Terms in this lesson
| Revenue per truck per week | What each truck earned: the best single productivity number. |
|---|---|
| Miles per truck | How far each truck ran in the week. |
| Rate per mile | Revenue divided by miles. |
| Empty % | Empty miles divided by all miles. |
| Seated truck | A truck with a driver assigned to it. |
| On-time % | Share of pickups and deliveries made on time. |
| Cost per mile | What it costs to run one mile, all in. |
| Operating ratio | Operating costs divided by revenue; lower is better. |
The scenario answers
- A truck ran 2,500 miles this week, 300 of them empty. What's its empty (deadhead) percentage? 12%. 300 ÷ 2,500 = 0.12, so 12%. That's in the normal range for truckload; under 10% is very good.
- A truck earned $5,250 on 2,100 total miles. What's its rate per mile? $2.50. $5,250 ÷ 2,100 = $2.50 per mile.
- A carrier had $10 million in revenue and $9.6 million in operating costs. What's its operating ratio? 96%. $9.6M ÷ $10M = 0.96, an operating ratio of 96%. The company kept 4 cents of each dollar before tax.
- Your board's revenue per truck dropped 10% this month though rates held steady. What's the most likely cause to check first? Fewer miles per truck, from more idle time, deadhead or unseated trucks. If rate held, the drop is usually miles: trucks waiting for loads, more time at docks, missed preplans or empty seats. Look at miles per truck and idle days by driver.
- Two driver managers both run 40 trucks. One has 98% on-time but low miles; the other has high miles but 88% on-time. What's the best read? Both have a problem to fix: the best boards are high on both. Top driver managers keep trucks moving and keep their promises to customers. One number at the expense of the other means planning isn't working.
General training, not legal or compliance advice. Rules are the US federal ones (FMCSA) as of 2026; check the current text and your company’s policies.