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Fleet managers are feeling the pinch. Maintenance expenses have surged 41% since 2020, and prices kept climbing into 2026. Parts cost more, shop labor rates are up, and finding qualified technicians—especially for diesels—has become increasingly difficult. The TechForce Foundation reports a 29% shortfall in automotive technician graduates and a 52% gap for diesel techs.
But fleets can’t control the labor market. What they can control is vehicle selection. The choice of model, powertrain, and service interval directly impacts how much maintenance will cost over the vehicle’s life. And when you multiply that difference across hundreds of units, it becomes a significant budget line item.
To shed light on these differences, Automotive Fleet partnered with Vincentric to analyze projected maintenance costs for 27 model-year 2026 configurations across five fleet segments. The data covers three years or 60,000 miles, separating manufacturer-scheduled services from expected wear items like tires, brakes, wiper blades, and bulbs (classified as unscheduled maintenance). Repairs and warranty work are excluded.
The results are eye-opening. Even within the same segment, the projected maintenance cost gap between the cheapest and most expensive models ranged from $1,686 (half-ton pickups) to $3,646 (premium/luxury SUVs). For cargo vans, the spread was $2,842; compact SUVs showed a $2,672 difference; and passenger cars varied by $3,499.
These numbers don't tell you which vehicle to buy, but they highlight how much money is at stake when maintenance is overlooked during the spec'ing process. A vehicle with low scheduled service costs might still have high tire or brake expenses. Another might need frequent oil changes or expensive hybrid battery service later on. Understanding the composition of maintenance costs is just as important as the total.
Hybrids strengthen their TCO case. The Ford F-150 PowerBoost leads the half-ton pickup group with a projected $4,296 over three years/60,000 miles—$594 less than the conventional F-150 in the comparison and nearly $1,700 below the selected Chevrolet Silverado gas and diesel models. The Toyota RAV4 Hybrid ($4,510) ranks second among compact SUVs, and the Toyota Camry Hybrid ($4,515) undercuts the selected Hyundai Sonata and Nissan Altima.
However, fleets that keep vehicles beyond 60,000 miles should factor in hybrid-specific maintenance—like battery cooling system service or high-voltage component inspections—which can add cost at higher mileages.
Powertrain isn’t everything. Battery-electric vehicles generally perform well. The Tesla Model 3 and Model Y have the lowest projected maintenance costs in their respective groups, and the Ford E-Transit is the cheapest among the selected cargo vans. But electrification doesn't guarantee savings. The Cadillac Lyriq’s $4,564 projection is higher than the gasoline Volvo XC60 ($3,186) and BMW X3 ($4,497). And the $1,719 gap between the Lyriq and the Tesla Model Y shows that two BEVs in the same category can have very different costs.
The compact SUV segment reinforces this point. The gasoline Volkswagen Tiguan tops the list at $3,728—ahead of the RAV4 Hybrid ($4,510) and several other gas models. A vehicle’s service schedule, expected wear parts costs, and factory-paid maintenance program all play a role. Several models in the analysis include complimentary scheduled maintenance for a portion of the three-year cycle. Fleets should check what’s covered, how long coverage lasts, and whether service locations are convenient.
Downtime changes the calculation. For revenue-generating vans and trucks, the maintenance invoice is only part of the story. Missed appointments, delayed projects, overtime, rental costs, and unhappy customers often outweigh the direct repair bill. That’s why scheduled service frequency is a critical spec.
Vincentric projects only three scheduled maintenance visits for the Mercedes-Benz Sprinter over three years/60,000 miles, compared with six for the E-Transit, Ford Transit, and Ram ProMaster, and eight for the Chevrolet Express. The Sprinter doesn’t have the lowest dollar cost, but its 20,000-mile service interval can keep the van on the road longer—a huge operational advantage.
Among pickups, the F-150, F-150 PowerBoost, Ram 1500, and Toyota Tundra each require six projected visits. The two Silverado models need eight. Two extra visits per truck may seem minor, but across 500 units, that’s 1,000 additional service events per replacement cycle. That’s a lot of lost productivity.
A new perspective from ATRI. The American Transportation Research Institute (ATRI) recently released a report analyzing the hidden costs of maintenance downtime. It found that the average cost of an unplanned service event for a heavy-duty truck is $1,140 per day, including lost revenue, rental fees, and administrative overhead. While ATRI’s data focuses on Class 8 trucks, the principle applies to light-duty fleet vehicles as
