How do we measure fitness and why do we test it?
The reasons for fitness testing, the standard tests for each component of fitness, and how to use test data and norms to plan and monitor training.
A focused answer to AQA GCSE PE on fitness testing: the reasons for testing, the recognised test for each component of fitness, the limitations of testing, and how to use results and normative data to plan training.
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What this dot point is asking
AQA wants you to give the reasons for fitness testing, name the recognised test for each component of fitness, describe how each test is carried out, and explain how to use the results to plan and monitor training.
Why we test fitness
The standard tests
Learn the recognised test for each component:
- Cardiovascular endurance: the multi-stage fitness test (bleep test), running between two lines in time with bleeps that get faster.
- Flexibility: the sit and reach test, reaching forward over a box to measure the distance reached.
- Muscular strength: the handgrip dynamometer, gripping the device as hard as possible.
- Muscular endurance: the one-minute press-up or sit-up test, counting the repetitions in a minute.
- Agility: the Illinois agility run, weaving through a set course as fast as possible.
- Power: the vertical jump test (Sargent jump), measuring how high you can jump.
- Reaction time: the ruler drop test, catching a falling ruler.
- Speed: the 30 metre sprint test, timing a sprint over 30 m.
- Balance: the stork stand test, balancing on one leg.
Using and limiting the data
Compare a result with the norm to judge a performer's level, then use it to set targets and choose appropriate training. Testing has limitations: many tests do not exactly copy the sport, some rely on effort and motivation, and some need practice or special equipment to be accurate. Tests should be carried out the same way each time so results can be compared fairly.
Two ideas examiners use to judge a test are validity (does the test actually measure the component it claims to?) and reliability (does it give the same result if repeated under the same conditions?). The Illinois agility run is reasonably valid for agility because it forces changes of direction, but the multi-stage fitness test only predicts cardiovascular endurance rather than measuring oxygen use directly, so it is sub-maximal. Reliability depends on standardising the conditions: the same surface, the same equipment, a proper warm up, and full effort each time. This is why a coach retests under identical conditions before claiming the athlete has improved.
Exam-style practice questions
Practice questions written in the style of AQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
AQA 20193 marksDescribe how the multi-stage fitness test is carried out and state the component of fitness it measures.Show worked answer →
A Paper 1 question testing test protocol knowledge plus the matched component.
Award marks for: the performer runs back and forth between two lines m apart, turning on each bleep; the bleeps get progressively faster so the running speed increases; the test continues until the performer can no longer keep up and the level reached is recorded. It measures cardiovascular endurance.
Markers want the protocol detail (distance, progressive bleeps, run to exhaustion) and the correct component. A bare "you run to bleeps" is too vague for full marks.
AQA 20224 marksEvaluate the use of fitness testing for monitoring the progress of a club athlete.Show worked answer →
An AO3 evaluate question. Award marks for points on both sides plus a judgement.
Strengths: tests give objective baseline and repeat scores, so progress can be tracked against norms, weaknesses identified and the programme adjusted, which also motivates the athlete. Limitations: many tests are sub-maximal or do not replicate the sport, results depend on effort and conditions, and some need practice or equipment to be reliable.
The top band requires a conclusion, for example that testing is valuable for monitoring if the same protocol is repeated under controlled conditions, but should be combined with performance in the sport itself.
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Sources & how we know this
- AQA GCSE Physical Education (8582) specification — AQA (2016)