NeuroHaul
Free Empty-Seat Calculator

The Truck Is Paid For. Nobody's Driving It.

What an open seat costs you a day, what one turn costs end to end, and what a year of turnover comes to — from your revenue, your time-to-fill, your cost per hire. Free, no signup.

  • No signup
  • Runs in your browser
  • Contribution, not gross
The gap

Where you are right now — how many seats are open and how long one usually stays that way.

From the day the seat opens to the day the replacement is dispatchable — orientation and paperwork included, not just the hiring call.

What a seated truck earns

A parked truck also burns no fuel and pays no driver, so the loss is what the seat CONTRIBUTES, not what it grosses.

Linehaul plus accessorials for one seated truck in an ordinary week.

The share of that revenue spent only when the wheels turn — fuel, driver pay, maintenance. Payment and insurance are NOT here: they bill either way, so they cancel out of this comparison.

Replacing the driver

The part that arrives as an invoice. The split bar shows how it compares with the cost of the wait.

Advertising, screening, MVR and background checks, DOT physical and drug test, orientation, and paid training days.

Seats that turn over in a year as a share of your fleet. 100% means you replace every seat once a year.

/ What the gap costs /

Your open seats, per day

$299

$2,090 a week in lost contribution

One full turn

$18,450

Waiting 57% · $10,450Hiring 43%

The wait costs more than the hire. Time-to-fill is the lever, not recruiting spend.

Contribution per seat
$2,090 /wk
Turns per year
4.4
Turnover, annual
$81,180
…as % of fleet revenue
3.5%

One day faster is worth

$1,314/ year

Cut one day off your time-to-fill across every seat you turn this year. If that beats what faster hiring costs you, it pays for itself.

See how we fill seats

Nothing here is sent anywhere — it runs in your browser.

/ The math /

How the empty-seat math works

The same steps the calculator runs, worked through on its default fleet, so every line can be checked against the panel above. Change an input and it repeats them on yours.

  1. What a seat contributes$5,500 revenue a week × (1 − 62% variable costs)$2,090 a week
  2. Today's open seats$2,090 ÷ 7 days × 1 empty seat$298.57 a day
  3. The wait, per turn$2,090 × 35 days to fill ÷ 7$10,450
  4. One full turn$10,450 waiting + $8,000 to hire$18,450
  5. Turns a year8 trucks × 55% annual turnover4.4 turns
  6. A year of turnover$18,450 × 4.4 turns$81,180
  7. Against fleet revenue$81,180 ÷ ($5,500 × 52 weeks × 8 trucks)3.5%
  8. One day faster$2,090 ÷ 7 × 4.4 turns$1,313.71 a year

What the number cannot tell you

  • Days to fill is an average. One seat that stays open for months costs far more than the average shows, and a single figure cannot see it.
  • Turnover drives the annual line and is the least precise input. A count of the seats you refilled last year is enough for an order of magnitude, not a budget.
  • It prices the seat, not the person. A hire who quits in the first weeks restarts the clock, so an early quit costs a second full turn, not part of one.
  • Revenue per truck is one ordinary week. When freight is strong the same open seat costs more, and in a slow month it costs less.

What to do with it

  1. Replace the cost per hire with your own: advertising, screening, checks, the physical and drug test, orientation and paid training — whatever you can defend.
  2. Look at the split bar. Whichever half is bigger, the wait or the hire, is the one worth working on first.
  3. Hold the value of one day faster against what faster hiring would cost you. The recruiting funnel calculator shows where applicants drop out.
  4. Recount turnover each quarter. It drives the annual line, and a single early quit moves it.
/ Common Questions /

About the empty-seat math.