3 Reasons Why Bench Press and Baseball Don’t Mix

Bench Press and Baseball are like Oil and Water; they do not mix.

Working with mainly male, High School and College age, Baseball players, I get a lot of grief about not including Bench Press in programs. Especially, when they see the Football and Hockey players doing it.

When I ask them why they want to bench press so badly I get answers such as; “it’s fun”, “I like lifting heavy” and my personal favourite, “it looks cool”.

It is widely accepted in the baseball world that the reward of getting strong on Bench Press is outweighed by the risk the exercise poses to the shoulders and elbows. My exclusion of Bench Press is not because I want to keep you from ‘looking cool’ at the gym. There are specific and scientifically proven and accepted reasons as to why overhead athletes should avoid this exercise.

Hopefully, this blog will also reach some of the NCAA college programs down south. It BOGGLES my mind when Baseball players in Division 1 Baseball programs come back with Bench Press in their strength programs! No, I am not kidding. It happens…all the time…

Here are 3 reasons Baseball athletes should avoid Bench Press:

  1. It Exacerbates Negative Adaptations Acquired from Throwing

When you throw thousands of baseballs every year there are a few things that typically happen to the body:

  • Increased glenohumeral (shoulder) external rotation
  • Decreased glenohumeral (shoulder) internal rotation
  • Decreased elbow extension
  • Decreased scapular (shoulder blade) upward rotation
  • Decline in the quality of the tissues surrounding the shoulder girdle
  • Abnormal spinal curvature (usually in the thoracic and lumbar areas)
  • Decreased hip mobility

In laymen’s terms:

  • Your shoulder gets loose in the front
  • Tight in the back
  • Elbow doesn’t straighten all the way
  • Your shoulder blade doesn’t move well
  • The tissue around your shoulder is gritty
  • Your spine it hyperextended
  • And your hips don’t move

Not a pretty picture. And how does Bench Press help this situation…


Bench Press actually causes stresses to the body that are extremely similar to those found during a throwing motion:

  • Spinal extension
  • Scap retraction and depression
  • Humeral (upper arm) movement without scaps
  • Heavy loads placed on the shoulder girdle

In any sport we use the off-season to re-establish proper movement patterns and mobility, give our arm/shoulder time to rest and correct instabilities and dysfunctions. So why would we want to perform an exercise that does not allow this to occur and can actually exacerbate these dysfunctions?!

Much of exercise selection for athletes comes down to a risk vs. reward. Is the reward (strength gains) worth the risk the exercise places on my athletes? When it comes to Baseball players and Bench Press the risk FAR outweighs the benefits.

  1. There is Little Direct Transfer to Playing Baseball

Another factor in exercise selection is specificity to the sport. Does this exercise mimic anything the athlete is doing while they are playing? To decide this we need to look two things:

  1. The plane of movement of the exercise
  2. Where the movement falls on the force-velocity curve.

Research shows us that power development is highly plane-specific. Meaning that many traditional sagittal plane power movements (vertical movements such as; jumps, sprints, cleans, snatches) have little transfer into throwing. Frontal and transverse plane movements (lateral and rotational) have much more correlation (skaters, medball throws and banded rotations). So, while Bench Press may be a great exercises for an athlete in shot put or kayaking it has little use for a Baseball athlete.

Thanks to our hunting ancestors, humans have mastered the throwing motion. And it has been widely recognized that pitching is the fastest articulated motion a human can produce! This puts throwing a ball at the velocity end of the force-velocity curve. It is a very light load moved incredibly fast. Whereas the Bench Press movement is at the other end; a heavy load moved slowly. The movement is too removed from any movement that occurs in Baseball and therefore, will have little impact on performance.


  1. The “Meat Head” Factor

Let’s go back to the reason’s my Baseball athletes give for wanting to Bench Press:

  • It’s fun
  • I like to lift heavy
  • It looks cool

People (especially young, hormone driven males) have a tendency to overestimate their strength capabilities while Bench Pressing. I have done it myself and I have seen countless others do it as well.


If my number one goal as a Strength Coach is to keep my athletes healthy and second goal is to improve their performance then I need to choose exercises that are going to keep their inner meat head at bay!

Bench Press done with heavy loads and poor technique can put their most prized possession, their shoulder, in a very vulnerable position. Yes, people will argue that any exercise done with high load carries risk. However, a failed rep in a Push-up has less risk than Bench Press. Risk vs. reward!

“So, watch your athletes and make sure they use proper technique”.

Okay, valid point. However, have you ever tried to coach multiple athletes at one time? Even on my best day it is impossible to see EVERYTHING on the gym floor. And any coach that tells you different is lying.

As a coach I have to pick exercises that are self-limiting, safe and effective, whether I am watching them every second or not. This can mean different things for different sports, positions and individuals. Hence, why I may program Bench Press for a Football athlete versus a Baseball athlete. Have I mentioned risk vs. reward yet?!

The exclusion of the bench press in our baseball programs goes beyond “it’s dangerous for your shoulders.” Even if coached and performed perfectly, our athletes won’t get as much transfer from it as they would from other pressing exercises.

Check back for Part 2 of this Blog where I discuss pressing exercises that are much better suited to baseball players and other overhead athletes!

If you have any questions about this blog series or any of our other series contact Courtney (cplewes@sstcanada.com) at SST Mississauga [contact-form][contact-field label=’Name’ type=’name’ required=’1’/][contact-field label=’Email’ type=’email’ required=’1’/][contact-field label=’Website’ type=’url’/][contact-field label=’Comment’ type=’textarea’ required=’1’/][/contact-form]

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Should We Be Training To Failure?

With the popularization of high intensity training, Crossfit, and other intense training methods, the idea of training to failure has become increasingly more popular. The idea of working so hard that you cannot possibly complete another rep is seen as an important part of training. However is this necessary in athletic training when we are after strength and size gains?

Some athletes and coaches may feel that if they are not going 100% every single time they enter the gym then they are not getting better. Is this necessary? The simple answer is NO. In fact, it is not advisable to train to failure for any extended period of time. The adverse effects of such training far outweigh the potential benefits. The important factor is planning. During the planning process there will be times of higher and lower intensity, as well as higher and lower volumes. All of these factors come together to elicit the types of adaptations in the specific order that will allow for the athlete to improve their specific qualities related to performance.

However, do not confuse training to complete muscular failure with training to technical failure. Technical Failure refers to when an athlete can no longer complete a repetition with proper technique due to fatigue. This is an important concept because technical failure should almost always be utilized in strength and conditioning settings, so as to maximize adaptation and ensure safe training at all times.

So how should we train for size and strength?

What seems to be a determining factor in the types of adaptations that athletes will be receiving during training is volume and intensity. Both of these factors are intimately linked to the types of adaptations we can expect to see from athletes during the training process. Furthermore, to stimulate muscle growth, volume load seems to be the most important factor (sets x reps x intensity). Many papers will show that athletes performing higher volume loads will produce greater hypertrophic responses than those performing lower VL. When size gains are your primary goal, maximizing VL in a systematic fashion seems to be the best approach. Does this mean we need to create muscle damage or train to failure to do so?

Well more recently, a paper by Flann et al. (2011) showed that muscle damage may not be necessary for size, strength and power gains. They had 2 groups of athletes performing exercises, one created lots of muscular damage, and the other group did not. Without getting into the specifics here, what is important is that when equated for volume load, both groups had similar gains in both size and strength of the trained muscles. This suggests that increasing the amount of training is more important than training for failure.

Another important piece of the puzzle is that when preparing athletes for their sport, we are in the business of managing their fatigue. How many of you have woken up from a training session the previous day too sore to train the next day? Well for athletes who are required to perform their sport, this is simply unacceptable. If we are constantly crushing our athletes so that they are unable to perform in their sport, then we are not performing our duties as strength coaches and enhancing their performance. The way around this is planning. Periodization is the process by which we plan out an athlete’s training process so as to maximize their qualities at the times when they are needed and prepare athletes for the rigors of competition. Without this planning process we are simply asking athletes to work hard with no framework as to why they are doing so. As such, this is not doing justice to the importance of their performance. In a study conducted by Behm et al. (2002) it was shown that completing sets of 20 to failure had a 4x higher time to recover than completing a set of 5 to failure. The relationship holds true between different rep ranges such as 20RM, 10RM, 5RM etc. This suggests that when training to failure we may be increasing recovery time to the point where we are losing out on additional training.

This increase in fatigue may actually inhibit the athlete’s ability to gain size or strength in the long run because of a constant state of recovery and limited training volumes. Think of it this way, if an athlete has trained so hard as to reach muscular failure, said athlete could lose 2–3 training days due to recovery. Then this athlete has now missed the opportunity to increase their qualities 2–3 times in the long run and had one training sessions where they may have been able to have a total of up to 4. When we add up the total work done in these situations it will almost always favor limiting training to failure so as to increase the amount of training days the athlete can perform.

Failure and Injury

Finally training to failure may also increase the athlete’s likelihood of injury, both of overuse injuries and acute injuries. Willardson (2007) did a review of this topic and found that training to failure may increase the risks associated with overtraining, and overuse injuries. It was recommended that training to failure falls within the context of the overarching periodized plan, and be cycled such as any other training variable (volume, intensity, etc.) Again this will come back to the periodization (planning) process so as to train the specific qualities at specific times to increase performance.


Quite simply athletes that are not using pharmacological help will not have the ability to continually recover from training sessions that are pushed to muscular failure. They will be in a constant state of trying to catch up to their recovery and perhaps be pushed into an overtraining syndrome. This can lead to a myriad of negative effects. Athletes’ training loads should be monitored and adjusted accordingly so as to fit within the overarching context of the plan and continually increase the specific qualities needed for championship performances. The volume and intensity relationship when planning the training process is far more important than pushing the body to failure when looking to elicit specific training adaptations. Consider this the next time you are planning for your athletes.

Written By:

Dave Scott-McDowell, MExSci, BPHE, CSCS

Dave Scott-McDowell is the Athletic Director for Sports Specific Training Burlington. SST has trained thousands of athletes from a variety of sports. SST’s no nonsense approach to training has been used by thousands of athletes’ from a variety of sports all over the nation!