments

With the growing demand for agricultural machinery in emerging countries and the continuous further development of RoRo ships, this transport method will continue to gain in importance. More efficient ships, environmentally friendly drives and digital processes could make RoRo transport even more attractive.