I often post inspirational baseball quotes from top MLB hitters on my Facebook fan-page. So I wanted to share my top five player quotes and photos that get the most engagement on Facebook…ENJOY!
Even though Derek Jeter was the 6th overall pick by the Yankees in the 1992 draft, he made over 50 errors at Shortstop his first year in professional baseball! The Yankees doubted him and talked about moving him to the outfield. He improved on his fielding, and the rest is history.
Whether it was brutal contract negotiations with the Yankees, media scrutiny from one of the biggest cities in the world, “Stat-heads” saying he had no range to his glove side, or injuries, Derek Jeter found a way to beat the critics, his competition, and inevitably etch himself into the Hall of Fame.
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Fangraphs lists Giancarlo Stanton as a beast, 6-foot, 6-inches, 240-pounds! And according to Wikepedia.com he was a three-sport athlete. Before being drafted in 2007 by the Marlins, he was offered a baseball scholarship at USC, and offers to play football at UCLA and UNLV.
I love hearing this quote come from such a “big” guy. I subscribe to the fact that Giancarlo Stanton was such a well-rounded athlete, and didn’t have access to year-round baseball that contributed to his success so far.
Unfortunately, a lot of Little League coaches and parents focus on just hitting the ball, instead of hitting the ball hard. These types of baseball quotes are great to put hitting into perspective.
Jose Bautista
Photo courtesy: BirdDogRealty.net
One of the “smallest big hitters” in baseball. FanGraphs.com lists him at 6-foot, 205-pounds. But his Metrics make him look like Giancarlo Stanton!!!
These types of baseball quotes are based on mindset at the plate. And after watching Jose Bautista swing, we can see he doesn’t get cheated…shocker, I know. Consider this…
One of my hitting friends Bob Hall from Canada shared with me something he heard from a scout about having a plan at the plate…
You’re either a fisherman OR a hunter. The fisherman waits for the fish to bite, while the hunter stalks his prey. I tell my hitters to use both, depending on the pitcher’s accuracy and hitting situation, to their advantage.
Sadarharu Oh
Photo courtesy: rnishi.Files.Wordpress.com
Sadaharu Oh, another small slugger, is listed at 5-foot, 10-inches, 173-pounds according to Baseball-Reference.com. Why is this significant?
During Hank Aaron’s time, Sadaharu Oh played in Japan and was considered the Barry Bonds (career home-run leader) of Japanese baseball. He blasted 868 dingers over the span of 22 seasons…and that’s almost 40 per year!
CLICK HERE for a post I did asking for my reader’s reaction on his mechanics. Judging by these types of Sadaharu Oh baseball quotes, technique was his saving Grace. It had to be, because he had to “do it right” to compete the way he did.
And sure, against today’s Major League pitchers, Sadaharu Oh probably wouldn’t hit as many homers, but man, how consistent his power was over 22 seasons. I agree with one of my reader’s comments from the article link above, that if Oh played in America today, they’d have made him a slap hitter, much like they did Ichiro, because of his small physique. Ichiro can hit the long ball, but not allowed. Darn shame 🙁
And last but certainly not least…
Ted Williams
Photo courtesy: ESPN.Go.com
I don’t think Ted Williams needs an introduction. Looking at this picture, it seems to be around his magical .406-year, three years into the Big Leagues and weighing about 180-pounds, soaking wet, while standing at 6’3″! He had the height, but definitely WAS NOT gifted with body mass.
In his biographies he often cited “inhaling” multiple malt shakes per day to put weight on his frame. Too bad he didn’t have access to the information we have on that today!
In baseball quotes like this, Ted Williams talks like a man who struggled to do it right. “…you can’t make a hitter, but I think you can improve a hitter,” is not something Daryl Strawberry would say. Failure is a huge part of hitting, way more than pitching. We learn from our failures more than our successes. Our hitters need to know from an early age that failure is okay. As long as we use it as a tool to get better. Progress is a process.
'Add 40-Feet' To Batted Ball Distance
Swing Study reveals how tens of thousands of hitters are adding 40-feet to batted ball distance by using one simple strategy.
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Learn how to increase hitting power using a bat speed and exit velocity exercises drill formula for baseball, softball, and slow pitch. Discover what is a good ball exit speed off the batting tee by age, and average High School programming. When it comes to ball exit speeds by age, here’s what I like to see by the end of each year, off the tee… (add about 5-mph exit velocity to the following, in game at-bats)
Seniors: 90 to 95-mph
Juniors: 85 to 90-mph
Sophomores: 80 to 85-mph
Frosh: 75 to 80-mph
8th graders: 70 to 75-mph
7th graders: 65 to 70-mph
12 years old: 60 to 65-mph
How To Hit 120.5-mph Ball Exit Speeds Like Josh Donaldson
Amy Gill and Andrew Marden from KSEE24, a local sports news station here in Fresno, CA, put this video together of an HPL Batted Ball Distance Challenge held about a month ago.
We worked primarily on testing “showing the numbers“, and the results were interesting…
Twelve total hitters, ranging in ages from 8-17 years old. Nine of them had been exposed to the HPL system. Two of them had not, and one had minimal exposure.
The familiar ones (control group) gained or lost between -1 to +1-mph of Ball Exit Speed, while the three “newbies” gained between 3 and 10-mph of Ball Exit Speed in one 30-minute session. That’s between 15 to 50-feet of added batted ball distance!!
SCIENCE-BASED TRAINING:
Improve your hitting strategy dramatically by applying human movement principles.
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The Definitive Guide To Measuring, Tracking, & Boosting Ball Exit Speed
Josh Donaldson 120.5-mph Ball Exit Speed homer on April 23, 2015. Photo courtesy: MLB.com
On April 23rd, 2015…
The Toronto Blue Jays’ 3rd baseman, Josh Donaldson, hit a two-run homer to left off Chris Tillman that was clocked at 120.5-mph!
And as of August 18th, according to ESPN’s HitTrackerOnline.com (no longer available), was the highest Ball Exit Speed home-run in 2015. By the way, this topped Giancarlo Stanton’s highest Ball Exit Speed homer, in the same year, by 3.2-mph (117.3-mph).
How does Josh Donaldson do it?
I mean, come on!
Giancarlo Stanton, also referred to as “Bigfoot”, stands at a gargantuan 6-foot, 6-inches tall, 240-pounds. And from what I hear, has about 3-4% bodyfat.
On the other hand, Josh Donaldson stands in at mere 6-foot, 220-pounds.
Talk about David & Goliath!
But what little realize about David was that he was an expert marksman from long range. So he never had to go toe-to-toe with Goliath.
David had a better strategy. And so do small sluggers like Josh Donaldson.
In this post, we’ll be talking about Ball Exit Speed (BES), also known as Speed Off the Bat (SOB), or simply Exit Speed. We’ll learn:
What affects Ball Exit Speeds?
What is the Desirable Minimum Effective Dosage (MED) for Ball Exit Speed? And
How-to increase Ball Exit Speed…
What Affects Ball Exit Speeds?
“What gets measured gets managed.” – Peter Drucker
Recently, I use a Pocket Radar Ball Coach to measure the Ball Exit Speeds of my hitters, off the tee, before and after each session.
It’s not radar gun accuracy we’re looking for here, but an apples to apples comparison. Here’s what we’re comparing, using the radar gun, before and after each hitting session:
Did the hitter beat a personal record (PR), and/or
How consistent and stable their Ball Exit Speed readings are, or whether they’re jumping all over the place.
Unlike bat speed, there are many things that can affect the speed of the ball coming off the bat:
Bat Composition (BESR rating) – Wood v. non-wood. End loaded v. more balanced weight. Bat size and weight.
Ball Composition (COR rating) – Plastic balls v. rawhide. Corked core v. rubber. Higher v. lower seams.
Hitter’s Arm/Leg Length vs Body Mass – In my opinion I think limb length is more of a factor than body mass. And Physicist Dr. Alan Nathan has confirmed this.
Ball Spin Rate – Backspin and topspin, in addition to the coveted knuckle-ball will all affect BES differently.
Effective Mechanics – the better a hitter is at effectively using human movement rules that are validated by science, the better energy transfer from body to barrel to ball.
Pitching Velocity – From what I’ve heard and seen, pitch speed can add between 10-20-mph to Ball Exit Speeds, say from off the tee.
Fatigue – sleep, over-training, nutrition, and supplementation. CLICK HERE for Zach Calhoon’s recovery shake mix.
Warm Up Factor – I noticed in my latest Zepp swing experiment, that I didn’t consistently hit 90+mph Ball Exit Speed, off the tee, until I reached about the 75 swing mark.
Learning New Hitting Mechanics – I’ve noticed with my hitters that when we introduce a brand new hitting movement into their swing, their Ball Exit Speeds drop between one to four-mph. But if it’s something we’ve covered before, then they may actually increase by one to four-mph.
Timing – If a hitter is too late, and doesn’t allow his or her bat speed to mature, then Ball Exit Speeds will be lower. If a hitter is too early, and their bat speed has begun to decelerate, then Ball Exit Speeds will also go down.
Environment – Humidity dampens Ball Exit Speeds (pun intended). So does a head wind, duh. On the other hand, hitting in dry hotter climates OR in Denver, Colorado, Ball Exit Speeds will increase because the air is less dense.
Hitting the Sweet Spot – Hitting the ball on the end of the bat, or closer to the hands will decrease Ball Exit Speed, while consistently hitting the sweet spot will boost it.
Bat Speed at Impact – Most of the time Ball Exit Speeds will be higher than Bat Speed at Impact. With my Zepp swing experiments off the tee, it looks to be about a 6-mph difference.
Strength and conditioning – this can help but shouldn’t be the highest priority. This should be the cherry on top.
Mobility and stability – if you move better, then you perform better. Simple as that. This MUST be a high priority not just to increase BES, but to minimize an athlete’s risk for injury.
'Add 40-Feet' To Batted Ball Distance
Swing Study reveals how tens of thousands of hitters are adding 40-feet to batted ball distance by using one simple strategy.
Click the button below to access the FREE video that's been downloaded over 30K times!!
“Computers can track a ball’s exit velocity, launch angle, hang time and spin rate, 100 mph, the speed necessary for most home runs; 75 mph, commonly the break-even pace for a ground ball to skip through the infield for a hit; and four seconds, the inflection point for fly ball hang-time, with any remaining in the air that long before getting caught.”
You may be wondering, what is the launch angle for a typical home-run? According to the following Sports Science video, about 20-degrees:
According to a Beyond the Boxscore article titled, Do Hard Hit Ground-balls Produce More Errors?, that there is no significant increase in errors, at the Major League level, until Ball Exit Speeds reach and go beyond 95-mph.
Ball Exit Speed is being used to evaluate upcoming professionals, and can decide who starts,
Managers can use Ball Exit Speeds to see if there’s a drop off in a hitter’s Ball Exit Speed, which may reveal the player is hurt or needs to adjust their mechanics, and
Teams can shift their infielders back with hitters clocking higher Ball Exit Speeds.
“MLB average exit speed is 103 mph, bat speed ranges roughly from 70-85 mph. 1 mph of additional exit speed makes the ball go 5 more feet. This would be roughly 4 feet for 1-mph bat speed – which is less than the 7-8 feet we have heard from other studies.”
Based on the information above, ideally the MED Ball Exit Speed, for the average Little Leaguer, would be 40-mph BES (40-mph BES X 5-feet = 200-feet of distance). I want my Little Leaguers to get to 50-mph BES, for the fields that have 220-foot fences. And of course launch angle is a huge factor in this.
And on the big field, it looks like 95-mph Ball Exit Speed is the MED because that means the hitter has the ability to hit the ball 475-feet (95-mph BES X 5-feet of distance). Furthermore, the fact that Beyond the Boxscore’s observations about errors not increasing until Ball Exit Speeds reach 95-mph.
How-to Increase Ball Exit Speed
“Whenever you find yourself on the side of the majority, it is time to pause and reflect.” – Mark Twain
So, what advantage does a small slugger like Josh Donaldson have over Giancarlo “Bigfoot” Stanton?
Here’s the secret to boosting Ball Exit Speeds…
Tinker and Test.
Remember, Peter Drucker’s quote above?
“What gets measured gets managed.”
Here’s what to do to ensure a healthy increase in Ball Exit Speeds:
CLICK HERE to read the definitive guide to running swing experiments,
Choose an HPL “Topic” in the navigation bar above, or search for one in the upper right hand corner of the website, and start testing.
Stop analyzing big hitters. Instead look at the small sluggers, and see what they’re doing to compete, such as: Cano, McCutchen, Donaldson, Bautista, Vogt, Beltre, Braun, Pedroia (averages 44 doubles and 15 homers a season), Victor Martinez, Edwin Encarnacion, David Wright, Hank Aaron, Sadaharu Oh, and Mickey Mantle.
Do you have anything to add to the discussion? Please REPLY below…
'Add 40-Feet' To Batted Ball Distance
Swing Study reveals how tens of thousands of hitters are adding 40-feet to batted ball distance by using one simple strategy.
Click the button below to access the FREE video that's been downloaded over 30K times!!
https://hittingperformancelab.com/wp-content/uploads/2015/08/How-To-Increase-Baseball-Softball-Hitting-Power-Bat-Speed-And-Exit-Velocity-Formula-Drills.png423800Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-08-08 09:45:222022-08-15 05:07:09How To Increase Hitting Power: Bat Speed And Exit Velocity Exercise Formula For Baseball, Softball, & Slow Pitch Drills | What Is Good Off Tee By Age & Average High School Program
Note the gentleman in the stands with the hat and Mariners shirt on (red arrow) as Mike Trout’s head moves forward to landing. Photo courtesy: YouTube user: PastTimeAthletics.com
The most common objection I hear from my hitters is their coaches are dumping on them for using forward momentum. Because – they say – there’s too much head movement! These coaches keep saying the perfect swing shouldn’t have head movement.
In a way, they’re right! But there’s a bit of confusion as to when head movement is okay…and not okay. You see, the perfect swing, has head movement. ALL dynamic movement does. Did you know our head bobs up and down when we walk and run? Try watching television upside down and you’ll see it clear as day.
Click Here for a SABR.org study titled: “Baseball Swing Stride and Head Movement Relationships”, from SAMUEL J. HAAG, an assistant professor of Kinesiology and Health Sciences at Concordia University, St. Paul. The study concluded:
“The present findings suggest stride height and stride length are not associated with displacement of the head during the baseball swing in experienced collegiate baseball players.”
But it’s the timing of head movement that matters. In this post, we’re going over:
Balance without thinking,
Debunking a common objection & a study, AND
Perfect swing examples…
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Proprioception. I know it’s a big ugly word. But it has A LOT to do with the perfect swing. At least when we talk about head movement. Experiencing proprioception is easier than saying the word itself!
Try this…
Stand up, lift one leg, and close your eyes… You feel your standing ankle and foot wobbling to balance your body? This balance happens without you having to think about it. It’s an unconscious process, like breathing. Here’s how balance without thinking breaks down when looking at the perfect swing…
Scenario #1 The Sit Back Hitter – during stride, keep 60% of weight on BACK leg, being soft with the landing foot like you’re stepping on unbroken eggshells.
Scenario #2 The Forward Momentum Hitter – during stride, commit 60% of body weight to FRONT leg at landing, thereby breaking the “eggshells” in scenario #1.
Let’s apply proprioception to where the two scenarios left off above… In Scenario #1, to bring the body back to balance, the brain shifts the weight forward during the Final Turn. In other words, the heads moves later.
In scenario #2, to restore balance, the brain shifts the weight back during the Final Turn. Because of the transfer of linear into angular momentum, the head will become the center axis of rotation along with the spine.
We sacrifice head movement early, for little to no head movement later.
Do an experiment with the two scenarios above. Record your swing using the Coaches Eye or Ubersense app. Try and swing as hard as you can under complete control. And note the change in head position between the two scenarios. In a perfect swing, you’re going to have head movement. But the question is, when do you want it? BEFORE or DURING the Final Turn?
Debunking a Common Objection & a Study
CLICK HERE for a great FanGraphs study that Dan Farnsworth did on June 17, 2013 titled “Breaking Down the Swing: Best Hitters of 2012”. Scroll down a ways and start reading under the section: “Keep Your Head Still”.
Farnsworth compiled a list of the top 50 hitters from the 2012 season according to Fangraphs’ Batting component of WAR. He looked at side views of each of these hitters from highlights of the 2012 season in which each player hit a homerun. You can read the details of how he compiled his measurements in his post.
As Farnsworth says, the main complaint coaches have with Forward Momentum, or early head movement, is that moving the head forward “speeds up the ball”. This may be true…
But during the stride, the hitter hasn’t made a definitive decision to swing yet. So again, if you know head movement is inevitable during dynamic movement, then when do you want it to happen? BEFORE or DURING the Final Turn?
Does a quarterback “rolling out” to throw to a fast moving receiver have head movement? Yes, until his plant leg hits the ground before throwing. Does a soccer player have head movement quickly dribbling the ball down the field to get closer to the goal, weaving in and out of defenders? Yes, until their plant foot hits the ground to kick. I can go on and one with Olympic Throwers and Shot Putters!
Really think about the answer to that question.
Perfect Swing Examples…
When you watch the following videos, pick out someone or something in the stands behind the hitter to use as a frame of reference in watching for head movement. The following examples were the TOP-5 OPS (On-Base Plus Slugging Percentage) hitters in 2014:
1. Victor Martinez (toe tap)
2. Jose Abreu (toe tap)
3. Andrew McCutchen (slide step)
4. Giancarlo Stanton (toe tap)
5. Mike Trout (medium leg kick)
6. Paul Goldschmidt (little to no stride – technically a toe tap)
7. Albert Pujols (little to no stride)
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https://hittingperformancelab.com/wp-content/uploads/2015/04/perfect-swing-mike-trout-head-movement.png462657Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-07-11 09:45:242022-07-12 04:59:28How To Keep Head Position And Eye On Ball With Stride Length For Baseball & Softball Swing | MLB Players Load Stride Hitting Vs No Stride Batting Drills
Debating the intricacies of hitting a baseball (or softball) can be as bad as discussing religion or politics. This is why we look to proven human movement science first. Hitting a baseball NOT easy, but we can make it easier. It has a lot of failure built into the fabric. The objective of every coach, instructor, or parent should be to build as many “fail-safes” into the system as possible.
We’re going to explore the following, as they relate to impact:
Perry Husband & Effective Velocity,
90-Degree Angle to the Spine Rule NOT True?
University of Miami Study: The Biomechanics of the Baseball Swing
Conclusion…
First I want to start by setting the table…
Perry Husband & Effective Velocity
“Pluses” take-away from hitter’s reaction time, “minuses” add to hitter’s reaction time (images are pitcher’s POV). Photos courtesy: HittingIsAGuess.com
The one thing I like about Perry Husband’s contribution to hitting a baseball is he goes by “data, not feelings”.
He’s made a science out of a hitter’s reaction time. Perry Husband has accumulated, “Over 10 years of study and testing of amateur hitters and two years of intense study of major league at bats in a 4 million plus pitch database”. At his site Effective Velocity, Perry Husband explains his Effective Velocity system for pitchers:
“The Downright Filthy Pitching Series is a very in depth study of speed as it relates to the hitter’s reaction time. Initial velocity is the speed of the ball as the radar gun sees it, perceived velocity is the speed of the ball as the mind’s eye sees it and Effective Velocity is the speed it actually is. Effective Velocity (EV) is the initial velocity plus the location effects of the pitch due to different locations having different reaction times…A 90 MPH pitch can and does equal many different speeds, depending on where the pitch is located. “
His data (photo above) suggests that a hitter has to be quicker to pitches up in the zone, and in. And pitches down in the zone and away, give a hitter more time to adjust. Perry Husband reports from his findings:
“Did you know that the highest exit velocities off Major League hitters’ bats come off the pitches in the lowest part of the strike zone? How about that the most homeruns hit are off pitches at the very bottom of the strike zone as well?”
Over the past year, I’ve softened to some of Perry’s hitting a baseball mechanics. His information is vital to understanding if…
SCIENCE-BASED TRAINING:
Improve your hitting strategy dramatically by applying human movement principles.
Learn not only how and what to train but also the science behind the methods.
90-Degree Barrel Angle to the Spine Rule NOT True?
Giancarlo Stanton: 90-degree barrel to spine rule. Note: outside pitch slightly up in zone. Photo courtesy: MLB.com
CLICK HERE for the post that explains this Rule. The preceding post link refers to the barrel, not the front arm to spine angle. There are FOUR ways a hitter gets to pitches at the top/bottom of the strike-zone, and/or inside/outside of the plate…
Tilting at the waist with the upper body (the lower the pitch, the more the tilt),
Another reader got upset saying that I’m teaching two different swings. And enlightened me about his extensive study into the brain, and that taking a bent arm from the initiation of the swing and changing the shape to straight is impossible for the brain to do. Click Here for a conversation Perry and I had on the arm bar.
Remember, Perry Husband said that the highest ball exit speeds and home-runs were off of lower pitches? Do you think it could be because the front arm was able to extend at impact? Creating a longer lever and allowing for a smooth transfer of bat speed (angular velocity) into ball exit speed (inertial force). These are fundamental rules in the Conservation of Angular Momentum.
Look, if our goal as coaches is to get hitters 100% on-time, 100% swing effective, then we must take a serious look at the front arm bar. High exit velocity is key to batted ball distance, and without it Launch Angles alone won’t score more runs. Besides, how many commercial and/or passenger airplanes get off the ground without high horizontal velocity? CLICK HERE for an interview we did with Perry Husband about his system.
One last thing to look into hitting a baseball…
University of Miami Study: The Biomechanics of the Baseball Swing
Josh Donaldson game winning dinger high inside pitch. Photo courtesy: MLB.com
Major shout out to one of my readers and local lesson parents, Nieszka, for bringing this to my attention. This study was done by Dr. David Fortenbaugh at the University of Miami (CLICK HERE if you want to download the 200+ page pdf). Here’s the gist of how the study was put together:
Study Objective: to compare swings against pitches thrown to different locations and at different speeds.
AA-level Minor League Baseball players (n=43) took extended rounds of batting practice in an indoor laboratory against a pitcher throwing a mixture of fastballs and changeups.
An eight camera motion analysis system and two force plates recording at 300 Hz captured the biomechanical
data.
The swing was divided into six phases (stance, stride, coiling, swing initiation, swing acceleration, and follow-through) by five key events (lead foot off, lead foot down, weight shift commitment, maximum front foot vertical ground reaction force, and bat ball contact).
Twenty-eight kinematic measurements and six ground reaction force measurements were computed based on the marker and force plate data, and all were assessed throughout the phases.
The findings?
According to the Study:
“A large number of biomechanical differences were seen among the swings against various pitch locations. More fully rotated positions, particularly of the pelvis and bat were critical to the batters’ successes on inside pitches while less rotated positions keyed successes against outside pitches. The trail and lead arms worked together as part of a closed chain to drive the hand path. Successful swings had the trail elbow extended more for HIGH IN and flexed more for LOW OUT, though batters often struggled to execute this movement properly. A distinct pattern among successful swings against fastballs, successful swings against changeups, and unsuccessful swings against changeups was witnessed; namely a progressive delay in which the batter prematurely initiated the events of the kinetic chain, especially when unsuccessful in hitting a changeup.”
Hitting a Baseball Conclusion
Miguel Cabrera “power-V” post impact. Arms extended, high moment of inertia. Note catcher’s glove position. Photo courtesy: ToledoBlade.com
So, let’s tie up everything we talked about in hitting a baseball…
On pitches low and/or away, the hitter has more reaction time (Perry Husband research), so tilting at the waist (on lower pitches) and extending the front elbow to impact is key (90-degree barrel spine rule). And because the outside and lower pitches will be hit slightly deeper than inside and higher pitches, the trailing elbow will have more bend in it at impact (Miami Study).
There can be a harmonious relationship between an arm bar, and consistency getting to pitches up and in the zone. CLICK HERE for this post that gets into the different “catcher’s gloves” on how to do this. HINT: it has to do with the “belly button” catcher’s glove.
Readers, I want to hear your thoughts on hitting a baseball in the Comments below…
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https://hittingperformancelab.com/wp-content/uploads/2015/01/hitting-a-baseball-robinson-cano.jpg415525Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-07-11 09:15:432022-07-11 23:50:29How To Swing Bat And Hit Baseball Softball Faster, Farther, & Harder Every Time | Beginner Practice At Home Hitting To Increase Bat Speed, Power, Exit Velocity & In Certain Direction
Longest Home Run Ever “Principles” May SURPRISE You…
Is the 700 foot home run the longest ever? And how hit it? Mickey Mantle, Babe Ruth, Barry Bonds, or Aaron Judge? The answer will shock you. What about the longest MLB home run in 2021? Or in the World Series? What is the optimal home run launch angle and exit velocity formula? And how do you get it? Interesting swing experiment…
Longest 2021: Miguel Sanó, MIN: 495 feet (Watch it)
But before analyzing the longest home run ever ‘principles’, I want to share a few important resources…
Some of you may remember first reading Physics Professor Robert Adair’s book The Physics Of Baseball. Think of the above video as the “engineering” of baseball – ahem, hitting specifically. Many of you know our motto here at Hitting Performance Lab and HOW our hitting approach is different than most out there …
We apply human movement principles that are validated by Science, to hitting a ball … (unlike the willfully ignorant ‘bro-science’ approach to hitting).
SCIENCE-BASED TRAINING:
Improve your hitting strategy dramatically by applying human movement principles.
Learn not only how and what to train but also the science behind the methods.
Another good longest home run ever engineering principles book resource is The Golfing Machine authored by Homer Kelley, who was an aeronautical engineer that worked for Boeing during the Great Depression. He fell in love with golf and applied engineering principles to the golf swing, which were meticulously described in the book.
A fantastic post on the topic of longest home run ever comes from Dr. Alan Nathan over at PopularMechanics.com titled, “What’s The Longest Possible Home Run”. Alan Nathan is a professor emeritus of physics at the University of Illinois who has spent a career tracking physics, especially as it relates to baseball. He says two primary factors guide how far a ball is going to fly: exit velocity and launch angle. Click the PopularMechanics.com link to read more.
The SmarterEveryDay YouTube channel is a MUST subscribe. They’re a bunch of engineering geeks that put together fascinating experiments and tests that challenge things like the longest home run ever (above) to the backwards brain bicycle. Their videos are very entertaining, funny, and extremely informative.
What I have for you below are time marked bullet points I found interesting in the above longest home run ever SmarterEveryDay video. Big THANK YOU to the golfing sensei, and my good friend, Lee Comeaux for the share…
At 1-min, 25-sec mark, he acknowledge the “Launch Angle” craze, their focus is to “…point at the fence and swing a bat as fast as we can.”
Safety first kids!! These guys took many many safety precautions when running this experiment defending against batted balls (200+ mph!), broken flying wood and metal bats, or even broken shards of machine.
At 2-min mark, they discuss how they setup the scenario for higher probability of moving ball hitting moving bat
At 2-min, 45-sec mark, talked about who these guys are and 3-phase power, “…dads who love to build things.”
At 4-min, 40-sec mark, discussed how wood bat broke during first phase of experiment, “tension” break
At 5-min, 45-sec mark, 2nd phase of experiment, metal bat broke off at plastic knob (slo mo at 6:40), and flew 581-feet!!
At 7-min, 45-sec mark, interesting to note the imbalance of the “Mad Batter Machine” when one of two metal bats break off…think about a hitter that isn’t counter-balancing their body when swinging(e.g. breaking one-joint rule – rear ear closing in on rear shoulder during turn, OR shifting weight during stride, then continuing to go forward during turn – lunging).
At 10-min, 15-sec mark, fantastic frame-by-frame of bat ball collisions – ground-ball, high fly-ball, hit too early … as power was turned up, they started breaking bats … crazy how much fun these guys were having doing this. I’m so envious!
At 11-min- 35-sec mark, talked about fastest ball exit speed being Giancarlo Stanton (123.9-mph), one hop double play grounder to second baseman, their pitching machine was throwing balls at 50-mph, while their high speed bat was hitting batted balls at 240-mph! This goes to show pitching velocity isn’t the best predictor of batted ball distance (1-mph of added pitching velocity only adds 1-mph to ball exit speeds) … bat speed is (1-mph of added bat speed adds 4-mph to ball exit speeds).
Thought experiment … imagine if these guys angled the Mad Batter Machine in an extreme downward or upwards plane – what would happen? I think this experiment would take them months, not days. Think about it, a couple engineering guys, didn’t care about the ‘Launch Angle’ craze, and just angled it to where it’d hit the majority of balls … hmmmm, let that sink in 😉
At 12-min, 10-sec mark, history of longest home run ever tape measure shots: Mickey Mantle – 565-feet, Babe Ruth – 575-feet, and Joey Meyer – 582-feet (no immediate relation :-P)
At 12-min, 45-sec mark, they show the longest home run ever… (full power!!!)
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https://hittingperformancelab.com/wp-content/uploads/2020/01/longest-home-run-ever-e1577912907178.png257500Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-05-31 09:45:542022-06-01 05:00:33700 Foot Longest Home Run Ever? Mickey Mantle, Babe Ruth, Barry Bonds, Or Aaron Judge? | MLB In 2021 And World Series? Optimal HR Launch Angle & Exit Velocity Formula Experiment
Answering Baseball Stride Drills Reader Question: “How Important Is Forward Momentum I Know We Must Go Forward But Does It Matter If Stride Is Big Or Small?”
Learn the answers to the following questions: when to use front foot hitting technique, where does the stride foot land, batting step length, and should you use no stride for baseball and softball swing?
“…Once upon a time, there was a little girl named Goldilocks. She went for a walk in the forest. Pretty soon, she came upon a house. She knocked and, when no one answered, she walked right in. At the table in the kitchen, there were three bowls of porridge. Goldilocks was hungry. She tasted the porridge from the first bowl.
“This porridge is too hot!’ she exclaimed. So, she tasted the porridge from the second bowl. ‘This porridge is too cold,’ she said. So, she tasted the last bowl of porridge. ‘Ahhh, this porridge is just right,’ she said happily and she ate it all up…”
More in a bit on how Goldilocks and the Three Bears relates to baseball stride drills, but first…
In the following post, we’re addressing the following concerns regarding baseball stride drills(also works for softball):
Stride direction and amount,
Stride type (experimenting with the ‘Float’),
Head movement from stride, and
Controlling center mass in stride.
Before getting into the how to baseball stride drills guide, I want to preface that the PURPOSE of a stride shouldn’t be power. CLICK HERE for a Zepp swing experiment that may confirm this. If it’s power you seek, then I’d advise looking at the “Build More Power” category. What purpose does a stride serve? A stride is for timing and initiating directional force. CLICK HERE for this post on that.
Let’s get started…
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Watch this video from Chris Welch at ZenoLink. Using data and science, he’s found reasonable markers in guiding baseball stride drills…
Here are highlights from baseball stride drills video above:
Stride length should be about 3.75-times hip width (hip-center-to-hip-center)*,
At landing, stride direction is to be closed about 10-degrees(straight forward toward pitcher is zero-degrees), and
Stride landing foot position to be about 65-degrees open (pointing perpendicular to home plate is zero-degrees, and straight at pitcher is 90-degrees).
(*Denotes 3.75-times hip-center-to-hip-center is length of stride measured from back foot to stride landing. NOT the measurement of the stride itself.)
Chris says in the video that if a hitter is under or over striding, then they’re hampering body’s ability to create torque. Stride landing MUST align ball of the foot with ball of the foot.
CLICK HERE for a post I did on how to fix “stepping in the bucket” using Reactive Neuromuscular Training (RNT). With the image to the right, it’s another one of my baseball stride drills using colored bands to fix stepping in bucket or crashing the plate. If the hitter is crashing too much with their stride, I get them to feel stepping out, and the reverse is true if they’re stepping out. I use variance to get them in the middle (blue band).
…Goldilocks Golden Rule.
Stride Type (‘Experimenting with the Float’)
For most intensive purposes, there are 3 stride types:
Leg kick – medium (Mike Trout) or large (Josh Donaldson),
Slide step – most Big League hitters use this. Aaron Judge, Robinson Cano, Joey Votto, and Andrew McCutchen just to name a few.
Toe-tap – I recommend this for my younger hitters. Troy Tulowitzki, Giancarlo Stanton, and Victor Martinez employ this.
Of course, there are variations to these, but these are the three broad categories of stride types. I call the stride the ‘float’ and ‘fall’. The ‘float’ is a momentary shifting of weight back towards the catcher before falling forward. Matt Nokes calls this the ‘Ride’ and ‘Stride’. Some hitting coaches don’t like this idea, but the reality is this is human movement. The Chinese have been practicing exactly this move in Tai Chi for thousands of years…in stepping to my right, I have to make a brief weight shift to the left first. CLICK HERE for a post analyzing this dynamic move.
I included a lot of video examples (CLICK HERE) of MLB hitters using these different stride types to help guide your baseball stride drills. In that post I concluded with this:
“When it comes to [baseball stride drills], Forward Momentum is the objective. How we get our hitters there doesn’t really matter. Just give them examples of how to accomplish more FoMo, and allow them to tinker and test until they find something they’re comfortable with doing.”
…Goldilocks Golden Rule.
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There’s been few online Hitting Guru #57’s saying we want minimal to zero head movement when hitting. They claim, the more the head moves, the less your eyes see the ball. And they point to Barry Bonds as their champion. On paper, this conclusion looks great, and with Bonds as their poster child seems argument seems pretty reasonable.
However, what science says and what the top 50 hitters in the Major Leagues are doing reveals something completely different. The opposite actually. Listen, I agree minimal to zero head movement when hitter’s stride foot lands. And if baseball stride drills are done correctly, this should be a natural result. But I don’t agree with minimal to zero head movement GETTING TO stride landing – BEFORE the turn starts.
The biggest bomb NUKING minimal to zero head movement argument, is this 2013 article by Dan Farnsworth at FanGraphs.com titled, “Breaking Down the Swing: Best Hitters of 2012“. Farnsworth compiled a list of the top 50 hitters from the 2012 season according to Fangraph’s batting component of WAR(this is a big deal metric).
He looked at side views of each of these hitters from highlights of the 2012 season, in which each player hit a home-run. Farnsworth says the main complaint coaches have with early head movement, is that moving the head forward “speeds up the ball”. This may be true, however during the stride the hitter hasn’t made a definitive decision to swing yet. In the Head Movement piece of the article, Farnsworth concludes:
“Next to no relationship here. I think this one can be considered dead, simply based on the fact that all of them moved forward to some degree.”
Did you catch that?! Farnsworth revealed in his research of top-50 hitters in 2012, that ALL moved their head forward to some degree. You see, head movement is inevitable in ALL dynamic movement. Early is okay, late is not. Don’t sit there and point to hitting outliers like Barry Bonds, and tell me the top-50 hitters of 2012 all had it wrong. It was true then as it is now.
Besides, did you know fresh out of the box, humans come with “video stabilizer” eye software? Ask an ophthalmologist. In addition, your knees, ankles (Achilles tendon), and hip joints act as shock absorbers too. If we start our hitters in an athletic position, and most importantly, they land in one, then the hitter will be fully optimized for minimizing the ball “speeding up”.
Not too much, not too little, just right…Goldilocks Golden Rule.
And last but not least…
Controlling Center of Mass in the Stride
Center of Mass (COM) in the human body is located at the belly button. This was established in the womb. The umbilical cord is the center of an unborn child’s universe. I say this to demonstrate the importance of COM in controlling human movement.
Now, we don’t want baseball stride drills to promote too large or too small of a stride. Remember? Goldilocks Golden Rule. Chris Welch from Zenolink said the stride should be about 3.75 times hip-center-to-hip-center, and aligned are back ball of the foot to front ball of the foot at stride landing. How do we teach this though? In this post I received the following question from one of my readers…
“One specific issue I see in a lot of my players is timing and getting over the front knee too far at contact. What are some good tee drills for staying back and any idea how I can get them to feel it when done correctly.”
WHY we separate PROCESS from PERFORMANCE with hitters learning something new,
How it takes time to change ineffective movement momentum into effective, and…
Training 4-5 days per week, for AT LEAST 5-mins each day.
And remember the …Goldilocks Golden Rule.
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https://hittingperformancelab.com/wp-content/uploads/2018/04/step-in-bucket-setup.png435450Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-05-18 09:15:362022-05-19 05:06:11When To Use Front Foot Hitting Technique, Where Does Stride Foot Land, Batting Step Length, & Should You No Stride For Baseball And Softball Swing?
Mickey Mantle: How To Increase Batted Ball Distance When You’re Not Throwing A Javelin?
Check out Mickey Mantle’s bat lag. Photo courtesy: LegendaryAuctions.com
This post looks into Mickey Mantle’s left handed swing, hitting home runs. We do swing analysis, look at his height compared to current players, strength, and share a bleacher report article with his switch hitting left right split stats. We’ll also compare his swing principles to an Olympic Javelin thrower!
Since publishing the YouTube video, it has amassed over 148,241 views and 500 video “Likes”.
The basic premise of the above video is to compare Mickey Mantle’s right handed swing mechanics to Czech javelin thrower, Jan Železný’s throwing technique. Jan is a world and Olympic champion and world record holder. He also holds the top five javelin performances of all time…according to Wikipedia.
In the video, I brought up my favorite Ralph Waldo Emerson quote many of you have seen me post before:
“As to the methods there may be a million and then some, but principles are few. The man who grasps principles can successfully select his own methods. The man who tries methods, ignoring principles, is sure to have trouble.“
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And, some of The Mick’s dingers have been the talk of folklore, claiming to have traveled over 600-feet!
Although with the computation of Metrics now, as Christopher Harbour, a YouTube reader commenter on this particular video, put it:
“The farthest official home run in MLB history was hit by Babe Ruth in Detroit at a distance of 585ft. Mickey’s longest shot was 510Ft. It was often claimed to be much farther but that distance was the distance AFTER the ball rolled. This info is proven by SABR historian Bill Jenkinson.”
Whatever the case, it’s still amazing that a guy of Mickey Mantle’s stature, can hit a ball over 500-feet! We don’t see Giancarlo, Miggy, or Trout doing that.
And by the way, everyone thinks Babe Ruth was this hulking mass of a guy…he was only 6’2″, 215-pounds. And according to the above comment, launched the longest dinger 585-feet!
So what was Mickey Mantle doing mechanically making him so special that we as coaches should be teaching our younger hitters?
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Mickey Mantle on the Un-Weighting Principle (or Forward Momentum)
Look at Mickey Mantle’s shifting foot pressure… Photo courtesy: http://s685.photobucket.com/user/BillBurgess
I said in the video that The Mick’s back knee wasn’t floating over his ankle, but that’s simply not true. This was knowledge residue from past baseball experts I was listening to at the time.
What Mickey Mantle did really well was shifting his foot pressure.
We can see from the moment he lifts his stride foot to that foot touching down that his foot pressure looks like this:
Back foot pressure – is on the outside, and
Stride foot pressure – is on the inside.
This is similar to a story one of my readers, Stephen Reid, shared about prolific golfer Ben Hogan (5’9″, 145-pounds), saying in an email:
“A friend of mine worked at Shady Oaks in Dallas where Hogan played and practiced. Towards the end of Mr. Hogan’s time of ‘grinding it out of the dirt”, he was allowed the opportunity to sit and watch him hit balls. He said that Mr. Hogan started talking about the stance, and he stated that the way he thought it would come to pass in the future would be that both feet at address would both be turned slightly towards the target- 30 to 45 degrees. By turning the right foot in at address, the golfer would essentially be putting a governor on his/her right side.
He also reasoned that by doing this, the player would create the tension and brace with the right side and would create a strong coil that would not allow for any “over-coiling or over-swinging”. Therefore, you would be presetting the coil or brace of the right side in a controlled manner and would not allow oneself to overturn in the backswing. Conclusion was that the energy from a strong brace and controlled coil, the golfer would create greater energy in the release of the right side while creating greater swing speeds through impact.”
As Mickey Mantle’s stride foot lands the foot pressure shifts as follows:
Back foot pressure – moves to the inside, and
Stride foot pressure – moves to the outside.
Mickey Mantle is also most certainly picking up his stride foot and leading with his hip forward. Just pick out a point of reference in the background, and track how far his hip moves forward. He’s effectively ‘un-weighting’ his bat, or getting a “head start”, to make the transfer of linear momentum into angular (or rotational) easier.
And we can clearly see the Javelin Thrower, Jan Železný, using forward momentum sprinting down the track before slinging his “arrow” A LONG WAY.
The Catapult Loading System
The ‘Springy X Pattern’ I developed through reading the book Anatomy Trains by Thomas Myers. Watch the following FunctionalPatterns YouTube video of Thomas Myers talking about the concept of Tensegrity, or Tension Integrity:
It’s the idea that there are compression and tension forces acting within the body at all times. In the Mickey Mantle video, I talk about imagining a big ‘X’ on his chest and back…connecting one shoulder to the opposite hip. The fascial lines are a little more complicated than this, but let’s take a general look at how this works…
When Mickey Mantle pre-loads his torso – before turning – we see his lead shoulder come down and in towards his back hip (one leg of the ‘X’ shortens), while the rear shoulder and front hip move away from each other (other leg of the ‘X’ lengthens). And the reverse is true on the backside.
This is evidenced by tracking his LEFT shoulder:
Pre-loads DOWN before Final Turn,
Unloads UP during the Final Turn, and finally
Reverses DOWN during the follow through to decelerate rotation.
CLICK HERE for an interesting article titled “Muscle Power Golf?!…NOT!” by Kelvin Miyahira (big thanks to Stephen Lowe for the link). It talks about how the swing – whether we’re talking baseball/softball or golf – IS NOT about activating fast twitch muscle fibers, but engaging the springy fascia. It’s a rant that I wish I did FIRST!!
Other Interesting Resources from Mickey Mantle YouTube Viewer Comments & More
Gabriel Pennington – “Mantle’s massive strength came from blue collar work, swinging a sledgehammer in a lead mine (on top of freakish genetics). Couple that with the workman mentality of your best never being good enough and you have a lethal combination for an athlete.”
koryguns – “3.1 seconds to first. Legend has it when he was a rookie in 1951 they decided to have a foot race among the team. Mantle beat everybody like they were standing still, puked, and apologized to Stengel for being out of shape.“
Also, here’s slow motion video of his left handed swing…
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STOP Pulling Off The Ball, Increase Batting Average, and Boost Power By Using The Closed Stance?
What’s the best batting stance for power? How do we STOP a hitter from stepping in the bucket (out of the box) when hitting a baseball or softball in 2022? This post will shine light on how to see the ball better, keep the front shoulder in during the swing, and will suggest the best batting stance for power…
I know, I know,
Some well meaning coaches will think, “Well, a closed stance cuts off a hitter’s vision, and/or restricts hip movement”…
I get it. I used to believe the same thing a couple years ago,
…But what I found in my research was counter-intuitive, yet very promising for hitters.
Giancarlo Stanton using his “closed stance”. Photo courtesy: MLB.com
You don’t know what you don’t know, right?
My process is to chew and digest the science, observe how elite hitters apply the movements, and then try it out!
As you’ll soon find out, Giancarlo Stanton did his homework before making this particular change in his swing.
Since there may be many of you raising the same objections I started with, I wanted to discuss:
Addressing the above “Study of Planes” video, then we’ll move on to…
Analyzing the small change that has netted BIG results for Giancarlo Stanton this season.
Study of Planes
My good friend Seo Perales shared the above video with me a few years ago. By the way, he’s a multiple level black belt in Brazilian Jujitsu.
We love comparing notes because we both like to seek and explore human movement principles that are validated by science. The only difference is, in his line of work as a Jujitsu instructor, he wants to learn how to break down the body, and I’m into maximizing its effect.
The above video demonstrates the science of movement planes. What are considered weak and strong planes of movement from a Judo perspective.
I think you’ll find the video enlightening.
Now, you may be thinking, “A Judo video? Really?! What can I learn from a video about Judo?”
If you find yourself camped out in ONLY baseball or softball circles, then you’re missing out on A LOT of useful information that will take your hitters to a whole other level.
The video is very applicable to hitting.
Furthermore,
My good friend Lee Comeaux from Texas, who teaches professional and amateur golfers, also brought the power of movement planes to my attention about a year ago…
He told me draw an “X” in the batter’s box from opposite corners, and have the hitter stand on either line when hitting. He’s very versed in Thomas Myers’s book Anatomy Trains. He says hitters standing on one diagonal leg of the “X” encourages the springiness of fascia. He taught this to his 15yo daughter, who has hit over .600 the last couple years playing Fast-Pitch Softball in Texas, which is one of the hotbeds for both baseball and softball competition in the country. Oh and by the way, she also hit a half dozen homers as well.
The second part of this post, I wanted to share the tipping point in addressing Giancarlo Stanton’s new closed stance…
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You can go there and read the full article, but I wanted to tease out the quotes from Giancarlo Stanton (and some of David Adler’s commentary), and how Stanton arrived at the batting stance change…
“I just said I was going to try it. Honestly, I had about 30 minutes of work, maybe 45 minutes, before the game,” Stanton told MLB.com Sunday, when he crushed his Major League-leading 45th home run against the Mets at Citi Field. “And then 10 minutes before the game, I was like, ‘This feels more comfortable.'”
Stanton was already having a helluva year, so it’s interesting to me that he made the change when he did, typically a change like this follows a slump. However, this wasn’t a spur of the moment decision – like it sounds from that quote – he did his homework, which you’ll read about shortly…
“My best striking position is closed,” Stanton said. “It’s not smart to try to completely change something in the middle of the season. But if you are 100 percent committed to it … well, you’ve got to be. You’ve got to trust what you’re trying to do. If you change something, you want results right away, otherwise you try to go back. But I trusted it completely and let it ride.”
Sounds contradictory doesn’t it? To have the attitude that you can’t completely change something in the middle of the season – especially when you’re already doing well!! But then he says you MUST commit to giving the change time – that is – IF you’ve done your homework beforehand.
I’ve heard some parents and coaches say mid-season changes aren’t smart. I don’t like to think that way…WHY? Because if you don’t guide the hitter, the hitter will make changes on their own. And if they don’t get highly resourceful on the subject, then this could lead to DISASTER with all the junk hitting info on the net these days.
David Adler did fantastic research illustrating the evolution of Giancarlo Stanton’s closed stance in this Tweet:
You’ve seen how Stanton’s closed his stance by now. But it’s still cool to look at the different stages this season. All these are home runs pic.twitter.com/1xxFGgwIUL
“Stanton’s closing of his batting stance has correlated with his massive power surge. On June 18, he had 17 home runs in 282 plate appearances; since June 19, he has 28 in 236.
When Stanton hits from those positions [open or straight up], his front side can come open before the pitch arrives, leaving him exploitable.
The closed stance is a natural counter. When Stanton is already turned inward to start, his rotation drives him into the pitch, instead of causing him to fade away from it.”
By the way, for those not doing the math:
From start of season to June 18th, he hit 1 homer every 16.5 plate appearances, and
From June 19th on, he hit 1 homer every 8.4 plate appearances…
He cut his rate in half!!!! The closed stance was the ONLY change to his swing in that time frame, so this makes an interesting case study with a decent sample size of plate appearances. See for yourself with the following David Adler Tweet:
Even w/ Giancarlo Stanton’s new closed stance, his swing’s the same. But his feet force him in, help him stay on the ball. L: Aug. R: April pic.twitter.com/v5eXYpq5YB
David Adler adds some terms of comparision you may be familiar with…
“With his adjusted stance, Stanton has been driving the ball in the air more often. His rate of fly balls and line drives, per Statcast™, has risen from 41.5 percent prior to June 19 to 50.3 percent since. Stanton’s average exit velocity on those balls has increased from 97.6 mph to 100.8 mph, the highest in the Majors over that time.”
I don’t care that Stanton is a beast, if you increase your Line Drive and Fly Ball Rates (Launch Angle), and Ball Exit Speeds that much, you’ll make a lot of Ground-ball teams VERY VERY upset. Small hitters CAN and DO take advantage of this formula too. Statcast has given hitters the cheat codes to increase offensive productivity!
Furthermore, in the Adler article…
“[His stance] gets him in the position he wants to be in. It looks like it’s keeping him on the ball more, and he seems like he’s seeing it better,” said Christian Yelich, who’s played alongside Stanton as long as any current Marlin — since 2013, when he was 21 and Stanton 23. “Some guys have different problems than others. You go about fixing them or covering them in different ways. It’s all about feel. That’s what works for him, that feel.”
Look at that bold sentence once more because that is one of the most critical keys to this whole thing. Yelich is also tapping into making extreme adjustments, for example, Stanton’s challenge in the past has been pulling off, maybe because of when he tragically got hit in the face a few years ago. Whatever the reason, the extreme adjustment (a closed stance), helps him stay on the ball longer.
CLICK HERE for a video I did on how to make adjustments…the scientific term for this is “Paradoxical Intention”.
Now, here is where the article gets into the research that brought Giancarlo Stanton to the point of taking the stance change seriously…
“But at a level of the game where emulation is fundamental, success begetting imitators, Stanton found his prototypes: Nolan Arenado, Matt Kemp, Adrian Beltre, prominent hitters who do close off. He recognized past greats, too: Hall of Famer Andre Dawson works as a special assistant to the Marlins, and he hit with a closed stance in his playing career. Stanton didn’t copy the technical aspects of their batting stances, but their accomplishments gave him precedent to actually make the change himself.“
Some on Twitter have written this change off as a band-aide, avoiding a true fix. A true fix? Are you kidding me?! Cutting his home-run per plate appearance rate in half IS NOT a true fix!? Dude!! Success leaves clues. These people are saying Giancarlo Stanton is “playing to the slice”, where a golfer who chronically slices the ball will angle his body at setup so they don’t have to fix the real problem…which is not squaring up the club face at impact.
This is a poor attempt to protect an inflexible teaching philosophy, and sheer laziness on their part to get educated on their craft they claim to know a lot about. You instructors seriously think Giancarlo Stanton is not “squaring the ball up” at impact since June 19th and is just “playing the slice”? That is laughable. You don’t know what you don’t know, right?
This is the problem I have with instructors with inflexible hitting systems…they’re WILLFULLY IGNORANT to experimenting with things that could push their hitters forward, especially movements validated by science. We’re ALL in this together, and we’re ALL helping hitters. It’s NOT about your ego or protecting “your brand” coaches.
But I digress…
Here’s some insight into Giancarlo Stanton’s thought process with the change…
“I just know the guys with success,” Stanton said. “Arenado and Kemp, those guys, you know you can have a high average with it. So that kind of gave me the green light to try it…I knew it could work. Not very many people did it. But I know people like Hawk and them did it in the old days — and it worked for them, too.”
The Bottom Line…
A day or two after re-tweeting Homer Bush’s Tweet about Giancarlo Stanton’s closed stance, I received this response from @Omaha_Outlaws4…
I understand your objections that a closed stance may cut off a hitter’s vision, and/or restricts hip movement. You’ve heard me talk a lot about “keeping the back foot sideways”, well, this plays right into that.
Matt Nokes is religious on restricting hip movement to the point of impact with keeping the back foot sideways. Homer Bush agrees in this interview. So are the Backspin Tee guys Taylor and Jarrett Gardner. LIGHT BULB! The closed stance does this naturally.
The main benefit of restricting hip movement at impact (includes keeping back foot sideways) that you’ll hear from Nokes, Bush, and the Gardner Brothers, is to keep the barrel in the hitting zone longer. This increases BA and Slug%.
Here’s my advice:
Chew and digest the science,
Observe how elite hitters apply the movements, and then
Try itout!
If it doesn’t work after giving it the ol’ college try, then toss it.
As many of you know, I will gladly eat crow and change my hitting system IF you can show me the science, swing experiments, and many elite hitting examples that I can’t ignore the issue.
This is an informal Part-1 to a Zepp swing experiment I’ll be doing on the Giancarlo Stanton closed stance in the near future. So stay tuned…
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https://hittingperformancelab.com/wp-content/uploads/2017/08/giancarlo-stanton-closed-stance-e1503613446475.png338500Joey Myershttps://hittingperformancelab.com/wp-content/uploads/2021/10/hitting-performance-labs_c90c0362088ef1d3d528f3078f4f8ac1-300x75.pngJoey Myers2022-04-04 09:10:442022-04-05 20:52:52STOP Stepping In The Bucket & Out Of The Box When Hitting A Baseball Or Softball 2022 | How To See Ball Better, Keep Front Shoulder In During Swing, & Best Batting Stance For Power?
, and baseball quotes like this of his sum up his whole career.
to measure the Ball Exit Speeds of my hitters, off the tee, before and after each session.
and/or a 
. Think of the above video as the “engineering” of baseball – ahem, hitting specifically. Many of you know our motto here at Hitting Performance Lab and HOW our hitting approach is different than most out there … 
authored by Homer Kelley, who was an aeronautical engineer that worked for Boeing during the Great Depression. He fell in love with golf and applied engineering principles to the golf swing, which were meticulously described in the book.
book,
by Thomas Myers. Watch the following FunctionalPatterns YouTube video of Thomas Myers talking about the concept of Tensegrity, or Tension Integrity:
by Bill Jenkinson
. He says hitters standing on one diagonal leg of the “X” encourages the springiness of fascia. He taught this to his 15yo daughter, who has hit over .600 the last couple years playing Fast-Pitch Softball in Texas, which is one of the hotbeds for both baseball and softball competition in the country. Oh and by the way, she also hit a half dozen homers as well.
