Big picture
Champions are made, not just born. Even a talented athlete needs years of systematic training to reach the top. Sports training is a planned, scientific process of preparing an athlete for the highest performance, by developing fitness, skills, tactics and mental qualities.
This chapter explains how talent is identified and developed, how training is organised into cycles, and the methods used to develop each component of fitness: strength, endurance, speed, flexibility and coordination.
Learning goals
Explain the meaning and principles of sports training.
Explain talent identification and talent development.
Describe micro, meso and macro training cycles.
Describe the types of strength and methods to develop it.
Describe the methods to develop endurance and speed.
Describe the methods to develop flexibility and coordinative abilities.
Core ideas
1. Sports training and its principles
Sports training is a pedagogical process based on scientific principles, aimed at improving an athlete's performance through systematic, planned exercise.
Principle | Meaning |
|---|---|
Continuity | Training should be regular, without long breaks, or fitness is lost |
Progression (progressive overload) | Load should be increased gradually as the body adapts |
Individual differences | Training should suit each athlete's age, ability, fitness and needs |
Specificity | Training should match the demands of the specific sport |
Variety | Varied exercises prevent boredom and overuse injuries |
Rest and recovery | Adequate rest allows the body to adapt and prevents overtraining |
Warm-up and cool-down | Prepares the body and helps recovery |
Active participation | The athlete must understand and be committed to training |
2. Talent identification and development
Talent identification is the process of recognising young people with the potential to excel in a particular sport, using physical tests (speed, strength, endurance), anthropometric measurements (height, limb length, body type), psychological traits, skill assessment, and observation in competitions.
Talent development is the process of providing the right environment: coaching, training, facilities, nutrition, competition exposure, sports science support and education, so that talented young people realise their potential.
In India, schemes such as Khelo India and SAI training centres support talent identification and development.
3. Training cycles (periodisation)
Training is divided into cycles of different lengths so that athletes reach peak performance at the right time.
Cycle | Duration | Description |
|---|---|---|
Micro cycle | The shortest: usually 3–10 days, often a week | Contains a number of training sessions with varied loads; the basic building block |
Meso cycle | Medium: usually 3–6 weeks (several micro cycles) | Focuses on a specific objective, such as building endurance |
Macro cycle | The longest: 3 months to a year (sometimes up to 4 years for Olympic preparation) | Contains three phases: the preparatory period (building fitness and skills), the competition period (maintaining fitness and competing), and the transition period (active rest and recovery) |
4. Strength and its development
Strength is the ability of muscles to overcome resistance.
Types of strength:
Maximum strength: the greatest force a muscle can produce in a single effort (weightlifting).
Explosive strength (power): strength combined with speed (jumps, throws, sprint starts).
Strength endurance: the ability to overcome resistance over a long time (rowing, swimming).
Static strength: force without movement; dynamic strength: force with movement.
Methods to develop strength:
Method | Description | Examples |
|---|---|---|
Isometric exercises | Muscles contract without visible movement; the muscle length stays the same (static) | Pushing a wall, holding a plank, holding a weight still. Introduced by Hettinger and Muller (1953) |
Isotonic exercises | Muscles contract with visible movement: shortening (concentric) and lengthening (eccentric) | Weight training, push-ups, squats, pull-ups. Popularised by DeLorme |
Isokinetic exercises | Muscles contract at a constant speed throughout the range of motion, using special machines | Exercise on isokinetic machines; breaststroke in swimming is similar. Introduced by J.J. Perrine (1968) |
5. Endurance and its development
Endurance is the ability to sustain activity for a long time and resist fatigue.
Methods to develop endurance:
Method | Description | Features |
|---|---|---|
Continuous training | Exercise for a long duration without rest at moderate intensity, such as long runs, cycling or swimming | Heart rate around 140–160 beats per minute; develops aerobic capacity; duration at least 30 minutes |
Interval training | Alternating periods of exercise and recovery (incomplete rest) | Exercise until the heart rate reaches about 170–180, recover until it falls to about 120–130, then repeat. Example: 6 × 400 m with 2-minute recovery |
Fartlek training | "Speed play" (Swedish): running with varying speeds over natural terrain such as hills, forests and grassland, as the athlete chooses | Developed by Gosta Holmer (1937); combines aerobic and anaerobic work; less boring; athletes control the pace |
6. Speed and its development
Speed is the ability to move the body or its parts as fast as possible.
Types of speed: reaction ability, acceleration ability, movement speed, locomotor ability (maximum running speed) and speed endurance.
Methods to develop speed:
Method | Description |
|---|---|
Acceleration runs | Practising acceleration from a stationary start to maximum speed over short distances (for example, 25–30 m runs), with full recovery between runs |
Pace runs | Running a distance at a uniform speed (pace), for example, an 800 m runner running 600 m at race pace; develops speed endurance and pace judgement |
Other methods: reaction drills (starting on a signal), hill running, sprinting downhill and plyometrics (jumping exercises).
7. Flexibility and its development
Flexibility is the range of movement possible at a joint.
Method | Description |
|---|---|
Static stretching | Slowly stretching a muscle to the point of mild tension and holding for about 15–30 seconds; safest |
Dynamic stretching | Controlled, active movements through the full range, such as leg swings and arm circles; good for warm-up |
Ballistic method | Stretching with bouncing or swinging movements, using momentum; increases flexibility but carries risk of injury if done carelessly |
PNF (Proprioceptive Neuromuscular Facilitation) | A partner-assisted technique: the muscle is stretched, then contracted isometrically against resistance, then relaxed and stretched further; very effective |
8. Coordinative abilities
Coordinative abilities enable an athlete to perform movements efficiently, accurately and in a controlled way.
Ability | Meaning |
|---|---|
Orientation ability | Determining the body's position in space and time (a gymnast in the air) |
Coupling ability | Combining several movements smoothly (dribbling while running) |
Reaction ability | Responding quickly to a signal (a goalkeeper reacting to a shot) |
Balance ability | Maintaining balance, static or dynamic (balance beam) |
Rhythm ability | Performing movements in a rhythm (hurdling, dance) |
Adaptation ability | Adjusting movements to changing situations (playing on a new surface) |
Differentiation ability | Fine control of movements with precision (a shooter's trigger control) |
Methods to develop coordinative abilities: practising skills under varied conditions, changing speed and direction, adding complexity gradually, and using game-based drills.
9. Circuit training
Circuit training was developed by R.E. Morgan and G.T. Adamson (1957) at the University of Leeds. A series of exercise stations (usually 6–10) is arranged in a circuit; athletes move from one station to the next with little rest, doing a set number of repetitions or working for a fixed time. It develops strength, endurance and general fitness, and many people can train together.
A reliable approach to questions
Define sports training and list its principles.
Distinguish talent identification and talent development.
Give durations and purposes of micro, meso and macro cycles.
For each fitness component, name its types and methods with examples.
Remember originators: Hettinger and Muller (isometric), Perrine (isokinetic), Gosta Holmer (fartlek), Morgan and Adamson (circuit).
Connections that matter
Test and measurement in sports measures fitness before and after training.
Physiology and injuries in sport explains the body's adaptations to training.
Psychology and sports explains motivation and goal setting in training.
Common mistakes
Calling a plank an isotonic exercise. It is isometric (no movement).
Saying interval training has complete rest. Recovery is incomplete (until heart rate falls to about 120–130).
Mixing up micro (days), meso (weeks) and macro (months to a year) cycles.
Saying ballistic stretching is the safest method. Static stretching is safest; ballistic carries more injury risk.
Revision checklist
I can explain sports training and its principles.
I can explain talent identification and development.
I can describe micro, meso and macro cycles.
I can describe methods to develop strength, endurance and speed.
I can describe methods to develop flexibility and coordinative abilities.