TL;DR
- Mode choice is a function of weight, density, and lane direction. Get those three right and the spreadsheet largely picks itself.
- The 2025 NMFC reform shifted most LTL classifications to a 13-tier density scale. If your old class was based on a commodity description, recheck it.
- Spot rates lead, contract rates lag. In a tightening market that gap costs money. In a soft market it earns it back.
- Kansas City is rarely the destination, but it touches a remarkable share of the bill. Lane planning that ignores it leaves money on the table.
Pick the mode before you pick the carrier.
Freight modes are not interchangeable, even when the price quotes look similar at first glance. Each mode rewards a different shipment profile, and using the wrong mode is the single fastest way to overpay.
Parcel covers small, lightweight units, generally up to 150 pounds and within a length plus girth limit of 165 inches.[7] Less-than-truckload (LTL) carries palletized freight from roughly 150 pounds to 15,000 pounds, sharing trailer space with other shippers and routing through hub-and-spoke terminal networks. Full truckload (FTL) dedicates an entire trailer to one shipper, which makes it cheaper per pound at scale and faster point-to-point because the freight does not stop at terminals. Drayage is the short-haul move between a port or rail ramp and a nearby warehouse. Intermodal blends rail line-haul with truck drayage on each end, trading transit time for cost.
Mode at a glance
| Mode | Sweet spot | Typical transit | Cost driver |
|---|---|---|---|
| Parcel | Under 150 lb, single carton | 1 to 5 days | Dim weight & zone |
| LTL | 150 to 15,000 lb, palletized | 2 to 7 days | Class, weight, lane |
| FTL | Pallets that fill a 53 ft trailer or weigh out | 1 to 4 days | Miles & lane balance |
| Drayage | Port or rail ramp to warehouse, under 200 mi | Same day to next day | Chassis, dwell, fuel |
| Intermodal | Cross-country FTL alternative | 5 to 9 days | Container availability |
The transition between modes is where most cost surprises happen. A 600 pound shipment quoted as parcel because it ships in three boxes will almost always cost more than the same freight quoted as a single LTL pallet, once dimensional charges and per-piece handling stack up. A 14,000 pound load tendered as LTL will trigger volume LTL pricing or simply a partial truckload quote, since most LTL carriers treat anything past 12 pallets as a routing problem rather than a profit center.
What actually drives the LTL invoice.
LTL pricing is a function of freight class, weight, distance, and accessorials, applied against a carrier-specific tariff with a discount negotiated by lane. The tariff itself is opaque on purpose. Two carriers can quote the same lane with very different results because their hub-and-spoke networks favor different geographies.
The pricing environment in late 2025 was unusual. The TD Cowen and AFS Freight Index showed LTL rate-per-pound running 67.9% above its January 2018 baseline in the fourth quarter, 100 basis points above Q3 and 490 basis points above the prior year.[1] That happened despite soft demand because carriers held pricing discipline, chose lanes carefully, and absorbed the capacity that came back into the market after Yellow Corporation shut down in July 2023. Yellow had been the third-largest LTL carrier and removed roughly 10% of national capacity at exit.[1]
Spot rates and contract rates also tell two different stories. Spot moves first, because it reflects where capacity is tight today. Contract rates reset on bid cycles, sometimes once a year, sometimes more often in volatile periods. In a tightening market a shipper living on contract rates pays less than spot. In a soft market the same shipper pays more, because contract rates have not had a chance to come down. The gap is real money, and the discipline is to keep enough lane data to renegotiate when the math changes.[10]
“Density, accessorials, and the carrier's view of your lane move the price more than any discount percentage you negotiate.”
Freight class and the 2025 NMFC reform.
The National Motor Freight Classification (NMFC) is the rulebook the LTL industry uses to sort commodities into 18 classes from 50 (most dense, cheapest) to 500 (least dense, most expensive). The classes are governed by the National Motor Freight Traffic Association (NMFTA) and historically combined four characteristics: density, stowability, handling, and liability.[2]
On July 19, 2025 the system changed in a meaningful way. Docket 2025-1 took effect and shifted most commodities to a density-only classification on a new 13-subprovision scale.[3] Roughly 2,000 item codes were reclassified.[2] The intent was to align classes with how trailers actually fill, since density (pounds per cubic foot) is the dominant economic variable for an LTL carrier. Stowability, handling, and liability remain in the rulebook for items where density alone does not produce a fair class, but they apply to fewer commodities than they did before.[4]
For shippers with stable BOMs, the practical action is to recompute density on the top twenty SKUs by freight volume and compare the new class to the old one. Some commodities moved down a class or two and got cheaper. Others moved up and got more expensive. The risk is not catastrophic, but unaudited classifications turn into reweigh and reclass charges on every shipment, which compounds quietly.
Density bands under the 2025 NMFC scale
| Density (lb/ft³) | Typical class | What it looks like |
|---|---|---|
| 50 and over | Class 50 to 65 | Bricks, machinery, dense industrial parts |
| 20 to 30 | Class 70 to 85 | Boxed appliances, heavy retail goods |
| 10 to 15 | Class 100 to 125 | Mixed retail freight, packaged consumer goods |
| 5 to 8 | Class 150 to 200 | Lightweight bulky goods, furniture |
| Under 2 | Class 300 to 500 | Foam, ping pong balls, low-density packaging |
Drayage and intermodal: the bookends of every container move.
A container that arrives at Long Beach and ends up on a retail shelf in Ohio is touched by at least three different operating models. Drayage moves it from the marine terminal to a rail ramp or local warehouse. Intermodal rail handles the long line-haul. A second drayage move delivers the container to its final destination.
Drayage rates in 2025 ran roughly $250 to $800 per container depending on origin port, distance, and accessorials.[8] The base linehaul typically priced at $3.50 to $6.00 per mile, with a fuel surcharge in the 15% to 25% range and chassis rental of $25 to $45 per day billed separately.[9] The rate sheet always looks cheaper than the invoice. The accessorials (chassis split, pre-pull, terminal congestion, per diem when an empty does not return on time) are where drayage budgets break.[9]
Intermodal trades transit time for line-haul cost. A Los Angeles to Chicago move on rail often saves 20% to 30% per loaded mile against an over-the-road truckload, with a transit penalty of two to four extra days. The savings get more attractive as fuel prices rise because rail uses dramatically less fuel per ton-mile than truck. The trade-off gets worse when service deteriorates, so monitoring on-time arrival by railroad and lane is part of running an intermodal program well.
Why Kansas City sits inside almost every freight bill.
Kansas City does not look like a freight capital from the air. It looks like a midsize metro with grain elevators on the edges. The map tells a different story. Six of the seven Class I railroads serve the metro, more than 300 trains move through daily, and the Kansas City rail complex handles more than 250 million tons of freight each year.[5] By tonnage it is the largest rail center in the United States.[5]
Geography helps. Kansas City sits at the junction of I-35, I-70, I-29, and I-49, and from a Kansas City warehouse roughly 85% of the US population is within two days by truck.[5] Logistics Park Kansas City in Edgerton, Kansas covers 3,000 acres and is the largest inland intermodal facility in the western two-thirds of the country.[11] The freight industry supports more than 100,000 jobs in the metro.[5]
The practical implication for a shipper is simple. If the freight runs east-west, it probably touches a Kansas City rail terminal. If it runs north-south through the middle of the country, the same is true. Carriers that run dense lanes through Kansas City can offer better pricing and tighter transit on those moves than carriers whose networks route around it. That is one reason a Kansas City warehouse footprint shows up in so many national network designs: not because the destination is in Kansas City, but because the lanes through it are cheap and reliable.
“Place inventory close to the network you want to use. The cheapest lane is the lane that already exists.”
The accessorial line items that sneak into every invoice.
Base linehaul is rarely where freight bills surprise. Accessorials are. They are the extra fees a carrier charges when the move requires something beyond door-to-door transit, and on poorly managed lanes they can run 20% to 40% of the total invoice.
Common LTL accessorials and what triggers them
| Accessorial | What triggers it | Typical range |
|---|---|---|
| Liftgate | No dock at pickup or delivery | $75 to $150 per stop |
| Residential | Address coded as residential | $80 to $200 |
| Inside delivery | Driver moves freight past the threshold | $75 to $300 |
| Reweigh & reclass | Shipped weight or class differs from BOL | $25 plus rate delta |
| Limited access | Schools, military bases, mini-storage | $95 to $200 |
| Detention | Driver wait beyond free time | $50 to $100 per hour |
Accessorials are forecastable, even though they look random. A retail customer in a shopping center is going to need a liftgate. A residential delivery is going to be coded residential. Putting the right accessorials on the bill of lading from the start avoids reclassification fees and the slower payment cycles that come with disputed invoices.
How to choose a carrier without running every quote.
The largest LTL carriers (Old Dominion, Saia, FedEx Freight, XPO, Estes, R&L, ArcBest, TForce) all run national networks but specialize in different lane geographies. The right carrier for a Texas-to-Florida shipper is not necessarily the right carrier for an Iowa-to-California shipper. Network density on a given lane drives both price and transit reliability. After Yellow exited in 2023, Estes and R&L acquired terminals from the bankruptcy estate and expanded their footprints in markets where Yellow had been strong.[1]
For a shipper with steady volume, a benchmark exercise once a year covers most of the value. Pull thirty to fifty representative shipments, request quotes from four carriers on each, and compare not just the headline rate but the transit, the on-time rate, and the claims ratio. The cheapest carrier with a 5% claims rate is more expensive than the second cheapest carrier with a 0.5% claims rate, once damaged freight, customer credits, and reship costs get added in.
How Warpspeed runs freight inside the warehouse network.
Warpspeed operates fulfillment centers in Kansas City and other US nodes, with managed transportation built in. That means inbound containers, outbound LTL, FTL transfers between nodes, and parcel last mile all run inside one operating system. Lane planning, carrier selection, and accessorial discipline happen with full visibility into what the warehouse actually shipped, not just what the carrier billed.
For most clients the savings come from three places. First, mode optimization at tender time, so an order that should ship LTL does not ship as ten parcels. Second, classification audits that catch reweigh and reclass charges before they become a pattern. Third, lane density inside the carrier networks Warpspeed already runs, which means contract rates that reflect aggregated volume rather than a single shipper's spend.
Need a freight program that priced like the carriers built it for you.
Talk to our team about LTL, FTL, drayage, and intermodal lanes through Kansas City and the broader network.