How to Design A Speed Training Program

The complete speed training program aims to:

Closely related to speed training is agility and quickness training. This aims to:

Speed and agility training are not the same and one does not necessarily improve the other. For example, straight-line sprinting has been shown to have little or no effect on agility tests that involve various changes of direction even though it improves 30meter sprint time (1). This has obvious implications for many athletes that rarely have to run in straight lines but are involved in regular, quick changes of direction.

This article sets out the guidelines for increasing speed and agility. While some components of fitness (such as strength, power and basic speed) are relevant to most athletes, other elements of fitness covered here (such as speed-endurance and agility) are not applicable to all.

An obvious example is the 100meter sprinter compared to a soccer player. The sprinters speed training program will focus predominantly on acceleration and maximal velocity in a straight line, whereas the soccer player rarely, if ever, reaches top speed. He or she will benefit from greater emphasis on agility training.


Strength & Power Training

There is a high correlation between an athletes strength and explosive power and their sprint performance (3,4,5). This is usually measured with power tests such as jump squats, reactive jumps and short sprints and strength testing.

Conditioning can significantly increase performance in these tests (6,7,8,9,10) so from deductive logic alone strength and power training can improve an athletes speed.

During the early pre-season phase of training, the emphasis is placed on developing maximal strength. The more force a muscle can produce, the more potential there is for greater power and speed. Of course the other element of the power equation is the speed of muscle contraction or the rate of force development.

A bodybuilder or weightlifter may be exceptionally strong but lack significant power if they are unable to apply that strength quickly. Similarly, individuals that can contract their muscles and move their limbs very rapidly are not necessarily the fastest athletes as they may not be able to generate significant force with each foot strike.

Once a phase of maximal strength training has been completed it can be converted into explosive power through plyometric training for example. For details on a developing a suitable strength and power training program see the sport-specific approach to strength training programs and associated articles.


Sprinting Technique

While other elements of the speed training program aim to condition the metabolic and neuromuscular systems, technique training results in a more efficient use of energy. Of course, its not only elite sprint athletes that can benefit from examining and correcting their sprinting technique.

Working on running biomechanics is low intensity and should not aim to fatigue the athlete. It should be completed before strenuous training and can even form the back-end of the warm up.

Click here for more details on sprinting technique




Basic Speed Training

While strength and power training alone can increase an athletes speed, combining it with sprint training is more effective (2).

Basic sprints help to improve reaction time, acceleration, top speed and deceleration. Keeping the exercise intervals short (i.e. <20 seconds) or the work to rest ratio relatively high (i.e. 1:5), prevents blood lactate from accumulating. Sprints can be repeated at near maximal velocity, which is necessary to induce the right neuromuscular adaptations.

A basic speed training program can be adapted by running uphill and downhill. Incline running helps to improve power during hip flexion and extension (15). Downhill running is effective at improving co-ordination and stride frequency (16,17,18).

Click here for some sample speed training program drills


Agility Training

Liner speed training aims to improve speed and acceleration and requires maximal effort and near maximal velocity. This is best achieved when running in a straight line. However, most team sports require rapid declaration and changes in direction. Agility training aims to convert basic speed into sport-specific speed.

As with basic sprint training, the work to rest ratio should allow adequate recovery between intervals and sets. Agility training relies on a high degree of co-ordination and movement quality, which becomes difficult in the presence of fatigue. Many of the coaching points for proper sprinting technique can be applied to agility training.

Sprint technique, basic speed training and agility training should all occur at the start of a training session when the athlete is fresh. A 20minute period is enough to combine basic sprints, technique practise and agility drills or they can be split up over several training days.

Click here for some sample agility exercises


Speed Endurance Training

A fast athlete can not only accelerate and move in multiple directions rapidly, they should also have the ability to repeat rapid movements with minimal loss of speed.

In multi-sprint sports such as hockey and basketball, players are often required to repeat several high intensity runs, all-out sprints and sharp changes in direction without rest. This type of activity leads to rapid blood lactate accumulation severely hindering peak power and rate of force development (11).

Training can help to curb lactate accumulation and increase the rate of clearance (12,13,14). For many athletes, the introduction of one or two speed endurance sessions during the latter stages of pre-season training is an important component of the overall speed training program.

A speed endurance session is created by reducing the work to rest ratio (i.e. 1:1) and increasing the work intervals (i.e. >30 seconds). Unlike basic speed and agility training, speed endurance conditioning is highly fatiguing and energy depleting. For this reason it may be more appropriate for skill and tactical work to occur beforehand in the training session.

Click here for some sample speed endurance drills


Periodization of a Speed Training Program

As with other components of conditioning, the speed training program varies over the course of the year. How much emphasis it is given at any point in the season obviously depends on the sport (i.e. 100meter sprinter versus basketball player). For team sports the following model is an example of how speed training changes over the course of a competitive year:

Early Pre-Season
The emphasis is on building a general conditioning base with maximal strength training and endurance training. Little or no sprint work is completed at this time. Sprinting technique can be addressed here if it is a particular concern for the athlete. Because it is non-fatiguing and low intensity it wont interfere with other forms of training during this phase.

Late Pre-Season
Strength is converted into explosive power with plyometric training or ballistics for example.

Basic speed training and agility training is now incorporated into the overall program. It can take up to 8 weeks for before a conditioning response is seen (19), which may mean there is some overlap into the competitive season.

In-Season
Speed and agility training is maintained. This can be achieved in 1-2 sessions per week at the start of a longer, mixed training session.

Transition / Closed Season
This phase is used for active recovery and regeneration. All speed training can be ceased and muscle balance issues addressed.

Click here for a sample closed season training plan

Speed training over the course of a year

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Speed Training Program References
1) Young WB, McDowell MH, Scarlett BJ. Specificity of sprint and agility training methods. J Strength Cond Res. 2001 Aug;15(3):315-9
2) Kotzamanidis C, Chatzopoulos D, Michailidis C, Papaiakovou G, Patikas D. The effect of a combined high-intensity strength and speed training program on the running and jumping ability of soccer players. J Strength Cond Res. 2005 May;19(2):369-75
3) Sleivert G, Taingahue M. The relationship between maximal jump-squat power and sprint acceleration in athletes. Eur J Appl Physiol. 2004 Jan;91(1):46-52.
4) Cronin JB, Hansen KT. Strength and power predictors of sports speed. J Strength Cond Res. 2005 May;19(2):349-57
5) Wisloff U, Castagna C, Helgerud J, Jones R, Hoff J. Strong correlation of maximal squat strength with sprint performance and vertical jump height in elite soccer players. Br J Sports Med. 2004 Jun;38(3):285-8
6) Adams K, O'Shea JP, O'Shea KL and Climstein M. The effect of six weeks of squat, plyometric and squat-plyometric training on power production. J Appl Sport Sci Res. 1992 6:36-41
7) Clutch D, Wilson C, McGown C and Bryce GR. The effect of depth jumps and weight training on leg strength and vertical jump. Res Quarterly. 54:5-108) Wilson GJ, Newton RU, Murphy AJ, Humphries BJ. The optimal training load for the development of dynamic athletic performance. Med Sci Sports Exerc. 1993 Nov;25(11):1279-86
9) Hakkinen K and Komi PV. Changes in electrical and mechanical behavior of leg extensor muscles during heavy resistance strength training. Scand J Sports Sci. 1985 55-64
10) Berger RA. Effects of dynamic and static training on vertical jump ability. Res Quarterly 34: 419-42411) Brooks GA, Fahey TD, White TP. Exercise physiology: Human bioenergetics and its applications, 2nd ed. Moutain View, CA: Mayfield. 1996
12) Plisk SS. Anaerobic metabolic conditioning: A brief review of theory, strategy and practical application. J Appl Sport Sci Res. 5(1):22-34. 1991
13) Viru A. Adaptations in sports training. Boca Raton, FL: CRC Press. 1995.
14) Whipp BJ, Mahler M. Dynamics of pulmonary gas exchange during exercise. In: Pulmonary gas exchange. vol 2: Organism and environment, West JB ed, New York: Academic Press. 1980. pp. 33-96
15) Swanson SC, Caldwell GE. An integrated biomechanical analysis of high speed incline and level treadmill running. Med and Sci in Sports and Exerc. 2000 24:1383-89 16) Mero A, Komi PV, Gregor RJ. Biomechanics of sprint running. A review. Sports Med. 1992 Jun;13(6):376-9217) Faccioni A. Assisted and resisted methods for speed development (part I). Modern Athlete Coach. 1994 32(2):3-618) Faccioni A. Assisted and resisted methods for speed development (part II). Modern Athlete Coach. 1994 32(3):8-11619) Calister R, Shealy MJ, Fleck SJ, Dudley GA. Performance adaptations to sprint, endurance and both modes of training. J Appl Phys. 1988 2: 46-51


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It's not just about genetics...

The right training system can turn slow athletes into quick ones..

And there is no better speed training system available than "Complete Speed Training"...

It's transformed the performance of hundreds of athletes. You can be next...

Complete Speed Training

Click here for more details...

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