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Ball Players: Train for Speed, Minimize The Use 
of Aerobic Activities In Your Conditioning - 2/26/07

 

 

 

     OK, so how many of you pitchers and coaches are still doing a lot of long distance running, cycling, or related aerobic work?

     I'll define a "lot" as 3-4 or more sessions/week of the above activities lasting longer than 10 minutes/session, or of distances longer than 2 miles.

     If you say you're doing a "little" aerobic work for your cardiovascular health, well, read on. Some new research indicates you don't need to do this anymore.

     Readers of the material on my site know I have long been against this kind of training for ball players, pitchers included.

     Why?

     Because the key to properly conditioning for your sport - any sport - is the energy system utilized by that sport. Baseball/softball are sports of short burst, explosive activity, more closely related to strength and power training than distance running.

     Properly conditioning for your game will accomplish several objectives:

1) Reduce chance of injury.

2) Enhance on-field performance.

3) Minimize the waste of valuable time, so that time is spent on activities that will benefit the player and team.

     The activities that take place on a baseball/softball field employ the Phospho-Creatine (PC, or a-lactic anerobic) energy system. Activities such as long distance running and cycling utilize the aerobic energy system. While the PC system is used at the beginning of pretty much any type of physical activity, these are distinctly different energy systems.  

     How about two more good reasons to eliminate extensive aerobic training for ball players:

1) Much data strongly indicates that aerobic training in conjunction with strength and power training reduces the effectiveness of the strength/power training.

     Many coaches still think that a lot of running builds leg strength. It does not. For proof, compare the legs of marathon runners with those of sprinters. Not only are sprinter's legs more developed, they are stronger.

2) Aerobic training takes off weight from ball players who are trying to put it on, or who are trying to maintain healthy weight gain!

     I know of a junior college coach who has told several of his pitchers that they need to put on weight, then sends them out 4 days/week to run 5 miles.

     This an incredibly misinformed approach (stronger words come to mind). Any coach trying to do the best for his players has access to a plethora of information on the Internet and through numerous clinics held year-round. There is no excuse for this kind of ignorance - or, dare I say it - coaching malpractice!

     Question:

     Of the plays or activities that take place during a game, such as a groundball, flyball, rundown, etc., how many of them last for:

  20 minutes?

  30 minutes?

  40 minutes?

     If your answer is anything other than NONE, something's wrong!!

     So why are we training like this?

     For those of you who want data beyond simple logic and physiology, a study published in the Journal of Physiology* indicates that brief, intense exercise training induces metabolic and performance adaptations comparable to traditional endurance training.

     The study, performed at McMaster University in Canada, compared the performance of college age males who exercised on stationary bikes three times a week over a 14 day period.

     Group1 worked out at peak intensity for 30 seconds, followed by four minutes of slow pedaling for active recovery for a 20 minute workout session. Group 2 rode at a steady, moderate pace for 90 -120 minutes per session.

     Biopsy samples obtained before and after training revealed similar increases in an enzyme that indicates how efficiently muscles utilize oxygen. The researchers concluded that given the large difference in training volume (20 minutes vs. 1.5 - 2 hours), the data demonstrates that sprint-interval training is a time-efficient strategy that induces rapid adaptations in skeletal muscle and exercise performance that are comparable to endurance training in young, active men.

     So, coaches and players - if you haven't yet, it's time to update your thinking and workouts in a way that will actually be beneficial. Below is a chart you can use for SPEED Training by position.

Target (seconds) and Recovery Time (seconds)
by Position & Distance

                                               Position

Distance (yds) Skilled  Corners Pitchers Catchers

 

 Run

Rest 

Run

Rest

Run

Rest

Run

Rest

 30

3.6 

11

3.9

 12

4.2

13

4.5

14

 40

4.8

15

5.2

16

5.6

17

6.0

18

 50

6.0

18

6.5

20

7.0

21

7.5

23

 60

 7.2

22

7.8

24

8.4

25

9.0

27

 70

8.4

25

9.1

27

9.8

30

10.5

32

 80

9.6

29

10.4

31

11.2

34

12.0

36

 90

10.8

32

11.7

35

12.6

38

13.5

41

 100

12.0

36

13.0

39

14.0

42

15.0

45

 110

14.3

43

15.4

46

16.5

50

17.6

53

 120

15.6

47

16.8

50

18.0

54

19.2

58

 130

16.9

51

18.2

55

19.5

59

20.8

62

 140

18.2

55

19.6

59

21.0

63

22.4

67

 150

19.5

59

21.0

63

22.5

68

24.0

72

 200

26.0

78

28.0

84

30.0

90

32.0

96

 225

31.5

95

33.8

101

36.0

108

38.3

115

 250

35

105

37.5

113

40

120

42.5

128

 300

42.0

126

45.0

135

48.0

144

51.0

153

     These training guidelines are from data compiled by Gene Coleman, Strength & Conditioning Coach with the Houston Astros and published in Strength & Conditioning Journal.**  They were developed after reviewing more than 20 years of data collected on major league baseball players during team trials, speed workouts, and game situations.  

     The key to improving speed is intensity of effort - if you want to run faster, one thing you must do is practice running fast. So each sprint interval must be run at maximal effort - as close to 100% as possible. Hence the long recovery time relative to the exertion time which facilitates this type of training. Note that all of the run/rest intervals are at a ratio of approximately 1:3.

     If you are not as concerned with speed development but want to improve your conditioning in a manner that will help you on the field, run your intervals at 85-90% effort. Keep the rest intervals the same.

    The other key aspect for developing running speed is mechanics improvement - primarily body posture, arm action, and leg action (stride length and stride frequency). We'll address these issues further in a future edition of LINE DRIVES.

     The 60 yard dash line is highlighted because it is the standard for speed evaluation of baseball players.

 

* Short-Term Sprint Interval Versus Traditional Endurance Training: Similar Initial Adaptations in human Skeletal Muscle and Exercise Performance: Journal of Physiology, Vol.575, issue 3. September 2006.

** Target and Recovery Times for Speed Training in Baseball. Eugene Coleman, Strength & Conditioning Journal, p. 7-8, December 2001.


(C) 2007, Baseball Fit LLC. All Rights Reserved. Quotations with attribution permitted. Cite source as Steve Zawrotny's BASEBALL FIT Hitting & Pitching Conditioning - www.BaseballFit.com

The information contained herein is the opinion of the author 
based on his personal observations and years of experience. 
Neither Steve Zawrotny or Baseball Fit assume any liability 
whatsoever for the use of or inability to use any or all of the 
information presented on this website.