A client says they feel faster, but “faster” can mean different things.
They may be quicker over the first step, sharper across 10 yards, faster in a 40-yard dash, or better at maintaining speed across 40 metres.
Choosing the correct sprint distance matters because each test answers a different performance question.
Test names: 5 Yard Sprint Test, 10 Yard Sprint Test, 40 Yard Sprint Test, 40 Metre Sprint Test
Also known as: 5 yd sprint, 10 yd sprint, 40-yard dash, 40 m sprint, linear speed test
Purpose: Assess sprint speed over a selected distance
What it assesses: First-step speed, early acceleration, speed transition and short-distance sprint performance
Equipment required: Flat sprint lane, measuring tape, cones or markers, stopwatch or timing gates
Key finding: Sprint time in seconds
Best used with: 10 m Sprint Test, 20 m Sprint Test, jump testing, lower-limb strength testing and agility testing
Key limitation: Results are highly affected by distance accuracy, timing method, start position, surface, footwear and fatigue
Sprint distance tests are timed linear running assessments.
The client starts behind a line and sprints maximally through a finish line at a fixed distance.
The distances covered here are:
5 yards: approximately 4.57 metres
10 yards: approximately 9.14 metres
40 yards: approximately 36.58 metres
40 metres: exactly 40 metres
Because 40 yards and 40 metres are different distances, they should not be compared as the same test.
Sprint distance tests are used to monitor speed qualities that matter in sport and performance settings.
They can help professionals:
Track acceleration progress
Monitor speed development
Support return-to-sprint progressions
Compare training blocks
Identify whether the client needs more start, acceleration or speed work
Link sprint performance with jump, strength and agility results
Each distance gives slightly different information.
The 5 Yard Sprint Test is best for assessing first-step speed and explosive initial acceleration.
Because the distance is very short, timing precision is critical. Timing gates are strongly preferred.
Best for:
First-step quickness
Short burst acceleration
Early acceleration tracking
Court and field sport starts
The 10 Yard Sprint Test assesses early acceleration over a slightly longer distance.
It is useful when the professional wants more information than a first-step test but still wants an acceleration-focused result.
Best for:
Early acceleration
Field and court sport starts
Youth speed testing
Speed development tracking
The 40 Yard Sprint Test, often called the 40-yard dash, measures acceleration and short sprint speed over 40 yards.
It is widely recognised in American football and combine-style testing.
Best for:
40-yard dash performance
Acceleration and speed transition
American football-style testing
Sport profiling
The 40 Metre Sprint Test is a metric-distance sprint assessment.
It is slightly longer than the 40 Yard Sprint Test and may provide more information about continued acceleration and speed transition.
Best for:
Metric speed testing
Field sport speed
Sprint progression
Performance monitoring
Sprint distance tests measure the time taken to cover a fixed distance.
Depending on the distance, they may reflect:
Start mechanics
First-step explosiveness
Early acceleration
Acceleration maintenance
Speed transition
Lower-limb power
Sprint coordination
Maximal sprint intent
They do not directly measure:
Agility
Reactive decision-making
Aerobic fitness
Repeated sprint ability
Injury risk
Return-to-sport readiness by themselves
These tests may be useful for:
Field sport athletes
Court sport athletes
Sprinters
Tactical populations
Youth athletes
Clients progressing back to sprint exposure
Sports such as football, rugby, soccer, basketball, netball, tennis, baseball, softball, lacrosse and athletics
They are most appropriate when the client is ready for maximal sprinting.
You will need:
Flat, non-slip sprint surface
Measuring tape or pre-marked distance
Start and finish cones or lines
Timing gates, stopwatch or timing app
Adequate run-off space
Measurz or MAT recording system
Optional:
Split timing
Video recording
Weather notes for outdoor testing
Select the sprint distance based on the testing goal.
Measure and mark the exact distance. Do not mix yard and metre results in the same comparison.
Use a flat, safe and consistent surface.
Complete a progressive warm-up with:
Light jogging
Dynamic mobility
Sprint drills
Progressive accelerations
Two or three submaximal build-up sprints
Use the same start position each time.
Common options include:
Two-point standing start
Three-point start
Sport-specific start
Give clear instructions:
“Sprint as fast as possible through the finish line. Do not slow down at the line.”
Use timing gates where possible. If using a stopwatch, keep the same timer and timing rule across sessions.
Allow enough rest between trials. Shorter acceleration tests may need 1–3 minutes, while 40 yard or 40 metre tests may need several minutes.
Complete 3–5 trials and record either best result or average result consistently.
The score is sprint time in seconds.
A lower time indicates faster performance over the chosen distance.
Interpretation depends on the distance:
5 yards: first-step speed and explosive start
10 yards: early acceleration
40 yards: acceleration, transition and 40-yard dash performance
40 metres: acceleration, transition and short-distance speed over metric distance
Small changes can matter, but only when setup is consistent.
Manual timing can introduce error, especially over very short distances. Hand timing has been shown to produce faster 40-yard sprint times than electronic timing in college football players, so timing method should always be recorded. ()
There are no universal sprint norms that apply across all clients.
Sprint times vary by:
Age
Sex
Sport
Playing level
Start position
Timing method
Surface
Footwear
Wind or weather
Familiarisation
Published values should be treated as benchmarks, not universal norms.
For youth athletes, recent research on the 10-yard sprint reported reliable test-retest performance using dual-beam timing gates. The study found ICC values of 0.80 for males and 0.76 for females, with minimal detectable change values of 0.25 seconds for males and 0.27 seconds for females. This supports the use of 10-yard sprint testing for tracking youth acceleration, but the values apply to the tested youth population and protocol. ()
For the 40-yard dash, college football research shows that hand timing may produce results around 0.22–0.26 seconds faster than electronic timing. This is important when comparing 40-yard times across systems or published benchmarks. ()
For 40 m sprint testing, split times from timing-gate research show that 40 m performance can vary depending on sprint initiation strategy and gate setup, reinforcing the importance of using the same start and timing setup each session. ()
For most Measurz use, compare results against:
The client’s own baseline
Previous best time
Average across sessions
Similar athletes in the same sport
Internal team or organisation benchmarks
Related 10 m, 20 m, jump, strength and agility results
Sprint testing can be reliable when the protocol is standardised.
Reliability improves when professionals control:
Distance measurement
Start position
Timing method
Gate setup
Warm-up
Footwear
Surface
Rest period
Trial number
Scoring method
Timing gates are preferred, especially for 5 yard and 10 yard sprints, because small timing errors can strongly affect short-distance results.
Stopwatch timing can still be useful in practical settings, but it should not be compared directly with electronically timed results.
Sensitivity and specificity are not applicable.
These are performance tests, not diagnostic tests.
They can help measure sprint speed and monitor progress, but they do not diagnose injury risk or confirm readiness on their own.
Common errors include:
Measuring the distance inaccurately
Mixing yard and metre results
Changing the start position
Using different timing methods
Stopping before the finish line
Not allowing enough rest
Changing surface or footwear
Comparing hand-timed and electronic-timed results
Comparing results to benchmarks from a different population
Key limitations include:
Results are highly protocol-dependent
Short distances are very sensitive to timing error
Sprint performance is affected by fatigue, soreness and motivation
Weather and wind can affect outdoor testing
The test does not assess agility or reactive speed
Sprint scores should be interpreted with other performance data
Use sprint distance tests to:
Track acceleration progress
Monitor speed development
Compare training blocks
Support return-to-sprint progression
Identify whether the client needs more start, acceleration or speed work
Compare sprint performance with jump, strength and agility results
Guide programming decisions
Record the exact test distance and unit.
For example:
5 yards
10 yards
40 yards
40 metres
Also record:
Sprint time
Timing method
Start position
Surface
Footwear
Trial number
Best or average result
Split times if available
Pain score
Fatigue score
Confidence
Weather or wind
Sprint technique notes
Invalid trial notes
This makes retesting more accurate and prevents incorrect comparisons.
Useful related assessments include:
10 m Sprint Test
20 m Sprint Test
505 Agility Test
Agility T-Test
Illinois Agility Test
Countermovement Jump
Isometric Mid-Thigh Pull
Lower-limb strength testing
Fatigue monitoring
Training load monitoring
No.
Forty yards is approximately 36.58 metres, while 40 metres is longer. Record and compare them separately.
Use 5 yards for first-step speed, 10 yards for early acceleration, 40 yards for 40-yard dash style testing, and 40 metres for metric sprint speed testing.
Yes, where available.
Timing gates are especially important for short tests like 5 yards and 10 yards because small timing errors can strongly affect the result.
No.
Sprint tests provide performance information, but they do not diagnose injury risk or confirm readiness on their own.
Sprint distance matters.
Yard and metre tests should be recorded separately.
Timing method, start position and surface must be standardised.
Timing gates are preferred for short sprint testing.
Measurz should record distance, unit, timing method, start position and testing context.
Mann, J. B., Ivey, P. A., Brechue, W. F., & Mayhew, J. L. (2015). Validity and reliability of hand and electronic timing for 40-yard sprint in college football players. Journal of Strength and Conditioning Research, 29(6), 1509–1514. https://doi.org/10.1519/JSC.0000000000000941
Wannouch, Y. J., Leahey, S. R., Whitworth-Turner, C. M., Oliver, J. L., Chua, K. Y. H., Laffer, J. C., & Leicht, A. S. (2024). A comprehensive analysis of 10-yard sprint reliability in male and female youth athletes. Journal of Strength and Conditioning Research, 38(9), e477–e488. https://doi.org/10.1519/JSC.0000000000004828
