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This lesson provides a complete overview of the OCR GCSE PE (J587) examination structure. Before you begin any topic revision, you need to understand exactly how the qualification is assessed, how each component is weighted, what types of questions appear, and how the assessment objectives work. Understanding the structure of the exam puts you in a strong position to revise efficiently and maximise your marks.
OCR GCSE PE is assessed through three components: two written examinations and a non-exam assessment (NEA). Each component contributes a specific percentage to your overall grade.
pie title OCR GCSE PE (J587) — Overall Weighting
"Component 01 (30%)" : 30
"Component 02 (30%)" : 30
"NEA (40%)" : 40
| Component | Title | Duration | Marks | Weighting |
|---|---|---|---|---|
| Component 01 | Physical Factors Affecting Performance | 1 hour | 60 marks | 30% |
| Component 02 | Socio-Cultural Issues and Sports Psychology | 1 hour | 60 marks | 30% |
| NEA | Performance in Physical Education | Coursework | 60 marks (scaled) | 40% |
Exam Tip: Although the NEA is worth 40% of your grade, this course focuses on the two written papers which together account for 60%. The two written exams are where you can make the biggest gains through revision — even a few extra marks on each paper can move you up a grade boundary.
Component 01 covers the scientific and physical aspects of PE. It tests your understanding of how the body works, how movement occurs, and how training improves performance.
| Section | Topic | Key Content |
|---|---|---|
| 1.1 | Applied Anatomy and Physiology | Skeletal system (20 named bones), muscular system (11 named muscles), structure of joints, types of movement, cardiovascular system, respiratory system, effects of exercise on body systems |
| 1.2 | Physical Training | Components of fitness (11 components), fitness testing methods, principles of training (SPORT and FITT), types of training, warm-up and cool-down, injury prevention |
Component 01 uses a mixture of question types:
The paper generally starts with easier questions and increases in difficulty as you progress through each section.
Exam Tip: Component 01 tends to include more calculation-based questions. You may be asked to calculate cardiac output (stroke volume x heart rate), mechanical advantage (effort arm / resistance arm), or interpret data from fitness test results. Practise these calculations until they become second nature.
Component 02 covers the social, psychological, and health-related aspects of PE. It tests your ability to discuss issues, evaluate arguments, apply psychological concepts, and use real-world sporting examples.
| Section | Topic | Key Content |
|---|---|---|
| 2.1 | Socio-Cultural Influences | Factors affecting participation, strategies to improve participation, commercialisation, the golden triangle, sponsorship, media, ethical issues, sportsmanship and gamesmanship, drugs in sport, violence in sport |
| 2.2 | Sports Psychology | Characteristics of skilful movement, skill classification (two continua), goal setting and SMART targets, mental preparation techniques, types of guidance, types of feedback |
| 2.3 | Health, Fitness and Wellbeing | Definitions of health/fitness/wellbeing, physical/emotional/social benefits and consequences, sedentary lifestyle, diet and nutrition, application across age groups |
Component 02 uses the same mixture of question types as Component 01 (MCQs, short answer, and extended response up to 6 marks). However, Component 02 tends to have more evaluate and discuss questions because the socio-cultural and psychology topics lend themselves to two-sided arguments.
Exam Tip: Component 02 extended response questions often ask you to consider "advantages and disadvantages" or "positive and negative effects." Always plan to include both sides in your response. One-sided answers are capped at the lower levels of the mark scheme.
OCR GCSE PE has important structural differences from other exam boards such as AQA:
| Feature | OCR (J587) | Key Point |
|---|---|---|
| Paper duration | 1 hour per paper | Shorter than some other boards |
| Marks per paper | 60 marks per paper | Means approximately 1 minute per mark |
| Maximum extended response | 6 marks | No 9-mark questions — the maximum extended response is 6 marks |
| NEA weighting | 40% | Practical performance is heavily weighted |
| SMART definition | Specific, Measurable, Achievable, Recorded, Timed | OCR uses "Achievable" and "Recorded" — not "Accepted/Agreed" and "Realistic" |
Exam Tip: Because OCR's maximum extended response is 6 marks (not 9 marks as in some other specifications), you do not need to write as extensively for the longest questions. However, you still need to demonstrate knowledge, application and analysis within the 6-mark structure.
OCR uses three assessment objectives (AOs) to test different thinking skills. Understanding what each AO requires helps you pitch your answers at the right level.
graph LR
AO1["AO1: Demonstrate Knowledge<br/>and Understanding"]
AO2["AO2: Apply Knowledge<br/>and Understanding"]
AO3["AO3: Analyse and Evaluate"]
AO1 --> AO2 --> AO3
style AO1 fill:#27ae60,color:#fff
style AO2 fill:#2980b9,color:#fff
style AO3 fill:#8e44ad,color:#fff
| Assessment Objective | What It Tests | Typical Question Style |
|---|---|---|
| AO1 | Demonstrate knowledge and understanding of the factors that underpin performance and involvement in physical activity and sport | Define, state, identify, describe, outline |
| AO2 | Apply knowledge and understanding of the factors that underpin performance and involvement in physical activity and sport | Explain, give an example of, using a sporting example describe, apply |
| AO3 | Analyse and evaluate the factors that underpin performance and involvement in physical activity and sport | Evaluate, analyse, discuss, justify, compare |
AO1 (Knowledge): You recall and state facts. For example: "State two functions of the skeletal system." You simply name them — there is no need to explain or apply.
AO2 (Application): You take your knowledge and apply it to a specific context. For example: "Explain how the lever system at the elbow allows a cricketer to bowl." You must connect the factual content to a real sporting situation.
AO3 (Analysis and Evaluation): You weigh up evidence, consider different viewpoints, or analyse the effectiveness of something. For example: "Evaluate the use of technology in sport." You present arguments for and against, then reach a conclusion.
Exam Tip: The higher the AO number, the more demanding the question. AO3 questions are the extended response questions (up to 6 marks). If you can answer AO3 questions well, you significantly increase your chances of achieving grades 7–9.
Both papers are 1 hour (60 minutes) for 60 marks. This gives you exactly 1 minute per mark.
| Time Allocation | Activity |
|---|---|
| First 2 minutes | Read through the paper; identify questions you feel confident about |
| 1 minute per mark | Answering questions (e.g. a 4-mark question should take roughly 4 minutes) |
| Last 3–5 minutes | Check your answers; look for unanswered questions; add to incomplete answers |
| Question Type | Typical Marks | Suggested Time |
|---|---|---|
| Multiple choice | 1 mark | 30 seconds – 1 minute |
| Short answer (1–2 marks) | 1–2 marks | 1–2 minutes |
| Short answer (3–4 marks) | 3–4 marks | 3–4 minutes |
| Extended response | 6 marks | 7–8 minutes (including 1 minute planning) |
Exam Tip: If you are stuck on a question, move on and come back to it later. Spending 5 minutes on a 1-mark question you cannot answer means losing time on questions you could answer easily. The marks lost on the question you skipped are far fewer than the marks you could lose by running out of time elsewhere.
OCR publishes mark schemes for every past paper. Understanding how examiners use mark schemes helps you write better answers.
For short answer questions (1–4 marks), examiners use point-based marking. They have a list of acceptable points and award one mark for each valid point you make (up to the maximum).
Example: "State two physical benefits of regular exercise." (2 marks)
For extended response questions (up to 6 marks), examiners use levels-based marking. They read your whole answer, decide which level it fits into, and then choose a mark within that level.
graph TD
A["Read the whole answer"] --> B{"Does it show<br/>knowledge and<br/>understanding?"}
B -- "No or very limited" --> C["Level 0: 0 marks"]
B -- "Yes" --> D{"Is knowledge<br/>applied to<br/>the context?"}
D -- "Limited or no application" --> E["Level 1: 1–2 marks"]
D -- "Yes" --> F{"Is there analysis,<br/>evaluation, or a<br/>sustained argument?"}
F -- "Some but inconsistent" --> G["Level 2: 3–4 marks"]
F -- "Clear and sustained" --> H["Level 3: 5–6 marks"]
style C fill:#e74c3c,color:#fff
style E fill:#e67e22,color:#fff
style G fill:#f39c12,color:#fff
style H fill:#27ae60,color:#fff
Exam Tip: For a Level 3 answer (5–6 marks), the examiner is looking for three things: (1) accurate knowledge, (2) application to the specific context in the question, and (3) analysis or evaluation with a clear line of reasoning. Missing any one of these three elements will cap your answer at Level 2 or below.
Exam Tip: Before you begin any topic revision, download and print the OCR GCSE PE (J587) specification from the OCR website. Use it as a checklist — tick off each sub-topic as you revise it. This ensures you cover everything and do not waste time on content that is not on the specification.
Understanding the shape of an OCR paper and allocating time accurately is the single biggest exam-technique lever. A worked walkthrough of a typical Paper 1 (Physical factors affecting performance) shows how the hour breaks down.
Paper structure (typical): roughly 10 short multiple-choice or 1-mark questions, 6–8 medium-length (2–4 mark) questions, and 2–3 extended response (6-mark) questions. Total 60 marks in 60 minutes.
Step 1 (0:00–0:02) — Scan the paper. Before writing, spend 2 minutes turning the whole paper over — identify the 6-mark questions (usually near the end), note any data/graph questions, and check you recognise the topics. This reduces panic and helps you budget time.
Step 2 (0:02–0:15) — Short answers at speed. Work through multiple choice and 1-mark questions quickly — 30 seconds each. Do not overthink: OCR multiple-choice questions reward the first correct technical term. If you are unsure, mark it with a star and move on; return at the end.
Step 3 (0:15–0:42) — Medium-length questions. For 2–4 mark "describe", "explain", or "compare" questions, budget 2–4 minutes each. Use the PEEL structure for 4-mark answers: Point, Explain, Example, Link. Always match the number of distinct points to the marks available.
Step 4 (0:42–0:55) — Extended response (6-mark) questions. Budget 6 minutes each. Plan for 1 minute (sketch 3–4 PEEL points), write for 4.5 minutes, check for 30 seconds. Target Level 3 descriptors: applied PE terminology, a sporting example, and evaluation with a conclusion for "evaluate"/"discuss" questions.
Step 5 (0:55–1:00) — Check and return. Revisit starred questions. Check you have not missed a page or question. For calculation questions, double-check units (bpm, ml, cm).
Worked mini-example — a typical Paper 1 6-mark question: Analyse how a gymnast uses the muscular and skeletal systems to perform a handstand. (6 marks)
Planning (1 minute): bones — radius, ulna, humerus provide structural support; joints — wrist, elbow, shoulder maintain extension; antagonistic muscle pairs — triceps agonist, biceps antagonist, deltoids and pectorals stabilising; muscle contraction type — isometric (no movement, holding position).
Writing (4.5 minutes): A handstand relies on the skeletal system for structural support through the wrist, elbow, and shoulder joints; the radius, ulna, and humerus transmit load from the gymnast's body weight down to the hands. The elbow is held in extension throughout the skill. This extended position is maintained by an isometric contraction of the triceps (agonist) while the biceps (antagonist) lengthens slightly to stabilise. At the shoulder, the deltoids and pectorals contract isometrically to prevent the shoulder flexing. The core muscles (rectus abdominis, obliques) also contract isometrically to hold the body straight. Overall, the handstand is a closed skill requiring coordinated isometric contraction across multiple antagonistic pairs — demonstrating how the muscular and skeletal systems work together to maintain a stable balance against gravity.
This structured time budget — 2 minutes scan + 13 minutes short + 27 minutes medium + 13 minutes extended + 5 minutes check — prevents the classic error of running out of time on 6-mark questions.
Many students assume the hardest questions come last and try to "save energy" for later — which leads to overwriting on early 1-mark questions. OCR papers mix difficulty: a 6-mark question can appear mid-paper, and late questions sometimes test simple recall. Never assume the order predicts difficulty. Always read the command word and mark tariff of each question rather than its position. Short answers deserve short answers, regardless of where they sit.
Exam question: Explain two benefits of regular exercise on the cardiovascular system. (4 marks)
Grade 3–4 response (Level 1 — basic knowledge):
Exercise makes your heart stronger. It also helps blood flow around your body better. You will be healthier if you exercise.
Why this is Grade 3–4: Vague statements with no OCR terminology (cardiac hypertrophy, bradycardia, capillarisation), no mechanism, and no sporting example. Level 1: "basic knowledge, limited explanation."
Grade 5–6 response (Level 2 — knowledge and application):
Regular exercise causes cardiac hypertrophy, meaning the heart muscle grows bigger and stronger. This increases stroke volume so the heart pumps more blood with each beat. Secondly, regular exercise increases the number of capillaries in the muscles, improving oxygen delivery. These adaptations mean athletes like distance runners can exercise for longer without fatiguing.
Why this is Grade 5–6: Correct OCR terminology (cardiac hypertrophy, stroke volume, capillarisation), a sporting example (distance runner), and two distinct points — matching the 4-mark tariff. Level 2: "relevant knowledge applied."
Grade 7–9 response (Level 3 — knowledge, application and analysis):
Regular aerobic exercise produces cardiac hypertrophy — the muscular walls of the left ventricle thicken, increasing stroke volume so more blood is ejected per beat. As a result, the same resting cardiac output is maintained at a lower heart rate, producing bradycardia (resting HR of 40–50 bpm in endurance athletes). This improves cardiovascular efficiency and reduces the workload on the heart. A second adaptation is increased capillarisation around slow-twitch muscle fibres. Because there are more capillaries, the diffusion distance for oxygen is shorter and a-vO2 difference (oxygen extracted per unit of blood) rises. For a marathon runner, these combined adaptations raise VO2 max, delaying the onset of anaerobic respiration and allowing a higher sustained race pace.
Why this is Grade 7–9: Precise OCR terminology, named mechanism (stroke volume → bradycardia; capillarisation → diffusion distance), quantitative values (40–50 bpm), and a sporting application (marathon runner). Level 3: "detailed, sustained explanation with precise terminology."
This content is aligned with the OCR GCSE Physical Education (J587) specification (Paper 1: Physical factors affecting performance; Paper 2: Socio-cultural issues and sports psychology). For the most accurate and up-to-date information, please refer to the official OCR specification document.