Application of Components of Fitness (Leaving Cert Physical Education): Revision Notes
Application of Health- and Performance-Related Components of Fitness
Performance-related fitness: The components of physical fitness that focus on skills and abilities needed to perform successfully in sporting situations.
The Principles of Training
The principles of training that coaches and performers should adhere to when planning a training programme are:
- Specificity
- Progressive Overload
- Reversibility
- Tedium
- Recovery
1. Specificity
Specificity means that a performer's training must be specific to their physical activity and training goals.
Performance improvements reflect the demands placed on the body e.g. endurance training will primarily affect endurance capabilities such as cardiorespiratory fitness.
Fitness tests are used to identify the performers' individual needs. These are used to determine training goals.
Specific training programmes consider:
- Energy systems
- Muscles used
- Components of fitness
- Intensity and time
2. Progressive Overload
Progressive overload is gradually increasing the frequency, intensity, timing or type of training used to improve fitness.
Workout loads must be continuously increased. As your body gets used to the current demands, you need to push harder to continue improving your fitness.
Example: A runner adding more miles each week to their training schedule to build endurance.
3. Reversibility
Reversibility occurs when the efforts of training diminish due to a pause in training or a lack of progression.
Example: An athlete noticing a decrease in strength after taking a long break from weightlifting.
Use it or lose it!
4. Tedium
Tedium (boredom): Avoiding monotony in training to keep athletes motivated and engaged.
Example: A coach incorporating different types of exercises into training sessions to keep players interested.
5. Recovery
Recovery is the time required for the body to repair the damage from training.
Example: An athlete taking a rest day between intense training sessions to allow muscles to recover.
The principle of diminishing returns suggests that the rate of fitness improvement decreases over time as fitness approaches its full potential.
- The fitter a performer is, the less likely they are to improve further.
- The gains they get from training become smaller and smaller.
Designing a Combined Health- and Performance-Related Fitness Training Plan
Integrating health-related and performance-related fitness components involves a holistic understanding of how different aspects of fitness contribute to overall performance and well-being. This approach ensures that an athlete's training is comprehensive, targeting multiple facets of fitness simultaneously.
1. Holistic Development
- Ensures balanced improvement across various fitness domains.
- Supports overall health and reduces the risk of injury. Example:
- A training programme that includes cardio, strength, flexibility, and balance exercises to ensure comprehensive fitness development and prevent overuse injuries.
2. Optimised Performance
- Addresses specific performance goals while maintaining general fitness.
- Enhances adaptability and efficiency in various physical activities. Example:
- A basketball player working on agility and speed drills to improve on-court performance while also engaging in general strength training to maintain overall fitness.
Combining Components
Health Related fitness: The components of physical fitness directly related to good health and meeting the demands of everyday life
- Cardiorespiratory Endurance
- Muscular Strength and Endurance
- Flexibility
- Agility and Coordination
- Speed and Power
Cardiorespiratory Endurance
- Allows you to work for long periods with the lungs, heart and blood working efficiently to supply oxygen to the muscles
- Improves oxygen delivery and utilisation.
- Essential for sustained physical activity and recovery. Example:
- Training that includes long-distance running to improve the heart and lungs' efficiency in delivering oxygen to muscles, essential for activities like marathons.
Muscular Strength and Endurance
Muscular endurance: The ability of a muscle or muscle group to exert a force repeatedly
Muscular Strength: Is the ability of a muscle or muscle group to exert a maximum force against a heavy resistance
- Supports powerful movements and prolonged physical exertion.
- Reduces fatigue and enhances performance consistency. Example:
- Weightlifting routines are designed to build muscle strength and endurance, helping athletes maintain powerful movements over extended periods, such as in rowing.
Flexibility
- The ability to move the joints through a full range of motion
- Decreases the risk of injuries and improves movement efficiency. Example:
- Incorporating yoga or stretching exercises into a training programme to enhance flexibility, reducing the risk of injuries and improving overall movement efficiency in sports like gymnastics.
Agility and Coordination
- Enhances quick, precise movements.
- Important for sports requiring rapid direction changes and fine motor skills. Example:
- Agility drills, such as ladder exercises, to enhance an athlete's ability to make quick, precise movements, crucial for sports like soccer and tennis.
Speed and Power
- Crucial for explosive actions and peak performance.
- Supports quick acceleration and high-intensity efforts. Example:
- Sprint training and plyometric exercises to develop speed and power, supporting explosive actions and peak performance needed in activities like sprinting and basketball.
Body composition
Represents the relative percentage of muscles bone fat and other tissue which compromise the makeup of the body
Practical Application
Program Design
- Include a mix of aerobic and anaerobic exercises to cover different fitness components.
- Tailor exercises to individual needs and performance goals. Example:
- A training programme that combines running (aerobic) and high-intensity interval training (anaerobic) to improve both cardiovascular endurance and muscular strength, tailored to the specific goals of a long-distance runner.
Progression and Adaptation
- Gradually increase exercise intensity, duration, and complexity.
- Monitor progress and adjust the training plan accordingly. Example:
- Incrementally increasing the weight and repetitions in strength training exercises while monitoring an athlete's performance to ensure continued progress and adaptation without injury.
Balanced Training
- Alternate between different types of workouts to prevent overuse injuries.
- Ensure adequate rest and recovery between sessions. Example:
- Alternating between swimming, cycling, and strength training sessions throughout the week to prevent overuse injuries and allowing for proper muscle recovery, ensuring an athlete is well-rounded and not prone to burnout.
Sample Training Plan
Integrating these elements into a cohesive training plan will help athletes achieve a well-rounded fitness level, supporting both health and performance goals. This balanced approach not only enhances physical capabilities but also promotes long-term well-being.
Monday: Cardio and Agility
- Interval running
- Agility drills
Tuesday: Strength and Flexibility
- Weightlifting
- Dynamic stretching
Wednesday: Active Recovery
- Light swimming or yoga
Thursday: Power and Coordination
- Plyometrics
- Coordination exercises
Friday: Endurance and Speed
- Long-distance running
- Sprint intervals
Saturday: Comprehensive Workout
- Circuit training covering all fitness components