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beep test score chart: how to read levels and shuttles

Beep Test Score Chart: How to Read Levels and Shuttles

A beep test score shows the last level and shuttle you completed before you stopped. In a score such as 6.4, the first Number is the level and the second is the shuttle reached within that level. It does not mean level 6.4 in the usual mathematical sense.

This distinction matters because each level contains a different number of 20-metre shuttles. You cannot treat the score as a true Decimal, percentage, or Fraction. A result of 6.5 is not halfway between levels 6 and 7. It means the runner completed shuttle 5 during level 6.

The chart and method below apply to the standard 20-metre Multi-stage fitness test that starts at 8.5 kilometres per hour and raises the running Speed by 0.5 kilometres per hour at each new level. Some audio tracks use a different warm-up, start point, or shuttle schedule. Check the test version before comparing results.

What information does a score contain?

A beep test score has two separate parts:

For example, 7.3 means level 7, shuttle 3. The runner completed every shuttle in levels 1 through 6, then completed three more shuttles at level 7 pace.

You may also see the same result written as 7/3, 7-3, or L7 S3. The slash format often causes less confusion because it does not look like a decimal value. All four forms can mean the same thing when the organiser defines them that way.

The second digit resets when a new level begins. A runner goes from the final shuttle of level 6 to 7.1. The score does not continue as 6.11, 6.12, and 6.13 after level 6 ends.

Which shuttle totals belong to each level?

This compact score chart lists the standard shuttle count for each level, the set Speed, and the cumulative distance after completing the whole level. Each shuttle adds 20 metres.

The cumulative figure applies only after the final shuttle in that level. A score inside the level needs one more calculation.

How do you convert any score into distance?

Add the shuttles completed in all earlier levels to the shuttle part of the score. Multiply that total by 20 metres.

Use this formula:

Distance = (earlier completed shuttles + current-level shuttles) × 20 metres

Take a score of 6.4. Levels 1 through 5 contain 41 completed shuttles. Add four shuttles from level 6 to get 45. Multiply 45 by 20. The result is 900 metres.

A score of 5.5 works the same way. Levels 1 through 4 contain 32 shuttles. Add five to get 37. The distance is 740 metres.

For 8.7, levels 1 through 7 contain 61 shuttles. Add seven to get 68. The distance is 1,360 metres.

This method prevents a common error: multiplying the written score by a fixed distance. Multiplying 6.4 by 20 gives 128, which has no useful link to the test. The score is a location in the test schedule, not a count of laps.

Why is the dot easy to misread?

The dot separates two counts. It does not create a mathematical Decimal. That is why 5.8 can be close to the end of level 5, while 6.1 comes immediately after level 5.9 in the standard schedule.

Think of the score like a book reference. Page 6, line 4 does not mean page 6.4. In the same way, level 6, shuttle 4 identifies one exact point in the audio sequence.

Nor is the shuttle part a Fraction of a level unless you calculate it against that level's shuttle total. At level 6, shuttle 5 is 5 out of 10 shuttles through the level. At level 8, shuttle 5 is 5 out of 11. The written scores look similar, but the share completed is different.

This also explains why subtracting two written scores gives a false result. The gap between 5.8 and 6.3 is not 0.5 levels. It is four shuttles: level 5 shuttle 9, followed by level 6 shuttles 1, 2, and 3. That equals 80 metres.

Does the score record the shuttle started or completed?

Record the last shuttle completed under the assessment rules. In most formal tests, completion means reaching the required line before or with the beep. Starting a shuttle does not add it to the score.

This becomes messy when someone calls out the upcoming shuttle number while the runner is still moving. If the caller says “six-four” at the start of shuttle 4 and the runner misses the far line, the last completed score may be 6.3. A score sheet should state whether each call marks the start or completion of a shuttle.

In practice sessions, use one scorer who watches the line and writes the last successful shuttle. The scorer should avoid guessing from where the runner stopped. Two people may stop in nearly the same place yet receive different results because one reached the line on time and the other did not.

How should missed beeps be handled?

The audio controls the pace, but the test rules control when an attempt ends. Many test versions allow a warning when the runner fails to reach the line on time. The runner may continue if they catch up within the stated rule. Other settings end the attempt sooner.

Do not add a late shuttle because the runner touched the line after the beep. The recorded score must follow the assessor's timing rule. Otherwise, the chart may be correct while the result is wrong.

Marking technique also matters. The runner usually needs to reach or cross the 20-metre line with a foot, then turn. Stopping short to save one step can cost a shuttle. Running far beyond the line wastes energy and makes the next shuttle harder. Proper reaching the line and turning technique prevents unnecessary energy loss.

What does the level tell you about pace?

The level sets the required running Speed. Level 1 runs at 8.5 km/h. Each later level adds 0.5 km/h, so level 6 runs at 11.0 km/h and level 10 runs at 13.0 km/h.

The beeps get closer together as speed rises. The course stays at 20 metres, yet the runner has less time to cover it. That change makes a single late shuttle costly. If the runner arrives behind the beep, the next shuttle begins before they have fully turned.

The shuttle number does not change the set speed within a level. Shuttle 2 and shuttle 8 of level 5 use the same target pace. Fatigue makes the later shuttle feel faster even though the audio spacing has not changed.

This is why sprinting early rarely improves a score. Reaching the line well before the beep adds braking, waiting, and another hard start. A smoother runner arrives close to the beep and turns with control.

Can the chart estimate aerobic fitness?

A completed score can support an estimate of VO2 max, which describes how much oxygen the body can use during hard exercise. The estimate comes from the final running speed and, in some formulas, the runner's age.

Do not read VO2 max straight from distance alone. Different formulas can give different figures for the same result. Audio versions and test conditions can also affect the estimate. Use the same calculator or equation whenever you compare two attempts.

The score itself is often more useful for training. If a person moves from 6.4 to 7.2 on the same course with the same audio, the improvement is clear. The exact fitness estimate matters less than the added completed shuttles.

A beep test also measures more than aerobic power. Turning skill, pacing, grip, footwear, and tolerance for repeated acceleration affect the result. A treadmill fitness estimate may therefore look stronger than the shuttle score.

How can two results be compared correctly?

Convert both scores to total shuttles first. Then calculate distance or the exact shuttle gap. This avoids errors caused by different level lengths.

Suppose one attempt ends at 6.8 and the next ends at 7.4. The first contains 49 total shuttles: 41 from earlier levels plus 8 in level 6. The second contains 55: 51 from earlier levels plus 4 in level 7. The gain is six shuttles, or 120 metres.

Keep the test setup fixed when tracking progress:

A phone GPS is not accurate enough to set two lines only 20 metres apart. Measure the course with a tape. Even a one-metre error changes every shuttle and grows into a large error across a full attempt.

Which chart mistakes change the result?

The most damaging mistake is using a chart from a different test version. Some tests start at another speed. Some include a warm-up stage. Others use different shuttle counts or call the first stage level zero. The labels may look familiar while the cumulative totals differ.

Another mistake is recording the announced shuttle without checking whether it was completed. The scorer should use the line crossing as the deciding event.

Rounding creates trouble too. Keep the original level and shuttle score in the record. If software changes 7.10 to 7.1, it can erase nine shuttles because it treats the entry as a number. Store results as text, such as “L7 S10,” or use separate columns for level and shuttle.

Finally, do not compare a 15-metre shuttle test with a 20-metre chart. The count, speed schedule, and distance differ. The test name and course length belong beside every saved result.

What should you write on a score sheet?

A useful score sheet records enough detail to reproduce the result. Include the date, course length, test version, level, shuttle, total completed shuttles, distance, and any warnings. Add the surface and weather for outdoor sessions.

For example:

Score: L6 S4
Total shuttles: 45
Distance: 900 metres
Test: Standard 20-metre Multi-stage fitness test
Final speed: 11.0 km/h

This format keeps the raw result separate from later estimates. A coach can calculate VO2 max later without changing the original record.

What is the simplest way to use the chart?

Read the value as level first and shuttle second. Find how many shuttles were completed before that level, add the shuttle number, then multiply by 20 metres. Confirm that the chart matches the audio and record only the last valid line reached.

Your next step: rewrite your latest result as “level, shuttle, total shuttles, distance” so you have one clear score to beat at your next practice test.