Cycling benchmarks
4K Cycling Times: Complete Standards
Good 4k cycling time: 7:46 overall, 7:25 for men, and 8:58 for women.
Quick answer
What is a good 4k cycling time?
These 4k benchmarks are modelled estimates for flat solo efforts. They are useful for comparison, but they should not be presented as direct event-result standards or direct track pursuit standards.
Overall
7:46
Male benchmark
7:25
Female benchmark
8:58
Benchmark tables
4K cycling time standards by age and ability
The table uses modelled benchmark estimates for flat solo efforts. Compare only with similar terrain, wind, and equipment conditions.
Finish-time view shows the modelled benchmark time directly.
| Age | beginner | novice | intermediate | advanced | elite |
|---|---|---|---|---|---|
| 10 | 11:53 | 10:15 | 09:08 | 08:21 | 07:47 |
| 15 | 10:15 | 08:51 | 07:53 | 07:13 | 06:43 |
| 20 | 09:53 | 08:33 | 07:37 | 06:58 | 06:30 |
| 25 | 09:53 | 08:33 | 07:37 | 06:58 | 06:30 |
| 30 | 09:53 | 08:33 | 07:37 | 06:58 | 06:30 |
| 35 | 09:59 | 08:39 | 07:42 | 07:03 | 06:34 |
| 40 | 10:20 | 08:56 | 07:57 | 07:17 | 06:47 |
| 45 | 10:45 | 09:18 | 08:17 | 07:34 | 07:03 |
| 50 | 11:11 | 09:40 | 08:38 | 07:54 | 07:22 |
| 55 | 11:39 | 10:04 | 08:59 | 08:14 | 07:40 |
| 60 | 12:09 | 10:31 | 09:22 | 08:35 | 07:59 |
| 65 | 12:42 | 10:59 | 09:47 | 08:58 | 08:21 |
| 70 | 13:20 | 11:32 | 10:17 | 09:24 | 08:46 |
| 75 | 14:19 | 12:23 | 11:03 | 10:08 | 09:27 |
| 80 | 15:52 | 13:43 | 12:13 | 11:11 | 10:26 |
| 85 | 18:15 | 15:46 | 14:03 | 12:52 | 12:00 |
| 90 | 22:12 | 19:11 | 17:08 | 15:40 | 14:37 |
Age
10
- beginner
- 11:53
- novice
- 10:15
- intermediate
- 09:08
- advanced
- 08:21
- elite
- 07:47
Age
15
- beginner
- 10:15
- novice
- 08:51
- intermediate
- 07:53
- advanced
- 07:13
- elite
- 06:43
Age
20
- beginner
- 09:53
- novice
- 08:33
- intermediate
- 07:37
- advanced
- 06:58
- elite
- 06:30
Age
25
- beginner
- 09:53
- novice
- 08:33
- intermediate
- 07:37
- advanced
- 06:58
- elite
- 06:30
Age
30
- beginner
- 09:53
- novice
- 08:33
- intermediate
- 07:37
- advanced
- 06:58
- elite
- 06:30
Age
35
- beginner
- 09:59
- novice
- 08:39
- intermediate
- 07:42
- advanced
- 07:03
- elite
- 06:34
Age
40
- beginner
- 10:20
- novice
- 08:56
- intermediate
- 07:57
- advanced
- 07:17
- elite
- 06:47
Age
45
- beginner
- 10:45
- novice
- 09:18
- intermediate
- 08:17
- advanced
- 07:34
- elite
- 07:03
Age
50
- beginner
- 11:11
- novice
- 09:40
- intermediate
- 08:38
- advanced
- 07:54
- elite
- 07:22
Age
55
- beginner
- 11:39
- novice
- 10:04
- intermediate
- 08:59
- advanced
- 08:14
- elite
- 07:40
Age
60
- beginner
- 12:09
- novice
- 10:31
- intermediate
- 09:22
- advanced
- 08:35
- elite
- 07:59
Age
65
- beginner
- 12:42
- novice
- 10:59
- intermediate
- 09:47
- advanced
- 08:58
- elite
- 08:21
Age
70
- beginner
- 13:20
- novice
- 11:32
- intermediate
- 10:17
- advanced
- 09:24
- elite
- 08:46
Age
75
- beginner
- 14:19
- novice
- 12:23
- intermediate
- 11:03
- advanced
- 10:08
- elite
- 09:27
Age
80
- beginner
- 15:52
- novice
- 13:43
- intermediate
- 12:13
- advanced
- 11:11
- elite
- 10:26
Age
85
- beginner
- 18:15
- novice
- 15:46
- intermediate
- 14:03
- advanced
- 12:52
- elite
- 12:00
Age
90
- beginner
- 22:12
- novice
- 19:11
- intermediate
- 17:08
- advanced
- 15:40
- elite
- 14:37
Interpretation
How to interpret your time
Use this table as a quick translation layer between a raw time and a more practical reading of what it means on a flat solo effort.
| Your time | Typical speed | Likely level | Practical meaning |
|---|---|---|---|
| Under 7:00 | 34.3+ km/h | Advanced to elite | Strong short-TT ability with good acceleration control and efficient pacing. |
| 7:00 to 8:15 | 29.1 to 34.3 km/h | Intermediate to advanced | A competitive benchmark range for trained club riders and developing testers. |
| 8:15 to 9:45 | 24.6 to 29.1 km/h | Developing rider | A useful baseline for riders building high-end aerobic power and steadier pacing. |
| 9:45 to 12:00 | 20.0 to 24.6 km/h | Beginner to novice | Suitable starting range for early structured training and repeatable testing. |
| Over 12:00 | Below 20.0 km/h | Foundation stage | Focus first on consistent cadence, basic aerobic work, and smoother pacing before chasing aggressive benchmarks. |
What a 4K benchmark reveals
A 4k cycling effort is long enough to punish a reckless start and short enough that riders still spend meaningful time near the upper end of aerobic power. That makes it a useful benchmark for short time-trial pacing, not just raw acceleration.
Some riders associate 4k with pursuit-style testing. That can be a helpful mental model, but road and track efforts are not interchangeable because surface, aerodynamics, and start conditions differ.
- Use the test on a flat route with minimal interruptions.
- Keep your start method consistent if you want the comparison to mean anything.
- Do not compare a smooth rolling-start road test with a standing-start track effort as if they were equivalent.
How to read the 4K standards
The age-by-ability rows are modelled estimates for flat solo efforts. The purpose is to give a realistic performance band, not to overstate precision where direct distance-matched standards are not being claimed.
As with the other benchmark pages, younger adult rows stay near a stable reference band while older rows use a conservative age-adjustment logic informed by veteran time-trial methodology.
Simple 4k speed interpretation
Where:
- 4distance in kilometres
- timeelapsed time for the solo 4k effort
Example: 4 km in 7:46 equals about 30.9 km/h average speed.
This helps riders translate a benchmark time into a pace they can compare more intuitively across short efforts and training files.
Pacing a short 4K effort
The common error at 4k is starting too hard because the distance looks manageable. Riders often gain only a few seconds in the opening section and then lose far more when cadence and power fall sharply later in the effort.
A better 4k usually comes from an assertive but controlled start, followed by a stable middle section and a final lift only if speed is still holding together.
- Open hard enough to get up to speed quickly, but avoid an all-out launch that ruins the second half.
- Hold an aero position you can sustain instead of surging in and out of it.
- If the final minute collapses badly, the opening pace was probably too aggressive.
How to improve your 4K cycling time
Most riders improve a 4k through better repeatable high-end aerobic work, cleaner pacing, and more comfort holding speed in position. Random maximal efforts are less useful than structured interval work you can repeat well.
In practice, that usually means a block that combines threshold support, short VO2max intervals, and frequent rehearsal of the gear and cadence you expect to use on test day.
- Keep threshold work in the week so the pace feels less fragile.
- Use short 2 to 4 minute intervals to improve repeatable power at race-like intensity.
- Re-test on the same course and under similar wind conditions.
FAQ
Common questions
Is a 4k benchmark the same as a track pursuit time?
No. A 4k road benchmark and a 4k pursuit effort are not directly comparable because start conditions, surface, aerodynamics, and environment differ.
Why is the 4k table marked approximate?
Because the rows are modelled benchmark estimates for flat solo efforts rather than a direct licensed 4k result dataset.
What matters more at 4k, pacing or power?
Both matter, but poor pacing can waste available power quickly. Riders who start too hard often underperform even when their peak power is good.
Can I compare indoor and outdoor 4k efforts?
Only cautiously. Cooling, inertia, and the feel of pacing can differ enough to distort a direct comparison.
Related tools
Apply the benchmark to your training
Methodology and sources
Scientific references
The benchmark tables on this page are presented as modelled estimates. These references support the pacing, physiology, aerodynamic, and age-adjustment context used to interpret the results.
- VTTA Age Adjustments and Standards overview
Used for age-adjustment methodology context, not as a direct 5k, 10k, or 20k benchmark table source.
- VTTA Age Adjustments and Standards 2025 PDF
Shows how age adjustments are built from veteran time-trial datasets and notes workbook limitations for under-40 rows.
- Determinants of cycling time-trial performance
Summarizes pacing, aerodynamics, physiology, and environmental factors that shape TT performance.
- Laboratory determinants of 8-minute cycling time-trial performance
Useful context for short benchmark efforts that sit near VO2max and above-threshold intensity.
- Pacing strategy differences in 4 km and 20 km cycling time trials
Supports the distinction between short, aggressive pacing and longer threshold-oriented pacing.
- Pacing strategy research in cycling time trials
Supports even pacing as the default starting point for controlled solo time-trial efforts.
- Aerodynamic positioning and projected frontal area in time-trial cycling
Supports cautious statements about positioning and drag, without claiming fixed time savings.
Disclaimer: Benchmark times on this page are modelled estimates for educational comparison, not medical or coaching prescriptions. Individual results depend on fitness, health status, equipment, and environmental conditions. Consult a qualified healthcare provider before starting or modifying any training programme.