Last-mile freight: the final leg into the delivery point

Stops, not distance, drive the cost

A vehicle on a delivery round spends a modest part of its day driving and the rest parking, walking, waiting and handling. Adding a stop adds a fixed block of time regardless of how close it is to the previous one. Consequently the single most powerful lever is drop density: the number of deliveries achievable within a small area, since that spreads the fixed cost of the vehicle and the crew across more items.

The city fights back

Access windows restrict when goods may be delivered in some streets, emission zones govern which vehicles may enter, and loading bays are scarce and often occupied. Where no legal stopping place exists near the door, the crew parks further away and walks, which quietly lengthens every stop. Pedestrianised centres, controlled access, height barriers and one-way systems all shape a round more than the map suggests.

Vehicle choice narrows as density rises

A large rigid vehicle is efficient on the trunk into a city and hopeless within it. Operators therefore step down: vans for general urban work, small electric vehicles for restricted zones, cargo cycles and porters on foot for dense centres, supplied from a micro-consolidation point near the area rather than from a distant depot. Each step trades payload for access, and the right step depends entirely on the density of the round.

The failed delivery is the expensive outcome

A stop that ends without a handover consumes the whole cost and delivers nothing, then generates a second attempt, a customer contact and sometimes a return. Everything the industry has built around the doorstep exists to avoid this: nominated safe places, neighbour delivery, narrowed arrival windows, live notifications, redirection while the item is in transit, and collection points where the recipient comes to the goods instead.

What genuinely reduces the cost

Raising drop density by consolidating flows from several senders into one round. Shifting deliveries out of congested hours where receivers can accept them. Locating stock closer to demand so rounds are shorter. Offering collection points and lockers for recipients who cannot receive at home. Improving address and contact data so vehicles are not sent to places where delivery was never going to succeed.

Frequently asked questions

Why is the final leg so costly when the distance is short?

Because cost accrues per stop rather than per kilometre. Parking, walking, waiting and handling happen at every address, and those fixed blocks of time dominate a round in which the vehicle is barely moving.

Do collection points and lockers actually help?

Yes, because they convert many separate stops into one, and they remove the risk of nobody being present. The trade is that the recipient travels to the goods, so uptake depends on how convenient the location is.