The Time to Hire Capacity Gap Calculator estimates how much vacancy capacity is tied up when actual hiring time exceeds a target hiring time. It expresses the difference as excess vacancy-days and an average number of positions effectively kept open by that delay.Recruiting and workforce planning teams can use this view to connect cycle-time improvement with operational capacity. Instead of treating a few extra days as an isolated recruiting statistic, the calculator aggregates the delay across a hiring volume, showing how repeated slippage can accumulate into a meaningful vacancy burden over a year.
1. Enter annual filled positions
Use the number of vacancies typically completed in a year.
2. Enter actual hiring time
Add the current average time to hire for the population being measured.
3. Set the target
Enter the desired average time to hire using the same start and end points.
4. Set working days
Use the annual working-day convention used for your capacity planning.
5. Review the gap
The result converts excess vacancy-days into an average full-time-equivalent capacity gap.
The calculator measures delay above target only. If actual time is at or below target, the capacity gap is shown as zero.
Across the year, the excess hiring delay corresponds to the capacity of about six full-time positions under this simplified convention.
This is an FTE-equivalent planning measure, not a headcount forecast.
Given:
130 positions per year, 42 actual days, 30 target days, and 260 working days per year.
Calculation:
Delay = 42 − 30 = 12 days; excess vacancy-days = 130 × 12 = 1,560; 1,560 / 260 = 6.00.
Result:
Average FTE-equivalent capacity gap = 6.00.
Across the year, the excess hiring delay corresponds to the capacity of about six full-time positions under this simplified convention.
It converts accumulated excess vacancy-days into the equivalent of full-time annual capacity. It does not mean exactly that many named positions are vacant every day.
A target provides a benchmark for separating expected hiring time from delay. The calculator focuses only on the portion above that benchmark.
The capacity gap is zero because there is no excess delay under the model. The calculator does not display negative capacity gaps as a benefit.
Use the convention appropriate for your organization and country. A 260-day work year is only a common planning assumption, not a universal requirement.
It can help compare the scale of recruiting delays with overtime, contractor coverage, workload backlog, or investment in recruiting capacity.