BEEP TEST: ORIGIN AND APPLICATION IN CONTEMPORARY SPORTS PRACTICE
BEEP TEST: ORIGIN AND APPLICATION IN CONTEMPORARY SPORTS PRACTICE

Summary/Abstract: The assessment of aerobic capacity is a fundamental element of functional diagnostics in sports science and practice. The maximal oxygen uptake (VO₂max) is considered the “gold standard” for evaluating cardiorespiratory fitness, but laboratory-based measurements are costly, require specialized equipment, and are not always feasible in large groups of athletes. To address this limitation, field-based protocols such as the 20-meter multistage shuttle run test (commonly known as the Beep test) have been developed and widely applied. The aim of the present review is to summarize the historical development, predictive equations, validity, reliability, and adaptations of the Beep test, and to highlight its application in contemporary sports practice. A literature review was conducted including both classical publications and recent validation studies. The analysis shows that the Beep test is valid and reliable for large-scale group screening and monitoring, particularly in student and endurance athlete populations, but results may vary depending on the sport and the predictive formula applied. In basketball and rowing, systematic under- or overestimation of VO₂max has been reported, while in female team sports only selected predictive equations provide accurate results. Modified protocols, such as 10-meter versions and child-specific adaptations, expand the usability of the test, and recent work demonstrates that even different sound signals can influence performance and enjoyment. The review concludes that the Beep test remains a practical and cost-effective tool for assessing aerobic fitness; however, practitioners should interpret results with caution and in relation to sport specificity. For precise individual diagnostics and training prescription, it is recommended to combine the Beep test with portable gas analysis systems, which provide direct measurement of gas exchange. This combined approach is particularly relevant for intermittent sports and combat disciplines such as taekwondo, where the accuracy of physiological assessment is essential. Furthermore, the review emphasizes that the Beep test holds value not only in elite sport, but also in physical education, clinical exercise settings, and population health monitoring, where quick and inexpensive assessment of aerobic fitness is required. By consolidating evidence from different populations and protocols, the present analysis provides guidance for coaches, physiotherapists, and sports physicians on how to apply and interpret the Beep test effectively in both research and practice. Future research should focus on refining predictive equations for specific sports and age groups, as well as exploring digital and sensor-based integrations that may further enhance the precision and usability of the Beep test in modern sports diagnostics.

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