One of the most consequential decisions a shipper makes is not which carrier to use, it is which shipping mode to use in the first place. The choice between full truckload and less-than-truckload freight affects cost, transit time, damage risk, and supply chain predictability in ways that compound across every lane a business operates. Once a shipper’s volume justifies a dedicated load, hiring a dry van on a full truckload basis typically delivers faster transit, lower damage rates, and more predictable costs than LTL alternatives. Understanding exactly where that threshold sits and what changes on either side of it is one of the most valuable pieces of knowledge a logistics manager can have.
What the Two Models Actually Mean
Full truckload shipping means exactly what it sounds like. A shipper’s freight occupies an entire trailer, moving directly from origin to destination without stopping to pick up or drop off other shippers’ goods along the way. The shipper pays for the full capacity of the trailer whether they use every cubic foot of it or not.
Less-than-truckload shipping works on a consolidation model. Multiple shippers’ freight is combined into a single trailer, with each shipper paying only for the space and weight their cargo occupies. The trailer makes multiple pickup and delivery stops, passing through one or more carrier terminals along the way before each piece of freight reaches its final destination.
Both models exist for good reasons and serve genuinely different needs. The question is not which is better in the abstract it is which is better for a specific shipment, on a specific lane, at a specific volume.
The Cost Crossover Point
The most common reason shippers default to LTL when FTL would serve them better is cost perception. LTL appears cheaper because the shipper is only paying for the space they use rather than the whole trailer. For small shipments a few pallets, modest weight, irregular frequency that perception is accurate. LTL is the right choice.
But as shipment size grows, the economics shift. LTL pricing is structured around weight breaks and freight classifications, and the rate per hundredweight does not scale linearly. At some point typically somewhere between six and twelve pallets depending on density, lane, and carrier the cost of an LTL shipment approaches and then exceeds what a full truckload on the same lane would cost.
At that crossover point, a shipper paying LTL rates is effectively paying a premium for the privilege of sharing a trailer with other shippers’ freight and receiving slower, higher-risk service in return. Identifying that crossover point for each lane is a straightforward exercise that often reveals significant savings available simply by shifting mode.
Transit Time and the Terminal Factor
The most visible operational difference between FTL and LTL is transit time. A full truckload moves point to point the driver picks up at origin and delivers to destination with no intermediate stops. Transit is direct and predictable.
LTL freight moves differently. After pickup, the freight travels to an origin terminal where it is unloaded, sorted, and reloaded onto a linehaul trailer alongside other freight heading in the same general direction. At the destination city, it is unloaded again at a destination terminal, sorted, and loaded onto a local delivery vehicle for final delivery. Each of these handoffs adds time typically one to two days per terminal touch on a standard shipment.
For a short regional lane, this may add a day. For a cross-country shipment, it can add three to five days compared to a direct truckload move. For businesses managing tight production schedules, retail replenishment windows, or time-sensitive distribution, that difference is not trivial.
Damage Risk and the Handling Reality
Every time freight is handled unloaded, sorted, reloaded there is an opportunity for damage. LTL freight passes through multiple handling cycles between origin and destination. It shares trailer space with other shippers’ goods of varying sizes, weights, and packaging standards. It is moved by lift trucks operated by terminal employees who are processing hundreds of shipments simultaneously.
Full truckload freight, by contrast, is typically loaded once at origin and unloaded once at destination. The driver who picks it up delivers it. Nobody else touches the cargo in between. For fragile goods, high-value products, or anything with packaging that does not respond well to being handled repeatedly, this difference in damage exposure is significant.
LTL carriers do their best to minimise damage, and professional operations take freight handling seriously. But the physics of multiple handling cycles cannot be engineered away entirely, only avoided by choosing a mode where they do not occur.
When Consolidation Makes Sense
For shippers whose individual shipments fall below the FTL threshold but whose total lane volume is substantial, freight consolidation offers a middle path. Rather than shipping smaller loads frequently on LTL, consolidating orders into less frequent but larger shipments that justify a full trailer captures the transit time and damage rate advantages of FTL without requiring a single order to be large enough on its own.
This approach requires coordination between the shipper and their customers or distribution points agreeing on order cycles that allow inventory to accumulate before a shipment is dispatched. For businesses with predictable demand patterns, it is often a straightforward adjustment that delivers meaningful logistics savings.
Making the Right Call for Each Lane
The practical approach for any shipper managing multiple lanes is to evaluate each one individually rather than applying a blanket policy. The FTL versus LTL decision should be driven by actual shipment data, average weight, average pallets, frequency, transit time requirements, and damage history rather than assumption or habit.
Many businesses discover, on closer examination, that they have been shipping LTL out of inertia on lanes where FTL would serve them better. A systematic lane-by-lane review, updated periodically as volumes change, ensures the mode decision is always working in the shipper’s favour rather than simply continuing whatever was decided years ago.
