Head Position Through 3X Mechanics

This is the full list of the 3X Mechanics which is included in the 3X Pitching Programs. The 3X Pitching Programs include a full detailed description of every one of these components. These descriptions will only include the head positioning.

1. Lift Leg Momentum – This component begins the delivery and the head position should be over the belt buckle. When what we call the “First Move” occurs, the head must stay tucked and behind the belt buckle.
2. The “Load” Position – This is the component of the 3X Mechanics which is just before the launch phase of the delivery when power production occurs. The head again must be behind the belt buckle in this position. It also must be balanced over the shoulders. This means it is not hanging over the chest. Pitchers like Tim Lincecum like to even “Tilt” their heads back over their butt in this position.
3. 3X and Separation – This is the foundation of 3X Pitching and it is the toughest component to implement effectively into your delivery. Every single power pitcher uses it and the 3X Pitching Velocity program will train you to master it. The head during this position must be tucked hard behind the belt buckle and balanced again over the shoulders. If the head flies out of this position during this launch phase then power production is limited. If the chin begins to push forward past the belt buckle during this component this is fine unless it reduces the implementation of the following component.
4. Chest Thrust External Rotation – This is the first component in the 3X mechanics that is almost eliminated completely from the delivery when the head has been out of position most of the delivery. This means the easiest way to implement this 3X component more effectively is by working on the head position through the entire delivery.  When I see my pitchers not implementing this component, I always start with the head position from the previous components. The head position for this component is tucked  but this is the first time that the head can push out with the torso in front of the belt buckle. The key is to continue to tuck the chin like you are trying to keep it behind the belt buckle but the force of the upper kinetic chain is to great.
5. Elbow Extension – This component emphasizes the importance of NOT pulling down your arm to release. The head position does not change from the previous component.
6. Stabilization – This may be shocking to those who are not familiar with the revolutionary pitching mechanics called 3X Pitching but yes the head never moves out of the tucked position. As you continue to stabilize your front leg, you must continue to stabilize your head position and not let it relax until ball release.

The head position is so critical through all of the 3X mechanics because once the head throws itself forward, it will always bring the arm with it. I suggest you try this to fully understand the effect. Stand up with your feet shoulder width apart. Tuck your glove arm and lift your throwing elbow above the shoulder. Now let your arm externally rotate behind your head while tucking your chin into your throat. From this position quickly and aggressively throw your head forward out over your toes and down. Notice how your arm follows your head.

The reason this head movement will kill pitching velocity is because velocity comes when the body has built power before the arm begins to throw the pitch. The earlier the arm throws the ball in the delivery then less power has been produced and converted into the velocity of the ball.

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Dr. James Andrews at ASMI put together a study of low velocity pitchers to high velocity pitchers to determine the difference in pitching mechanics. It was a good feeling after reading this study because the same information coming from Dr. Andrews is the same information Top Velocity has been preaching for years. It proves why I overcame a rotator cuff tear and was able to reach 94 mph on my fastball post surgery.

What these high velocity pitchers where doing different was transferring more momentum to the ball faster and more efficiently than the low velocity pitchers. There was four significant differences and these differences did not start until front foot strike. This means it doesn’t matter how you build momentum but you must build as much momentum as you can, then when your front foot lands your front leg must stabilize and continue to extend back into the hips before ball release. This front knee extension mainly occurred with the high velocity group of pitchers. The next major component of high velocity came with maximum external rotation of the arm when the trunk was tilted all the way over the front foot due to the excessive amounts of momentum generated into front foot strike. The study states that the reason for this maximum external rotation is because

“Greater shoulder external rotation causes a stretch of the internal rotators allowing energy to be stored in these muscles, and creating greater internal rotation during the arm acceleration phase.”

This leads into the next and most important component of the study. This component is by far a major component of not only velocity but arm health and pitch location. The study finishes with describing the importance of early elbow extension and internal rotation once the arm begins its launch to the target. I can’t stress the importance of this component enough. I have to admit that Top Velocity has not focused enough on this component and doesn’t have it in the Ace Pitcher Handbook. This will be added soon!

Early elbow extension and internal rotation is even more important when throwing a football. This is because to throw a good spiral you must have early elbow extension and early internal rotation to spiral the ball to your target. I recommend using a football in your warm ups to help improve on this component. The key to getting early elbow extension and internal rotation is keeping the arm relaxed the entire pitching delivery. The main focus of the arm is to be in position to receive the transfer of momentum and to transfer that momentum quickly and almost effortlessly. The only part of the arm doing work is the forearm. It is holding onto the ball with the finger tips. This is what controls pitch movement and location.

To learn more about this study please read the reference article here:
Comparison of High Velocity and Low Velocity Pitch Deliveries