Speed Testing: 20m Sprint

A player may accelerate well over the first few steps but fade across a longer short sprint. The 20 m Sprint Test gives professionals a practical way to assess acceleration and early speed over a distance that is relevant for many field and court sports.

The MAT article describes the 20 m Sprint Test as similar to the 10 m Sprint Test but over a longer distance, measuring the time taken to complete 20 metres.

Quick Summary

Test name: 20 m Sprint Test
Also known as: 20-metre sprint, 20 m speed test
Purpose: Assess acceleration and short-distance sprint speed
What it assesses: Sprint time over 20 m
Equipment: 20 m measured track, cones, stopwatch or timing gates
Key finding: Time to complete 20 m
Best used with: 10 m Sprint, Sprint Test, agility tests, jump tests and strength testing
Key limitation: Influenced by timing method, start position, surface and fatigue

What Is the 20 m Sprint Test?

The 20 m Sprint Test is a linear sprint assessment where the client sprints from a standing start to a finish line 20 m away. Time is recorded manually or electronically.

The result can be recorded by stopwatch or timing gates, although timing gates are preferred when precision matters.

Why It Is Used

The 20 m Sprint Test is used to assess sprint performance over a short but meaningful distance.

Compared with the 10 m Sprint Test, the 20 m version captures both initial acceleration and continued acceleration over a longer distance.

It can help professionals assess:

• Short-distance sprint speed
• Acceleration capacity
• Early sprint performance
• Training response
• Return-to-sprint progression
• Sprint performance alongside strength, jump and agility data

What It Measures

The test measures time to cover 20 metres.

It reflects:

• Acceleration
• Sprint mechanics
• Lower-limb power
• Coordination
• Maximal effort
• Ability to continue accelerating beyond the first few steps

It does not directly measure:

• Maximal velocity for many athletes
• Repeated sprint ability
• Agility
• Reactive decision-making
• Endurance

Who It Is Useful For

The 20 m Sprint Test may be useful for:

• Field sport athletes
• Court sport athletes
• Sprinters
• Youth athletes
• Tactical groups
• Later-stage rehabilitation clients who are prepared for maximal sprinting

It is most appropriate when the client is ready to sprint at maximal or near-maximal intensity.

Equipment Required

• Flat, non-slip 20 m surface
• Measuring tape
• Start and finish cones or lines
• Timing gates or stopwatch
• Optional split timing at 10 m
• Measurz or MAT for recording

Step-by-Step Protocol

Mark the start and finish lines 20 m apart.

Check that the surface is flat, safe and consistent.

Ask the client to complete a progressive warm-up. This may include:

• Dynamic mobility
• Running drills
• Submaximal accelerations
• Practice starts

Position the client behind the start line. A common setup is feet shoulder-width apart with the toes touching or just behind the line.

Instruct the client to sprint maximally through the finish line.

Start timing when the client moves, or use timing gates according to your equipment setup.

Record the 20 m time.

Allow several minutes of rest between attempts.

Repeat three to five times and record the best or average result consistently.

Scoring and Interpretation

The score is time in seconds.

A lower time indicates faster sprint performance over 20 metres.

If 10 m split timing is available, compare:

• 0–10 m time
• 10–20 m time
• Total 20 m time

This can help identify whether performance is limited by the start, initial acceleration or continued acceleration.

Interpretation is strongest when the same setup is used every time.

Keep consistent:

• Timing method
• Start position
• Surface
• Footwear
• Warm-up
• Rest period
• Number of trials
• Best or average score reporting

Normative Data or Reference Values

Broad time ranges for elite, trained and average groups can be useful, but they should be used cautiously.

Sprint times are strongly influenced by:

• Timing method
• Start position
• Surface
• Footwear
• Age
• Sex
• Sport
• Training level
• Fatigue
• Protocol differences

Use sport-, age-, sex- and protocol-specific reference values only when available.

For most Measurz use, the best comparison is the client’s own previous result under the same conditions.

Reliability and Validity

The 20 m Sprint Test can be reliable when the protocol is standardised.

Reliability improves when professionals keep the following consistent:

• Timing gates or timing method
• Start position
• Surface
• Footwear
• Warm-up
• Rest between trials
• Trial number
• Scoring method

Sprint testing literature commonly highlights timing method and setup as important factors when interpreting short sprint performance.

Manual stopwatch timing can still be useful, but it should not be compared directly with timing gate data.

Sensitivity and Specificity

Sensitivity and specificity are not applicable.

The 20 m Sprint Test is a speed performance test, not a diagnostic test.

It can help assess sprint performance and monitor change, but it should not be used to diagnose an injury or condition.

Common Errors and Testing Limitations

Common errors include:

• Measuring the distance inaccurately
• Using an inconsistent start position
• Changing timing methods between sessions
• Letting the client slow down before the finish line
• Allowing inadequate rest between trials
• Comparing results across different surfaces
• Not recording footwear, pain, fatigue or confidence

Performance may also be affected by:

• Fatigue
• Soreness
• Weather
• Motivation
• Surface grip
• Sprint technique
• Recent training load

Practical Applications

Use the 20 m Sprint Test to:

• Monitor speed development
• Evaluate return-to-sprint progress
• Assess training response
• Compare sprint performance with strength, jump and agility data
• Identify whether a client is improving early acceleration or continued acceleration
• Track performance across training blocks

How to Record This in Measurz

In Measurz, record:

• Distance tested
• Sprint time
• Timing method
• 10 m split time, if used
• Start position
• Surface
• Footwear
• Trial number
• Best or average score
• Pain score
• Fatigue score
• Confidence
• Weather, if outdoors
• Sprint technique notes

A strong note might look like:

“20 m Sprint Test completed on indoor court surface using timing gates. Standing start, toes behind line. Three trials completed with 3 minutes rest. Best time: 3.21 s. 10 m split recorded. No pain reported. Mild fatigue after final trial.”

Related Tests or Internal Linking Suggestions

• 10 m Sprint Test
• Sprint Test
• 505 Agility Test
• Illinois Agility Test
• Countermovement Jump
• Lower-limb strength testing
• Fatigue
• Training Load

FAQs

What does the 20 m Sprint Test measure?

It measures short-distance linear speed and acceleration over 20 metres.

Is 20 m better than 10 m?

Neither is better. The 10 m Sprint Test is more acceleration-focused, while the 20 m Sprint Test captures acceleration over a slightly longer distance.

Should I record 10 m splits?

Yes, if available. Split timing can help identify whether the client is improving early acceleration or later acceleration.

Is the 20 m Sprint Test diagnostic?

No. It is a performance test and should be interpreted alongside other findings.

Key Takeaways

• The 20 m Sprint Test measures short-distance sprint speed and acceleration.
• Timing gates improve precision.
• Setup and conditions should be recorded carefully.
• Use repeated testing under the same conditions for meaningful interpretation.
• Measurz can help track sprint time, split data, context and progress over time.

References

Balsalobre-Fernández, C., Tejero-González, C. M., & del Campo-Vecino, J. (2015). The validity and reliability of a global positioning satellite system device to assess speed and repeated sprint ability in athletes. Journal of Sports Sciences, 33(15), 1597–1603.

Buchheit, M., Samozino, P., Glynn, J. A., Michael, B. S., Al Haddad, H., Mendez-Villanueva, A., & Morin, J. B. (2015). Mechanical determinants of acceleration and maximal sprinting speed in highly trained young soccer players. Journal of Sports Sciences, 33(14), 1487–1495.

Haugen, T. A., Tønnessen, E., & Seiler, S. (2014). Speed and countermovement-jump characteristics of elite female soccer players, 1995–2010. International Journal of Sports Physiology and Performance, 9(2), 340–349.