Welcome to Training Methods: AS 1 Fitness and Training for Sport
Welcome to your study guide for Training Methods! This topic forms a central pillar of Unit AS 1: Fitness and Training for Sport in your CCEA Sports Science and the Active Leisure Industry qualification. Remember, Unit AS 1 is an internally assessed portfolio that accounts for 60% of your AS Level (and 24% of your total A Level). Mastering this material will allow you to design, justify, and evaluate top-tier training sessions for your portfolio.
Don't worry if the physiological details seem a bit overwhelming at first. We will break down every framework, method, formula, and prescription step-by-step so you can approach your coursework and practical leadership with total confidence.
Part 1: The Core Principles of Training Frameworks
Before selecting a training method, a sports scientist must understand the underlying rules that govern how the body adapts to exercise. A classic examiner pitfall is confusing training principles (the rules) with training methods (the actual activities you do).
1. The FITT Principle
The FITT principle provides the blueprint for building any exercise session or long-term training plan:
• F – Frequency: How often training takes place. For general muscular strength and endurance, sessions should take place at least 3 times weekly. For aerobic conditioning, 3 to 5 sessions weekly are recommended.
• I – Intensity: How hard the athlete works. This can be monitored using:
1. Target Heart Rate Zones: Calculated using maximum heart rate where \(HR_{\text{max}} = 220 - \text{age}\).
2. Borg's Rate of Perceived Exertion (RPE): A subjective rating using either the classic 6–20 scale or the modified 1–10 scale.
• T – Time (Duration): How long the training session or individual work intervals last.
• T – Type: The specific training method selected to develop a targeted component of fitness (e.g., continuous running, plyometrics, or PNF stretching).
2. The SPORT Principles of Training
To ensure training produces safe and meaningful adaptations, remember the mnemonic SPORT:
• S – Specificity: Tailoring training directly to the specific energy systems, muscle groups, and movement patterns required by the sport or activity.
• P – Progression: Gradually increasing the workload over time as the body adapts, ensuring steady improvement without causing injury.
• O – Overload: Stressing the body's physiological systems beyond their normal operational demands to stimulate physical adaptations.
• R – Reversibility / Rest & Recovery: Adaptations are not permanent; performance decrements occur if training stops (known as the detraining effect). Crucially, physiological adaptation actually occurs during rest, not during the workout itself.
• T – Tedium: Introducing variety in drills, settings, and methods to prevent boredom and psychological burnout.
Key Takeaway: Use FITT to structure your session variables, and apply SPORT to ensure your long-term plan is effective, targeted, and progressive.
Part 2: Classification of Training Methods
The CCEA specification classifies training methods based on the specific fitness components they target. Let's explore each category and its exact training parameters.
A. Aerobic Endurance & Cardiovascular Fitness Methods
These methods aim to enhance the efficiency of the cardiovascular, respiratory, and aerobic energy systems.
1. Continuous Steady Pace (CSP) Training
• What it is: Non-stop, submaximal exercise (e.g., running, cycling, rowing) performed at a sustained, constant pace.
• Intensity: Typically \(60\text{--}80\% HR_{\text{max}}\).
• Duration: A minimum of \(20\text{--}30\text{ minutes}\).
• Best for: Building a solid aerobic base, long-distance runners, and triathletes.
2. Fartlek Training ("Speed Play")
• What it is: A continuous training session where the athlete continuously varies their speed, terrain, workload, and intensity.
• Key Feature: It blends aerobic and anaerobic energy systems due to the alternating fast bursts (e.g., hill sprints) and recovery paces (e.g., steady jogging on flat ground).
• Common Pitfall: Fartlek is continuous. It is not a stop-start interval session; the athlete never comes to a passive rest.
3. Aerobic Interval Training
• What it is: Alternating structured periods of aerobic work with active recovery intervals.
• Work-to-Rest Ratio: Typically \(1:1\) or \(1:2\) (for example, 3 minutes of running followed by 3 minutes of active recovery jog/walk).
• Intensity: Maintained within target aerobic heart rate zones.
B. Anaerobic Capacity, Speed, and Power Methods
These high-intensity methods focus on the ATP-PC and glycolytic (lactic acid) energy systems to build explosive power and speed endurance.
1. Anaerobic Interval Training / High-Intensity Interval Training (HIIT)
• Intensity: High intensity, operating above the lactate threshold (\(>85\% HR_{\text{max}}\)).
• Work-to-Relief Ratio: Typically \(1:3\) or \(1:5\) (e.g., 10 seconds of maximal sprinting followed by 30 to 50 seconds of rest). This longer relief period allows for partial or full replenishment of intramuscular ATP-PC stores.
2. Plyometrics
• What it is: Explosive exercises designed to develop power by exploiting the Stretch-Shortening Cycle (SSC).
• How it works: A rapid eccentric muscle lengthening contraction is immediately followed by an explosive concentric shortening contraction.
• Examples: Depth jumps, bounding, and hurdle hops.
3. Hollow Sprints and Acceleration Sprints
• Hollow Sprints: Sprinting drills where two or more sprint blocks are separated by a "hollow" period of jogging or walking (e.g., 30m sprint \(\rightarrow\) 30m hollow jog \(\rightarrow\) 30m sprint).
• Acceleration Sprints: Drills where the athlete progressively increases their speed from a jog to a stride and finally into a maximal sprint.
C. Muscular Strength, Hypertrophy, & Endurance (Resistance & Circuit Training)
Resistance training parameters are prescribed using percentages of 1 Repetition Maximum (1RM), which is the maximum weight an individual can lift for a single repetition with proper form.
Resistance Training Prescription Guidelines:
• Maximal Strength:
• Intensity: High (\(\ge 85\% \text{ 1RM}\))
• Repetitions: Low (\(1\text{--}5\text{ reps}\))
• Rest between sets: Long (\(2\text{--}5\text{ minutes}\))
• Hypertrophy (Muscle Growth):
• Intensity: Moderate (\(67\text{--}85\% \text{ 1RM}\))
• Repetitions: Moderate (\(6\text{--}12\text{ reps}\))
• Rest between sets: Moderate (\(30\text{--}90\text{ seconds}\))
• Muscular Endurance:
• Intensity: Lower (\(<65\% \text{ 1RM}\))
• Repetitions: High (\(15+\text{ reps}\))
• Rest between sets: Short (\(<30\text{ seconds}\))
Circuit Training:
A structured sequence of exercise stations completed one after another. Circuit training is highly versatile: by modifying station exercises, work periods, and rest intervals, you can target muscular endurance, maximal strength, or cardiovascular fitness.
D. Flexibility Training Methods
Flexibility training improves the range of motion (ROM) around joints, aids posture, and reduces injury risk.
• Static Stretching (Active & Passive): Holding a muscle at its end-range of motion for \(15\text{--}30\text{ seconds}\). In active stretching, the athlete applies the force themselves; in passive stretching, an external force (such as a partner or gravity) provides the resistance.
• Dynamic Stretching: Controlled, sport-specific movements that take joints through their full range of motion without holding at the end (e.g., walking lunges, leg swings).
• Proprioceptive Neuromuscular Facilitation (PNF): An advanced flexibility technique utilizing the contract-relax or hold-relax method. A passive stretch is held, followed by an isometric contraction against resistance, and then a deeper passive stretch. This triggers autogenic inhibition via the Golgi tendon organs, overriding the protective stretch reflex to allow greater muscle relaxation and increased ROM.
Key Takeaway: Always prescribe training using exact metrics (e.g., % 1RM, work-to-rest ratios, target heart rate zones) rather than vague terms like "lift weights" or "run fast."
Part 3: Portfolio Session Planning & Practical Leadership
In Unit AS 1, you must demonstrate the ability to plan, lead, and evaluate a safe, structured training session. Your portfolio must clearly reflect the physiological sequencing of a complete session:
1. The Warm-Up Phase
A structured warm-up prepares the body physiologically and psychologically for intense exercise:
1. Pulse Raiser: Low-intensity aerobic activity (e.g., light jogging) to increase heart rate, core temperature, and muscle elasticity.
2. Mobility: Joint rotations and movements through normal planes of motion to increase synovial fluid secretion.
3. Dynamic Stretching: Sport-specific functional movements to prepare muscles for dynamic loading.
4. Sport-Specific Preparation / Potentiation: Drills replicating the speed, agility, and movement patterns of the main session.
2. The Main Training Phase
The core training unit where your chosen method (e.g., HIIT, Plyometrics, Resistance Training) is applied. In your portfolio plans, you must explicitly state sets, reps, load/intensity (% 1RM or % \(HR_{\text{max}}\)), interval durations, and rest periods.
3. The Cool-Down Phase
A proper cool-down returns the body safely to a pre-exercise resting state:
• Pulse Lowerer: Gradual reduction in exercise intensity (e.g., light jog transitioning to a walk) to prevent blood pooling in the lower extremities and support venous return to the heart.
• Static / Developmental Stretching: Holding stretches for \(15\text{--}30\text{ seconds}\) to restore resting muscle length, maintain flexibility, and help minimize Delayed Onset Muscle Soreness (DOMS).
4. Risk Assessment & Safety
Before delivering any session, a sports scientist must ensure participant safety by completing a thorough risk assessment:
• Participant Readiness: Administering screening tools such as the PAR-Q (Physical Activity Readiness Questionnaire) to identify underlying health risks.
• Environmental & Equipment Safety: Inspecting the training area for hazards, checking that equipment is intact and safely spaced.
• Safe Technique & Spotting: Ensuring correct movement execution and providing competent spotting during heavy resistance exercises.
Quick Review: Avoiding Common Coursework Mistakes
• Principles vs Methods: "FITT" and "Specificity" are principles; "Plyometrics" and "Continuous Training" are methods.
• Fartlek is Not Interval Training: Fartlek is continuous running with varied speeds/terrain—never stop-start with passive breaks.
• Complete Session Structure: Never skip the transition steps in your portfolio session plans (Warm-up: Pulse raiser \(\rightarrow\) Mobility \(\rightarrow\) Dynamic stretches; Cool-down: Pulse lowerer \(\rightarrow\) Static stretches).
• Use Precise Parameters: Always specify exact numbers (e.g., \(\ge 85\% \text{ 1RM}\) for maximal strength, \(1:3\) work-to-rest for anaerobic intervals).