Rex says
Money math without the spreadsheet headache. Plug in your numbers and I'll show you exactly where the dollars land.
Try a scenario
Click to load — tweak from there.Inputs
Result
Total cost per driver turnover
$20,700
Lost revenue from vacant seat
$11,160
Ramp-up productivity loss
$7,440
Recruiting cost
$1,200
Orientation/training pay
$900
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How to use this
- 1Enter recruiting/advertising cost per hire ($).
- 2Enter orientation/training pay ($).
- 3Enter days truck sits empty between drivers (days).
- 4Enter average daily revenue that truck generates ($/day).
- 5Enter productivity loss during first 60 days (%).
- 6Enter daily revenue during ramp-up period ($/day).
- 7Read your total cost per driver turnover on the right — it updates as you type.
- 8Hit Share to keep the scenario or send it to someone.
About this calculator
The trucking industry's chronic driver turnover (often cited north of 90% annualized at large truckload carriers) is expensive in ways that don't show up on a single line item — recruiting and advertising spend, orientation and training pay, a vacant-seat truck earning nothing, and a new driver's lower productivity during their first months. This calculator adds those pieces together per departed driver to show total replacement cost, which frequently runs $5,000-$12,000 per driver once vacancy and ramp-up losses are included, not just the recruiting line item most fleets track.
Worked example
Using the values the calculator loads with:
Inputs
- Recruiting/advertising cost per hire: 1200 $
- Orientation/training pay: 900 $
- Days truck sits empty between drivers: 18 days
- Average daily revenue that truck generates: 620 $/day
- Productivity loss during first 60 days: 20 %
- Daily revenue during ramp-up period: 620 $/day
Results
- Total cost per driver turnover: $20,700
- Lost revenue from vacant seat: $11,160
- Ramp-up productivity loss: $7,440
- Recruiting cost: $1,200
- Orientation/training pay: $900
What each field means
Inputs
- Recruiting/advertising cost per hire ($)
- The recruiting/advertising cost per hire used in the calculation, measured in $. Starts at 1200 $ so you have a working example on load.
- Orientation/training pay ($)
- The orientation/training pay used in the calculation, measured in $. Starts at 900 $ so you have a working example on load.
- Days truck sits empty between drivers (days)
- The days truck sits empty between drivers used in the calculation, measured in days. Starts at 18 days so you have a working example on load.
- Average daily revenue that truck generates ($/day)
- The average daily revenue that truck generates used in the calculation, measured in $/day. Starts at 620 $/day so you have a working example on load.
- Productivity loss during first 60 days (%)
- The productivity loss during first 60 days used in the calculation, measured in %. Starts at 20 % so you have a working example on load. Accepted range: 0–100 %.
- Daily revenue during ramp-up period ($/day)
- The daily revenue during ramp-up period used in the calculation, measured in $/day. Starts at 620 $/day so you have a working example on load.
Results
- Total cost per driver turnover
- Returned as a money amount in US dollars and shown as the headline result. It recalculates instantly whenever you change an input, so you can compare scenarios without reloading.
- Lost revenue from vacant seat
- Returned as a money amount in US dollars. It recalculates instantly whenever you change an input, so you can compare scenarios without reloading.
- Ramp-up productivity loss
- Returned as a money amount in US dollars. It recalculates instantly whenever you change an input, so you can compare scenarios without reloading.
- Recruiting cost
- Returned as a money amount in US dollars. It recalculates instantly whenever you change an input, so you can compare scenarios without reloading.
- Orientation/training pay
- Returned as a money amount in US dollars. It recalculates instantly whenever you change an input, so you can compare scenarios without reloading.
FAQ
Why is vacant-seat cost usually the biggest number?
A truck that isn't moving isn't earning anything toward fixed costs (payment, insurance, permits) that keep accruing regardless, so every day a seat sits empty is a full day of lost revenue on top of continuing fixed overhead — often the largest single component of turnover cost.
How is ramp-up loss estimated realistically?
New drivers typically run fewer miles and less efficient routes in their first 30-60 days as they learn lanes, customers, and paperwork, so a 15-25% productivity discount against a fully ramped driver's daily revenue during that window is a reasonable planning estimate.
How can fleets reduce this cost?
Faster hiring pipelines (reducing vacant days), structured onboarding/mentor programs (shortening ramp-up), and retention-focused pay or home-time policies that reduce turnover frequency in the first place all attack different pieces of this total.
Is $8,000-$10,000 per driver typical?
Yes, industry estimates commonly cite $8,000-$12,000 per driver when fully loaded with recruiting, vacancy, and ramp-up costs — which is why even modest retention improvements produce outsized savings across a fleet with dozens of trucks.
Accuracy and limitations
- Results are estimates before tax, fees, and inflation unless an input explicitly covers them.
- Rates are treated as fixed for the whole period — variable-rate products will drift from this projection.
- This is educational maths, not financial advice. Check anything contractual with the lender or your accountant.
Related tools
Cite this calculator
Writing about this topic? Grab a citation — every link helps keep these tools free.
RevenueLab. (2026). Driver Turnover Cost Calculator. Retrieved from https://www.revenuelab.fyi/toolbox/driver-turnover-cost
<p>Source: <a href="https://www.revenuelab.fyi/toolbox/driver-turnover-cost" target="_blank" rel="noopener">Driver Turnover Cost Calculator — RevenueLab</a> (2026).</p>
Source: [Driver Turnover Cost Calculator — RevenueLab](https://www.revenuelab.fyi/toolbox/driver-turnover-cost) (2026).