How can performers reduce the risk of injury during training and sport?
How to prevent injury through correct application of training principles, protective equipment, technique, warm-up and appropriate clothing and surfaces.
A focused answer to AQA GCSE PE on preventing injury: applying the principles of training safely, using protective equipment and correct technique, warming up, and choosing appropriate clothing, footwear and surfaces.
Reviewed by: AI editorial process; not yet individually human-reviewed
Have a quick question? Jump to the Q&A page
Jump to a section
What this dot point is asking
AQA wants you to explain the ways a performer can reduce the risk of injury: applying training principles correctly, using protective equipment, using good technique, warming up, and choosing suitable clothing, footwear and surfaces.
Applying training principles safely
Protective equipment and technique
Using the correct technique is just as important: lifting with a straight back, landing safely from a jump, and tackling correctly all reduce the chance of injury. Coaches should teach and check technique before increasing the load.
Warm-up, clothing and the environment
A thorough warm-up raises muscle temperature and prepares the body, reducing the risk of strains and pulls (covered fully in the warm-up and cool-down topic). Other measures include:
- Appropriate clothing and footwear: studded boots for grass, the right trainers for the surface, and layers for the conditions.
- Checking the environment: a safe playing surface free of hazards, and well-maintained equipment.
- Hydration and stopping when injured: drinking enough water and not playing on through pain.
It also helps to group the causes of injury, because exam questions often ask you to classify or analyse them. Intrinsic factors come from inside the performer, such as poor technique, training too hard (overuse), inadequate warm up, low fitness for the demand, or a previous injury that has not healed. Extrinsic factors come from outside, such as an unsuitable surface, the wrong footwear, faulty or missing protective equipment, poor weather, or contact from an opponent. Most injuries are prevented by reducing both: correct, coached technique and gradual overload tackle the intrinsic risks, while suitable kit, a checked playing area and the right footwear for the surface tackle the extrinsic risks. Treatment of minor soft-tissue injuries follows the RICE protocol (rest, ice, compression, elevation), which limits swelling and speeds recovery so the performer does not return too soon and reinjure.
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 three ways a rugby player could reduce the risk of injury during a match.Show worked answer →
A Paper 1 application item, one mark per correctly described measure linked to the sport.
Award marks for any three of: complete a thorough warm-up to raise muscle temperature; wear protective equipment (gum shield, head guard); use correct tackling technique to avoid head and neck injury; wear studded boots suited to the surface; and check the pitch for hazards before play.
Markers reward measures tied to rugby, not generic statements. "Be careful" earns nothing.
AQA 20224 marksExplain how the incorrect application of the principles of training can lead to injury, and how a coach could prevent this.Show worked answer →
An AO2 question linking the principles to injury risk and prevention.
Award marks for: applying progressive overload too quickly does not allow the body to adapt, causing overtraining (chronic fatigue, falling performance and a higher injury risk); ignoring rest and recovery has the same effect.
For full marks, give the prevention: the coach increases the load in small steps, schedules rest days, monitors signs of overtraining, and keeps training specific so the body adapts safely.
Related dot points
- The principles of training (SPORT and FITT), progressive overload, reversibility, the calculation of training intensity, and how to apply them safely.
A focused answer to AQA GCSE PE on the principles of training: the SPORT and FITT principles, progressive overload, reversibility, calculating training intensity and target heart rate zones, and applying them safely.
- The phases and benefits of a warm-up, the phases and benefits of a cool-down, and why each matters for performance and recovery.
A focused answer to AQA GCSE PE on the warm-up and cool-down: the phases of each routine, the physical and mental benefits, and why warming up and cooling down improve performance and aid recovery.
- The main training methods (continuous, fartlek, interval, circuit, weight, plyometric and HIIT), the fitness they develop, and their advantages and disadvantages.
A focused answer to AQA GCSE PE on training methods: continuous, fartlek, interval, circuit, weight, plyometric and HIIT training, the components of fitness each develops, and their advantages and disadvantages.
- Health-related and skill-related components of fitness, their definitions, and the sports and activities in which each is most important.
A focused answer to AQA GCSE PE on the components of fitness: the health-related and skill-related components, clear definitions of each, and the sporting activities in which they matter most.
- 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.
Sources & how we know this
- AQA GCSE Physical Education (8582) specification — AQA (2016)