Join Now  | 
Home About Contact Us Privacy & Security Advertise
Soccer America Daily Soccer World Daily Special Edition Around The Net Soccer Business Insider College Soccer Reporter Youth Soccer Reporter Soccer on TV Soccer America Classifieds Game Report
Paul Gardner: SoccerTalk Soccer America Confidential Youth Soccer Insider World Cup Watch
RSS Feeds Archives Manage Subscriptions Subscribe
Order Current Issue Subscribe Manage My Subscription Renew My Subscription Gift Subscription
My Account Join Now
Tournament Calendar Camps & Academies Soccer Glossary Classifieds
General Principles in Cleat Selection
August 31st, 2007 7:45PM
Subscribe to Youth Soccer Insider

TAGS:  youth boys


By Howard Liebeskind, DPM

Soccer is constantly immersed in a dynamic of strategic change and physical demand as players become stronger, faster, more agile, and fit at younger ages. Manufacturers of soccer cleats are now required to meet the needs of youth and adolescent players by integrating concepts previously reserved for the elite professional player.

During the progressions of a typical 90-minute professional or international match a player will frequently cover 8,000 to 11,000 meters (5.0 to 6.9 miles). Two-thirds of the total distance covered is generally associated with walking and jogging and one-third is associated cruising, sprinting and backing. Approximately 800 meters of each game requires bursts of 10-40 meters. Within these movements there is a change of speed every 5-6 seconds. Such activity requires a most supportive and comfortable cleat construct.

Although youth soccer players might not come within a fraction of running as much as or as forcefully as those in the professional game, soccer shoe development teams have recently incorporated into their shoes the most important characteristics required for supportive and comfortable play.

Functional Requirements of Soccer Cleats
A quality and biodynamically sound soccer shoe must allow for complete freedom of function and movement. It must also provide total comfort and support.

Unfortunately, the principles governing control and comfort will often be at odds with each other. The more control a cleat exhibits, the less flexible and more sturdy and controlling its structure will be. The opposite is true of the comfort scenario. One will find the more comfortable cleat to have a more flexible and somewhat less stable environment. Both present with advantages and disadvantages. Developing a "hybrid" cleat that provides the best combination of comfort and control is a guiding principle of manufacturers.

Basic Structural and Functional Characteristics Of Soccer Cleats
Excessive motion of the foot during play has been vigorously addressed over the past several years with numerous improvements now part of the cleat environment. Excessive motion can lead to problems such as blisters and tendonitis. Many of these components are now integrated to provide the control and comfort needed for youth, adolescent and advanced play.

The External Last
The "external last" is the form on which an athletic shoe or cleat is constructed. If you turn a shoe over, the sole that you look at is essentially the "external last." Lasts are straight, curved or semi-curved. They resemble the shape of the foot.

Individuals with normal or flat foot types will likely find themselves most comfortable in cleats fabricated from a somewhat straight or slightly curved last. Those with in-toed and/or high-arched foot types will find slightly curved lasts more to their liking and benefit.

The Internal Last
A cleat's internal last or footbed construction has a vital impact upon the player's performance. The footbed construction delivers the optimal blend of stability and flexibility and lends personality to the shoe. It is the functional interface between the foot and the studs at the bottom of the shoe.

The "internal last" essentially refers to the insole or footbed. A good quality internal last should provide proper support for the arch and foot type. The footbed found in many cleats may provide inadequate support for the foot and may need to be replaced by a more supportive insole. A proper insole can minimize problems such as plantar fasciitis.

The Heel Counter
The heel counter is a structure that cradles the back of the heel. It must be bonded strongly to the outsole plate as well as the remainder of the "upper" (the portion of the shoes that surrounds the foot).

A well-constructed counter will not bend and will maintain in a parallel, vertical position when viewed from the rear of the cleat, even after long-term vigorous use. If the counter "gives" to either side and a parallelogram appears the cleat is at a functional deficit. A quality external counter should be rigid from the outside and accompanied by good padding on the inside to prevent blistering.

The Upper
The upper portion of the cleat is that portion which you see from the top. More than just a place for advertising, it acts as a protective functional foot covering. It is firmly bonded to the outsole plate. The upper contributes significantly to side-to-side stability of the foot and is also of importance in controlling the ball during play.

It has unique and distinct features as determined by the fabricator; it may be synthetic or leather. Synthetics are gaining popularity even in the most expensive shoes because of their ability to affect the player's ability to put swerve or power on the ball.

Field Conditions and Different Cleat Types
Field conditions frequently dictate the need for variation and change in one's cleat pattern and cleat type. We generally break down field conditions and cleat types into various categories for outdoor play:

Hard Ground or Turf (HG or TF)
Firm Ground (FG)
Soft Ground (SG)

Regardless of the environmental conditions, the outsole and cleat pattern must communicate with the field and yield maximum grab and traction.

Cleat, Blade and Stud Patterns for outdoor play
Cleat pattern and cleat position design is both an art and a science. Research and development in conjunction with field testing have provided the playing public with a myriad of excellent choices.

* Hard Ground (HG) -- for play on hard unforgiving field conditions.
These cleats generally have short studs. They are numerous and appear in a fairly uniform pattern across the outsole plate. Soccer shoes with circular studs of thermal plastic or firm rubber are perhaps the most effective for grab in very difficult to penetrate field surfaces and conditions. They can provide adequate traction and simultaneous comfort without significant loss of mechanical control.

* Firm Ground (FG) -- for playing on the firm to moderately forgiving field.
Firm ground cleats are perhaps the most commonly used cleat type sold. With modern blade technologies employed, generally 10-14 in number, pivot points, impacts points and stability needs have been addressed in a manner to provide control and comfort for the average player. A blade is generally preferred over a round stud. In addition they help each player keep a low center of gravity on a field that has been fairly well manicured.

* Soft Ground (SG) -- for playing on soft field.
Soccer shoes for rain soaked or soft field conditions occasionally require longer, detachable studs. Replaceable studs are found in various shapes and forms, generally numbering six, and are used most frequently by the most advanced and competitive player. They are fabricated in different lengths (12mm-16mm), so one can adjust his or her soccer shoes based on condition of the field at the time of play. Soft ground studs should not be used on firm fields because they can lead to a higher injury rate.

Biomechanical design concepts once reserved for cleats worn only by professional athletes are now found in numerous models used by youth players. Choosing the proper shoe based on the athlete's foot type will lead to improved performance and will go a long way to reducing injury risk.

(In next week's Youth Soccer Insider, Dr. Dev Mishra will provide some specific recommendations for soccer cleats.)

Dr. Howard Liebeskind is a podiatrist in private practice in West Hills, Calif. He is team podiatrist for the U.S. men's and women's national teams, as well as the L.A. Galaxy and CD Chivas USA.


No comments yet.

Sign in to leave a comment. Don't have an account? Join Now



Recent Youth Soccer Insider
Galaxy coach Brian Kleiban has the American Messi's back    
Growing up in Southern California, the son of Argentine parents, Brian Kleiban admired Fernando Redondo, Ariel ...
Tab Ramos on 2017 Development Academy finals and Mexican-American tug of war    
The U.S. Soccer Development Academy concluded its 10th season last weekend, with the Texans SC Houston ...
Efrain Alvarez, age 15, helps shoot Galaxy into U-17/18 Development Academy final    
Efrain Alvarez, who turned 15 on June 19, sparked the Los Angeles Galaxy's comeback against the ...
Texans SC Houston are only non-MLS club at this weekend's Development Academy championships    
Texans SC Houston, which beat Real So Cal, 2-0, in the U.S. Soccer Development Academy U-17/18 ...
The Road to 10,000 Games (Part 2): How I'll commemorate the milestone game    
In my last article, I wrote about some highs and lows in officiating thousands of soccer ...
USA to face host India, Ghana and Colombia at U-17 World Cup     
The USA was drawn into Group A for the boys 2017 U-17 World Cup and will ...
The Road to 10,000 Games     
It has been said that a referee never has a home game. But this is negative ...
A coach's life: Phil Savitz, NSCAA High School Coach of the Year, South Carolina legend, big Bruce Arena fan    
Phil Savitz has coached boys high school soccer for 37 years and serves as the Girls ...
Development Academy: Only FC Dallas has a chance to return to final four    
Only one team that reached the semifinals of the U.S. Soccer Development Academy national championship in ...
Take care of the mighty hamstring     
We're learning more and more about the importance of the hamstrings in injury prevention and overall ...
>> Youth Soccer Insider Archives