For a 40-minute 10K, you need 4:00/km or about 6:26/mile. A 45-minute 10K requires 4:30/km or 7:15/mile, a 50-minute 10K requires 5:00/km or 8:03/mile, and a 60-minute 10K requires 6:00/km or 9:39/mile. Use the chart below for every whole-minute finish time from 30 to 90 minutes, or use our Running Pace Calculator for an exact custom target.
10K pace chart: finish time, pace per km, pace per mile and 5K split
This complete 10K pace chart converts target finish time into pace per kilometer, pace per mile and the halfway 5K split. The numbers assume an even average pace from start to finish. Real races rarely produce perfectly identical splits, but the chart gives you the average pace required for your goal.
30 to 60 minute 10K pace chart
| Finish time | Pace / km | Pace / mile | 5K split |
|---|---|---|---|
| 30:00 | 3:00 | 4:50 | 15:00 |
| 31:00 | 3:06 | 4:59 | 15:30 |
| 32:00 | 3:12 | 5:09 | 16:00 |
| 33:00 | 3:18 | 5:19 | 16:30 |
| 34:00 | 3:24 | 5:28 | 17:00 |
| 35:00 | 3:30 | 5:38 | 17:30 |
| 36:00 | 3:36 | 5:48 | 18:00 |
| 37:00 | 3:42 | 5:57 | 18:30 |
| 38:00 | 3:48 | 6:07 | 19:00 |
| 39:00 | 3:54 | 6:17 | 19:30 |
| 40:00 | 4:00 | 6:26 | 20:00 |
| 41:00 | 4:06 | 6:36 | 20:30 |
| 42:00 | 4:12 | 6:46 | 21:00 |
| 43:00 | 4:18 | 6:55 | 21:30 |
| 44:00 | 4:24 | 7:05 | 22:00 |
| 45:00 | 4:30 | 7:15 | 22:30 |
| 46:00 | 4:36 | 7:24 | 23:00 |
| 47:00 | 4:42 | 7:34 | 23:30 |
| 48:00 | 4:48 | 7:43 | 24:00 |
| 49:00 | 4:54 | 7:53 | 24:30 |
| 50:00 | 5:00 | 8:03 | 25:00 |
| 51:00 | 5:06 | 8:12 | 25:30 |
| 52:00 | 5:12 | 8:22 | 26:00 |
| 53:00 | 5:18 | 8:32 | 26:30 |
| 54:00 | 5:24 | 8:41 | 27:00 |
| 55:00 | 5:30 | 8:51 | 27:30 |
| 56:00 | 5:36 | 9:01 | 28:00 |
| 57:00 | 5:42 | 9:10 | 28:30 |
| 58:00 | 5:48 | 9:20 | 29:00 |
| 59:00 | 5:54 | 9:30 | 29:30 |
| 1:00:00 | 6:00 | 9:39 | 30:00 |
61 to 90 minute 10K pace chart
| Finish time | Pace / km | Pace / mile | 5K split |
|---|---|---|---|
| 1:01:00 | 6:06 | 9:49 | 30:30 |
| 1:02:00 | 6:12 | 9:59 | 31:00 |
| 1:03:00 | 6:18 | 10:08 | 31:30 |
| 1:04:00 | 6:24 | 10:18 | 32:00 |
| 1:05:00 | 6:30 | 10:28 | 32:30 |
| 1:06:00 | 6:36 | 10:37 | 33:00 |
| 1:07:00 | 6:42 | 10:47 | 33:30 |
| 1:08:00 | 6:48 | 10:57 | 34:00 |
| 1:09:00 | 6:54 | 11:06 | 34:30 |
| 1:10:00 | 7:00 | 11:16 | 35:00 |
| 1:11:00 | 7:06 | 11:26 | 35:30 |
| 1:12:00 | 7:12 | 11:35 | 36:00 |
| 1:13:00 | 7:18 | 11:45 | 36:30 |
| 1:14:00 | 7:24 | 11:55 | 37:00 |
| 1:15:00 | 7:30 | 12:04 | 37:30 |
| 1:16:00 | 7:36 | 12:14 | 38:00 |
| 1:17:00 | 7:42 | 12:24 | 38:30 |
| 1:18:00 | 7:48 | 12:33 | 39:00 |
| 1:19:00 | 7:54 | 12:43 | 39:30 |
| 1:20:00 | 8:00 | 12:52 | 40:00 |
| 1:21:00 | 8:06 | 13:02 | 40:30 |
| 1:22:00 | 8:12 | 13:12 | 41:00 |
| 1:23:00 | 8:18 | 13:21 | 41:30 |
| 1:24:00 | 8:24 | 13:31 | 42:00 |
| 1:25:00 | 8:30 | 13:41 | 42:30 |
| 1:26:00 | 8:36 | 13:50 | 43:00 |
| 1:27:00 | 8:42 | 14:00 | 43:30 |
| 1:28:00 | 8:48 | 14:10 | 44:00 |
| 1:29:00 | 8:54 | 14:19 | 44:30 |
| 1:30:00 | 9:00 | 14:29 | 45:00 |
Paces are calculated from an exact 10,000 m race distance and 6.2137119 miles, then rounded to the nearest displayed second. The 5K column is the mathematical halfway split for an evenly paced race.
The Running Pace Calculator lets you enter an exact target such as 47:30 or 52:45 and converts it into pace, speed and finish-time equivalents without rounding your goal to a whole minute.
Common 10K goal paces: 40, 45, 50 and 60 minutes
These four targets cover some of the most frequently used 10K benchmarks. The faster the target, the more important it becomes to distinguish between a pace you can touch during intervals and a pace you can sustain continuously for the full 10 kilometers.
Sub-40 10K pace
Exactly 40:00 requires 4:00/km. To run under 40 minutes, your average must be slightly faster than 4:00/km. This is a demanding target that requires both aerobic capacity and the ability to sustain a high fraction of that capacity.
Sub-45 10K pace
Exactly 45:00 equals 4:30/km. A sub-45 attempt therefore needs an average just quicker than 4:30/km after allowing for imperfect GPS lines and the actual distance you run.
Sub-50 10K pace
Exactly 50:00 equals 5:00/km or roughly 8:03/mile. It is a simple target to monitor because every 5 km at even pace is 25:00.
Sub-60 10K pace
Exactly 60:00 equals 6:00/km. Going under one hour means averaging just under six minutes per kilometer across the entire race.
If you are building toward one of these goals rather than only checking the arithmetic, use our 10-week 10K training plan. For the physiology behind sustained hard running, see lactate threshold running.
10K treadmill speeds and 400 m track splits
Pace can also be expressed as speed. This is useful on a treadmill or when doing race-specific work on a standard 400 m track. A track 10K is 25 laps, so the average 400 m split is simply your total target time divided by 25.
| 10K goal | Pace / km | Pace / mile | Treadmill km/h | Treadmill mph | 400 m split |
|---|---|---|---|---|---|
| 35:00 | 3:30 | 5:38 | 17.1 | 10.7 | 1:24 |
| 40:00 | 4:00 | 6:26 | 15.0 | 9.3 | 1:36 |
| 45:00 | 4:30 | 7:15 | 13.3 | 8.3 | 1:48 |
| 50:00 | 5:00 | 8:03 | 12.0 | 7.5 | 2:00 |
| 55:00 | 5:30 | 8:51 | 10.9 | 6.8 | 2:12 |
| 1:00:00 | 6:00 | 9:39 | 10.0 | 6.2 | 2:24 |
| 1:05:00 | 6:30 | 10:28 | 9.2 | 5.7 | 2:36 |
| 1:10:00 | 7:00 | 11:16 | 8.6 | 5.3 | 2:48 |
| 1:15:00 | 7:30 | 12:04 | 8.0 | 5.0 | 3:00 |
| 1:20:00 | 8:00 | 12:52 | 7.5 | 4.7 | 3:12 |
| 1:30:00 | 9:00 | 14:29 | 6.7 | 4.1 | 3:36 |
Treadmill speeds are mathematical speed equivalents, rounded to one decimal. They do not guarantee the same performance outdoors because running environment, belt mechanics, temperature, turns and pacing can change the effort required.
A study of ten recreationally trained male runners found different 10K performances between a treadmill and an indoor track under the tested conditions. Treat the speed column as a conversion tool, not as proof that a treadmill setting predicts your road-race time.
10K finish time by mile pace
If your watch and training log are set to minutes per mile, it can be easier to start with mile pace and work backward. The table below answers common searches such as “What 10K time is an 8-minute mile?” and “What 10K time is a 9-minute mile?”.
| Pace / mile | Equivalent pace / km | 10K finish time |
|---|---|---|
| 6:00 | 3:44 | 37:17 |
| 6:30 | 4:02 | 40:23 |
| 7:00 | 4:21 | 43:30 |
| 7:30 | 4:40 | 46:36 |
| 8:00 | 4:58 | 49:43 |
| 8:30 | 5:17 | 52:49 |
| 9:00 | 5:36 | 55:55 |
| 9:30 | 5:54 | 59:02 |
| 10:00 | 6:13 | 1:02:08 |
| 10:30 | 6:31 | 1:05:15 |
| 11:00 | 6:50 | 1:08:21 |
| 12:00 | 7:27 | 1:14:34 |
| 13:00 | 8:05 | 1:20:47 |
| 14:00 | 8:42 | 1:27:00 |
| 15:00 | 9:19 | 1:33:12 |
An 8:00/mile average gives a mathematical 10K time of about 49:43. A 9:00/mile average gives about 55:55. Those times use the exact kilometer-to-mile conversion rather than treating a 10K as exactly 6.2 miles.
How to calculate your 10K pace
You can calculate every value in the chart with a few simple formulas. Use total finish time in minutes unless otherwise stated.
10K pace formulas
Pace per kilometer: finish time ÷ 10
Pace per mile: finish time ÷ 6.2137119
Average speed in km/h: 600 ÷ finish time in minutes
400 m track split: finish time in seconds ÷ 25
For example, a 47-minute target is 47 ÷ 10 = 4.7 minutes per kilometer. The decimal 0.7 minute equals 42 seconds, so the required pace is 4:42/km. The full chart above already does this conversion for you.
How should you pace a 10K race?
The chart tells you the average pace required for a target time. It does not mean every kilometer must be identical. Hills, corners, wind, crowding and your own pacing response can move individual splits above or below the average.
There is no single split pattern that every runner should copy
In a simulated 10K study of 24 male runners, higher-performing runners started the first 400 m faster than their average race speed, settled through the middle of the race and accelerated again at the end. Lower-performing runners started closer to their average race speed and also increased speed late. The researchers concluded that pacing strategy differed with performance level.
Another 10K study involving 28 male long-distance runners found that perceived exertion explained much of the variation in the opening 400 m, while peak treadmill speed and other physiological measures contributed more during later phases. In practice, that supports using the chart as an average target while still paying attention to effort and race context.
The useful goal is controlled execution around your target average — not forcing the watch to display the exact same number every few seconds.
0–2 km: establish control
Settle into race effort without letting adrenaline, weaving or a downhill opening drag you into an effort you cannot sustain.
2–7 km: protect the middle
This is where your target average becomes most useful. Let terrain change instantaneous pace, but keep the overall effort and cumulative time under control.
7–9.6 km: reassess
If the target is still realistic and form is stable, begin increasing commitment instead of waiting until the finishing straight.
Final 400 m: use what is left
A late acceleration appears in multiple self-paced 10K observations. If you have the capacity, the final lap is the time to spend it.
Even pace vs negative split for a 10K
An even split means holding roughly the same average pace throughout. A negative split means running the second half faster than the first. Both can produce a well-executed race; the right approach depends on the athlete and course.
Even pacing
- Easy to compare against a pace chart.
- Works especially well as a benchmark on a flat, predictable course.
- Reduces the need to “make back” time after an overly cautious first half.
Slight negative split
- Can help prevent an over-aggressive opening.
- Lets you increase pace after you know how the first half feels.
- Requires enough restraint early without giving away too much time.
If kilometer 4 climbs and kilometer 5 descends, identical pace can require very different effort. On variable courses, use target average pace together with effort, terrain and conditions.
How to choose a realistic 10K goal pace
The arithmetic is easy; choosing the right target is harder. A realistic goal should be anchored to recent running rather than the number that looks best in the chart.
Use recent continuous runs and training consistency to choose a conservative starting target. You can always accelerate late.
A 10K is not simply two identical 5Ks. Compare your shorter-race speed with the 5K pace chart, then validate the longer target in training.
Race-specific intervals and threshold work should make your target feel demanding but familiar. The 10-week 10K plan shows how to build toward that.
A chart is course-neutral. Your race is not. Effort and cumulative time may be more useful than obsessing over one kilometer split.
10K race pace is not the same as every training pace
One of the easiest mistakes is turning a 10K target into the default pace for every run. Training works better when different sessions have different jobs. Your goal 10K pace is one reference point, not your universal training speed.
Easy running
Easy days should support aerobic development and recovery rather than rehearse race effort. Learn how to set them in our easy run pace guide and Zone 2 running guide.
Tempo and threshold
These sessions develop your ability to sustain a strong aerobic effort. See what a tempo run is and how lactate threshold training fits into race preparation.
Intervals
Intervals can target speeds faster than 10K pace without implying you could hold that speed for a full race. Use our running interval training guide for structure and recovery principles.
Race-specific work
As race day approaches, some sessions should teach you what goal 10K effort feels like. The purpose is familiarity and control, not turning every workout into a time trial.
Two other pieces of the performance puzzle are VO2 max and running economy. Neither replaces pacing, but both help explain why two runners can experience the same pace very differently.
Why your watch may show more than 10.00 km
A measured race route represents the intended course line, but your watch records the path you actually travel plus normal GPS error. That can make the device show slightly more or less than the advertised distance.
- Running wide around corners: the shortest legal route follows the course tangents, not the center of every bend.
- Weaving through runners: small lateral movements add distance over 10 km.
- GPS smoothing and signal error: buildings, trees and sharp turns can make the recorded track imperfect.
- Starting or stopping the watch manually: a small timing delay changes what your device reports.
If your goal is 50:00, the clean mathematical halfway benchmark is 25:00 at 5K. Cumulative splits are often easier to interpret than a GPS pace number that changes every few seconds.
10K pace compared with other race-distance pace charts
Your 10K sits between 5K speed and the longer endurance demands of a half marathon or marathon. If you are comparing goals across distances, use the matching chart rather than applying your 10K pace directly to another race.
5K pace chart
Use the 5K pace chart for shorter-race finish times and splits.
Half marathon pace chart
Use the half marathon pace chart when your target moves to 21.1 km.
Marathon pace chart
Use the marathon pace chart for 42.2 km pacing and split targets.
Common 10K pacing mistakes
Banking time in the first kilometer
Going much faster than sustainable pace does not create free time. It creates a harder physiological problem for the remaining distance.
Chasing instant GPS pace
Instant pace can fluctuate. Use lap pace, cumulative splits and perceived effort to understand the race more calmly.
Ignoring the course
A pace chart is built on distance and time only. Elevation, wind, temperature and turns all change the effort needed to produce a given split.
Choosing a goal from ambition alone
A good target should connect to recent training and race evidence. A round number is motivating, but it still needs to be physically plausible.
Using race pace on easy days
More 10K-pace running is not automatically better. Protect the purpose of easy runs so quality sessions can actually be high quality.
Giving up after one slow split
A hill, headwind or crowded turn can produce a slow kilometer without ending the goal. Look at the whole race rather than one isolated number.
Frequently asked questions about 10K pace
What pace do I need for a 40-minute 10K?
A 40:00 10K requires an average of 4:00 per kilometer or about 6:26 per mile. The halfway 5K split is 20:00 at even pace.
What pace do I need for a 45-minute 10K?
A 45:00 10K requires 4:30/km or about 7:15/mile. An even 5K halfway split is 22:30.
What pace do I need for a 50-minute 10K?
A 50:00 10K is exactly 5:00/km, which converts to about 8:03/mile. The halfway split is 25:00.
What pace do I need for a 60-minute 10K?
A 60:00 10K requires exactly 6:00/km or about 9:39/mile. To break 60 minutes, average slightly faster than that.
What 10K time is 5:00 per kilometer?
At exactly 5:00 per kilometer, 10 kilometers takes 50:00.
What 10K time is 6:00 per kilometer?
At exactly 6:00 per kilometer, a 10K takes 1:00:00.
What 10K time is an 8-minute mile?
An exact 8:00/mile average over 10 kilometers works out to approximately 49:43, with an equivalent kilometer pace of about 4:58/km.
What 10K time is a 9-minute mile?
An exact 9:00/mile average over 10 kilometers is approximately 55:55, equivalent to about 5:36/km.
How many miles is a 10K?
10 kilometers is approximately 6.21 miles. More precisely, using the international mile conversion, it is about 6.2137 miles.
How many laps is a 10K on a 400 m track?
A 10K is 25 laps of a standard 400 m track because 25 × 400 m = 10,000 m.
What treadmill speed is a 50-minute 10K?
Exactly 50:00 corresponds mathematically to 12.0 km/h, or about 7.5 mph. To break 50 minutes, the average speed must be slightly higher. Treadmill performance does not always translate one-to-one to an outdoor 10K.
Should I run every kilometer at exactly the same pace?
No. The chart gives the average pace required. On a flat course, relatively even pacing can be a useful benchmark, but hills, wind, turns and individual pacing strategy can make specific kilometer splits faster or slower.
How do I find an exact pace for a goal like 47:30?
Use the Running Pace Calculator to enter the exact finish time. It is more precise than choosing the nearest whole-minute row in this chart.
How this 10K pace chart was calculated
The tables are mathematical conversions rather than population averages. This matters because a pace chart should be reproducible: the same distance and target time should always produce the same result.
Exact distance
We use 10,000 meters for the race and 1 mile = 1.609344 kilometers, making 10K approximately 6.2137119 miles.
Consistent rounding
Pace displays are rounded to the nearest second. Speed is rounded to one decimal place in the treadmill table.
Even-pace reference
5K and 400 m splits assume the same average pace across the full 10K. They are targets for comparison, not a rule that every split must be identical.
Calculate your exact 10K pace
Enter any finish time to get your exact pace and speed, then use the 10-week plan if you need a structured route from current fitness to race day.
Sources
- Lima-Silva et al. — Effect of performance level on pacing strategy during a 10-km running race
Used for the discussion of how pacing patterns differed between higher- and lower-performing runners in a self-paced 10K trial.
- Pacing strategy determinants during a 10-km running time trial
Used for the role of perceived exertion and physiological variables across different phases of a 10K time trial.
- Running performance, pace strategy, and thermoregulation differ between a treadmill and indoor track
Used to support the caution that a mathematical treadmill-speed conversion is not the same as guaranteed outdoor or track performance.
Explore the complete collection of running pace tools and charts for race planning and training.
Use this chart once you know the target. If you still need to choose a realistic target or understand how race pace differs from training pace, start with the complete Running Pace Guide.
