Fleet of semi-truck cabs
A Practical Guide to Optimizing Total Cost of Ownership (TCO)
What Is Total Cost of Ownership (TCO) in Fleet Management?
Total Cost of Ownership (TCO) impacts every aspect of fleet operations, from driver wages to maintenance, fuel, and tire costs. As fuel prices rise and operational costs climb, managing TCO is one of the best ways to boost profitability.
Every fleet—whether large or small—can benefit from understanding and optimizing TCO. Even if you aren’t actively calculating it, chances are you’re already feeling its impact on your bottom line.
Why Does TCO Matter for Every Fleet Size?
TCO isn’t just a budgeting tool—it’s a strategic lens for smarter operations. Tracking TCO helps:
- • Reveal hidden costs draining your profits
- • Compare operational decisions beyond the upfront sticker price
- • Forecast future expenses with better accuracy
Even if you're managing one truck or hundreds, TCO gives you a clearer view of your cost-per-mile and how your decisions stack up over time.
What Costs Are Included in TCO Calculations?[1]
TCO typically includes the following categories:
- • Driver wages
- • Vehicle purchase or lease price
- • Fuel costs
- • Tire costs
- • Scheduled maintenance and repairs
- • Unscheduled breakdowns
- • Administrative and overhead costs
- Formula for tire-related TCO:
- Fleet Tire Cost + Fuel Impact + Breakdown Costs + Repair & Maintenance
Total Cost of Ownership Pie Chart
How Do Tires Affect Your Fleet’s TCO?
Tires may only represent 5% of your total TCO—but their impact runs far deeper. The right tires can:
- • Extend mileage through better first-life performance
- • Enable multiple retreads, reducing replacement frequency
- • Improve fuel efficiency by lowering rolling resistance
Did you know? Reducing tire rolling resistance can cut heavy‑truck fuel use by up to 15–18%, making it one of the largest contributors to fuel consumption.[2]
A low-cost tire might save money upfront but cost more in fuel and downtime. Premium tires with low rolling resistance often pay for themselves over the long run.
How Can Fleets Calculate Tire-Related TCO?
Michelin calculates tire-related TCO using this simple formula:
Tire Cost Per Mile + Resulting Fuel Consumption
This method gives fleet owners a more accurate view of true cost—not just purchase price. Higher rolling resistance means more fuel burned and higher overall TCO. Investing in the right tire pays off with:
- • Lower fuel spend
- • Fewer breakdowns
- • Reduced downtime
- • A stronger brand image with customers
What Tool Can Fleets Use to Optimize TCO?
• Fuel Savings Calculator
Use our free tool to estimate your fleet’s potential fuel savings by switching to low rolling resistance tires.
Key Takeaways
- • TCO provides a full-picture view of your fleet’s costs.
- • Tires play a major role beyond their sticker price—especially in fuel economy.
- • Investing in premium, retreadable tires can significantly lower long-term expenses.
- • Tools like fuel calculators and expert audits help you act on TCO insights.
Frequently Asked Questions (FAQ)
Start by listing all direct and indirect expenses over a vehicle’s lifespan. Group these into key categories like salaries, maintenance, tires, fuel, and overhead. Break it down into cost-per-mile for better comparison across assets.
Because tires directly impact two of your biggest cost areas: fuel consumption and maintenance. Monitoring tire-related costs helps you make smarter buying decisions that extend your ROI.
Not at all. Small and midsize fleets gain just as much—if not more—from TCO analysis. It helps them stay lean, competitive, and cost-conscious in a challenging market.
Michelin ONCall Services
Check out Michelin ONCall services to help manage your TCO by getting preferred pricing and access to quality service with industry-leading roll time.
checking tire pressure
[1] Ducker worldwide report_ VEHICLE MAINTENANCE COSTS & PAINS_ Michelin Community – December 2017
2] Understand the basis of TCO- Michelin White paper, P9
[3}DOE Office of Scientific and Technical Information: Energy Efficiency in Heavy Vehicle Tires, Drivetrains, and Braking Systems