Discover the Hitting X-Factor

Kevin Goodman In our opinion, Kevin Goodman represents the kind of author we like to include among the so-called heavy hitters because he has a passion for the game and its finer points. He has, he admits, an analytical mind which lets him view the game with a critical eye. Though he played college ball and has had several articles printed in national print media, he has only returned to coaching and instruction in any serious way over the past 3 years. He runs an indoor facility in Marshalltown, Iowa, and works with professional grade Swing Analyzer software. (Click to close.)
by Kevin Goodman
Coach: "I don't seem to have any power when I hit the ball. How can I hit the ball with more power?"
A lot of young players ask this question. Some of them seem to have above average strength, yet have little to no power. Most of the time they just are not creating enough bat speed to go with their strength.
How do we generate more bat speed? Some say it comes from torque but rarely do we hear about separation and what it really means during the loading process.
Separation is the Key
The loading portion of the swing is rarely talked about because most hitting coaches may feel that each player has their own unique style of how they load and what kind of stance they choose to have, and I, too, would be in that camp.
But, if we are to maximize bat speed, we are going to have to start explaining to our players this all important process. Loading is where it all starts. Whether we are hitting or pitching, the loading process, is always the longest and most important part of what we do as a hitter or pitcher.
Break the hitter into 4 distinct parts...
- bottom half
- top half
- front side
- back side
What we want to do during the loading process, is separate the 4 parts from each other: the top from the bottom (torque), the front from the back(stretch or "bow and arrow").
When the hitter starts from the balance point (stance), he goes back with both his weight and hands. The lead arm will have around a 90 degree look to it or an inverted V at this point.
Weight load back could be roughly 55 to 80 to as much as 100% of body weight depending on the type of load movement the hitter uses... toe tap, stride and glide, knee knocker, etc. It's individual.
Once the hitter feels he has gathered enough weight on their back side, the hitter now begins to stride out towards the pitcher and to begin the process of transferring that weight back to the middle of his launch stance or hitting posture. As he does this, to maximize bat speed, the hitter is doing two things simultaneously...
- he stride out with their front foot and
- his hands go back thus separating the front side shoulder from the back side/hands during stride.
This helps to create torque.
The "bow and arrow" effect
There also occurs another source of separation that I have yet to read or hear about and that is the separation of the hands from the front foot... the "bow and arrow" portion of the stretch front to back.
Create a "stretch" from front side to back side.
The stride should be done with the lead foot/toe slightly turned in but definitely not opening their foot to the pitcher as he strides. To achieve maximum load and separation, he must "walk away" from his hands to create a "stretch" from front side to back side - and also a separation of the hands from stride foot. At this point, his lead arm should be firm, but not locked out... maybe a good angle to achieve would be around 120 to 140 degrees.
This separation not only creates a stretch front to back but also creates the torque top from bottom. This will also help to keep the front shoulder in longer in the swing.
The X-Factor Stretch
A golf pro, discussing the above type of movement, calls it the X factor stretch. Since he doesn't stride in his swing mechanics, maybe we should refer to this in baseball as "the double X stretch factor".
Picture an elastic X, twist the top half of that X a few times, and then - taking that very same X - stretch it just a little bit. At the correct time, you angle the X in a backward slash position (\) therefore stretching it a little bit more. At this point, you let it go, keeping the front side still and the top half still for a split second (more like .11 seconds).
[Editor's Note: WebBall plans to illustrate this in our hitting lesson series soon.]
At the precise time this X gets to a newly established center of gravity (CoG), the angled X goes vertical and unleashes the twist (the rotational swing), During all these movements, the bottom portion of the X remained grounded until the rotational force that occurs on the top part of the X has been released.
Linear and Rotational
This loading process combines 2 great forces: Linear action like a bow and arrow; and rotational forces like a rubber band being twisted. And it all starts with the weight shift / stride / separate. Once we decide we want to swing the bat, the table is set! We open up the front foot spinning on the front inside part of the big toe, dropping the heel and lifting the rear heel [refer to the author's article
Quick to the Ball].
The needed separation of our front shoulder from our hips.
This is the "bow and arrow" action - it starts the hips, the shoulders quickly follow, then the arms, then the hands delivering the final action - the rotational swinging of the bat from launch to finish. To generate maximum speed, we have to separate the front shoulder from our hands AND we have to separate our hands from the stride foot thus creating torque and allowing the hitter to unleash the great force of rotation! This is where the power comes from.
Bow and arrow gives you speed, torque gives you power.
I tell my hitters to think of a literal bow and arrow... the more you separate the back from the front, the faster the arrow will go. The more you stretch it as a hitter, the more torque you will create. More torque equals more power. They all go hand in hand. The key is to get the right amount of each and still be on time with the pitch.
The Sequence Dialog
- Separate the back of the bow from the front...
- Hold that front side nice and steady...
- Ease it on out there...
- Pull it back just a little bit more...
- Release the back...
- Capture the speed at the middle (CoG)...
- Unleash the rotational force of of a twisted up rubber band, keeping the bottom half (hips) stable to impact...
- Then release/throw the hips (bottom half) through from impact to extension...
- Finish off a well-timed swing with the maximum amount of rotation!
Watch for an interview and follow-up dicussion on this topic and illustrations, coming soon.
John Heard says:
Feb 04, 2009 at 4:10 PM
Currently a competitive 12U coach, specializing in hitting. I find the article interesting. I came to coaching baseball from the golf world, Division 1 golfer and coaching HS golf. The "X factor" has been around golf since Tiger Woods came to the forefront. Trying to explain his power. I am a proponent of rotational hitting. The "X factor" in baseball if done correctly, in my opinion is about 90/10 rotational/linear. Teaching to push the hands further back only slows the swing to the ball. I spend most of my time with hitters trying to shorten their arm extension. Most younger players have too much extension. The "X Factor" in golf is all about creating torque between the hips and the upper body. The golf world has bee filming this for 60 years and using sophisticated software/video equipment for the last 20 years. Besides the equipment, the greatest increase in distance has come through increased swing speed. Sounds a lot like bat speed. I believe the physics show that rotational hitting has more potential acceleration and high force which all equal bat speed with fewer moving parts. I will be curious to see the illustration. Sounds like linear hitting with Kevin throwing in a little "X Factor".
We've now added a new page in the hitting lesson series to help illustrate the X-factor as it relates to our discussions of hips and shoulder loading. (new lesson 14). Plus we will be adding more under training for the core which continues this topic.