1.2 Discuss the use of performance/fitness testing for recreational participants and elite athletes to improve their health, participation and performance

1. Performance and fitness testing

Performance and fitness testing involves the use of structured, standardised assessments to measure components of physical fitness and performance capacity. These tests provide objective data that can be used to inform training decisions and monitor changes over time.

Testing is most effective when it:

• Establishes a clear baseline (starting point)
• Is repeated under consistent conditions
• Is used to guide specific training decisions, not just collect data

It is important to recognise that most tests are indirect measures (proxies) of performance. For example, a Yo-Yo test measures intermittent endurance, but does not assess decision-making, skill execution, or tactical awareness. Testing works best when results are looked at alongside context such as training load, fatigue, injury status, and environmental conditions.

2. Why testing is used to improve health, participation, and performance

Testing can support health, participation, and performance in different ways. The priority often differs between recreational participants and elite athletes, but the same test result can still influence all three outcomes.

2.1 Improving health

Testing contributes to health by identifying safe and appropriate starting points and tracking improvements in physical capacity.

It supports health by:

• Identifying risk factors (e.g. low aerobic fitness, poor strength)
• Monitoring adaptations to training
• Detecting signs of overtraining or fatigue (e.g. performance decline)

This allows exercise professionals to adjust training to reduce injury risk and improve overall physical functioning.

2.2 Improving participation

Testing can enhance participation by increasing motivation, confidence, and engagement.

2.3 Improving performance

Testing improves performance by identifying strengths and weaknesses and guiding targeted training.

It allows:

• Training to focus on sport-specific fitness components
• Monitoring of training effectiveness
• Decisions about readiness and progression

For instance:

• Intermittent sports prioritise repeated high-intensity efforts
• Power-based sports prioritise explosive strength and fatigue resistance

3. Recreational participants vs elite athletes

The purpose, precision, and application of testing differ between groups.

Testing works best when it is fit for purpose. A recreational participant usually benefits from a small number of simple, repeatable tests that match their goals and current level of fitness. In many cases, the focus is on improving general health-related fitness and supporting safe, ongoing participation in physical activity. Elite athletes, however, often require more regular, more precise, and more sport-specific testing because small changes in speed, power, endurance, or fatigue can affect performance outcomes. For this reason, elite testing is often used to monitor readiness, guide training loads, assess recovery, and judge whether an athlete is physically prepared for the demands of their sport or position. This makes interpretation especially important, as results need to be considered alongside training history, fatigue, injury status, and competition demands.

Example: An elite winger returning from a hamstring injury may not complete sprint testing immediately. Instead, sprint-based testing may be delayed until the athlete first meets appropriate strength and movement standards. Once these have been achieved, repeated sprint ability testing can be used to judge whether the athlete is ready to cope with the demands of match play.

4. Performance/fitness testing

Performance and fitness testing can take many forms, depending on the purpose of assessment and the specific demands of the individual or sport. Some tests focus on intermittent endurance, others on anaerobic power, while others assess broader components of health-related or skill-related fitness. No single test can provide a complete picture of performance. Instead, a combination of tests is often used to build a more accurate understanding of an individual’s strengths, limitations and training needs.

Performance and fitness tests should not be selected in isolation. They should be chosen after considering information gathered through the pre-exercise questionnaire and any relevant health screening, so that testing is appropriate to the individual’s age, training background, health status and goals. This is especially important for recreational participants, because a test that is safe and useful for one person may be inappropriate, unnecessarily demanding, or too performance-focused for another. For elite athletes, this information also helps ensure that testing is specific to the athlete’s sport, role and current stage of training.

It is also important to recognise that not all tests are used equally across all groups. Some tests, such as the Yo-Yo test and especially the Wingate test, are more commonly used with trained recreational athletes, competitive athletes, or elite athletes than with the general recreational population. This is because they are more demanding and are more closely linked to sport performance than to general participation or health.

NESA specifically lists the Yo yo test and Wingate test as examples in the syllabus under performance/fitness testing for recreational participants and elite athletes, so it is wise to know what each test measures, which fitness component it assesses, and why it may be more appropriate for some participants than others.

4.1 Health related and skill related fitness testing

Performance and fitness testing can also be categorised into health-related and skill-related components. This distinction helps ensure that tests are aligned with the intended outcome, because some tests are designed to assess overall health and functioning, while others are more directly linked to sport-specific performance. In general, recreational participants are more likely to focus on health-related fitness components, because these are closely linked to health, physical functioning, and safe participation in activity. Elite athletes also need a strong health-related fitness base, but they often place greater emphasis on skill-related components because these are more directly linked to performance.

It is also important that the test matches the specific component of fitness being assessed. A test of aerobic endurance will not provide useful information about muscular strength, and a power test will not show whether an individual has adequate flexibility or balance. This means exercise and fitness professionals need to choose tests carefully so that the results are relevant to the participant’s goals and can be used to guide training in a meaningful way.

Health-related fitness testing

Health-related fitness testing focuses on components that support overall health, wellbeing, and functional capacity. These components are closely linked to the ability to perform everyday activities efficiently and reduce the risk of injury or chronic disease. As a result, these tests are commonly used with recreational participants, although they still play an important role in supporting performance for athletes.

How it can improve outcomes:

• Primarily improves health by identifying risk factors and monitoring physical capacity
• Supports participation by enabling safe and sustainable involvement in physical activity
• Indirectly supports performance by providing a foundation for more advanced training

Health-related tests are generally more accessible and easier to administer, making them suitable for a wide range of participants and population groups. However, they do not provide detailed information about sport-specific performance, and should be combined with other assessments when performance outcomes are the main focus.

Skill-related fitness testing

Skill-related fitness testing focuses on components that directly influence sport performance, particularly in activities that require speed, power, coordination, and rapid decision-making. These tests are more commonly used with elite athletes, as they provide more specific information about the physical qualities required for success in a particular sport or position.

How it can improve outcomes:

• Primarily improves performance by identifying strengths and weaknesses in sport-specific fitness
• Can enhance participation by improving confidence in movement and skill execution
• Has limited direct impact on health, although it may contribute indirectly through increased activity

While skill-related tests provide valuable information for improving performance, they must be selected carefully to ensure they are relevant to the sport. If tests do not reflect the actual demands of performance, the results may not lead to meaningful improvements.

Example: A team-sport athlete performs well in a vertical jump test, indicating strong power, but performs poorly in agility testing. This suggests that while the athlete can generate force effectively, they may struggle with rapid changes of direction during gameplay. As a result, training is adjusted to include more agility-based drills and movement pattern work to better align their physical capacity with the demands of the sport.

4.2 Yo-Yo test Health related – Cardiorespiratory endurance

The Yo-Yo Intermittent Recovery Test measures intermittent endurance, which is the ability to perform repeated high-intensity efforts with short recovery periods between them. This makes it especially relevant in sports that involve frequent stopping, starting, accelerating and recovering, such as football codes, hockey and netball. The main result is usually the total distance completed, which provides an indication of an individual’s capacity to repeatedly work at a high intensity and recover quickly.

The Yo-Yo test is generally more appropriate for trained recreational athletes and competitive athletes than for the average recreational participant. This is because the test is physically demanding and is most useful when the person’s activity or sport actually requires repeated high-intensity running efforts. For a general gym client, beginner, older adult, or someone exercising mainly for health, other tests are often more appropriate and practical.

Example: A semi-professional footballer does not improve their Yo-Yo distance across a training block. Training records show a high workload with limited recovery between demanding sessions. In response, the programme is adjusted by reducing unnecessary extra conditioning and improving recovery between hard sessions so the athlete can adapt more effectively.

4.3 Wingate test Skill related – Power

The Wingate Anaerobic Test is a 30-second maximal cycling test performed on a specialised bike. It is used to estimate anaerobic power and capacity, with common results including peak power, mean power, and fatigue index, which indicates how quickly power output declines across the test. Because it is short, intense and maximal, it is most relevant for assessing the ability to produce and sustain high-intensity effort.

The Wingate test is usually not appropriate for general recreational participants. It is far more commonly used in sport science, high-performance, and elite training environments because it requires specialised equipment, close supervision, and a willingness and ability to perform an all-out maximal effort. It may sometimes be used with well-trained recreational athletes, especially in structured cycling or performance-focused settings, but this is much less common than its use with competitive and elite athletes.

Example: An elite court-sport athlete records high peak power, but their power output drops quickly over the 30 seconds, producing a high fatigue index. This suggests that although the athlete can generate strong initial power, they have more difficulty sustaining it. Training is then adjusted to include repeated sprint intervals and short-rest power sessions to improve their ability to maintain power when fatigued.

5. When testing helps and when it can harm outcomes

Performance and fitness testing is most effective when it leads to informed, appropriate decisions. However, it can also negatively impact outcomes when it is poorly selected, poorly interpreted, or used inappropriately.

5.1 When testing helps

5.2 When testing can harm outcomes

Testing can negatively impact health, participation, or performance when:

• Tests are inappropriate for the individual
• Results are used for public comparison or ranking
• There is excessive focus on numbers rather than performance
• Testing is too frequent, contributing to fatigue or stress
• Training becomes focused on improving test scores instead of actual performance

Example: An older recreational participant with low fitness, limited training history, or existing health concerns may not be suited to a maximal test such as the beep test, because the repeated high-intensity effort may be too physically demanding and may increase risk. In this situation, a lower-intensity test such as the Rockport 1.6-kilometre walk test would usually be more appropriate. It still provides useful information about aerobic fitness, but it does so in a safer and more manageable way.

Example: An elite athlete usually needs a more demanding and more sport-specific test because their training and competition demands are much higher. For instance, an elite soccer midfielder would usually gain more useful information from the Yo-Yo Intermittent Recovery Test than from the Rockport 1.6-kilometre walk test, because the Yo-Yo test better reflects the repeated high-intensity running and short recovery periods required in competition. In this case, a simple low-intensity test may be safe, but it would not give the coach or athlete enough information about repeated high-intensity running capacity to guide sport-specific training decisions.