ETA & Arrival Time Calculator
Result
ETA & Arrival Time Calculator — free online calculator.
Formula
- Estimate arrival clock time and day rollover from distance, average speed, local departure time and total stop duration. Distance and speed must use matching distance units, speed must be positive, departure hour 0–23, departure minute 0–59, and stop duration nonnegative. Fractional minutes are retained for precision; actual travel time varies.
- The main inputs are Distance, Average Speed, Departure Hour, Departure Minute, Total Stop Duration. Enter them in the units and format shown in the calculator.
- Use the units, labels and assumptions shown beside each input so the formula is applied consistently.
- Changing any input above recalculates the result with the same calculation engine used by this page.
Example: ETA & Arrival Time
- Distance: 200
- Average Speed: 80
- Departure Hour: 9 0–23
- Departure Minute: 0
- Total Stop Duration: 30
200 km at 80 km/h takes 150 minutes; with 30 minutes of stops, leaving at 09:00 gives 12:00 on the same day.
Sample result: Calculating…
Frequently asked questions
What does the ETA & Arrival Time calculate?
ETA & Arrival Time Calculator — free online calculator.
Which values should I enter?
Enter Distance, Average Speed, Departure Hour, Departure Minute, Total Stop Duration using the units and format shown beside each field.
What formula does this calculator use?
The calculator uses the following relationship: Drive minutes = distance / speed × 60; journey minutes = drive minutes + stop minutes; arrival minutes = departure hour × 60 + departure minute + journey minutes; day offset = floor(arrival minutes / 1440); clock minutes = arrival minutes − day offset × 1440..
Why might my result differ from another source?
Results can differ when another source uses different units, rounding rules, conventions or assumptions. Compare the inputs and definitions before comparing results.
Does the result update automatically?
Yes. Changing an input updates the result using the same calculation engine shown on this page.