Why does deadhead matter in logistics?
Every empty kilometre has a real cost in fuel, tolls, driver time and vehicle wear, but no income to cover it. A high level of deadhead can make a route unprofitable, even when the loaded legs look successful. For shippers, deadhead is a reason carriers charge higher rates on one-way lanes, since the carrier must recover the cost of the empty return.
How does deadhead work in logistics?
After a vehicle delivers its load, it needs a new cargo to continue working. If no load is available for the return leg, the vehicle drives back empty or repositions to a pickup point, which is the deadhead leg. Planners reduce deadhead by matching outbound and return loads, booking backhaul cargo, or positioning vehicles near the next pickup before the current delivery is complete.
Transport operations affected by deadhead
- Full truckload (FTL) transport on one-way lanes
- Express van delivery between regional depots
- Middle-mile transport between warehouses and hubs
- Cross-border road freight
- Container drayage with empty returns
- Fleet repositioning between depots
Example in practice
A van operator based in Brno, Czech Republic delivers 1,000 kilograms of spare parts to a workshop in Rijeka, Croatia. After unloading, the van has no return cargo booked for Brno. Its driver drives the 480 kilometres back to Brno empty, which is a deadhead leg. The operator’s planners reduce this cost on the next trip by booking a load of tyres from Rijeka to Graz, Austria, which is on the way back towards the Czech Republic.