Tuesday, 28 May 2024

Cricket Sprint Test (17.68m)

Cricket players require speed and acceleration skills to excel in the game. The Cricket Sprint Test, performed over a distance of 17.68 meters (58 feet), replicates the demands of a ‘quick single’ on a cricket pitch. This article provides a comprehensive overview of the test, including its purpose, equipment requirements, setup, variations, and target population.


The aim of the Cricket Sprint Test is to determine the acceleration running speed of cricket players. This test helps assess their ability to quickly cover short distances on the pitch.

Equipment Required

To conduct the Cricket Sprint Test, you will need the following equipment:

  • Flat and clear surface of approximately 30 meters
  • Measuring tape or marked cricket pitch
  • Stopwatch or timing gates
  • Cone markers

Test Setup

For accurate results, it is crucial to set up the test correctly. Here’s how to set up the Cricket Sprint Test:

  1. Mark out the sprint distance of 17.68 meters using the lines on a cricket pitch.
  2. Position timing gates at the start and finish lines, as low to the ground as possible, to measure the sliding bat.
  3. Optionally, set up timing gates at 5 meters from the start line to measure acceleration.

Test Procedure

The Cricket Sprint Test is performed while carrying a cricket bat. Here are the steps:

  1. Start from a stationary position, with the bat over the crease in the timing gate beam (set to trigger when the bat leaves).
  2. When ready, sprint along the pitch, reaching out and sliding the bat through the final gates.
  3. Continue running hard past the finish line to ensure an accurate measurement of running speed.
  4. If using a stopwatch instead of timing gates, start the timer from the first movement and stop it when the bat crosses the finish line.
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The Cricket Sprint Test can be conducted with or without cricket gear. Carrying a bat replicates match conditions and tests running speed in a cricket-specific context. Without a bat, the player may run faster, but the start and finish positions may vary, resulting in slower times.


Two trials of the test are allowed, and the best time is recorded to the nearest 2 decimal places. This ensures reliable and consistent measurements.


The use of timing gates significantly improves the reliability of the test. Factors such as weather conditions and the running surface can affect the results and should be recorded accordingly. Setting up the track with a crosswind can minimize the impact of wind during the test.


Q: Should the participants keep the bat in their dominant hand throughout the test?
A: Yes, participants should hold the bat in their dominant hand as it is expected to be easier and enable them to run faster.

Q: What should I do if timing gates are not available?
A: In the absence of timing gates, use a stopwatch to record the time from start to finish.

Q: Is wearing pads and a helmet necessary for this test?
A: Wearing pads and a helmet is not required, but it can add to the cricket-specificity of the test.

Q: Why is the distance between creases 17.68 meters?
A: The distance between creases on a cricket pitch is 22 yards or 66 feet (20.12m). Subtracting the distance of the popping crease at each end (4 feet or 1.22m) from the total distance gives us 58 feet or 17.68 meters.

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The Cricket Sprint Test is a valuable tool for assessing the acceleration running speed of cricket players. By replicating the demands of a ‘quick single,’ this test provides valuable insights into a player’s ability to perform quick bursts of speed on the pitch. Proper test setup and accurate timing ensure reliable results for effective player evaluation and training.

To learn more about the Cricket Sprint Test and other fitness tests, visit Auralpressure.


  • Lockie, Robert G.; Callaghan, Samuel J.; Jeffriess, Matthew D. Analysis of Specific Speed Testing for Cricketers Journal of Strength and Conditioning Research: November 2013 – Volume 27 – Issue 11 – p 2981-2988
  • Johnstone JA, Ford PA. Physiologic profile of professional cricketers. J Strength Cond Res. 2010 Nov;24(11):2900-7. doi: 10.1519/JSC.0b013e3181bac3a7.