10m, 20m, 30m & 40m Sprint Standards by Age
A practical benchmark guide for parents, footballers, rugby players and athletes who want to understand sprint times properly — and improve them.
Parents, athletes and coaches often ask the same question: “What is a good sprint time for my age?” The honest answer is that sprint times depend on age, sex, maturity, sport, training history, timing method and technique. This guide gives practical standards you can use without turning one sprint test into a final judgement of an athlete’s ability.
Important: These standards are coaching benchmarks, not official qualification standards. Use them to identify where an athlete currently sits and what to improve next.
Why Sprint Standards Matter
Sprint times are one of the simplest ways to measure athletic speed. They are useful because they provide objective feedback. A player may feel faster, move better and look sharper, but timing gives you proof.
For footballers, rugby players and young athletes, short-distance sprint testing is often more useful than a 100m time. Most sporting sprints happen over short distances, where acceleration, first-step speed and body position matter more than pure top speed.
That is why this page focuses on 10m, 20m, 30m and 40m sprint times.
- 10m tests first-step acceleration.
- 20m tests acceleration and early speed.
- 30m tests acceleration into upright sprinting.
- 40m tests extended acceleration and transition speed.
How to Test Sprint Times Properly
Before comparing times, you need to understand how the sprint was measured. A hand-timed sprint and an electronically timed sprint are not the same thing.
Electronic timing gates
Timing gates are the most reliable method. They reduce human reaction error and give more consistent results. If you are using sprint times to monitor progress over several weeks or months, timing gates are the gold standard.
Hand timing
Hand timing is useful for coaching but less accurate. Coaches often start the stopwatch late and stop it slightly early, meaning hand times can look faster than electronic times.
Phone timing
Phone video can be helpful if filmed side-on and reviewed frame by frame. It is better than guessing, but still less consistent than timing gates.
Coach tip: Do not compare a hand-timed garden sprint to an electronically timed track sprint. Use the same surface, same start position and same timing method every time.
Sprint Time Standards by Age
The tables below give broad coaching benchmarks for athletes aged 8–18. They are designed for practical use with footballers, rugby players, school athletes and developing sprinters.
Because growth and maturation affect speed heavily, especially during puberty, avoid judging young athletes too harshly from one test. Some athletes develop speed early. Others improve dramatically later once they gain strength, coordination and maturity.
10m sprint standards
| Age | Developing | Good | Very Good | Excellent |
|---|---|---|---|---|
| 8–9 | 2.30s+ | 2.15–2.29s | 2.00–2.14s | Under 2.00s |
| 10–11 | 2.15s+ | 2.00–2.14s | 1.90–1.99s | Under 1.90s |
| 12–13 | 2.05s+ | 1.90–2.04s | 1.80–1.89s | Under 1.80s |
| 14–15 | 1.95s+ | 1.80–1.94s | 1.70–1.79s | Under 1.70s |
| 16–18 | 1.85s+ | 1.70–1.84s | 1.60–1.69s | Under 1.60s |
20m sprint standards
| Age | Developing | Good | Very Good | Excellent |
|---|---|---|---|---|
| 8–9 | 4.20s+ | 3.95–4.19s | 3.75–3.94s | Under 3.75s |
| 10–11 | 3.95s+ | 3.70–3.94s | 3.50–3.69s | Under 3.50s |
| 12–13 | 3.75s+ | 3.45–3.74s | 3.25–3.44s | Under 3.25s |
| 14–15 | 3.55s+ | 3.25–3.54s | 3.05–3.24s | Under 3.05s |
| 16–18 | 3.35s+ | 3.05–3.34s | 2.90–3.04s | Under 2.90s |
30m sprint standards
| Age | Developing | Good | Very Good | Excellent |
|---|---|---|---|---|
| 8–9 | 6.00s+ | 5.65–5.99s | 5.30–5.64s | Under 5.30s |
| 10–11 | 5.65s+ | 5.25–5.64s | 4.95–5.24s | Under 4.95s |
| 12–13 | 5.30s+ | 4.90–5.29s | 4.60–4.89s | Under 4.60s |
| 14–15 | 5.00s+ | 4.60–4.99s | 4.30–4.59s | Under 4.30s |
| 16–18 | 4.70s+ | 4.30–4.69s | 4.05–4.29s | Under 4.05s |
40m sprint standards
| Age | Developing | Good | Very Good | Excellent |
|---|---|---|---|---|
| 8–9 | 7.70s+ | 7.25–7.69s | 6.85–7.24s | Under 6.85s |
| 10–11 | 7.20s+ | 6.75–7.19s | 6.35–6.74s | Under 6.35s |
| 12–13 | 6.75s+ | 6.25–6.74s | 5.90–6.24s | Under 5.90s |
| 14–15 | 6.30s+ | 5.85–6.29s | 5.50–5.84s | Under 5.50s |
| 16–18 | 5.90s+ | 5.50–5.89s | 5.20–5.49s | Under 5.20s |
What Is a Good Sprint Time for Football?
For footballers, 10m and 20m times are usually the most valuable. A winger, striker, full-back or pressing midfielder rarely needs a 100m sprint in a match. They need to win the first few metres.
A good football speed profile should include:
- Fast first step over 0–5m
- Strong acceleration over 10m
- Good 20m time
- Ability to repeat sprints
- Ability to decelerate and change direction
Football benchmark guide
| Level | 20m Standard | What It Usually Means |
|---|---|---|
| Developing youth player | 3.60s+ | Needs technical sprint work and strength development |
| Good youth player | 3.30–3.59s | Competitive pace for grassroots and school football |
| Strong academy-level profile | 3.05–3.29s | Good short-distance acceleration |
| Excellent older youth player | Under 3.05s | High-level speed profile when combined with football skill |
Football note: A fast sprint time alone will not get a player into an academy. But if two players are technically similar, the quicker player has a major advantage.
What Is a Good Sprint Time for Rugby?
Rugby speed depends heavily on position. A winger and a prop should not be judged by exactly the same sprint profile.
For rugby players, speed matters in different ways:
- Props need repeated acceleration into contact.
- Back-row players need explosive first steps and support running.
- Centres need acceleration, power and change of direction.
- Wingers need high top speed and 30–40m sprint ability.
- Full-backs need recovery speed and open-field acceleration.
Rugby benchmark guide
| Position Type | Priority Distance | Key Quality |
|---|---|---|
| Front row | 10m | Explosive first step and contact speed |
| Second row | 10–20m | Acceleration and repeat efforts |
| Back row | 10–30m | Powerful support running |
| Centres | 20–30m | Acceleration into space |
| Back three | 30–40m | Open-field speed |
Why Some Athletes Test Slower Than They Should
A sprint test does not only measure natural speed. It also reveals technical problems.
Poor start position
If the athlete starts too upright, they lose the chance to project forwards. The first two steps become weak and vertical.
Overstriding
If the foot lands too far ahead of the body, it acts like a brake. This is one of the most common reasons footballers and rugby players underperform in sprint tests.
Weak arm drive
The arms help set sprint rhythm. If the arms are passive or crossing the body, leg speed usually suffers.
Poor strength-to-weight ratio
Speed requires force. Athletes who lack strength through the hips, glutes, hamstrings, calves and trunk often struggle to accelerate efficiently.
Testing fatigue
Sprint tests should be performed fresh. Testing after hard training, matches or conditioning sessions will usually produce slower times.
How to Improve Your Sprint Time
If your sprint time is slower than expected, do not panic. Most athletes can improve significantly with the right coaching and training structure.
1. Improve your start
The start should create forward projection. The athlete should push away from the ground rather than pop upright immediately.
2. Fix foot strike
The foot should strike close to underneath the body. Landing too far ahead increases braking forces.
3. Strengthen the posterior chain
The glutes and hamstrings are essential for acceleration. Hip thrusts, Romanian deadlifts, split squats and hamstring work can all support sprint performance when coached correctly.
4. Train with full recovery
Speed training is not conditioning. If you want to become faster, sprint reps should be high quality with enough recovery to repeat maximum effort.
5. Track progress every 4–6 weeks
Testing too often can become distracting. A good approach is to test, train for four to six weeks, then retest under the same conditions.
Edinburgh Sprint Coach offers 1:1 sprint coaching, football speed training, rugby speed development and youth Speed School sessions in Edinburgh.
Book a sprint assessmentFrequently Asked Questions
What is a good 20m sprint time?
For older youth athletes, anything around 3.05–3.30 seconds is a strong 20m time. Under 3.00 seconds is excellent, especially if electronically timed.
What is a good 10m sprint time?
For older teenagers, under 1.70 seconds is very good and under 1.60 seconds is excellent. Younger athletes should be compared against their age and maturity level.
Are hand-timed sprint times accurate?
Hand timing is useful but less accurate than electronic timing gates. If you want reliable progress tracking, use the same timing method every time.
How often should young athletes test sprint times?
Every four to six weeks is usually enough. Testing every session can distract from the actual training process.
Can sprint coaching improve 20m times?
Yes. Many athletes improve their 20m time by fixing acceleration mechanics, foot contact, arm drive and strength limitations.
Should children do sprint training?
Yes, if it is age-appropriate. For children, sprint training should focus on coordination, movement quality, games, acceleration mechanics and confidence.
What matters more for football: 10m, 20m or 40m?
For most footballers, 10m and 20m are the most important because match-winning actions often happen over short distances.
What matters more for rugby?
It depends on position. Forwards often need 10m acceleration and repeat power. Backs usually need stronger 20–40m sprint ability.
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