Work out the pace your line has to run at to meet customer demand. Enter your shifts, breaks and demand to get the takt time, then add your station cycle times to see how many stations you need and whether the bottleneck keeps up.
Last updated:
Available production time
hours
min
Lunch and rest breaks when the line is not running
min
Meetings, planned maintenance, cleaning, start-up
Customer demand
units
days
Your process (optional)
One value per station, separated by commas or lines. Enter a single number for the total work content of one unit.
Enter your values to see the result.
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How to use the Takt Time Calculator
Enter your shift pattern: shift length, number of shifts and the breaks and planned stops in each shift.
Enter customer demand and choose whether it is per day, week or month.
Add station cycle times (optional), one per station, or a single total work content.
Read the takt time, required rate, minimum stations and the bottleneck check.
Use the chart and what-if table to see which stations are over takt and how takt moves with demand.
Takt time formulas
Measure
Formula
Example
Available time
(shift length − breaks − planned stops) × shifts
(480 − 30 − 10) × 2 = 880 min
Takt time
available time ÷ customer demand
52,800 s ÷ 960 = 55 s
Required rate
3,600 ÷ takt time (seconds)
3,600 ÷ 55 = 65.5 units/h
Minimum stations
⌈total work content ÷ takt time⌉
⌈243 ÷ 55⌉ = 5
Line balance efficiency
work content ÷ (stations × bottleneck cycle time)
243 ÷ (5 × 58) = 83.8%
Capacity
available time ÷ bottleneck cycle time
52,800 ÷ 58 = 910 units/day
Takt time, cycle time and lead time
Term
What it measures
Set by
Takt time
How often one unit must be finished to meet demand
Customer demand and available time
Cycle time
How long a station or process actually takes per unit
Your process and method
Planned cycle time
Takt time minus an allowance for expected losses (often 85–95% of takt)
Your planning choice
Lead time
Total time from order (or raw material) to a finished unit
Whole value stream incl. waiting
Tips for using takt time
Plan below takt. Because breakdowns, changeovers and quality problems are not removed from available time, many teams balance the line to a planned cycle time a little under takt.
Recalculate when demand changes. Takt time is a planning number. When orders rise or fall, the what-if table shows how the takt and the station count move.
Balance before you add people. If the bottleneck is over takt but the total work content fits, moving tasks between stations is cheaper than adding a station.
It works outside factories. Takt time is used for claims processing, kitchens, call centers and software support: any repeatable work with a steady demand.
Frequently asked questions
What is takt time?
Takt time is the rate at which you must finish one unit to exactly meet customer demand. It equals the available production time divided by the number of units the customer needs in that time. The word comes from the German Takt, meaning beat or pulse.
What is the takt time formula?
Takt time = net available production time ÷ customer demand. For example, two 8-hour shifts with 40 minutes of breaks and planned stops each give 880 minutes (52,800 seconds) a day. With demand of 960 units a day, takt time is 52,800 ÷ 960 = 55 seconds per unit.
What is the difference between takt time and cycle time?
Takt time is set by the customer: it is how often a unit must be finished. Cycle time is set by your process: it is how long a station actually takes per unit. To meet demand, every station's cycle time, and especially the bottleneck's, must be at or below takt time.
Should breaks be subtracted when calculating takt time?
Yes. Use net available time: subtract lunches, rest breaks and planned activities such as team meetings, cleaning or scheduled maintenance. Do not subtract unplanned downtime like breakdowns; those are losses your process must absorb, which is why lines usually aim for cycle times somewhat below takt.
How many workstations do I need?
The theoretical minimum is total work content ÷ takt time, rounded up. If one unit needs 243 seconds of work and takt is 55 seconds, you need at least 243 ÷ 55 = 4.42, so 5 stations or operators. Real lines may need more if tasks cannot be split evenly.
What is line balance efficiency?
It measures how evenly work is spread across stations: total work content ÷ (number of stations × the longest cycle time). 100% means every station has the same workload. Low values mean some stations wait while the bottleneck works.
What if my cycle time is longer than takt time?
The process cannot keep up and will build a backlog or need overtime. Options include moving tasks from the bottleneck to stations with spare time, adding a parallel station or operator, cutting waste from the slow step, or adding available time with another shift.
Are all the tools on FreeToolCabin tested for quality and accuracy?
Yes! Every tool on our site undergoes automated Q/A testing in real browser environments to ensure high precision, correct output, and zero errors. If you happen to spot a bug or have a suggestion, please contact us at [email protected] and our team will review it right away.