Truckload spot rates are on track to rise more than 40% y/y in June 2026, net fuel. The US freight cycle has so far been supply-driven, but the freight demand outlook is supported by tight inventories, improving industrial activity, declining capacity, and falling tariffs, as discussed in the latest release of the Freight Forecast: Rate and Volume OUTLOOK report.
Tighter supply remains the main reason for accelerating rates,” said Tim Denoyer, ACT Research’s Vice President and Senior Analyst. “As equipment investment declined and regulations fueled a driver shortage, the dislocation to an acutely tight TL market occurred fairly quickly this year. Most of this occurred before the May 14 Montgomery SCOTUS ruling, raising broker liability and further tightening capacity.”
“The ACT Driver Availability Index remained in shortage territory in May at 32.6. While up from 31.5 in April, this survey-based diffusion index is neutral around 50 and acutely tight below 40. As seasonality softens after July 4th, some cooling off is likely, and load/truck trends have fallen from May to June, so the near-vertical trend is unlikely to persist. Net DOT operating authorities have improved a little in recent months in response to higher rates, and new Class 8 tractor sales are set to rise in 2H. But we think new regulations, including the MOTUS system requiring new USDOT numbers for all fleets from May onward, will continue to tighten capacity,” Denoyer concluded.
The monthly 62-page ACT Freight Forecast report provides analysis and forecasts for a broad range of U.S. freight measures, including the Cass Freight Index, Cass Truckload Linehaul Index, and DAT spot and contract rates by trailer type for the U.S. and Canada. The service provides monthly, quarterly, and annual predictions for the TL, LTL, and intermodal markets over a two- to three-year time horizon, including capacity, volumes, and rates. The Freight Forecast provides unmatched detail on the freight rate outlook, helping companies across the supply chain plan with greater visibility and less uncertainty.