Volleyball Fitness
Training the Right Energy Systems

An athlete needs a high level of volleyball fitness to deal with the physical stress that occurs during long grueling practices, matches, and tournaments.

Appropriate energy system development allows volleyball players to perform stronger and more powerful without undesirable fatigue.

All athlete’s need energy for volleyball training and competition.

To understand the energy needs of a volleyball player, we must understand the body’s energy systems and how they need to be trained.

Volleyball Fitness

Sled Push

Biological Energy Systems

At the cellular level, the high energy molecule ATP provides the energy for muscular contraction and thus human movement.

The replenishment of ATP in muscle is accomplished by 3 basic energy systems:

  1. Phosphagen Energy System

  2. Glycolytic Energy System

  3. Oxidative Energy System

Every sport relies on energy from these 3 energy systems to some degree.

Metabolic Demands for Various Sports
Sport Phosphagen System Anaerobic Glycolysis Aerobic Metabolism
Baseball    High ――― ―――
Basketball    High Moderate to High Moderate to High
Boxing    High High High
Football    High Moderate Moderate
Gynastics    High Moderate Moderate
Golf    High ――― ―――
Ice Hockey    High Moderate Moderate
Soccer    High Moderate High
Tennis    High ――― ―――
Volleyball    High Moderate ―――
Wrestling    High High Moderate
From Essentials of Strength Training & Conditioning (2000)

Aerobic vs. Anaerobic Conditioning

Generally, conditioning can be divided among aerobic and anaerobic training. Training aerobically means using oxygen while training. Training anaerobically means training without using oxygen. 

Aerobic exercise generally consists of low-intensity activities performed for longer durations.

Anaerobic exercise generally consists of high-intensity movements performed for shorter durations.

Athletes that train aerobically need a great deal of oxygen to generate the energy needed for prolonged exercise.

Running, swimming, and cycling athletes go a long time with little rest and recovery during their events. These athletes take in large amounts of oxygen during their performance, requiring energy for aerobic sources.

Football, basketball, and volleyball are sports with a shorter duration consisting of high effort and require less oxygen and therefore use anaerobic sources of energy.

The average play in volleyball lasts only 6 seconds and is followed by an average rest period of 14 seconds, not including player substitutions or timeouts (1).

With many breaks during matches, demand for oxygen is much less than many other team sports.

The two primary anaerobic energy sources are the phosphagen system and glycolytic system. While these two energy systems provide most of the energy used in anaerobic activities, aerobic metabolism plays an important role in maintaining power output and energy recovery. (2)

Effect of Event Duration on Primary Energy System
Duration of Event Intensity of Event Primary Energy System(s)
0-6 seconds very intense Phosphagen
6-30 seconds intense Phosphagen and fast glycolysis
30 seconds-2 minutes heavy Fast glycolysis
2-3 minutes moderate Fast glycolysis and oxidative system
>3 minutes light Oxidative system
From Essentials of Strength Training & Conditioning (2000)

How Do We Train These Energy Systems?

There are many common methods of training used to increase volleyball fitness. A few are...

  • Line Drills. Running lines (often called suicides) during volleyball practice is a common method of energy training for volleyball.

  • Speed Agility Drills. A good strategy may be manipulating the intensity and duration of your speed and agility training. Training can be more time-efficient because you can improve volleyball quickness and multi-directional speed while at the same time train for energy development.

  • Resistance Circuit Training. Volleyball weight training is anaerobic and should be part of every volleyball player's training. Weight training trains anaerobic energy systems and can be modified to more specifically target ESD. Simply adjust the work to rest ratios by performing exercises in circuits. Common resistance used for circuit training include... Body weight

    Free weights

    Resistance bands

    Sand bags


Short sprints, agility drills, and circuit weight training that fall into the proper work to rest ratio are most common methods to train energy systems for strength and power sports. 

Unlike traditional cardio, your volleyball fitness training should focus on quality of training, not quantity. 

Usually there is no need for traditional cardio because Energy System Development can be used to improve the function of the entire cardiovascular system while also developing volleyball fitness.

Volleyball matches are long, but play isn’t continuous. Volleyball fitness training should consist of energy system development specific to increasing or more importantly maintaining a high level of volleyball performance. 

1) Coleman, K. Explosive Strength. Training Cond. 7:11-15. 1997. 
2) National Strength & Conditioning Association. Essentials of Strength Training & Conditioning. Champaign, IL: Human Kinetics. 2000. 

Volleyball Fitness Related Pages

Sport Specific Conditioning for Volleyball

Workout for Volleyball

Dynamic Volleyball Flexibility

Static Volleyball Flexibility
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