LTL Carrier Volumes Are Diverging—Stop Managing the Mode With One Market Average

The less-than-truckload market is not moving as one market. That matters because a national average can describe the industry while saying almost nothing about the carrier, terminal, and lane that will handle a shipper's next pallet.

Preliminary mid-quarter updates illustrate the gap. Supply Chain Dive reported that shipment counts fell 2.4% year over year in ArcBest's asset-based segment, while Saia reported a 1.1% increase and XPO reported a 5.7% increase. Separately, FreightWaves reported that Estes Express Lines recorded a 15% year-over-year tonnage increase during a week that marked its second consecutive record week.

Those figures do not contradict one another. They reveal a segmented network in which freight, capacity, and service are redistributing unevenly. Shippers that translate a broad “soft” or “tight” LTL market into one procurement rule risk buying the wrong capacity on the lanes that matter most.

Why Carrier Results Separate

Every LTL shipment moves through a network of pickup terminals, linehaul schedules, breakbulk operations, destination terminals, and local delivery routes. Two carriers can compete for the same national account while having materially different economics on a particular origin-destination pair.

Network mix changes the comparison. A carrier concentrated in industrial regions can experience a different cycle from one with more retail, e-commerce, cross-border, or offshore freight. The industrial economy accounts for roughly two-thirds of LTL revenue, according to FreightWaves analysis, so changes in manufacturing demand do not hit every network equally.

Spillover freight is not evenly distributed. When another provider reduces service, rejects freight, or changes pricing, the volume moves toward carriers with available doors, trailers, labor, and linehaul in the affected geography. A network can therefore post rapid growth without signaling an equivalent national increase in underlying demand.

Terminal density creates local advantage. A carrier with strong terminal coverage and balanced freight in a region can consolidate pickups efficiently and protect service. A competitor may need a longer stem mile, an extra handling event, or an interline partner for the same shipment. Those differences surface as cost, damage exposure, dwell, and transit variability.

Account selection is deliberate. Disciplined carriers do not accept every available shipment. They favor freight that fits trailer geometry, lane balance, handling requirements, and yield targets. A carrier's shipment count may fall while its weight per shipment, revenue quality, or network balance improves. Volume growth alone is not a service guarantee, and declining volume alone is not evidence of distress.

Replace the Market Average With a Lane Scorecard

A useful LTL scorecard begins at the lane and terminal pair, not at the national-carrier level. Review it weekly for operational control and over a rolling 13-week period for procurement decisions.

Measure tender acceptance as accepted tenders divided by eligible tenders, with rejected and timed-out requests separated. Then record whether acceptance occurred under the contracted tariff or required a spot quote. A 98% acceptance rate is less impressive if a growing share requires off-contract intervention.

Measure pickup and terminal dwell separately. Capture the time from ready-to-pickup to collection, arrival to departure at the origin terminal, and arrival to out-for-delivery at destination. This identifies whether delay begins at the shipper, local pickup operation, linehaul connection, or destination terminal.

Measure transit reliability, not merely average transit. Compare actual delivery with the quoted commitment and show the percentage delivered on time, one day late, and two or more days late. A stable three-day service can be more valuable than an average of 2.7 days with a wide tail.

Measure damage and claims by shipment and handling profile. Include claims frequency, claim dollars per 100 shipments, concealed damage, and days to resolution. Segment fragile, high-value, long-length, and high-handling freight so commodity mix does not distort comparisons.

Finally, calculate effective cost: linehaul, fuel, accessorials, reclassification, reweigh, detention, redelivery, claims leakage, and internal exception labor. Normalize by shipment, hundredweight, pallet, or another unit suited to the freight. The cheapest base discount can produce the highest effective cost after avoidable exceptions.

Turn Evidence Into Award and Backup Rules

Procurement should convert the scorecard into explicit routing logic. Assign a primary carrier by lane only when it clears minimum thresholds for acceptance, transit reliability, damage, and effective cost. Give the award a defined share rather than an unlimited preference, then set a review trigger—for example, two consecutive weeks below the service floor or a material change in accessorial incidence.

Name at least one qualified backup for every critical lane. The backup rule should state when freight shifts, who approves the change, how much volume can move, and when the primary carrier can recover the award. Test the backup with real shipments; an unused carrier record with an expired tariff or no destination-terminal capacity is not contingency capacity.

For high-volume lanes, use controlled allocation rather than winner-take-all awards. A 70/30 split can preserve competitive tension, maintain operating familiarity, and reveal performance changes before a disruption forces a full conversion. For sparse lanes, the better answer may be a regional carrier with strong terminal fit rather than a national provider selected from an enterprise average.

Keep commercial and operational reviews connected. If a carrier grows rapidly, examine whether terminal dwell, missed pickups, damage, or spot dependence changes on the lanes you use. If its industry volume declines, look for service and yield discipline before removing freight. The question is always whether that carrier's specific network is producing a reliable outcome for your shipment profile.

Manage the Network You Actually Buy

LTL divergence is a reason to improve resolution, not to chase every weekly headline. Market indicators remain useful for budgeting and negotiation context, but execution belongs at the carrier-lane-terminal level. That is where capacity is accepted, freight is handled, connections are made, and cost is ultimately created.

CXTMS brings routing rules, carrier awards, shipment milestones, exceptions, and cost data into one operating view so teams can act on lane-level evidence instead of a misleading market average. Request a CXTMS demo to build a more resilient LTL procurement and execution process.