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Preparing Athletes for Sports That Feature Starting, Stopping, and Changes of Direction

  • johnmakell
  • Jun 1, 2024
  • 3 min read

Updated: Sep 4


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Speed is a primary measurable that gets the attention of coaches and scouts looking to add talented players to their organization. This, understandably, causes athletes to place an emphasis on speed preparation prior to camps, combines, etc..., and gives trainers opportunities to sell themselves as being able to help the athletes improve in this area. The objective, in my mind, should be to improve speed by learning to better position and balance the body, and coordinate movements, thus resulting in more efficient movement abilities and the potential for better body control when needing to stop, cut, change direction, etc... My contention is that, ideally, speed training should occur in the off-season, hopefully after various injuries and ailments have had sufficient time to heal. The off season should be where there is not the pressure of wanting an improvement of speed to have an immediate positive impact on the field, court, pitch, etc... I'm not saying that a 15-30 minute session during the pre-season or season is of no benefit, but I'm talking about what I feel is ideal.


When running a race, ie; being timed in a 40-yard dash, the objective is to simply get from Point A to Point B as fast as possible. In various team sports, although having speed is a good thing, obviously, quite a bit more is often asked of the athlete, even just in the context of movement. Fortunately, many aspects that help a sprinter succeed during a race can be manipulated to maximize movement efficiency and effectiveness on the field of play.


It is well known in various sports that an athlete having "good hips" is a good thing. It is like that in sprinting also. My various blogs on this site detail developing explosiveness through good ranges of motion with the glute/hip/pelvic area being primary and used in coordination with the various other body parts. A key part of this is that the back is to support this vigorous movement but to not be overly involved. This is referred to as having "trunk discipline". An example of not having trunk discipline would be exploding into the extension of the initial stride with an over contribution of the erector muscles of the back, to do what I would call "over-launching". This results in the following stride not being executed as explosively as it should.


I explain in my blogs how the start is actually the first three strides, and how they are foundational to maximizing sprint success. Realizing this makes it easy to see how overly involving the back in each of these strides is not a good thing when racing or when executing movements specific to various sports.


There is also a "shin discipline" that relates to demonstrating an ability to be sufficiently stiff when the foot lands for each stride to help enable a good response to the forces being put into the ground. The opposite of this is the ankle collapsing when the foot hits the ground, rolling the shins and pushing out of this to find tension while on the ground. Between the ankles and hips is of course, the knees. Good running/movement mechanics allows the athlete to maximize the contributions of the knee joint muscles (See my "The Start is Three Steps" blog). The bottom line is that these and other abilities, ie; stride rate and stride length combination, can be applied to moving about on the field of play.


Check out my Improve Speed and Changes of Direction YouTube video, and note how the elusive athletes in this Human Highlight Reel Video look when they break into the open field and dash toward the end zone. They have good running mechanics. In my opinion, the body control and effective combination of stride length and stride frequency, to make the great moves wouldn't be there if their running technique wasn't fundamentally sound.

 

When it comes to training youths, we must not forget to consider their level of physical development and realize that they will get stronger and faster anyway, as they mature. A key is for them to be fundamentally sound and be allowed to blossom at the appropriate time. In my experience it isn't necessary to use a heavy hand with the workloads with youths, and to intensely and repetitiously obsess over technique. Primarily consider the big picture.

 

For the more mature athletes, the formula is still the same, in regard to; brushing up on sprint fundamentals and appropriate training, but of course the loads can be heavier and more intense, and film study can be a valuable tool toward the improving of technique.

 
 
 

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Runners Taking Off

               The Start Doctor

The start of a short sprint can set the table for success throughout the rest of the race. The top speed (max velocity) attained in the race is of the utmost importance, but the skill of executing and managing various aspects during the start and initial acceleration, not only impacts performance during the early portion of the race but also can put the athlete in position to maximize the quality and effectiveness of the top speed. Because of this, sprinters in the sport of track and field may significantly underachieve when they fail to skillfully utilize the starting blocks. There must be an effective teaching strategy because using starting blocks can provide quite a challenge for athletes of all stages of maturity and ability levels. If you don't want to take my word for it, listen to former 100-meter dash world record holder and Olympic Gold Medalist Maurice Greene in this short video weigh in on the challenges posed when teaching starting block use. Greene is now a high school coach, and he appears to be referring to his experiences with the athletes that he coaches, but even athletes at the most elite level have their difficulties with starts. Prior to his death, former Olympian and revered bio mechanist Ralph Mann did a video with soon to be Olympic 100 Meter Dash Champion Noah Lyles. In the video, Lyles stated, "we're gonna figure out why my start is so bad". This is just one of numerous examples I can give from those at or near the very top of the sport that expressed difficulty mastering the start.

Start Doctor Training and a Revolutionary Product!

The fundamental aspects addressed early on in Start Doctor Training have to do with muscle recruitment, coordination, joint stability, stimulating responsiveness and elasticity, stiffness, range of motion, and balance, which includes the eccentric abilities to handle landing forces. There is "acceleration angle" work that addresses fear of falling and the ability to maximize the ability to effectively launch and accelerate during the race, ie, standing starts, falling starts, and med ball chest pass from a crouch then sprinting, before moving onto the three-point and four-point starts without blocks.

 

After the athlete becomes adequately skillful with the above activities, as well as doing a decent job of coming out of three- and four-point starting positions without blocks, Start Doctor Training utilizes Level One Starting Blocks to provide a gradual transition from starting without blocks, to having the legs loading against the angled platform that starting block provide. These blocks were created in response to the bad habits and less than best practices that often are exhibited by sprinters. This brief video demonstrates some of the most common issues, and this video shows the first learning drill I suggest using with Level One Blocks. 

Level One Blocks are not yet available for purchase, but I'm willing to bring the blocks and the Start Doctor method of teaching starts to track club and school practices. I live in Lexington, South CaroIina, and I'm willing to travel up to an hour and a half or so on the weekends. I may be contacted at leveloneathletics@gmail.com to discuss this. I also can suggest a few other types of starting blocks that I like to use with my method of teaching starts.

Technique

Ralph Mann described two different factions in track in regard to starting. One he says, "advocates a powerful, explosive start that seeks to jump out and make steps as long as possible (Jump Start), and one that believes that the action should be a quick turnover action that makes the steps as short as possible (Shuffle Start)." He said that both starts can be effective. I say this to recognize that there is a bandwidth of acceptability, and I'm sure that many athletes that start effectively fall somewhere between Mann's two descriptions. In some of my other blogs I'll get more into the differences Mann points out in regard to the two factions.

Another very important description of two different styles of starting can be found in the book Running by Frans Bosch and Ronald Klomp. It states; "At the start of a sprint, the upper body is leaning forward. This position is achieved either by bending the spinal column quite far combined with a slight pelvic tilt forward, or by tilting the pelvis far to the front combined with little or no flexion in the spinal column." Very importantly, it is explained how the "little or no flexion" choice allows the erector spinae muscle group to be better utilized than is the case when the spinal column is bent quite far, and how this advantage can facilitate more effective force application and various superior movement dynamics. In my opinion, this difference can be seen when comparing John Ross's 4.22 forty-yard dash to Xavier Worthy's 4.21 40-yard dash, with Ross exhibiting and acceleration trajectory that features the more bent spinal column and less of a forward pelvic tilt. For a sprint as short as a forty-yard dash, my belief is that both styles often times can yield similar times. For the 100 and 200-meter dashes, with the importance of getting the most out of max velocity, I feel that the "little or no flexion in the spinal column with more pelvic tilt" works best. In my mind, Trayvon Bromell exhibits an acceleration trajectory that features the "more bent spinal column", and Carmelita Jeter exhibited less spinal flexion and more forward pelvic tilt (1 minute 39 second point of this video) and consequently a consistently more effective max velocity than Bromell. In some of my blogs I get deeper into this, but in regard to using starting blocks, I maintain that my method of teaching starting block use, especially with using my Level One Blocks, make it a lot easier for athletes to more naturally develop the starting style best suited for them! 

In addition, Adarian Barr describes some key aspects of movement in this video. He references gravity and the two falls an athlete should experience with each stride while running. Coaches and athletes must also understand that reflexes are an important part of the deal. Three reflexes often identified as important contributors during successful sprinting are the stumble reflex, crossed extensor reflex, and the stretch reflex. In my mind, a good choice coaches can make, is to do a lot of studying to gain a deep understanding of their craft and possibly develop their "coaching eye" to the extent that they can identify the falling athletes exhibit, the contribution of reflexes, etc..., when they are looking at sprinting, jumping, hurdling, etc..., at full speed, and learn to give appropriate cues to help facilitate successful execution.  This video alludes briefly describes the stumble and crossed extensor reflex, but I suggest checking out the book Running by Bosch and Klomp for a more thorough explanation. This awesome video does a super job in regard to the stretch reflex.

 

In my experiences, less than skillful wording and cues given, and/or a coach's misunderstanding of subject matter can be counterproductive. Sprinting, ideally, occurs with a very high stride rate, I often qualify what I'm telling my athletes by telling them that they will best work things out when competing with others, and I add that at times, after the fact, they may say to themselves, "wow, I felt what coach was talking about that time", but again, things should happen fast through sufficient ranges of motion, with an effective use of power, timing and rhythm. Many times, I like to use general terms like "moving well", "moved away from competitors", etc..., to keep things in the proper perspective when talking to athletes about technique.

Some Limiting Factors 

For sprinting, various limiting factors are critical components. Some of these factors are strength, flexibility, mechanics, coordination, and conditioning. Much of the information in my blogs pertain to mechanics, but I hope to make it clear how technical aspects are supported by various physical abilities that often go hand in hand with these abilities. I believe it is important for coaches to attempt to assess their athletes early on in regard to their physical qualities, and execution of fundamental aspects. This should allow the coach(es) to individualize instruction to some degree. As coaches, we love to find athletes with a lot of raw ability, but it takes a lot of skill for the coach to effectively nurture those abilities and help to effectively steer the athlete. When dealing with youths, age-appropriateness is an important consideration. Coaches need to be able to recognize various limitations athletes may have at the varying levels of maturity and developmental stages as they are trying to accomplish various tasks.  

FLEXIBILTY

It is important not to underestimate the importance of flexibility. For child athletes, their flexibility is most often very impressive, but with maturity, as the muscles and tendons strengthen, flexibility inevitably lessens. According to Ralph Mann (rest his soul)," The biggest non-genetic factor affecting flexibility, however, is neglect." He explained the critical role flexibility plays, stating, "If a sprinter is not flexible enough in their pelvic area to shift their hips forward at Touchdown, then they are forced to "sit back" at foot strike. This position not only shifts the body center back (insuring more braking forces) but also presents a "soft" (less rigid) body position which leads to time consuming hip flexion, as well as requiring the hips to move through a longer range of motion (both time and energy wasteful).

There are varying degrees of flexibility and ranges of motion demonstrated by successful sprinters. Understanding what Mann explained can help coaches identify various methods of compensation athletes may use, as well as help coaches consider strategies to address root causes of various movement issues. Left unaddressed, some issues not only can hamper performance, but also can lead to injury. It is important to realize that athletes at all levels exhibit compensatory actions related to body structure/development, previous injuries, etc... Although I certainly am not an expert in this area, I hope to provide helpful information in some of my blogs. The summer of last year, I participated in the Altis Apprentice Coach Program in Atlanta, and it made a huge impression upon me when I saw the attention the athletes got on the therapy tables, getting massages and other forms of body work meant to address various issues that if untreated, could have been problematic. 

STRENGTH/CONDITIONING

There is obviously a significant genetic component to strength, but a major challenge for the coach is to adequately address the static, dynamic, and elastic strength needs, as well as getting the athlete to apply these abilities effectively to help maximize performances when sprinting. Deficiencies in the needed specific power and strength can manifest themselves as collapsing hips, knees and/or ankles during movement up the track. Poorly conditioned bodies are also prone to injury. As with flexibility, being able to identify various functional strength needs can be very valuable, and as with flexibility, various functional strength aspects support good technique, ie; joint stability, reinforcing the way muscles should fire, etc... My "Physical Development" blog covers this as well as conditioning

How Speed Development Impacts Other Sports

My blogs on incorporating speed into specific sports include videos of how some of the fastest athletes in those sports looked during game play. Athletes should not lose sight of the primary objective still being to effectively execute the fundamentals of the sport, however, there often are movement abilities and physical qualities that are parts of fundamental aspects. An example is how basketball players are to jump off of one foot under control to shoot a layup after dribbling down the court very fast. A fundamental of jumping events in track applies here, as well as to many "jumping off of two feet" scenarios. The speed needs to be under control enough to execute the jump effectively, and the last few steps are important for executing this. In my " Speed Training for Basketball" blog I go into the details. For injury prevention, there is also the aspect of preparing the joints, tendons, and musculature for the stresses that an improvement of speed may have when starting, stopping, changing direction, jumping/landing, and achieving top speed during play. My blogs address this as well.  

My Blogs

At the top of this page are the titles of a series of blogs where I go in depth into particular topics. Most of the blogs, however; are less than a 5-minute read. The exception is my The Start is Actually the first Three Steps blog, which is a 9-minute read and along with the Initial Acceleration Beyond the Start blog, pretty much lays the foundation for the rest of the blogs. In regard to sports that feature jumping, pivoting, and changes of direction, I suggest first reading my Care for the Knees blog, as it includes valuable information about the possible susceptibility to non-contact ACL Tears and how possibly to help prevent them. Even if you first read my Preparing Athletes for Sports That Feature Starting, Stopping, and Changes of Direction blog, you will see how it is necessary to get the information from the other blogs.

That aside, my suggestion is to read the blogs in the order you see below.  You'll notice that I have numerous blogs listed before the blogs that describe the particular starting positions. This is intentional, in order to give you a good overall view before considering the starting positions. You can easily access the blogs using the "Blog" button at the top of this page, then click on each blog that you want to read. You will probably have to scroll down to the "Start is Three Steps" blog. If viewing this on your phone, click on the three lines in the search box at the top of the page, then click on "Blog". I welcome your comments, but I admit, this being a new site, I'm not sure how easy it is to post a comment. I plan to check and respond periodically. 

Now Posted

The Start is Actually the First Three Steps!

The Initial Acceleration Beyond the Start and Pre-Max Velocity

Rotational and Linear Aspects of Sprinting

Effective Recruitment and Coordination of Key Muscle Groups

Developing a Good Standing Start

The Three-Point and Four-Point Starts 

 

Max Velocity (Top Speed) in a Short Sprint

Physical Development and Resistance Training for Sprinters

Sample Early Season Training for Your Sprint - Jump - Hurdle Groups

Running the 40-Yard Dash

Care for the Knees During Sports That Involve Jumping, Pivoting, and Cutting

Preparing athletes for Sports That Feature Starting, Stopping, and Changes of Direction

Applying Sprinting Skills and Speed to the Football Field

Speed Training and Basketball

Speed Training and Soccer

Contact me at youthspeedcoach@gmail.com for other topics you would like me to address

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