Road freight : the complete guide to optimizing your shipments in 2026

What is road freight?

Road freight is the transport of goods by truck over public roads, moving shipments between production sites, warehouses, distribution centers, and final delivery points. It covers every volume tier, from a single pallet to a fully loaded trailer, and remains the most widely used mode of freight transport thanks to its flexibility, door-to-door reach, and ability to connect with rail, sea, and air legs in multimodal transport supply chains.

Unlike rail or maritime freight, which require fixed terminals and scheduled departures, road freight can adapt to last-minute volume changes and reach virtually any address. That flexibility comes at a price: trucking is more exposed to traffic, fuel volatility, and driver availability than other modes, which is exactly why cost control and planning matter so much for shippers managing recurring freight flows.

The different types of road freight

Not all road freight moves the same way. Choosing the right type, based on volume, urgency, and budget, is one of the first decisions a shipper has to get right, and it directly affects the price per shipment.

Full Truckload (FTL)

FTL dedicates an entire truck to a single shipper's freight, with a direct route from origin to destination and no intermediate stops for other clients. It's the right choice once a shipment fills, or nearly fills, a trailer, typically above 10 to 13 pallets depending on weight and dimensions. FTL offers the fastest transit times and the least handling, which also means the lowest damage risk, but it's inefficient for smaller volumes since the shipper pays for the whole truck regardless of how full it is.

Companies shipping full loads regularly can optimise operations with a Transportation Management System that centralises carrier selection, transport execution, and freight tracking.

Less Than Truckload (LTL)

LTL, also called groupage, consolidates shipments from multiple shippers into a single trailer, splitting the cost of the run across all of them. It suits shipments between 1 and 10 pallets that don't justify a dedicated truck. The trade-off is longer transit times, since the carrier makes multiple stops to load and unload different clients' freight, and a higher risk of handling damage due to the extra loading and unloading points along the route.

Improving route planning and shipment consolidation can significantly reduce LTL transport costs.

Parcel and groupage networks

Parcel and groupage networks handle individual packages and small freight items, typically under 30 kg per unit, routed through regional sorting hubs before final delivery. This model works well for e-commerce fulfillment and B2B shipments of small components, but it isn't designed for palletized freight or heavy industrial goods, which belong in FTL or LTL flows instead.

Express freight

Express freight prioritizes speed above all else, with guaranteed same-day or next-day delivery windows for urgent shipments, such as a missing production part, a time-sensitive contract deliverable, or an emergency replacement. It commands the highest price per kilogram of any road freight type, reflecting the priority handling, dedicated capacity, and tighter delivery commitments involved.

Businesses relying on urgent deliveries also benefit from real-time transportation visibility to monitor shipments and proactively manage delays.

How much does road freight cost in 2026?

Freight cost isn't a single number, it's built from several variable and fixed components, and shippers who understand the breakdown are in a much stronger position to negotiate and spot inefficiencies.

The main cost components include:

• Distance and mileage rate: the base cost per kilometer, which varies by route density and lane balance (empty return legs raise the effective rate).
• Fuel: typically 25–35% of the total transport cost and the most volatile line item year to year.
• Tolls and road charges: fixed per route and increasingly weighted toward low-emission incentives.
• Loading and unloading time: free time is usually capped (often one to two hours); additional time generates detention charges.
• Insurance and cargo value: higher for high-value or fragile goods.

As a general benchmark for 2026, a domestic FTL shipment typically costs between €1.20 and €1.80 per kilometer, while an LTL pallet costs between €25 and €90, depending on distance and weight, according to the French National Road Transport Committee (CNR) indices. Long-haul international FTL runs can reduce the per-kilometer rate due to higher volumes, but they also introduce cross-border compliance requirements and customs-related costs that domestic freight does not incur.

Hidden costs that shippers often underestimate include:

• Detention charges: trucks waiting at a loading dock beyond the agreed free time window, billed by the hour.
• Failed delivery attempts: re-routing or re-delivery fees when the receiving site is not ready.
• Claims and disputes: damaged or missing freight requiring manual reconciliation with the carrier's invoice.
• Spot market premiums: last-minute capacity booked outside contracted rates, often 20–40% above negotiated pricing.

The gap between a well-managed freight operation and a reactive one rarely comes from the base transport rate. More often, it results from these hidden costs, making dock appointment scheduling and freight audit just as important as carrier negotiations.

The main challenges facing road freight today

Road freight in 2026 is being reshaped by four structural pressures that every shipper needs to plan for rather than simply react to.

Driver shortage. The road transport sector continues to face a persistent shortage of qualified drivers, driven by an ageing workforce and difficulties attracting new talent. This reduces capacity on certain lanes and pushes freight rates upward, particularly for long-haul and overnight deliveries.

Fuel price volatility. Diesel prices have fluctuated significantly over recent years, and carriers generally pass this volatility on through fuel surcharges. Shippers without visibility into how these surcharges are calculated often end up paying more than necessary. Monitoring freight costs helps companies better understand and anticipate these fluctuations.

Expansion of Low Emission Zones (LEZs). An increasing number of urban areas are restricting access for older, higher-emission vehicles. As a result, carriers must either modernise their fleets or redesign delivery routes and schedules, both of which ultimately increase transport costs.

Rising customer expectations. Both B2B and B2C customers increasingly expect real-time shipment tracking, precise delivery windows, and proof of delivery, raising service expectations across the industry. Solutions providing real-time transportation visibility have therefore become essential.

Market fragmentation. In most regions, road freight capacity is distributed among thousands of small and medium-sized carriers rather than a handful of dominant operators. While this theoretically gives shippers greater negotiating power, it also means that rates, service quality, and reliability vary considerably from one carrier to another. As a result, carrier management has become a genuine competitive advantage rather than a purely administrative task.

How to optimize road freight management

Improving cost efficiency and service reliability in road freight rarely depends on a single strategic decision. Instead, it results from consistently applying a series of operational best practices.

Improve truck fill rates

Consolidating shipments across destinations or delivery windows, even by delaying a shipment by a single day, can move freight from LTL to FTL pricing or improve trailer utilisation, significantly reducing the transport cost per unit.

Digitize carrier tendering

Managing carrier tenders through a digital platform instead of emails and phone calls enables shippers to compare several offers simultaneously and make faster, more informed purchasing decisions. A Transportation Management System greatly simplifies this process.

Centralize transport orders

Managing transport orders from multiple warehouses or business units through one platform creates a single source of truth for shipments, carriers, and transport costs. This centralisation also makes it much easier to identify recurring delays, declining carrier performance, or unexpected cost increases.

Reduce dock waiting times

A truck waiting outside a warehouse is not only an operational inconvenience, it is also a direct financial cost. Once the contractual free waiting period expires, detention charges begin to accumulate. Implementing dock appointment scheduling is one of the most effective ways to reduce these unnecessary costs.

Track the right KPIs

The most valuable performance indicators include:

• on-time delivery rate;
• transport cost per kilometre;
• truck fill rate;
• claims and dispute rate.

Monitoring these transport KPIs enables companies to detect performance issues before they significantly impact costs or service quality.

Regularly review carrier allocation

Many companies continue using the same carrier simply because they always have. Reviewing freight rates, on-time performance, and claims by carrier and transport lane every quarter often reveals opportunities either to redistribute transport volumes or renegotiate commercial conditions.

Standardize loading and documentation

Many pickup delays result from avoidable operational issues such as incomplete paperwork, inconsistent pallet configurations, or loading docks that are not ready when the truck arrives.

Standardising loading procedures and transport documentation across all facilities helps reduce variability, shorten loading times, and minimise disputes with carriers. Integrating these processes with loading dock management software further improves coordination between warehouses and carriers.