LTL (Less than Truckload)

Not every shipment fills an entire truck. Partial-load transport is designed precisely for such flows of goods. In this process, multiple shippers share the available cargo space of a vehicle, allowing transport capacity to be utilized more efficiently. In logistics, this is often referred to as LTL (Less Than Truck Load) when a shipment is larger than standard general cargo but does not occupy the entire cargo space.

The major advantage of this transport model lies in the improved utilization of existing vehicle capacity. Companies do not have to book an entire truck if their goods only require part of the cargo space. Instead, shipments from different clients are consolidated into a single transport and carried together. This reduces transport costs per shipment, increases the efficiency of road freight transport, and helps avoid unnecessary empty or partial trips.

Partial load transport is an important solution for medium-sized shipments, particularly in procurement, distribution, and industrial logistics. It is typically used when the goods are too bulky for standard parcel or general cargo shipping, but a full truckload would not be economically viable. In such cases, less-than-truckload shipping provides an efficient middle ground between general cargo logistics and full truckload (FTL) transport. It enables companies to plan shipments flexibly without having to sacrifice demand-driven and cost-optimized transport operations.

Partial load transport is also gaining importance from an environmental perspective. When multiple shipments are consolidated onto a single vehicle, cargo space utilization improves, which reduces resource consumption within the transport network. Fewer vehicles for the same transport volume often result in lower CO₂ emissions, reduced traffic congestion, and a more efficient overall use of logistics infrastructure. However, this requires precise planning of routes, pickup and delivery windows, as well as transshipment and consolidation processes.

In practice, less-than-truckload (LTL) transport requires close coordination between shippers, freight forwarders, carriers, and dispatchers. Digital transport management systems (TMS) help bundle shipments, optimally combine routes, and maximize capacity utilization. This makes less-than-truckload (LTL) transport an important tool for reducing transport costs, managing networks more flexibly, and simultaneously improving the efficiency of the entire supply chain.