How do you calculate training zones in Edexcel GCSE PE?

First find maximum heart rate as 220 minus your age. The aerobic training zone is 60 to 80 percent of maximum heart rate (for cardiovascular fitness), and the anaerobic training zone is 80 to 90 percent (for speed and power). For a 16-year-old, maximum heart rate is 204 beats per minute, so the aerobic zone is about 122 to 163 beats per minute. Always show the 220 minus age method and both ends of the zone.

What are the principles of training in Edexcel PE?

Edexcel lists them individually: individual needs (the programme suits the performer), specificity (training matches the sport), progressive overload (gradually doing more), FITT (frequency, intensity, time, type, the ways to overload), overtraining (training too hard without rest, causing injury) and reversibility (fitness is lost if you stop). FITT is how you apply progressive overload.

What is the difference between a sprain and a strain?

A sprain is an overstretched or torn ligament (which joins bone to bone), for example a sprained ankle. A strain is an overstretched or torn muscle or tendon (which joins muscle to bone), including tennis elbow and golfer's elbow. Minor soft-tissue injuries are treated with RICE (rest, ice, compression, elevation), while fractures, dislocations and concussion need professional medical care.

How should I revise physical training for Edexcel PE?

Learn the eleven components of fitness and their named tests, then practise the training-zone calculation and the injury and PED content, because these recur. Rehearse the nine-mark extended-response question on training methods, principles or injury prevention, since it decides the top grades. Work through every dot-point page in the topic, then attempt the quiz.

EnglandPhysical Education

Edexcel GCSE PE physical training: a complete overview of Component 1 Topic 3

Q: What does Edexcel GCSE PE physical training cover?

It is Component 1, Topic 3, and is the largest theory topic. It covers the definitions of health and fitness and the eleven components of fitness, fitness testing (the named tests and interpreting results against normative data), the principles of training (individual needs, specificity, progressive overload, FITT, overtraining, reversibility) and the aerobic and anaerobic training zones, training methods, the long-term effects of training, injury prevention and performance-enhancing drugs, and warm-ups and cool-downs. The Component 1 nine-mark extended-response question is on this topic.

A complete overview of Edexcel GCSE PE physical training (Component 1, Topic 3). Covers the components of fitness, fitness testing against normative data, the principles of training and training zones, training methods, the long-term effects of training, injury prevention and PEDs, and warm-ups and cool-downs.

Generated by Claude Opus 4.815 min read1PE0-3Updated 2026-06-02

Reviewed by: AI editorial process; not yet individually human-reviewed

Jump to a section

What this topic demands
Components of fitness and testing
Principles and methods of training
Adaptations, injury and warm-ups
Check your knowledge

What this topic demands

Physical training is Topic 3 of Component 1 and the largest theory topic, so it carries the most marks, including the 9-mark extended-response question that ends Component 1. The exam tests the components of fitness and their tests, the principles of training and training-zone calculations, the training methods and their trade-offs, the adaptations from training, injury prevention and PEDs, and warm-ups. This overview ties the seven dot-point pages together.

Components of fitness and testing

There are eleven components of fitness (cardiovascular fitness, strength, muscular endurance, flexibility, body composition, agility, balance, coordination, power, reaction time, speed), and their relative importance varies by sport. Each has a named test (the Illinois run for agility, the grip dynamometer for strength, the sit and reach for flexibility, and so on), and results are judged against normative data. See the components of fitness and fitness testing pages.

Principles and methods of training

The principles of training are individual needs, specificity, progressive overload, FITT, overtraining and reversibility. FITT (frequency, intensity, time, type) is how you overload, and intensity is set using training zones from $\text{max HR} = 220 - \text{age}$ (aerobic 60 to 80 percent, anaerobic 80 to 90 percent). The training methods (continuous, Fartlek, circuit, interval, plyometric, weight) each develop different components and carry trade-offs. See the principles of training and training methods pages.

Adaptations, injury and warm-ups

The long-term effects of training adapt the musculoskeletal system (hypertrophy, bone density) and cardio-respiratory system (lower resting heart rate, higher stroke volume, capillarisation), and adaptation happens during rest. Injury prevention uses a PARQ, technique and protective equipment; RICE treats minor injuries; and PEDs are evaluated for their effects. Warm-ups have three phases and cool-downs aid recovery. See the long-term effects, injury and PEDs and warm-up and cool-down pages.

Check your knowledge

Attempt these, then check the solutions.

Name four components of fitness. (4 marks)
Name the fitness test for agility and the test for flexibility. (2 marks)
Calculate the aerobic training zone (60 to 80 percent) for a 14-year-old. (3 marks)
What does FITT stand for? (2 marks)
Name one long-term effect of training on the cardio-respiratory system. (1 mark)
What does RICE stand for, and what is it used for? (2 marks)

Sources & how we know this

Pearson Edexcel GCSE (9-1) Physical Education (1PE0) specification — Pearson Edexcel (2016)