Recovery time after work

The calculator uses the numbers you enter: rest minutes after work, the target, and office days. 20 minus 40 across 5 days is 100 minutes, which is 1.7 hours below. Commute and distance sit in the grid.

The calculator does not price a ticket and does not score the route. It does not decide whether commuting is working time. Commute: cost of commuting calculator.

Input data

Enter rest minutes, the target, and office days. You can leave commute minutes and distance as context.

Optional context

This field is optional. An hourly rate shows the value of commute time this week in the grid. A blank field skips that context and does not change the main result.

Results

Enter data and click Calculate.

How it works

The calculator subtracts the rest target from the minutes you have, then multiplies the difference by office days. 20 − 40 = −20. −20 × 5 = −100 minutes, which is 1.7 hours below.

The main result comes from rest minutes, the target, and office days. Commute, distance, and an hourly rate sit in the grid and do not change the main result.

Second example: 40 minus 30 across 3 days is 30 minutes, which is 0.5 hours above. Third: 5 minus 30 across 5 days is 125 minutes, which is 2.1 hours below.

The calculator does not price a ticket and does not score the route. A comma in 12.5 is read the same way as a period.

Formula

Result in hours = (rest − target) × days ÷ 60. At 20, 40 and 5: (20 − 40) × 5 ÷ 60 = −1.7. Commute sits in the grid.

What these numbers mean

20 minus 40 times 5 days is 1.7 hours below.

rest after work
Minutes you have minus the target, then times office days. At 20, 40 and 5 that is 100 minutes, which is 1.7 hours below.
office days
The number of days you travel to the office. They enter the multiplication of the minute gap.
commute
Round-trip minutes and distance. They sit in the grid and do not change spare rest or the shortfall.

How to use

  1. Enter 20 rest minutes and a target of 40.
  2. Add 5 office days.
  3. Click Calculate. The result is 1.7 hours below.
  4. Second example: 40, 30 and 3 is 0.5 hours above. Third: 5, 30 and 5 is 2.1 hours below.
  5. You can skip commute, distance, and the hourly rate. When you fill those fields, they appear in the grid and do not change the main result.

Examples

Example 1

  • commute 45 min
  • days 5
  • target 40 min
  • rest 20 min
  • distance 18

1.7 hours below

20 − 40 = −20. −20 × 5 = −100 minutes. 100 ÷ 60 = 1.7 hours below.

Example 2

  • commute 25 min
  • days 3
  • target 30 min
  • rest 40 min
  • distance 8

0.5 hours above

40 − 30 = 10. 10 × 3 = 30 minutes. 30 ÷ 60 = 0.5 hours above.

Example 3

  • commute 70 min
  • days 5
  • target 30 min
  • rest 5 min
  • distance 32

2.1 hours below

5 − 30 = −25. −25 × 5 = −125 minutes. 125 ÷ 60 = 2.1 hours below.

Related calculators

Common questions

What does 1.7 hours below mean?

20 − 40 = −20. −20 × 5 = −100 minutes. 100 ÷ 60 = 1.7 hours below.

How is the result calculated?

Result in hours = (rest − target) × days ÷ 60. At 20, 40 and 5: (20 − 40) × 5 ÷ 60 = −1.7.

What is the second example?

40 minus 30 across 3 days is 0.5 hours above.

What is the third example?

5 minus 30 across 5 days is 2.1 hours below.

What does the calculator not do?

The calculator does not price a ticket and does not score the route. The hourly rate is optional.

Do all fields enter the main result?

No. The main result comes from rest minutes, the target, and office days. Commute and distance are optional.

What do rest after work, office days, and commute mean?

Rest is minutes you have minus the target, then times days. Office days enter that multiplication. Commute and distance sit in the grid.

Does a comma in 12.5 work?

Yes. 12.5 and 12,5 are read the same way.

Sources

The result comes from the numbers you enter. This is spare time or a shortfall versus the rest target, not a route score.

Page updated in 2026.