10K pace chart: pace and splits for your goal time

Find your goal time for the even pace and splits to run it, per kilometre and per mile, then see what the research says about pacing the start and the finish of a 10K.

By RunFast · Updated 13 October 2026 · 14 min read

A 10K pace chart turns a goal finish time into the pace to run and the times to expect on the way. Find your goal finish time in the first column: its row gives the even pace per km and per mile, and your time at 2, 5 and 8 km, or at 1, 3, 5 and 6 miles. The tables below cover finish times from 30:00 to 90:00 in 1-minute steps, by kilometre and by mile.

Every pace in the chart is an even pace, the same from start to finish, because that is what a chart can show. In a study of 24 male runners in a simulated 10 km race, the high-performing third started above their average race speed, while the low-performing third started at a speed not different from their own average.¹ And a 2026 meta-analysis of 24 studies of endurance time trials found no consistent performance advantage of any imposed pacing strategy over self-selected pacing, in which athletes set their own.²

The two studies of how runners chose their 10 km pace are small and in men: 24 runners in a simulated race, and 28 long-distance runners in a time trial on an outdoor track.^{1, 3} The meta-analysis pooled time trials in healthy athletes in sports such as cycling, running and swimming, not 10K races.² So the chart’s numbers are exact arithmetic, while the best way to pace a 10K is not settled.

10K pace chart by kilometre

Paces and times are rounded to the whole second. Each split is worked out from the exact pace, not the rounded one, so a rounded pace multiplied by a distance can be a few seconds off the row: at most about 5 s over 10 km, because rounding moves a pace by no more than half a second per km.

10K pace chart by mile

If your watch shows miles, here is the same 10K running pace chart in miles. The 6 mi marker is at 9.656 km, so the last 0.344 km to the finish is not shown.

How to use the chart

Find the row for your goal finish time. If your goal falls between two rows, the pace changes by about 6 s per km (10 s per mile) for every minute of finish time, so you can estimate between them. For an exact time, a time outside 30:00 to 90:00 or another distance, use the pace calculator. A course may not measure exactly what your watch shows, so check your splits at the course’s kilometre or mile markers rather than against the watch alone.

Choose the row from a recent race, not from the time you would like to run. The pace calculator’s equivalent race times show what a recent 5K or half marathon predicts for 10 km.

Use the 2 km time (1 mi) to check your start against the plan, 5 km (3 mi) to check halfway, and 8 km (5 mi) to see how you are holding the pace late in the race. Treat the 10K race pace chart as the anchor of your plan, not a prediction of every split. For other distances, see the 5K pace chart, the half marathon pace chart and the marathon pace chart; each has its own research.

If your pace is off the chart

The chart assumes you hold one pace all the way. The table below runs the whole 10 km 5, 10 or 15 seconds per kilometre slower than the chart’s pace for a goal time. It is arithmetic, not a prediction.

What the research says about pacing a 10K

The chart shows an even pace. Whether to run one is a question for the research: what it found, in whom, and how sure it is. Each claim below links to its source, and our editorial standards say how each one is checked.

How runners pace a 10K

In one study, 24 male runners did an incremental test on a treadmill and a self-paced 10 km performance trial.¹ The researchers then split them into thirds by their 10 km performance and compared the top and bottom thirds.¹ In the high-performing group, speed peaked at 18.8 km/h in the first 400 m, above their average race speed.¹ Their speed then fell gradually until 2,000 m, held steady until 9,600 m, and rose again.¹ The low-performing group ran the first 400 m slower than the high-performing group, at a speed not different from their own average racing speed.¹ The authors concluded that high and low performance runners adopt different pacing strategies in a 10 km race.¹

A second study looked at what shapes the pace 28 male long-distance runners chose in a 10 km time trial on an outdoor track.³ In the first 400 m, perceived effort accounted for 72% of the variance in pace.³ The authors suggest that, later in the run, the predictors of pace shift from perceived effort to physiological and muscular factors.³

Results from mass-participation races let researchers look at pacing in non-elite runners.⁴ In Oslo’s 10 km race and marathon, both 10 km runners and marathoners showed positive pacing strategies.⁴ Positive pacing means a reduction in speed through the race, and negative pacing an increase in speed throughout.⁵

The first two are small groups of men, and all three studies are observational: they describe how runners tended to pace, not which pacing made them faster.^{1, 3, 4}

Does an imposed pace beat self-pacing?

Trials that impose a pace ask a wider question: does telling athletes how to pace beat letting them choose? A 2026 systematic review and network meta-analysis set out to compare pacing strategies in endurance time trials in healthy athletes.² It pooled 24 studies with 302 participants, in endurance sports such as cycling, running and swimming, over middle and long durations.² It found no consistent performance advantage of any imposed pacing strategy over self-selected pacing.² In those time trials, prolonged slow starts were associated with impaired performance.² Its abstract doesn’t say how long a prolonged slow start was, or how many of the studies were 10 km runs, so it is no reason on its own to avoid an easy first kilometre.

Racing others, and training

In a trial of 14 male runners, each ran a 10 km time trial and a 10 km head-to-head race on different days.⁶ Their pacing strategy and perceived exertion did not differ between the two.⁶ They were faster head to head, 39:32 against 40:28 in the time trial.⁶

Two trials asked whether training changes how runners pace a 10 km. In one, 28 male runners were assigned to a control group or to plyometric training twice a week for eight weeks.⁷ The authors found no evidence that the training directly changed pacing behaviour in a 10 km time trial.⁷ In the other, 18 endurance runners were allocated to an 8-week strength training programme or a control group.⁸ The strength group’s improvement came mainly from higher speeds in the last seven laps, the last 2,800 m, of the 10 km trial.⁸ So the two small trials point different ways.^{7, 8}

How elite 10,000 m races are paced

An analysis of men’s world records looked at the time for each kilometre in 34 world records at 10,000 m, set from 1921 to 2004.⁹ In world records at 5000 m and 10,000 m, the first and final kilometres were faster than the middle ones, giving an overall even pace.⁹

A 2021 review of elite runners describes a U-shaped pacing strategy, with a faster start and end than the middle, in world-record meet races at 5000 m and 10,000 m.⁵ In championship 5000 m and 10,000 m races, it says, runners adopt a negative pacing strategy with microvariations of pace.⁵ Elite runners’ pacing differs depending on race distance.⁵ For athletes with more modest aims than a championship medal, the authors advise a realistic pace in the early stages of long-distance races and staying within a pack of runners.⁵

Where the evidence is thin or mixed

The lab, track and training studies are small, and most were in men: 24 runners in a simulated race, 28 on an outdoor track, and 14 and 28 in two trials.^{1, 3, 6, 7} The strength training trial had 18 endurance runners, and its abstract doesn’t give their sex.⁸ None of the lab, track or training studies tested runners in a mass-participation 10K at your pace, and the one mass-participation study is observational.⁴

The meta-analysis pooled endurance sports such as cycling, running and swimming, in middle- and long-duration events, so it speaks to pacing in general, not to 10 km in particular.² Its abstract doesn’t say how many of its studies were in runners.

World-record and championship races are elite racing, not a recreational runner’s 10K.^{9, 5} Treat their pacing as context, not a plan.

The two training trials disagree: plyometric training showed no evidence of a change in pacing, while strength training came with faster speeds late in the run.^{7, 8} None of the sources here gives a figure for how much to allow for hills or heat, or a target for a negative split, so this guide gives none.

Common questions

What pace do I need for a 40, 50 or 60-minute 10K?

For 40:00, run 4:00 /km (6:26 /mi): 5 km in 20:00 and 5 mi in 32:11. For 50:00, it is 5:00 /km (8:03 /mi), with 5 km at 25:00 and 5 mi at 40:14. For 60:00, it is 6:00 /km (9:39 /mi), with 5 km at 30:00 and 5 mi at 48:17. To run under 40, 50 or 60 minutes, aim a little faster than the row for that time: the 49:00 row, for example, is 4:54 /km (7:53 /mi), and the 39:00 row is 3:54 /km (6:17 /mi).

How do I work out my 10K pace?

Divide your goal finish time by the distance: 10 km for a pace per km, or 6.214 miles for a pace per mile. A 50:00 goal, for example, works out at 5:00 /km or 8:03 /mi. For an exact time, use the pace calculator, and choose the goal from a recent race rather than from the chart.

Should I start faster than the chart in a 10K?

The research doesn’t settle it. In one study of 24 men, the high-performing third started above their average race speed, while the low-performing third started at a speed not different from their own average.¹ In Oslo’s 10 km race, runners showed positive pacing, slowing as the race went on.^{4, 5} Across 24 studies of endurance time trials, no imposed pacing strategy was consistently better than self-selected pacing, and prolonged slow starts were associated with impaired performance.² In elite racing, 10,000 m world records had a faster first and final kilometre with an even pace overall, and record races showed a U-shaped pattern.^{9, 5} In practice, plan the chart’s even pace, expect the first kilometres to feel easy and tempting, check your start at 2 km, and don’t treat a start a touch faster or slower than the chart as right or wrong.

Why does my watch say more than 10 km?

Your watch’s distance may not match the course’s measured distance, for example if you weave round other runners or take the outside of bends. Run your splits off the course’s kilometre or mile markers, and use the chart’s times at those markers rather than the watch’s pace alone.

This guide is general information, not medical advice. If you have an injury, a health condition or are pregnant, ask a doctor or physiotherapist before changing how you train or eat.

Related guides

• 5K pace chart: pace and splits for your goal timeFind your goal time for the even pace and splits to run it, per kilometre and per mile, then see what the research says about pacing the start and the finish of a 5K.
• Half marathon pace chart: pace and splits for your goal timeFind your goal time for the even pace and splits to run it, per kilometre and per mile, then see what the research says about holding that pace over a half marathon.
• Marathon pace chart: pace and splits for your goal timeFind your goal time for the even pace and splits to run it, per kilometre and per mile, then see what the research says about holding that pace over 42.195 km.

Sources

1. Lima-Silva AE, Bertuzzi RC, Pires FO, Barros RV, Gagliardi JF, Hammond J, Kiss MA, Bishop DJ. Effect of performance level on pacing strategy during a 10-km running race. European Journal of Applied Physiology. 2010. doi:10.1007/s00421-009-1300-6
2. Ramos-Campo DJ, Foster C, Andreu-Caravaca L, Rubio-Arias JÁ, Rosenblat MA. Comparative Effects of Pacing Strategies on Endurance Performance: A Systematic Review and Network Meta-Analysis. Sports Medicine. 2026. doi:10.1007/s40279-025-02367-3
3. Bertuzzi R, Lima-Silva AE, Pires FO, Damasceno MV, Bueno S, Pasqua LA, Bishop DJ. Pacing strategy determinants during a 10-km running time trial: contributions of perceived effort, physiological, and muscular parameters. Journal of Strength and Conditioning Research. 2014. doi:10.1519/jsc.0000000000000314
4. Cuk I, Nikolaidis PT, Villiger E, Knechtle B. Pacing in Long-Distance Running: Sex and Age Differences in 10-km Race and Marathon. Medicina. 2021. doi:10.3390/medicina57040389
5. Casado A, Hanley B, Jiménez-Reyes P, Renfree A. Pacing profiles and tactical behaviors of elite runners. Journal of Sport and Health Science. 2021. doi:10.1016/j.jshs.2020.06.011
6. do Carmo EC, Barroso R, Renfree A, da Silva NR, Gil S, Tricoli V. Affective Feelings and Perceived Exertion During a 10-km Time Trial and Head-to-Head Running Race. International Journal of Sports Physiology and Performance. 2020. doi:10.1123/ijspp.2019-0586
7. do Carmo EC, Barroso R, Gil S, da Silva NR, Bertuzzi R, Foster C, Tricoli V. Can plyometric training change the pacing behaviour during 10-km running? European Journal of Sport Science. 2023. doi:10.1080/17461391.2021.2013952
8. Damasceno MV, Lima-Silva AE, Pasqua LA, Tricoli V, Duarte M, Bishop DJ, Bertuzzi R. Effects of resistance training on neuromuscular characteristics and pacing during 10-km running time trial. European Journal of Applied Physiology. 2015. doi:10.1007/s00421-015-3130-z
9. Tucker R, Lambert MI, Noakes TD. An analysis of pacing strategies during men's world-record performances in track athletics. International Journal of Sports Physiology and Performance. 2006. doi:10.1123/ijspp.1.3.233