Autonomous Trucks Hit Cost Parity by 2028, Study Shows
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Kearney and the MIT Mobility Initiative have released a definitive forecast showing that autonomous trucks will achieve cost parity with human-driven trucks in the US around 2028, fundamentally reshaping long-haul trucking economics. The analysis projects driverless trucks at $4 per mile in 2026, declining to roughly $2.60 by 2028 when they match conventional truck economics. This timing advantage in the US is driven by North American driver costs (approximately $10,000 monthly including benefits), roughly double European levels and four times Middle Eastern wages.
The forecast depends heavily on fleet scale: reaching 40,000 autonomous trucks by 2035 enables the projected cost reductions, but if adoption plateaus at 10,000 trucks, parity could slip to 2032. The study reveals diverging business models competing for this value pool, including OEM platforms (Volvo), purpose-built vehicles (Humble), autonomous carriers (Bot Auto), and virtual-driver software (Aurora, Waabi). Regulatory uncertainty remains substantial, with only Texas, Arizona, Florida, and Georgia permitting fully driverless operation, while liability frameworks and virtual driver certification standards remain undefined.
The research synthesizes insights from over 25 interviews across vehicle developers, truck manufacturers, carriers, brokers, and investors, providing the most authoritative cost-parity timeline to date.
Frequently Asked Questions
What This Means for Your Supply Chain
What if autonomous fleet deployment reaches only 10,000 trucks by 2035 instead of 40,000?
Model the impact of slower-than-projected autonomous vehicle adoption. Assume fleet growth plateaus at 10,000 trucks by 2035 (instead of 40,000), reducing the amortization base for $750 million annual R&D spending. Calculate how this compressed scale affects per-mile virtual driver costs and delays cost parity from 2028 to approximately 2032 or beyond.
Run this scenarioWhat if autonomous truck operating costs decline faster than projected due to AI/hardware breakthroughs?
Scenario: technology advances accelerate cost reduction by 25 percent annually (versus Kearney's model projection). Test how earlier achievement of $2.60 per-mile parity impacts carrier fleet conversion timing, labor market disruption, and competitive positioning of early-adopter carriers versus incumbents.
Run this scenarioWhat if regulatory approval for cross-border autonomous routes arrives two years earlier than expected?
Model the operational and financial impact if federal standards for virtual driver certification and interstate autonomous operation are established by 2026 instead of remaining uncertain. Assess how expanded operational geography accelerates fleet conversion, improves asset utilization, and affects route economics for carriers adopting autonomous technology.
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