Truckload Rates Explode: How Shippers Adapt to Rising Costs
The freight market is experiencing an inflationary leg in its current cycle, with spot truckload rates up over 40% year-over-year. Chris Pickett from Flock Freight breaks down what’s driving these increases, how shippers and…
The freight market is experiencing an inflationary leg in its current cycle, with spot truckload rates up over 40% year-over-year. Chris Pickett from Flock Freight breaks down what’s driving these increases, how shippers and carriers are adapting to uncertain conditions and rising diesel prices, and why shared truckload solutions are gaining traction. Get his full 2027 freight market outlook and key strategies for peak season.
Spot truckload rates have surged 41% year over year through October, catching most shippers flat-footed as they entered 2026 expecting little to no rate inflation, according to Chris Pickett, Chief Commercial Officer at Flock Freight. Contract rates have followed, resetting 10% to 12% higher depending on the index, forcing shippers to scramble for cost-saving alternatives across their freight programs.
“I haven’t talked to a shipper in this market that was in any way prepared for the contract and spot truckload rate conditions that we’ve seen,” Pickett said. Shippers had built forecasts around subdued consumer demand and saw no credible catalyst for material rate inflation — a view the market has since proven wrong, with the inflationary move beginning as early as November of last year.
Pickett said demand signals, while not dramatic, are turning more constructive. Consumption has returned to pre-COVID levels with slight acceleration based on preliminary third-quarter numbers. Industrial production is rising off a floor, and both the ATA Truckload Volume Index and cash shipments are approaching equilibrium after three consecutive years of year-over-year deflationary reads. He expects both metrics to cross into inflationary territory heading into the fourth quarter.
This story was originally published by FreightWaves. Read the full story at FreightWaves →




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