Josh Donaldson Baseball Softball Swing Advice: Front Side Flying Open & Spinning Off Hitting Drills

Discover how to FIX pulling the head off the ball, front side flying open, and over rotation spinning off the baseball or softball hitting drills.  Learn about Josh Donaldson versus Jose Bautista “keep front shoulder in” common flaw swing advice and batting stats…

“Staying Closed” for Fastpitch Softball & Baseball (NOT What You Think)

 

 

In this article, we’ll compare the swings of Oakland Athletic’s (now Yankees) Josh Donaldson and quasi retired Jose Bautista.  In the video, we’ll discuss:

  • Donaldson v. Bautista metrics,
  • What “staying closed” means to spine engine mechanics, and
  • Where Josh Donaldson might be leaking force at impact.

 

Josh Donaldson v. Jose Bautista Metrics

This section is split up as follows:

  • Physical
  • Swing analysis
  • Key offensive stats

 Physical

Tale of the tape (according to Baseball-Reference.com):

  • Josh Donaldson – 6’0″, 220lbs
  • Jose Bautista – 6’0″ 205lbs

Swing Analysis

Both hitters:

  • Use a distinctive leg kick,
  • Have an early start to their swings (pick up front foot when pitcher breaks the hands)
  • Use forward momentum,
  • Stay tight in final turn,
  • Use Catapult Loading System (down shoulder angle & show numbers to pitcher), and
  • Start their first name with the letter “J”.

Key Offensive Stats

Here are FIVE key offensive stats based on a 162-game average (Baseball-Reference.com in May of 2014):

  1. On-Base Percentage (OBP) – JD* = .351, JB** = .365
  2. Slugging Percentage (SLG) – JD = .467. JB = 489
  3. On-Base + Slug (OPS) – JD = .818, JB = .854
  4. Doubles – JD = 36, JB = 28
  5. Homers – JD = 24, JB = 31

*JD stands for Josh Donaldson

**JB stands for Jose Bautista

So why does Jose Bautista come out on top even though he’s outweighed by 15lbs?  Consider this…

Josh Donaldson: CLICK HERE to see a scatter graph of his dinger disbursement in 2013 (according to ESPN Stats & Information Group).  In the 158 games he played in 2013 (24 homers) his…

  • Average true distance was 391.3 feet, and
  • Average speed off the bat was 103.7 mph.

Jose Bautista: CLICK HERE to see a scatter graph of his home-run disbursement in 2013 (according to ESPN Stats & Information Group).  In the 118 games played (hand/wrist injury) in 2013 (28 homers) his…

  • Average true distance was 400.3 feet, and
  • Average speed off the bat was 104.8 mph.

The bottom line?

Joey Bats played 40 less games in 2013, but still outhit Josh Donaldson.  So let’s answer the question of how Bautista hit each homer, on average, 9 feet further, and drove the ball 1.1 mph faster off the bat.

Let’s begin building a case as to where Josh Donaldson may be bleeding force at impact…

What “Staying Closed” Means to Spine Engine Mechanics

Most confuse the meaning of the coaching cue “staying closed”.  The hitter DOES NOT “stay closed” with the bottom half.  For maximum energy transfer, the pelvis should open when the body weights the front foot after striding.  Both hitters seem to prematurely open their pelvis before the heel hits the ground.  This isn’t efficient!  We’ll talk about:

  • The truth about staying closed,
  • The importance of heel strike to locomotion, and
  • Swinging in sand: effortless power or powerless effort?

The Truth About Staying Closed

In the video, we apply two of three coupled motion of the spine actions, according to Dr. Serge Gracovetsky’s book The Spinal Engine:

  1. Side bending (evidenced by a down shoulder angle), and
  2. Axial rotation (hitter shows numbers to pitcher, while pelvis stays parallel to the plate)

In the video, we clearly see both hitters do this.  Donaldson more than Bautista.  I mentioned both hitters prematurely open their pelvis before heel strike.  Let’s look at the gravity (pun intended) of doing or not doing this…

The Importance of Heel Strike to Locomotion

In the book, Gracovetsky offers one of several meanings for maintaining a healthy spine using spinal engine mechanics (p. 168):

“…the compressive pulse generated at heel-strike is essential to the locomotion process.  The shape of this pulse must be very specific if maximum energy is to be transferred from the earth’s gravitational field to the rotating pelvis.”

Both hitters “stand tall” before falling forward and “getting shorter” into the turn.  This lifting of the torso is like running versus walking.  When running, our heel hits the ground creating a compressive force that is equaled to NINE-times our body weight, Dr. Gracovetsky says.  Gravity pulls our body down (Un-Weighting Principal), and at heel strike, the ground pushes back in a compressive force.  The greater the force, the faster the pelvis opens.

The following is where I foreshadow the problem with Donaldson…

Swinging in Sand: Effortless Power or Powerless Effort?

Dr. Serge Gracovetsky offers this example in the book (pgs. 168-169),

“Running or walking on soft sand is not easy and is very tiring,  In this particular case, the energy leaks into the sand, the impact force is reduced, and the compressive pulse through the spine is attenuated [disabled] as the total energy recovered is reduced.”

The compressive force is softened by the sand, which doesn’t allow the pelvis to turn using efficient spine engine mechanics.  To maneuver, the brain has to recruit big muscles to do the work.  This is why you get a workout walking on sand…it’s powerless effort, rather than effortless power.

Donaldson is basically turning his pelvis using muscle mass (like walking in the sand).  Whereas Bautista looks more effortless because he’s using efficient spine engine mechanics, gravity, and gravitational reaction forces…

 

Where Josh Donaldson May Be Leaking Force at Impact

In the video, you’ll see Donaldson start opening his pelvis five frames before he weights his front foot.  His front foot looks like it almost “hovers” over the ground for 3-4 frames.  Opening the pelvis without a true compressive force (gravity and gravitational reaction forces) would be like hitting a baseball while standing on sand!

Bautista starts opening his pelvis only two frames ahead of weighting his front foot.  Joey Bats experiences a higher compressive force at landing than Donaldson does.  This is why “staying closed” with the upper half, and committing the body to landing on the front foot is crucial to an average increase of:

  • 9 feet to batted ball distance, and
  • 1.1 mph to ball exit speeds.

Post UPDATE: after Josh Donaldson was traded to the Toronto Blue Jays in 2015, this post was picked up by the Canadian National Post (Just above the Jose Bautista image).  Also, there was an “upgrade” to his hitting mechanics since this post was first published in 2014.  CLICK HERE for a link to an Athletics Nation article talking about a difference in J.D.’s 2013 & 2014 swing mechanics.  In 2015, Josh Donaldson reverted back to his minimalist “barrel tilt” 2013 hitting mechanics.

Juan Soto Swing Breakdown

Discover in this Juan Soto swing breakdown: online directional place hitting power tips on how to hit a baseball or softball farther and harder almost every time…

Juan Soto Swing Analysis

 

 

In this Juan Soto swing analysis, we’ll discuss:

  • Juan Soto swing analysis quick stats,
  • Lower half sets directional force,
  • Hitting it back through tube, and
  • Catapult Loading System…

As Matt Nokes has said, it takes 8,000-pounds per square inch of force, in one direction, to hit a ball 400-feet.  The swing is both linear and rotational.  Not either or.  When I say lower half sets the directional force, it’s just that. Lower half should rotate the list of all major segments.  Why?

Every human movement revolves around three parts to the spine.  The lower half coordinates with the lower back.  The vertebrae in the Lumbar, which by the way isn’t made the rotate.  The Lumbar is only made to flex and extend.  The rotation we see is because of the muscles and ligaments surrounding the vertebrae in the Lumbar.  Between 7-12 degrees of rotation are allowed.

The ability to rotate is much different when talking about the middle portion of the spine, the Thoracic.  The 12 vertebra in the Thoracic IS made the rotate, flex, and extend.  It is allowed 40-degrees of rotation in each direction.  What’s my point?

Let the section of the spine fulfill their natural roles.  Lumbar and lower half of the body rotates the least, and sets directional force.  Middle part of the spine rotates the most, and will optimize whip.  And when talking Catapult Loading System principles … we’re talking about what the middle is doing…

Adrian Gonzalez Swing Breakdown: Power Hitting Drills Helping Hit Bombs Farther

Discover the best baseball, fast-pitch, and slow pitch softball power batting drills to increase hitting bombs farther and improve keeping the front shoulder in.  Also, where is Adrian Gonzalez now? He announced his retirement February of 2022.

Adrian Gonzalez: Power Secret You Are Missing?

 

 

Adrian Gonzalez: Power Secret You Are Missing?

Photo credit: MLB.com

In the second installment to the Hitting Backwards: 4 Common Mistakes Hitters Make video series, starring Adrian Gonzalez, we discuss why “walking away from the hands” doesn’t make sense.  A-Gon is a bigger hitter (*6’2″, 225lbs) who uses human movement science correctly to generate explosive rotational power.

*(According to Baseball-Reference.com)

We’ll use Adrian Gonzalez’s swing to talk about:

  • The simple science of loading,
  • How big hitters get away with ineffective mechanics, and
  • The power secret you are missing.

Contrary to popular belief, “walking away from the hands” is NOT how we load properly.  It decreases turning speed by arm barring.  In the 2014 Sochi Winter Olympics, if controversial gold medal winning ice skater Adelina Sotnikova could turn faster by barring an arm out, then don’t you think you’d see her do that?

The Simple Science of Loading

Cotton Candy Fascia

Photo credit: Thomas Myers

According to the book Anatomy Trains by Thomas Myers, the human body is loaded by connective tissue called Fascia, which is:

  • A cotton candy-like material,
  • To the body, like steel is to the building industry,
  • Connective tissue your bones and muscles float in,
  • Gives muscles their shape, and
  • At a constant battle to balance compression and tension forces within the body…Thomas Myers calls this Tensegrity (Tension-Integrity)

 

Big Hitters Get Away with Ineffective Mechanics

We’re studying the wrong hitters.  Pujols.  Hamilton.  Griffey Jr.  Paul Goldschmidt.

Ken Griffey Jr. was the perfect example of “walking away from the hands”.  People don’t realize, he succeeded despite ineffective mechanics, not because of them.  Here are some other notable athletes getting away with ineffective mechanics:

  • Kevin Durant, NBA’s leading scorer, succeeds despite flawed shooting mechanics.  His knees crash in, which is called Knee Valgus.
  • Tiger Woods succeeded despite being ineffective mechanically, later in his career (4 knee surgeries, in addition to numerous Achilles and back issues). CLICK HERE to read this “Muscle Power Golf, Not!” post about this.
  • Numerous pitchers throw 95+mph despite career shortening flawed mechanics (Kerry Wood and Mark Prior just to name two)

Spend more time analyzing hitters like: Braun, Cano, David Wright, Jose Bautista, McCutchen, Hank Aaron, and Sadaharu Oh (Japan’s career home run leader).  These small-sluggers have to move friction-free (or nearly) to compete.  Big-sluggers with friction-free swings include: Miguel Cabrera, Adrian Gonzalez, David Ortiz, and Chris “Crush” Davis.

 

Power Secret You Are Missing

Of the nine fascial lines mentioned in Thomas Myers’ book Anatomy Trains, the Spiral Fascial Line (SPL) is very important to hitting…according to Thomas Myers:

Science of Loading the Body

Photo credit: Thomas Myers

“The overall movement function of the SPL is to create and mediate spirals and rotations in the body, and, in eccentric and isometric contraction, to steady the trunk and leg to keep it from folding into rotational collapse.”

I call this the ‘Springy X Pattern’.  Imagine an ‘X’ on the front and back of the torso.  When one leg of the ‘X’ shortens, then the other stretches.  Golf training expert Jason Glass of Jason Glass Performance calls these Rotational Power Slings.

Adrian Gonzalez “spring loads” his swing using what I call the Catapult Loading System (CLS).  It takes the Stability ‘X’ Pattern or Rotational Power Sling concepts and applies them to hitting.

Here are a few other world-class spring loaded athletes who’s movements are very similar to a hitter’s:

  1. Golfers,
  2. Olympic Shot Putters
  3. Olympic Throwers – Javelin, Discus, and Hammer
  4. Lacrosse

CLICK HERE in case you missed Part-1 to the Hitting Backwards: 4 Common Mistakes Hitter’s Make video series.  And CLICK HERE for Common Mistake #3, where we look into why a friction-free hitter SHOULD NOT land with the front toe closed

Improve Turn Behind Vs Push Barrel MLB Level Bat Path Modern Swing For Baseball & Softball Hitting

Learn how to improve turn behind barrel vs push barrel MLB hands above level bat path in today’s modern swing for baseball and softball hitting.  Discover drills to fix and get rid of bat drag once and for all.

Accelerate Barrel Rearward Like Mike Trout?

 

 

There are a few “gurus” out there promoting a rearward barrel acceleration, which I agree with but ONLY on pitches middle away/down in the zone. Teaching young hitters the concept over the past few years, with no disregard for pitch depth, some of my most clean mechanical hitters were having challenges getting to the inside pitch.

Rearward barrel acceleration is good, but MUST not be a blanket teach for all pitch depths.  The best hitters, like Mike Trout, alter the timing of the barrel’s release off the back shoulder.  Here’s a similar post I went in more depth on this concept with many examples.

Softball Drills: Mike Trout Swing Case Study

Mike Trout swing case study: hitting the “catcher’s glove”. Photo courtesy: MLB.com

Enter the softball drills content of this video.  Here’s what I tried to do in the above Mike Trout swing case study:

  • Select Mike Trout home-run swings that were based off similar pitch type, location, and pitch speed,
  • Same game would assume same catcher and catcher’s position relative to the hitter,
  • Same camera view, and preferably the same camera zoom setting,
  • Comparing inner third of plate pitch location barrel path versus outer third, and
  • Same pitcher would help control timing variable.

This was A LOT to ask, so truth be told…unfortunately, not all these points are affirmed in this case study.  Let’s compare Mike Trout’s 200th and 201st career homers on September 29, 2017

Pitch #1:

  • Gonzalez was the pitcher
  • 86-mph FB? outer third part of the plate, mid-thigh high
  • Homer to LCF

Pitch #2:

  • Vincent was the pitcher
  • 90-mph FB, inner third of the plate, mid-thigh high
  • Homer to LF

A softball drills note on Mike Trout’s “alligator arm” swing on Pitch #2:

  1. Okay if late on the inner half of the plate (purpose is to barrel up ball and that’s what Mike Trout is doing on pitch #2),
  2. NOT okay if doing off a tee, if on-time during soft-toss, or during dry swings (basically when timing is irrelevant or minimal), and
  3. CLICK HERE for a recent post on how to fix alligator arms, and how to practice what Mike Trout is doing with hitting the different “catcher’s gloves”.
Michael Brantley Swing Breakdown Turn Vs Push Barrel Control

Discover in this Michael Brantley swing breakdown: how turn the barrel vs push the barrel control hitting drills can affect the BABIP (Batting Average on Balls in Play) luck formula. Learn if ‘keep hands above the ball’, ‘dumping the barrel’, or ‘staying short to the ball are good cues for baseball and softball hitters.

Michael Brantley: NEVER Worry About Batting Average Again?

 

 

Michael Brantley: How-To BOOST BABIP

2014 Michael Brantley photo courtesy: MLB.com

Last week, I received a question from Brian Petrick that birthed this post:

“What do mlb players need to do to hit for a higher avg consistently and cut down on k’s. Not many .300 plus hitters today.”

I have to thank my Sabermetrics friends at RockiesZingers.com – namely Richard Bergstrom – for introducing me to a key metric that better measures how consistently a batter hits the ball rather than Batting Average.  Enter BABIP.  FanGraphs.com says this about BABIP:

Batting Average on Balls In Play (BABIP) measures how often a ball in play goes for a hit. A ball is “in play” when the plate appearance ends in something other than a strikeout, walk, hit batter, catcher’s interference, sacrifice bunt, or home run. Several variables that can affect BABIP rates for individual players, such as defense, luck, and talent level.”

In this video post, we’re going to analyze:

  • Why analyze Michael Brantley (lefty hitting outfielder of the Houston Astros)?
  • What’s the difference in his 2013/2014 swings? AND
  • How can he improve his repeatable power?

Why Analyze Michael Brantley?Michael Brantley 2013-2014 Key Offensive Stats

According to FanGraphs.com he’s 6 foot, 2 inches, 200 pounds.  Not a big guy by today’s standards.  2014 was the first time he was selected to the American League All-Star team.

Michael Brantley’s 2013-2014 stats were a perfect example to answer Brian Petrick’s question from earlier (photo of stats to the right)…

  • 138 point jump in OPS (On-Base + Slug%),
  • BABIP has gone well above average,
  • GB% went down, LD% went up, and FB% went down, while
  • Home-run to fly-ball% more than DOUBLED!
  • Walk% went up, and
  • Strikeout% almost cut in half!

Yes, according to my stat table, the 2014 season isn’t done yet.  But the amount of “hits” he accumulated in 2013 (158) is virtually the same as 2014 (151).  Hits are a major part of the BABIP equation.  So, what is he doing differently with his mechanics?

What’s the Difference in his 2013/2014 Swings?

Michael Brantley 2014 contact position

Michael Brantley photo courtesy: MLB.com

After Brian Petrick sent me that question, I obsessed over how-to build consistency into a hitter’s swing (increase BA & BABIP) that could also cut down on strikeouts.  My hypothesis was to get the barrel on pitch plane EARLIER (closer to the catcher), which would translate to more margin for error afforded by the batter.

Take a batter being late on a fast-ball, for example:

  • If the barrel entering the impact zone is closer to the catcher, driving the pitch to the opposite field is an option.
  • However, if the same barrel enters the impact zone closer to the pitcher, the hitter is more likely to swing and miss or hit the ball weakly.

Both Michael Brantley’s 2013 & 2014 swing videos show he’s entering the pitch plane closer to the catcher, and staying long through impact.  But upon closer inspection, we can see he’s “staying shorter” longer through the Final Turn, in 2014.  It looks like he’s
“standing up” in his 2013 swing.

You see, the torso sets the upward swing plane, NOT the hands.  By bending his back leg more at impact (around 10-degrees closer to a right angle than in 2013), makes a HUGE difference in consistently staying on plane of the pitch longer.  Take a quote from page 36 of Homer Kelly’s book, The Golfing Machine:

“A rotating motion will pass through a given point if the axis is tilted properly, instead of having to apply a compensating vector force to drive the rotating element off its normal plane towards the desired plane line.”  

Homer Kelly, an aeronautical engineer for Boeing back in the 1930’s, applied scientifically proven human movement principles to the golf swing.

 

How Can he Improve his Repeatable Power?

Michael Brantley: 2013 contact position

2013 Michael Brantley photo courtesy: MLB.com

According to FanGraphs.com, Zip (U) and Steamer (U) statistics predict Brantley will hit 20-21 homers in 2014.  This would double what he did in 2013.  The same predictive stats show he’ll finish between .846 to .849 in OPS (On-Base + Slug%).  Conservatively, this would be a dramatic 118 point rise!

With the following FOUR mechanical tweaks, we could see Michael Brantley – with his body type – hitting over 30 homers per year:

  1. Forward Momentum,
  2. More downward shoulder angle,
  3. Showing numbers better, and
  4. Hiding hands from pitcher more.

You saw the difference bending the back leg more at impact does to key offensive numbers like BABIP, BA, and Strikeout%.  Also just as important is how close to the catcher a batter’s barrel enters the pitch plane, and how well his “stay through” is after contact.  Brantley already does these well.

However, at the very least, if Michael Brantley engages the natural springy fascia material within his body (mechanical tweak #’s 2-4 from above), then he can be one of the top-10 hitters in the league!

How To Increase Baseball Softball Bat Speed & Exit Velocity

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!!

The Definitive Guide To Measuring, Tracking, & Boosting Ball Exit Speed

Josh Donaldson: 120.5-mph 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:

  1. Did the hitter beat a personal record (PR), and/or
  2. 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.

What is the Desirable Minimum Effective Dosage (MED) for Ball Exit Speed?

“The smallest dose that will produce the desired outcome.” – Tim Ferriss on MED, 3-time NY Times Bestselling Author

According to this Wall Street Journal article titled, Yankees Dive Into the Numbers to Find Winning Patterns,

“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 errorsat the Major League level, until Ball Exit Speeds reach and go beyond 95-mph.

This NY Times article titled, New Way To Judge Hitters? It’s Rocket Science – Sort Of, reports about Ball Exit Speed that:

  • The threshold for hitting a homerun is 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.

And lastly, an article from eFastball.com titled, Bat Speed, Batted Ball Speed (Exit Speed) in MPH by Age Group, had this to say:

“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:

  • Get yourself a Bushnell Radar Gun and/or a Zepp baseball app,
  • 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…

FernandoTatisJrBaseballSwingAnalysisPart YouTubeThumbnail

Discover in this Fernando Tatis Jr. swing breakdown and analysis…how to use the lower half and legs, stride, how much hip rotation, and arm bar for baseball and softball hitting athletes.

Fernando Tatis Jr Baseball Swing Analysis Part-2

 

 

Here’s what we’re talking about in this Fernando Tatis Jr baseball swing analysis:

Fernando Tatis Jr Baseball Swing Analysis Part-2

Fernando Tatis Jr Baseball Swing Analysis Part-2 photo courtesy: MLB.com

  • Distance between feet – Getting to a balanced position on our stride,
  • Staying sideways with lower half – most still want to pivot on back foot instead of with the hip, and
  • Front arm shape – Arm bar a problem?

The following is the transcription from the above video.  Time stamped of course, so you can skip ahead if you’d like. And in case you missed Part-1, then check it out Here.

Enjoy!

00:38

Remember, in part one, we went over some fangraphs stats, Fernando Tatis Jr. We talked about catapult loading system principles and how he uses them in his swing. And we also talked a little bit about staying sideways there as well. We will go in a little bit more depth in this video.

 

Distance between feet – Getting to a balanced position on Fernando Tatis Jr baseball swing’s stride

00:56

Let’s talk about the distance between the feet and getting to a balanced position in the stride. First, I wanted to give you a little context between these pitches, the one on the left, I think both of these are 2020. The one on the right we talked about in part one, but this one is a low and in breaker. Slower than average pitch.

 

01:18

And then this one over here, if you remember was a fastball up and in. Just to give each context there. On the left, we’ll go… there’s three swings over here. The first one will be this one, and then the other two I don’t have the pitchers view on, so we will look at the distance between the feet.

 

01:37

One of the things that elite hitters have in common is they get distance between their feet at stride landing and during their turn. A lot of young hitters tend to either be too narrow, don’t get a long enough stride or if they skip their back foot they skip too far, creating more of narrow feet during the turn itself.

 

01:55

Elite hitters don’t do that, elite hitters will create distance between their feet. It makes for a more athletic position and allows them to be able to, if they want to use their knees to get to pitches down in the zone like a Cody Bellinger or an Anthony Rizzo or Dustin Pedroia, they can do that.  With narrow feet during the turn, it’s not going to happen.

 

02:16

So as this also applies to getting to balance at your stride landing, you’re going to notice that in Fernando Tatis Jr baseball swing, that he is not going to be very heavy on that front foot as he lands. You can see that, and we’ll get to this a little later in the video, this idea of shifting foot pressure. But if we look at this little ride or float, we like to call the float, Matt Nokes calls the ride and then the stride or the fall we call it the float in the fall.

 

02:49

You can see that there isn’t a 100% commitment to the front leg yet. It’s a little bit more uncommitted, feeling out, being more controlled, and there’s different drills that you can do for this you can put weight on the front foot, like a band pulling the front foot forward or the band pulling the hitters body forward wrapped around their waist, and the coach is out in front pulling the bands, and the hitter’s got to resist the band.  Got to resist gravity from landing too hard and heavy on that front foot.

 

03:17

But that’s what you’re going to see. You’re going to see that distance between the foot and as he begins his turn, you will see him maintain the distance between his feet. Look out over here. Very light and hover-y with that front foot at landing. And you see there’s a little bit of a glide or skip of the back foot.

 

03:46

Here’s another swing.  You can see this really controlled fall, it is a fall because you will see him unweight that back leg completely with the skipping of that back foot or the scissoring into that back foot. But at first before the stride foot lands, you’re going to see this very tentative with the weight. He’s going to get to the end of his hip, front hip and that’s going to allow him to rotate without having to shift more during the turn as he rotates.

 

04:31

A lot of hitters, young hitters, will get to landing and then they’ll continue to shift forward with their hips as they’re turning the barrel.  In both baseball and softball. We want to get to the end of that hip, front hip. As we land, that’s it. There’s no more shifting of the hip, of the weight. We should be done shifting, then as we start to turn, that head should stay still, shouldn’t move anymore once a stride foot hits the ground.

 

05:07

Here’s the fourth swing.  You can see this hover, he’s still committing his weight forward, but it’s controlled. Again, we can stand out in front of this hitter, and we can wrap a band, resistance band around their waist, we can hold the handles and pull them forward and they have to resist our pull forward, that is a way to help with this… not committing that weight 100% at stride touchdown.

 

05:37

We’ll get the hip to the endpoint, which is right there. And then as the turn starts, and on this pitch Tatis is a little bit out in front looks almost like a Jose Bautista swing. But that is a way to stay balanced and making sure we maintain distance between the feet.

Staying sideways with lower half – most still want to pivot on back foot instead of with the hip

05:57

Now let’s talk about staying sideways. There’s this tendency for hitting coaches out there, and for usually the older kids, the younger ones that are under coached tend to do this correctly. But the ones that have been over coached a little bit will tend to want to pivot on that back foot. And these coaches are teaching them to pivot on the back foot to get the hips through. And that’s not what we’re looking for.

 

06:20

The hips aren’t, rotation of the hips, maximum rotation of the hip isn’t where power is coming from, not most of the power anyway.  The hips and the pelvis are about 33% of the equation when it comes to the spinal engine. Thoracic spine, the spine is split into three, the cervicles – the neck, thoracic – the middle, the bigger part of the spine, and then you have the lumbar is the lower part.

 

06:43

Those three sections, along with the shoulders, and the pelvis surrounding that are where most of the power is. The pelvis and the hips are a very small percentage of that, 33% or so, if you split it in three. What we see is this shifting foot pressure, you’ll see where you got foot pressure on the outside of the back foot, inside of the front foot up to landing.

 

07:14

And then same over here. This is a different angle. But you can see the inside of the front foot here, can see it over on the right and outside, it’s starting to shift. And then as the turn starts, the foot pressure on the part of the foot will shift completely opposite side. Back one will go from outside to inside. You can see the insides already starting to shift here on the left pane. Same thing on the right pane, you’re also going to see the front foot do the opposite, it’s going to go from the inside to the outside.

 

07:47

Staying sideways and making sure we get to the end of the front hip at landing. We’re going to see that bowing in here. The inside of the back foot when we see kids turning that back foot. By this point, the foot is almost vertical. And they’re turning what we say is with the middle of the foot instead of the inside of the foot. What we should see is what Fernando Tatis Jr baseball swing analysis is doing, one on the left you’re seeing a little bit more vertical but then he pushes that heel down and stays inside.

 

08:25

Remember this pitch was the breaker the slower breaker down and in. He was a little bit out in front of this you can tell just by where the barrel is entering the zone. It’s not knocking off the real catcher’s glove, which is back here. It’s actually between the back-foot catcher’s glove and the belly button catcher’s glove. A little bit out in front, over here on the right, can see the same inside back foot, you can see the front foot clearly go from inside to outside, pushes that back heel behind him.

 

08:59

The hips are for direction, not for 100% complete rotation.  That’s not where the power is coming from, the hips set directional force. Here’s another swing, same thing outside of the back foot inside of the front foot. You’re going to see that all the way until about landing, and then we’re going to see the shift happen inside of the back foot outside of the front foot. push that back heel behind them.

 

09:29

Fourth swing, outside of the back foot, inside of the front foot going to stay sideways, we’re not going to pivot on that back foot. Like most young hitters do that coaches have taught him to do that. The youngest hitters 7, 8, 9… They tend to do this on their own if we don’t touch them. Same shifting the foot pressure. This one he actually scissors is a little bit more out in front than he was on that first swing, and you can see big time skip and hop, don’t like the hop so much, but this is just a compensation, you didn’t see that in the other three swings, but he is scissoring here to keep his balance on this swing.

 

10:13

You can see our lower half, combination of distance between the feet. This allows the hitter to keep a balance into their stride by staying sideways, and in doing so, shifting our foot pressure from outside of the back foot, inside of the front foot to, during the turn inside of the back foot, outside of the front foot allows the pelvis in the lower half to control and guide our directional force.

Front arm shape – Arm bar a problem?

10:46

Alright, let’s talk about is the arm-bar okay?  I hear a lot of coaches out there like to teach the adjustable swing, meaning look away, adjust in, or look in and adjust the way. And when you start facing better pitching that just doesn’t work. We can’t get to balls and be able to maximize our ball exit speed inside with an elbow bent at 90 degrees.

 

11:08

You’ll see in the four swings of this Fernando Tatis Jr baseball swing analysis; he’ll do a very good job of maintaining the shape of that front arm.  Maintaining the shape of the front arm will allow consistency in the performance of the swing. And the longer the front arm, the longer the lever is, an engineering principle, the more the force gets multiplied at the end of the lever. It’s both power or ball exit speed, batted ball distance, and consistency.

 

11:40

We can get to an inside pitch, or a pitch up in the zone with a straight barred out front arm, but it’s when the hitters barrel enters the zone is what really matters. It’s not about the length of the front arm if it’s getting locked out. As much as it is when the barrel enters the zone, and the coaches that teach the barrel to get into the zone super early, knocking off the real catcher’s glove. Are going to have a hard time getting the barrel to the ball on the inner half part of the plate or getting to the ball on the middle up part of the zone.

 

12:16

But it’s not because of the front arm shape, it is because of when the barrel is entering the zone. The best hitters in the world change, instinctively, we can teach it but instinctively change when their barrel enters the zone. That’s another topic for another video. But let’s look over here at our first swing. Fernando Tatis Jr baseball swing analysis, you’re going to see that front arm shape almost from the start of the turn.

 

12:45

Again, this one is a breaking ball that was probably 80-ish miles an hour, located down and in the part of the zone.  You can see the arms fully locked out, see where the barrels at?  Barrel is tight to the back shoulder. And then you’re going to start to see him unwind and release the barrel, like I said earlier in this video, is going to be somewhere between the back foot catcher’s glove… If you can if you can imagine a catcher’s glove in line with his back foot, and a catcher’s glove in line with his belly button.

 

13:15

He releases it somewhere in the middle of those, being a little bit out in front of this ball and this ball being on the inner, the lower inner part of the zone. See the front arm shape there, is a different angle, but you can still see he pulls in just a little bit here you can see he’s a little bit bent. But he works it to get in, it’s very minimal. That will screw up consistency a little bit, if we have a hitter that’s doing this all the time. Fernando Tatis Jr is doing this to be able to catch up to this fastball.  And this one was remember, located up and in, in the zone, a fastball up and in…

 

13:27

A little bit, but we don’t see a 90-degree chicken wing getting to this ball especially at a contact. You can see that front arm shape is complete, almost completely barred out to get to this ball.  And he’s got something we’ll talk about another video wrist snap, beautiful wrist snap, you can see in this swing, same thing. Watch that front arm shape. From the start of the turn, you see the front arm shape, almost completely barred out slight bend can be argued with it.

 

14:25

Can see barrel’s entering the zone, again we don’t have a pitcher’s view of this pitch, but you can see is entering the zone off his back foot. He’s releasing that barrel off his shoulder and then slamming it into the back-foot catcher’s glove, not in the real catcher’s glove because real catcher’s glove you can see is farther away. But he’s releasing it off his back-foot catcher’s glove.

 

14:51

But look at the shape of that front arm. Got a lot of consistency there and you have a long lever so that at impact it’s going to amplify the force at the end of that lever. Last swing, front arm shape, started the turn, you can see it’s almost completely barred out. He’s a little out in front on this one, remember, probably more out in front than the other three swings.

 

15:27

You can see the blur of the bat, is happening again, he’s releasing this into the belly button catcher’s glove. Because he’s out in front, we’ll see that on timing. When they’re out in front, we’ll see the barrel get released later into the zone, not early. Later. You see that front arm shape is completely barred out on this one. Trout does this too. If he’s out in front, and the balls middle away or middle down, you’ll see that straight up front arm, but he’s a little different when it comes to middle in, middle up especially if it’s something hard. Plus velocity, you’ll see a 90 degree bend in that front arm…

 

16:04

But you can see boom, completely arm barred with the front arm at impact. This is going to amplify the force at the end of that lever. And because he’s keeping a consistent long shape with that front arm to get to this ball, it’s going to lead to some consistency. And in this Fernando Tatis Jr baseball swing analysis, those of you who have been charting him in the 2020 season, have seen the consistency throughout the season. Albeit a shortened 60 game college season. We’ll see what happens in the playoffs.

 

16:38

Just a quick recap of this Fernando Tatis Jr baseball swing analysis video,

  • We talked about the distance between the feet getting into a balanced position on our stride.
  • We also went into staying sideways with the lower half a little bit more depth, because most still want to pivot on the back foot instead of with the hip, the front hip we talked about.
  • And front arm shape, is the armbar a problem?  And we saw in four separate swings that Fernando Tatis Jr. in his baseball swing does a very good job of keeping a longer front arm, which helps with consistency and batted ball distance.

Make sure that we’re swinging smarter by moving better, and before I let you go…

Hitting Training For Baseball & Softball Swing Trainers | Hitting Performance Lab

Learn more about Brian Domenico’s baseball Power Showcase home run derby in Arlington, Texas (National) and Miami, Florida (International) reviews for 2022 and 2023 seasons.  Discover how Blaze Jordan hit two 500+ foot monster bombs!

Power Showcase: How To Fast Track Your Recruiting Process

 

 

I have an opportunity for coaches with a hitter or two in mind you think could compete in Brian Domenico’s National or International Power Showcase Home-Run Derby.

If you remember, towards the end of 2016, I did a video post showcasing a small 14u slugger by the name of Hudson “The Hawk” White, who at the time of the 2016 National Power Showcase was 5’7″, and only 130-pound, managed to hit 11 consecutive homers averaging 398-feet.  He also came in second overall in the Derby!

Come to find out, Hudson’s father Martin said his son has been taught my system over the past 2+ years.  Mr. Martin left a fantastic testimonial in the following post, so please CLICK HERE to check it out.

Also remember, it was in the same post I talked about how 14u Blaze Jordan, 6’2″, 215-pounds, jacked two balls over 500-feet!

Here are some quick bullet points about the Power Showcases:

  • Brian Domenico is the President.
  • International Power Showcase has been around 12 years (started in 2004), and the National Power Showcase has been around for 3 years (started in 2014).
  • International Showcase has had 27 countries represented from around the world since its inception.
  • National Power Showcase (3 days – October 31st though November 2nd) & International (4 days in December and includes a Pro Scout Day).
  • Participants must achieve and maintain a high-level academic status, while possessing the redeeming leadership qualities and determination that exemplify respect in keeping with the game of baseball.
  • Notable Power Showcase Draftees: Bryce Harper, Kris Bryant, Anthony Rizzo
    Power Showcase: Bryce Harper

    Bryce Harper at the 2009 Power Showcase hitting a 502-foot bomb. Photo courtesy: Power-Showcase.com

  • Objective of the Showcase for the player: to promote and market each player to the fullest extent possible (Great opportunity to dramatically boost a player’s recruiting stock).
  • Age Divisions: Future Stars 10-14 years old, High School, and Brian just added College.
  • Bats used are official, and NOT “juiced” or “hot”.

What’s interesting to note, for recruiting purposes is…

Over one half of POWER SHOWCASE participants were drafted by major league organizations directly out of high school. The remaining participants go on to play for major Division I and junior college programs and were/will likely be selected in upcoming MLB drafts.

Now, a HUGE event like this does not come with a cheap price tag, so it may not be for everyone.  However, I think you can see the HUGE upside potential to get a name out there, especially if you’re a coach who enjoys marketing your players.

Please expect to pay at least $1775.00 with a $575.00 deposit due within 7 days to hold spot.  Please CLICK HERE to get more information on how to register on the Power Showcase website.  Then click on either the “2017 PSC Nationals Texas” OR “2017 PSC Miami 12th” navigation bar links.

I’ve been asked by Brian to come out, and would love to see some of my students from afar, and coaching disciples.

If you’re interested, then please reach out to Brian Domenico at his website’s contact page (CLICK HERE to do that).  Also, VERY IMPORTANT: please mention where you heard about the Power Showcase, by mentioning my name and blog.

Brian has really put together an outstanding event that is a HUGE opportunity for those hitters looking to compete and make a name for themselves.

As always, keep me updated 😀

Fun Youth Hitting Drills To Fix Bat Drag For Baseball Softball Players What Causes What Is It How To Cure Stop Tips For Batting Swing Beginners

This newly UPDATED article (video isn’t updated) presents a fun youth hitting drills approach to help fix bat drag for baseball and softball players.  We go over what causes and what is bat drag, how to cure and stop it tips for batting swing beginners.

#1 Youth Baseball Swing Fix To Deflating Bat Speed

 

 

Awhile back I posted the following youth baseball post to my Hitting Performance Lab Facebook fan-page (CLICK HERE if you haven’t “Liked” my fan-page yet…new content daily):

[fb_embed_post href=”https://www.facebook.com/HittingPerformanceLab/posts/565739680222497/” width=”400″/]

This video blog post will target one of the worst youth baseball swing offenders to deflating bat speed…bat drag.  In this article, we’re going over:

  • What is and What Causes Bat Drag?
  • The science of Bat Drag (to hitting an unknown moving pitch), and
  • 1 Way How to Fix, Cure, & Stop Youth Bat Drag

 

What Causes AND What is Baseball Youth Bat Drag?

#1 Youth Baseball Swing Fix To Deflating Bat Speed

Notice the difference in Charles’s barrel angle.

Article UPDATE: Bat drag is when a young hitter’s upper and/or lower body rotates way passed the hands and bat to cause the back arm elbow to race passed the hitter’s belly button.  We call this racing back elbow.

Youth bat drag is causes mostly by over rotation of the upper and/or lower half.  It is NOT like what some coaches say, being caused by a dominant top hand or back arm, quite the opposite actually.  Bat drag can be caused by a weak and disconnected top hand and back arm.

This article I originally posted back in 2015, and blamed bat drag on a barred out-front arm.  I’ve since revised my position on this thanks to Perry Husband.  A barred out-front arm DOES NOT result in a long slow swing, an early barrel in the hitting zone does.  Specifically on pitches that are middle in.  For a refresher on how barrel path changes based on pitch depth, then click this post.

3 Common Myth “Tips” of Fixing Bat Drag

Myth#1 – sometimes coaches say get the back elbow up in the batting stance.  We do teach this to help get the front shoulder slightly down at stride landing.  Lifting the back elbow without this principle is irrelevant to fixing anything.

Myth#2 – the hips before hands argument is old and stale.  This is EXACTLY what’s happening with bat drag, the hips are way out front of the hands, resulting in a connected swing.  The two main problem with bat drag are 1) Not taking slack out of system (fix below helps with this), and 2) over rotation of upper and or lower half.  Over-teaching myth #2 tends to promote over-rotation.

Myth#3 – again, hip rotation is not the end all be all to power, contact, etc. in the swing.  It’s over coached.  If anything, we should be coaching LESS hip rotation, NOT more.

Bat drag is a disease of over rotation, so rotating more will only make matters worse.  Here’s a great place to start…

1 Way How to Fix, Cure, & Stop Youth Bat Drag

Youth Baseball ALERT: Stop Arm Barring

See Cutch pulling his top hand, while bottom hand restrains that pull forward (look at muscles in left forearm and triceps). Photo courtesy: MLB.com

Typically, I have my youth baseball hitters practice the Catapult Loading System when we have an arm barring issue.  The finer points before a hitter lands in the Fight Position are:

  • Showing pitcher your numbers,
  • Hiding hands from pitcher, and
  • Slight downhill shoulder angle.

Another piece I’ve just added to the puzzle comes from Homer Kelly in his book The Golfing Machine.  The following quote may shed additional light on “educating the hands” to combat arm barring…

“Power Accumulator #1 (for right handed golfer) – is the bent right arm. Even though the right biceps is active, the backstroke is always made with the right arm striving to remain straight. But the straight left arm restrains this continuous extensor action of the right triceps with an effortless checkerin action. Consequently , during release, the right arm can straighten only as the left arm moves away from the right shoulder.”

You see, the problem with bat drag at the youth baseball level isn’t the move itself, but how the compensation is triggered.  What’s happening before the front arm bars out?  Is the hitter properly activating the springy fascia within the torso?

If you “Click here to ‘Get Instant Access'” button below, you can get a free video that explains:

  • Why the following advice: “Power is all in the hips”, “Load and explode the hips”, and “The hips lead the way” won’t produce the repeatable power you’re looking for…

  • Where power really comes from – the answers to how the body actually loads are validated by science…

  • The 3 Do’s & Don’ts that will help you execute this simple strategy without any hitches in swing quality…

Why Squishing Bug Batting Is Bad For Basic Baseball & Softball Swing | STOP Squashing Hitting Drills

Discover why squishing the bug batting is bad for basic baseball and softball swing fundamentals.  Learn STOP squashing hitting drills and a beginners meaning of the term.

WHY ‘Squishing The Bug’ Is So Dumb

 

 

This video is a definitive guide when it comes to WHY ‘squishing the bug’ is an inferior hitting mechanic.  Right now, if you find yourself asking if people STILL teach this, then sadly, the answer is yes.  I ran into one just the other day on the socials.  Nothing but pseudo science and circular reasoning.

Here’s fair WARNING for the small few out there still teaching hitters to ‘squish the bug’.  If after watching this video, you’re still not convinced, then you’re old.  Consider what Henry Ford once said:

And while we’re at it, look at what Ayn Rand said:

In the above video, we discuss the:

  • Science,
  • Experimentation, and
  • Application…

…validating WHY ‘squishing the bug’ is DUMB, and no hitter should ever have to go through something as horrifying as that.

Here are the resources mentioned in the video:

Also, here’s a recent case study post I did on skipping the back foot titled, “How 175-LB 15yo Is Consistently Hitting The Ball 400-FT With…BBCOR & Wood.

DON’T BE AN OLD HITTING FART!