Hexagon Agility Test Average Calculator

The Hexagon Agility Test average calculator works out your average time and speed for the hexagon agility drill based on the total time you record and the distance you cover. You enter your finish time and the distance (typically 72 inches per side, but adjustable), and the calculator returns your average pace per minute and average speed in km/h. This gives you a standardized way to compare your performance across different setups or track improvements over time.

Formula

The average pace is the total time divided by the total distance:
Pace (min/km) = Total time (min) / Distance (km)
The average speed is the distance divided by the time in hours:
Speed (km/h) = Distance (km) / (Total time (min) / 60)
Both variables are straightforward: t is the elapsed time in minutes, and d is the distance in kilometers. For the hexagon test, the distance is usually the perimeter of the hexagon (six sides of equal length). If each side is 12 inches (0.3048 m), the perimeter is 72 inches, which is 0.0018288 km. Many protocols use a 12-inch side, but you can adjust the distance if your setup differs.

Worked Example

Using the defaults from the calculator: finish time = 1.5 minutes (90 seconds), distance = 0.0183 km (about 18.3 meters, which is the perimeter of a hexagon with 12-inch sides).
Step 1: Compute pace: 1.5 / 0.0183 = 81.97 min/km, rounded to 81.97.
Step 2: Compute speed: 0.0183 / (1.5 / 60) = 0.0183 / 0.025 = 0.732 km/h, rounded to 0.73.
So the calculator outputs an average pace of 81.97 min/km and an average speed of 0.73 km/h. These numbers are small because the hexagon drill covers a very short distance in a short time; they are useful for comparing relative effort rather than for typical running metrics.

What Is the Hexagon Agility Test?

The hexagon agility test is a classic field test used to measure an athlete’s ability to move quickly in multiple directions while maintaining balance and control. It involves a hexagon drawn on the floor, typically with each side measuring 12 inches (30.48 cm). The athlete starts in the center, jumps over one side, then continues jumping over each side in sequence, always facing forward, until they complete three full circuits. The total time is recorded. The test is widely used in sports like basketball, soccer, and tennis to assess footwork and lateral quickness. The average time for adults varies widely, but a common benchmark for a single circuit is around 10–15 seconds, with three circuits taking roughly 30–45 seconds, depending on age and fitness level.

How to Use the Calculator

To get the most accurate result, follow these steps:

• Measure your hexagon precisely. The standard side length is 12 inches (30.48 cm), but if you use a different size, adjust the distance accordingly. The total distance is the perimeter: 6 × side length.
• Time the test with a stopwatch, starting when the athlete’s feet leave the center and stopping when they land after the final jump.
• Enter the total time in minutes (e.g., 1.5 for 90 seconds) and the distance in kilometers. The calculator automatically converts to pace and speed.
• For multiple trials, record each time separately and compare the averages to track progress.

The result is most meaningful when compared to previous trials under the same conditions. Because the distance is fixed, a faster time always means a higher speed and a lower pace.

Common Mistakes and Misconceptions

One frequent error is using the wrong distance. Many people enter the length of one side instead of the full perimeter. For a 12-inch side, the perimeter is 72 inches, not 12. Another mistake is mixing units: if you measure distance in feet or meters, you must convert to kilometers for the formula to work. For example, 72 inches is 1.8288 meters, which is 0.0018288 km. A third misconception is that the test measures speed in the same way as a sprint. In reality, the hexagon test is more about agility and quick changes of direction, so the average speed is low. The pace and speed numbers are not comparable to running or cycling; they are only useful for comparing hexagon test performances.

Interpreting Your Results

Once you have your average pace and speed, you can evaluate your performance relative to published norms. Although norms vary by sport and age, a common reference for college-aged athletes is a total time of 15–20 seconds for three circuits. For example, if your total time is 1.2 minutes (72 seconds) for three circuits, that is slower than average. If it is 0.5 minutes (30 seconds), that is very quick. The pace and speed outputs simply reflect that time over the fixed distance. Use the numbers to track improvements: if your time drops from 1.5 to 1.3 minutes, your speed increases from 0.73 to 0.84 km/h. The key is consistency in the setup and timing.

Limitations of the Formula

The formula assumes a constant distance and a uniform pace, which is never exactly true in a real agility test. The athlete accelerates and decelerates with every jump, so the average pace is just that—an average. It does not capture peaks or variations in speed. Also, the test is highly dependent on proper technique: if the athlete turns their head or steps on a line, the time may be invalid. The calculator is a simple tool for basic comparison; it does not account for factors like fatigue, surface type, or shoe grip. For a more detailed analysis, you would need a timing system that records splits for each side.

Frequently Asked Questions

What is the standard distance for the hexagon agility test?
The most common standard is a hexagon with each side measuring 12 inches (30.48 cm), giving a total perimeter of 72 inches (1.8288 meters). Some protocols use 24-inch sides for a more challenging version, but the 12-inch side is the classic setup.

How do I convert my time from seconds to minutes for the calculator?
Divide the number of seconds by 60. For example, 45 seconds is 45 ÷ 60 = 0.75 minutes. If you have minutes and seconds, convert the seconds to a decimal: 1 minute 30 seconds is 1.5 minutes.

Can I use this calculator for other agility tests?
Yes, as long as you know the total distance and time. The formula for average pace and speed applies to any movement over a known distance, such as the T-test or shuttle run, provided you enter the correct distance.

What is a good score on the hexagon agility test?
There is no universal standard, but for healthy adults, a total time of 15–20 seconds for three circuits is often considered average. Elite athletes may complete it in under 15 seconds. Always compare your results to your own baseline or to norms for your specific sport and age group.

Why does the calculator show such a low speed (0.73 km/h)?
Because the total distance is very short (about 18 meters) and the time is measured in minutes, the speed in km/h is naturally small. This is normal and not an error. The pace (min/km) is high for the same reason.

Related

• Calculator Topics GCSE Maths Foundation
• GCSE Maths Higher Calculator Topics
• Diopter to Magnification Calculator & Formula

in t | Finish time | min | 1.5 | 0
in d | Distance | km | 0.0183 | 0
out pace | Average pace | min/km | t / d | 2
out speed | Average speed | km/h | d / (t / 60) | 2