The Hidden Cost of Deadhead Miles for Fleet Owners

Most fleet owners know that deadhead miles cost money. Fuel burns whether the truck is loaded or empty. The driver gets paid regardless. But the true cost of deadhead kilometres is far higher than most fleet owners calculate — and understanding the full picture is the first step to reducing it. This guide breaks down every component of deadhead mile cost, including the hidden costs that rarely appear in fleet P&L statements.

What Are Deadhead Miles?

Deadhead miles (also called empty miles or deadhead kilometres in Canada) are kilometres driven without a paying load. This includes: - **Return trips**: Driving back to your home base after a delivery with no backhaul load - **Repositioning**: Moving a truck to a pickup location without a load - **Bobtailing**: Driving a tractor without a trailer - **Deadhead between jobs**: Moving between delivery locations without freight The industry average for Ontario delivery fleets is 20–35% deadhead. High-performing fleets achieve under 15%.

The Direct Costs of Deadhead Miles

1. Fuel

Fuel is the most visible deadhead cost. An empty truck still burns 70–85% of the fuel it would burn loaded. - **Fuel cost per km (empty)**: $0.45–$0.72 - **Annual cost (50,000 deadhead km)**: $22,500–$36,000

2. Driver Wages

Drivers are paid by the hour or by the kilometre — loaded or empty. Deadhead kilometres are paid kilometres that generate no revenue. - **Driver wage cost per km**: $0.28–$0.46 - **Annual cost (50,000 deadhead km)**: $14,000–$23,000

3. Vehicle Depreciation

Every kilometre driven — loaded or empty — adds to your odometer and accelerates depreciation. A truck driven 200,000 km/year depreciates faster than one driven 150,000 km/year, regardless of how many of those kilometres were loaded. - **Depreciation cost per km**: $0.15–$0.25 - **Annual cost (50,000 deadhead km)**: $7,500–$12,500

4. Maintenance and Tires

Maintenance costs — oil changes, brake wear, tire wear — accumulate with every kilometre. Deadhead kilometres add maintenance costs without adding revenue. - **Maintenance cost per km**: $0.12–$0.20 - **Annual cost (50,000 deadhead km)**: $6,000–$10,000

Direct Cost Total

| Cost | Per km | Annual (50,000 km) | |---|---|---| | Fuel | $0.45–$0.72 | $22,500–$36,000 | | Driver wages | $0.28–$0.46 | $14,000–$23,000 | | Depreciation | $0.15–$0.25 | $7,500–$12,500 | | Maintenance | $0.12–$0.20 | $6,000–$10,000 | | **Direct total** | **$1.00–$1.63** | **$50,000–$81,500** |

The Hidden Costs of Deadhead Miles

Direct costs are just the beginning. The hidden costs of deadhead kilometres are often larger — and almost never appear in fleet financial statements.

5. Opportunity Cost (The Biggest Hidden Cost)

Opportunity cost is the revenue you could have earned if the truck had been loaded. This is the most significant hidden cost of deadhead kilometres. **Calculation**: - Average revenue per loaded km for Ontario delivery fleets: $3.00–$5.00 - Minus direct costs per loaded km: $1.50–$2.50 - Net revenue per loaded km: $1.50–$3.00 **Annual opportunity cost (50,000 deadhead km)**: $75,000–$150,000 This is the revenue your fleet could have generated if those kilometres had been loaded. It does not appear as a line item in your P&L — but it is real money you are not earning.

6. Accelerated Asset Lifecycle

Deadhead kilometres shorten your trucks' useful lives. A truck that reaches 500,000 km in 4 years (due to high deadhead) needs replacement sooner than one that reaches 500,000 km in 6 years. **Hidden cost**: Earlier truck replacement, higher capital expenditure, higher financing costs. **Estimated annual impact**: $3,000–$8,000 per truck in accelerated replacement costs.

7. Driver Fatigue and Turnover

Drivers who spend significant time driving empty are less productive and often less satisfied. High deadhead rates contribute to driver fatigue and turnover. **Hidden cost**: Driver recruitment and training costs average $3,000–$8,000 per driver in Ontario. High deadhead contributes to turnover. **Estimated annual impact**: $2,000–$5,000 per truck in turnover-related costs.

8. Insurance Premium Impact

Higher annual mileage (including deadhead) increases insurance premiums. Fleets with high deadhead rates drive more total kilometres, which insurers rate as higher risk. **Hidden cost**: Higher insurance premiums due to elevated annual mileage. **Estimated annual impact**: $500–$2,000 per truck.

9. Carbon Tax and Emissions Costs

Canada's carbon pricing applies to fuel consumption. Deadhead kilometres burn fuel and incur carbon tax costs with no corresponding revenue. **Current carbon tax impact**: Approximately $0.04–$0.07 per km in additional fuel cost due to carbon pricing. **Annual cost (50,000 deadhead km)**: $2,000–$3,500.

10. Compounding Inefficiency

High deadhead rates create a compounding inefficiency: trucks that spend more time driving empty have less time available for revenue-generating loads. This reduces your fleet's overall revenue capacity. **Hidden cost**: Reduced fleet revenue capacity. A fleet with 30% deadhead can handle 30% fewer loads than the same fleet at 0% deadhead.

Total Cost of Deadhead Miles

| Cost Category | Per km | Annual (50,000 km) | |---|---|---| | Direct costs | $1.00–$1.63 | $50,000–$81,500 | | Opportunity cost | $1.50–$3.00 | $75,000–$150,000 | | Accelerated depreciation | $0.06–$0.16 | $3,000–$8,000 | | Driver turnover | $0.04–$0.10 | $2,000–$5,000 | | Insurance impact | $0.01–$0.04 | $500–$2,000 | | Carbon tax | $0.04–$0.07 | $2,000–$3,500 | | **Total (all costs)** | **$2.65–$5.00** | **$132,500–$250,000** | **The true cost of 50,000 deadhead kilometres per truck per year is $132,500–$250,000.** For a 5-truck fleet, that is $662,500–$1,250,000 per year in deadhead costs.

How to Reduce Deadhead Costs

Immediate Actions

1. **Join GoGedit**: Accept local delivery loads on return trips. Most fleet partners see 30–60% reduction in empty kilometres in Ontario urban areas. 2. **Monitor load boards**: Check DAT and Loadlink before every return trip. 3. **Track your deadhead rate**: You cannot manage what you do not measure.

Medium-Term Actions

4. **Build freight broker relationships**: Brokers who know your lanes can proactively find backhaul loads. 5. **Implement route optimisation**: Software that incorporates backhaul availability can reduce deadhead by 10–20%. 6. **Create driver incentives**: Share backhaul revenue with drivers to encourage load acceptance.

Long-Term Actions

7. **Develop direct shipper relationships**: Direct relationships provide predictable backhaul volume at better rates. 8. **Adjust your lane strategy**: Focus on lanes with strong two-way freight flow. 9. **Consider partial truckloads**: PTL freight can fill empty space at lower rates — still better than empty.

Frequently Asked Questions

What is a good deadhead rate for an Ontario fleet?

Under 15% is achievable for most Ontario delivery fleets. The industry average is 20–35%. If your fleet is above 25%, there are significant opportunities to reduce empty kilometres.

How do I calculate my fleet's deadhead rate?

Deadhead rate = (empty kilometres / total kilometres) × 100. Track this per truck per week using your GPS or fleet management system.

Is it worth accepting a low-rate backhaul load?

Almost always yes. Even a load at 50% of your normal rate generates more revenue than driving empty. The only exception is if the load significantly extends your driver's hours of service.

Turn Deadhead Kilometres Into Revenue

GoGedit fleet partners earn $100–$250 per delivery on local loads that fill empty return trips across Ontario. Join today and start reducing your deadhead costs. [Join GoGedit as a Fleet Partner](/be-a-driver) | [How Can Fleet Owners Reduce Empty Miles?](/answers/how-can-fleet-owners-reduce-empty-miles) | [10 Ways Ontario Fleet Owners Lose Money on Empty Trucks](/blog/ontario-fleet-owners-lose-money-empty-trucks) | [Generate Revenue Through Partial Truckloads](/blog/fleet-owners-generate-revenue-partial-truckloads)