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Discover how to hit more line drives using swing bat path mechanics science to hitting on the plane of the pitch like Joey Votto.

Discover how to hit more line drives using swing bat path mechanics science to hitting on the plane of the pitch like Joey Votto.

Baseball Swing Slow Motion Analysis Of Joey Votto

 

 

This is Part-2 of a 3-part baseball swing slow motion analysis video series coming straight out of the Pitch-Plane Dominator online video mini-course…

Hitting Training - Pitch-Plane Dominator

Sick of struggling to reduce your hitters ground balls, swing and miss strikeouts, and non-productive weak fly balls?  This simple 4-Step online video mini-course (7-modules total) will help hitters weighing less than 100-pounds, barrel the ball more consistently.  Dramatically decrease ground balls, strikeouts, and weak fly balls (no matter the pitch location or speed) by applying human movement rules validated by science.

If you haven’t already, then CLICK the Link below to…

Get Access to The Pitch Plane Dominator Online Video Mini-Course

“If you want to be successful, find someone who has achieved the results you want and copy what they do and you’ll achieve the same results.” – Tony Robbins

I received the following reader question:

“If you could only teach one swing, whose would you teach?”

And what follows in this baseball swing slow motion analysis of Joey Votto video, is my answer, as it relates to getting the barrel on, and staying on the plane of the pitch for as long as possible.

We’ll discuss Joey Votto’s:

  • Pitch-Plane consistency metrics,
  • 2015 ESPN’s HitTracker spray chart, and
  • Mechanics as they apply to Pitch Plane Domination.

Let’s build Joey Votto’s case as the best to copy for Pitch-Plane Domination…

 

Joey Votto Pitch-Plane Consistency Metrics

According to Baseball-Reference.com, Joey Votto’s 162-game averages (over 9 years in the League) are as follows:

Baseball Swing Slow Motion Analysis: Joey Votto Metrics

Look at the “yellow” highlighted line…

Here are the Joey Votto Metrics to pay particular attention to (definitions are according to FanGraphs.com):

  • On-Base% (OBP) – measures the most important thing a batter can do at the plate: not make an out…Joey Votto: .423, League Average is: .320
  • Isolated Slugging% (ISO) – measure of a hitter’s raw power and tells you how often a player hits for extra bases…Joey Votto: .223, League Average is: .140
  • OBP + SLG (OPS) – the sum of a player’s on-base percentage and their slugging percentage…Joey Votto: .957, League Average is: .710
  • OPS+ – This statistic normalizes a player’s OPS — it adjusts for small variables that might affect OPS scores (e.g. park effects) and puts the statistic on an easy-to-understand scale…Joey Votto: 156, League Average: 100

As you can see, Joey Votto is well above average in “not making an out”,  and “raw power”.  What’s also interesting is Joey Votto’s strikeout and walk percentages (averaged over his career):

  • Strikeout%Joey Votto: 18.6%, League Average: 18.5%, and
  • Walk%Joey Votto: 15.9%, League Average: 8.5%.

Joey Votto 2015 ESPN’s HitTracker Spray Chart

Check out the HitTrackerOnline.com spray chart of Joey Votto’s 29 homers in 2015 (keep in mind he’s a left handed hitter):

Baseball Swing Slow Motion Analysis: Joey Votto spray chart

Joey Votto 2015 spray chart courtesy: HitTrackerOnline.com

CLICK HERE for a FanGraph.com article titled, “Joey Votto on Hitting”. It goes into how:

  • Cerebral a hitter he is about his mechanics,
  • He purposely tools his swing to limit defensive shifts, and
  • He’s given up some power (dingers in particular) to cover the Pitch-Plane more effectively.

The aforementioned link is a GREAT read.  From the above spray chart and metrics, I’d say he “NAILED IT!!”

 

Joey Votto Mechanics as They Relate to Pitch-Plane Domination

In the above 17:23-minute baseball swing slow motion analysis video of Joey Votto’s swing, we go into more detail about the following FIVE human movements rules for Pitch-Plane Domination:

  1. Front Knee bend before swing initiation, and during the Final Turn,
  2. Back Knee bend during the Final Turn,
  3. Back foot skip during the Final Turn,
  4. Barrel matching the plane of the pitch early, and
  5. Barrel ‘chasing the ball’ passed impact getting to ‘Power-V’ after impact.

As Tony Robbins said,

“If you want to be successful, find someone who has achieved the results you want and copy what they do and you’ll achieve the same results.” 

Joey Votto is your hitter to dominate the Pitch-Plane when looking at baseball swing slow motion analysis.

Easton's Mako Torq Composite: Can Metal Baseball Bat STOP Wrist Rolling Over In Swing Path?

Discover whether a metal baseball or softball bat (aluminum, composite, etc) can STOP wrist rolling over in the swing path? Learn how the Easton’s Mako Torq bat CANNOT!  Why?  Because “rolling over” is a timing issue, NOT a mechanical breakdown.  Good timing equals NO wrist roll.  Therefore, this bat was as irrelevant as the Easton “engineer” that bad mouthed me when I first published this post.

Composite Bats: Easton Mako Torq MISSED The Mark?

 

 

As a side note, let me clear the air about metal vs aluminum vs composite because there seems to be quite the confusion in the YouTube comments. In doing a quick Google search:

  • Is aluminum a type of metal? “Aluminum is the most abundant metal on Earth, and one of the cheapest to buy.  Aluminum is the third most common element in the Earth’s crust, but it also bonds easily with other elements. That means it is not found in nature as a pure metal.”
  • Are alloys considered metal? “An alloy is technically an impure metal, but when referring to alloys, the term impurities usually denotes undesirable elements. Such impurities are introduced from the base metals and alloying elements, but are removed during processing.”
  • Are composite bats metal? Composite baseball bats, opposed to aluminum or wood baseball bats, incorporate a reinforced carbon fiber polymer, or composite, into the bat’s construction. This composite material can make up all or part of the bat. Bats made entirely of this polymer are referred to as composite bats.”

Okay, on with the review…

Let me be clear about the objective of this article.  There are bats, and there are hitting aids.  Easton Mako Torq composite bats have attempted to fuse both together.  This is fine, but the price point is high ($280-550) when compared to a simplified alternative.

We HAVE to scrutinize hitting aids with science, like we do efficient hitting movements.  If you haven’t heard of Easton Mako Torq composite bats yet, then here you go…

Key product marketing differentiation says they use “360-degree Torq Rotating Handle Technology”.  Easton’s claim is to stop a hitter from rolling their hands over at contact.  Their launch video says these composite bats help to be “short to the ball”, “square up more pitches”, “get to the zone faster”, and “stay in the zone longer”.

Let’s answer these THREE questions:

  • Is rolling over a big problem?
  • What do cues like being “short to the ball” really mean? And,
  • Attack of the shady Easton “engineer”?

Is Rolling Over a Big Problem?

Short answer is YES.  The real question is, is rolling over a mechanical problem?  NO.  It’s a timing problem.  I would challenge you to find a hitter ON-TIME rolling over. Even with the worst thing you can think of, try and find THAT swing rolling over.

With that being said, making a bat that “cures” rolling over is COMPLETELY irrelevant.  And if that’s your main marketing point, then you’re conning people into buying your gimmick.

 

What Do Cues like Being “Short to the Ball” Really Mean?

The marketing for Easton Mako Torq composite bats promise – that by using their bat – a hitter will:

  • “Be short to the ball”,
  • “Square up more pitches”,
  • “Get to the zone faster”, and
  • “Stay in the zone longer”.

Let’s briefly break these claims down…

“Be short to the ball”

Being short to the ball is a term we use for middle in and middle up pitches.  This is achieved with top hand barrel control.  It can be argued that a more balanced bat would make it easier to control the barrel, rather than an end loaded one, but that has zero correlation to the Easton Mako Torq technology.

“Square up more pitches”

If rolling handle technology can counteract a hitter from rolling their wrist over at contact, then this may be true, sometimes.  Squaring up more pitches has MORE to do with a hitter’s timing.  Also, where a hitter makes contact in the impact zone can be the difference between hitting the sweet spot consistently or not.  Unfortunately, the Easton Maco Torq DOES NOT help with timing or a hitter’s contact point.

“Get to the zone faster”

Getting to the zone (impact zone I assume) is all about the Conservation of Angular Momentum.  Since a hitter doesn’t know which type of pitch, speed, and location beforehand, it’s a race – after a decision to swing has been made – to get the barrel on the pitch plane as soon as possible.  In order to spin faster, the hitter MUST stay tight in the turn until the barrel is on plane.

“Stay in the Zone longer”

Here’s where I think Easton Mako Torq composite bats hit the mark.  IF – and it is a BIG “if” – these bats can stop rolling over, then a hitter’s “stay through” will get better.  But at a price ($280-550).  And once the hitter has to swing a normal “one-piece” bat, then I’m not sure if the anti-roll over mechanics would transfer.  I don’t see higher levels adopting Easton Mako Torq composite bats.

 

Attack of the Shady Easton “Engineer”?

Post UPDATE: By the way, about a couple months after publishing this YouTube and article (when it began to gain serious traction – and as of this ‘update’ the video has been viewed almost 90K times on YouTube), one of Easton’s engineers contacted me VERY unprofessionally.  Clearly he had a bone to pick.  Saying I had zero ground to stand on, and how could I ‘bad mouth’ their precious Mako Torq technology…that I didn’t know what I was talking about.  What’s laughable is that this “engineer” couldn’t supply me with credible studies that supported their claims…he said they had them, but he wouldn’t share.  Hmmmm…

Let me be clear, I LOVE Easton bats, and preferred them well over Louisville Slugger’s. However, I don’t agree with their opinion on Torq technology benefits.

From what I’ve heard, Easton purchased the patent from a High School player who made the technology, in wood shop class, to alleviate pain in his wrist when swinging.  IT WORKED!!  If Easton would have marketed it based on that, there would be no discussion.  But I feel they stretched the technology truth a bit too much.  You be the judge.

Swing Bat Path To Hit More Line Drives, Square Up The Ball, & Gain Faster Bat Speed!

Discover swing bat path to hit more line drives, square the ball up more, increase hitting power, and gain faster bat speed using principle drills for baseball or softball hitters.

How To Consistently Crush The Ball Using Geometry & Springy Forces

 

 

The objective of this presentation was to give a technical speech to a non-technical audience.  Sorry, the video and audio aren’t the best, but I think you’ll get the overall message.  Also, I’ve provided the power-point slides I used for this presentation (CLICK HERE to download from Google Drive).

You may find it quite helpful to follow along with the slides during the presentation.  PLEASE NOTE: in each section, I do skip to the images in that section to help illustrate a point.  We discussed the following:

  • Move better, perform better,
  • Use movement tests,
  • Match the Pitch-Plane with Geometry, and
  • Knock snot out of the ball with Springy Fascia.

Below is the basic outline of the speech…

ENJOY!

 

Move Better, Perform Better

  • ‘Governor’ truck engine story
  • Repetitive movements/position shape your body
  • “You can’t fire a cannon from a canoe” Mobilize & Stabilize

 

Use Movement Tests

  • Following “rules” to human movement – GRF, FoMo, Ang Mom, Centrip/Centrif, springy forces
  • Gorilla Grip
  • One-Joint Rule
  • Un-Weighting

 

Match Pitch-Plane with Geometry

  • Define Pitch-Plane
  • Importance of Back Leg Angle
  • Attack Angle + Ball Exit Speed

 

Knock Snot Out of Ball with Springy Fascia

  • Define springy fascia – tension/compression forces
  • Seen the biggest jumps in average Bat Speed with spinal engine experiments
  • Showing numbers – 6-mph
  • Downhill shoulder angle – 4-mph
  • Finger Pressure – 3-mph
  • Hunched Posture – +4 Attack Angle
Hitting Training For Baseball & Softball Swing Trainers | Hitting Performance Lab

Discover flat swing bat path trainer drills to square up a baseball or softball and learn how to hit more line drives instead of swinging under fly balls and hitting top half chopping grounders.

Hitting Tips To Boost Barrel Time On Pitch Plane

Ryan Braun early on pitch-plane

Ryan Braun early on pitch-plane. Photo courtesy: JTA.org

I often get caught up in my own ways of doing things that I sometimes lose sight of better hitting tips others are using for the same outcomes.  I’m not perfect.  And I’ll readily admit that I don’t know all the answers.  This my wife will surely echo 😉

But I do take pride in submitting and standing on the shoulders of giants.  This quote by Ralph Waldo Emerson changed my life:

“As to 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.”

Think of methods as “the drills.”  This post is for you hitting instructors or coaches who’re applying human movement principles, and successfully selecting your own methods.  I want to pick your brain, and hear your thoughts below.

But first, here’s the gist of the hitting tips assignment…

Hitting Tips from the Collective Few…

Ryan Braun Hitting Tips: staying long on the plane of the pitch

Ryan Braun staying long on the plane of the pitch. Photo courtesy: SportsWorldNews.com

I want to focus on efficiently increasing barrel time on the plane of the pitch using the Conservation of Angular Momentum.  By the way, it doesn’t matter if you come from baseball or softball.  So drawing from your teaching experience, what are your thoughts on the following (PLEASE leave your pearls of wisdom in the hitting tips comment section below):

  • Your go-to hitting drill for boosting barrel time on the pitch plane (pics or vids are welcome),
  • The best sticky coaching cue (or cues) that you use with young hitters, and/or
  • Any kind of underground (i.e. DIY) hitting aids that help with boosting barrel time on the pitch plane.

Keep in mind, inefficiencies such as arm barring, bat drag (racing back elbow), rolling over, and staying “attached” through the finish are issues you can address.   After a week, I’m going to have my readers vote on the best approach, and we’ll announce a winner.  Please share your thoughts in the “Leave a Reply” section below…

Discover the flat bat path baseball and softball (slow pitch too!) line drive hitting drill secrets to setting the spine angle to get on swing plane of the pitch.  Learn beginner tips on how to get better at batting by yourself.

Discover the flat bat path baseball and softball (slow pitch too!) line drive hitting drill secrets to setting the spine angle to get the swing on plane with the pitch.  Learn beginner tips on how to get better at batting by yourself.

Adrian Beltre Swing Breakdown: Can Driving the Ball Be This Simple?

 

 

This weekend I had the great opportunity to work with a professional hitter Zack Esquerra, from the San Diego area, who was recently released after a couple years in the Diamondbacks organization on this very topic.

In this post, We’ll go over how easy it can be to drive the ball by simply changing the position of the back leg during the Final Turn.  We’ll use Adrian Beltre’s swing as a model and go over:

  • Adrian Beltre: pitch-plane mastery,
  • Role of back leg during the Final Turn, and
  • #1 drill to fixing a faulty back leg angle…

 

Adrian Beltre: Pitch-Plane Mastery

Adrian Beltre is a great example of a smaller hitter (5’11”, 220-pounds) having to do it right to compete with bigger ones.  Here’s what he does so well:

  • Gets low,
  • Back leg angle (stays low),
  • Barrel is short to plane of the pitch, and
  • Barrel stays on pitch-plane…

Interesting to note, Adrian Beltre is below average with his ground-ball and strikeout percentages, and above average with his home-run to fly-ball ratio.  Most of the hitters I first see – Zack  included – have this reversed!  Here are a few of Adrian Beltre’s key offensive Metrics:

Adrian Beltre Key Pitch Plane Metrics

Check out this slow motion clip of Adrian Beltre (different clip from the main video above)…look how he almost “snipes” the catcher’s glove!

 

 

Role of Back Leg During Final Turn

Homer Kelly says this in his book The Golfing Machine:

“The slant is up in the direction of a straightened Knee. The slant of the Hips affects the degree of the Hip Turn.  Actually, the primary function of Knee Action – as with Waist Bend – is to maintain a motionless Head during the Stroke.”

Homer Kelly’s statement has as much to do with hitting as it does with the golf swing!  During the Final Turn, Adrian Beltre uses his flexed back knee (and straightened front one) to slant his body up towards the downward traveling pitch.  This was an immediate challenge with Zack’s swing, but once we quickly corrected it, we saw ball flight go from knee level line drives and in the ground, to head level line drives and driving the ball in the gap.

 

#1 Drill to Fixing a Faulty Back Leg Angle

CLICK HERE to view this post to learn more about the Art of Variance.  Here’s how to do the Back Foot Variance Drill:

 

 

ONE FINAL NOTE: Adrian Beltre stays on the plane of the pitch so well during the Final Turn, I think he does it to a fault.  You’ve seen the pictures of him sometimes finishing with his back knee on the ground (pictured above)?  This can be caused by trying to stay low on the pitch-plane with too wide a base.  In other words, his back foot doesn’t follow his front much after the stride, resulting in his feet being too far apart.  He would be more efficient if he “skipped” the back foot forward a little bit during the Final Turn and maintained more of a bend (90-100 degrees) in the back leg.

Gary Sheffield Swing Path Hitting Drills Approach To Opposite Field Power Works For Baseball, Softball, & Slow Pitch

Discover the Gary Sheffield swing path hitting drills approach to hit for opposite field power.  Learn how this works for baseball, fast pitch, and slow pitch softball!

Gary Sheffield Talks Hitting Mentioning 1 Shocking Swing Mistake He Didn’t Make…

 

 

In this Gary Sheffield Talks Hitting video, 500 Home Run Club member Gary Sheffield talks about his hitting style, plate approach and adjustments to different ballparks with Mark DeRosa, Bill Ripken and Robert Flores on MLB Central.  Some of what you’ll find in the video:

  • 1 shocking swing mistake Sheffield didn’t make,
  • Pitch recognition that Gary Sheffield is talking about,
  • Change your stance depending on the field?
  • What does focus on staying to the right of your left side mean? And,
  • Making swing adjustments because of injury to compete…

For your convenience below, I’ve time stamped my notes, so you can jump to wherever the conversation interests you…

  • At about the 3-minute, 20-second mark, Sheffield talks about how after hitting 40+ homers between his AA and AAA season, he was brought up to MLB club and the powers at be tried to “flatten his bat” (for him a mistake he didn’t make).  Because they wanted a lead-off speed guy who hits the ball to right field.  When he got to San Diego, they wanted him to pick up the ball at 3rd base, they didn’t expect him to hit.  This was disrespectful to Sheffield.  He went from a guy not just trying to get on base, but to do damage.
  • At about the 4-minute mark, Gary Sheffield talks about his famous bat tilt-waggle, and how it’s all in the fingers. To get a nice relaxed crisp move with the fingers.  Like dancing.
  • At about the 5-minute mark, Sheffield talks about picking pitcher up at release to differentiate what he’s throwing.  Pitch recognition.  He doesn’t care what the pitcher does before that moment.  He said he looked for the heater and nothing changed on that approach throughout his career.  He wants the pitcher to fool him.  He doesn’t want to miss on the fastball.  All he wants to know is what is the pitcher’s out pitch – the one he goes to the most when he needs it. Doesn’t swing at fork balls.  He groups the fastball and slider together – as one pitch.
  • At about the 7-minute mark, Gary Sheffield talks about how he adjusts his stance depending on the park he’s playing in.  Examples…in San Diego the dimensions are fair, so he uses all fields.  At “fair” parks he didn’t feel like hitting the ball oppo made him lose something.   In Florida with the Marlins, he got closer to the plate and became strictly a pull hitter because of short fence in left field. Homers came by way of left and left center, rarely to center.  Goal of double digit homers to opposite field, so he was almost guaranteed 30 to 40 homers per year.  Billy Ripken made the comment that he’s never heard of anyone else who did this, except maybe when hitting at Fenway.  Dodger stadium was “fair” to him.  Mentioned at night it got dewey there, ball didn’t fly as far.  His strength was center field in LA.
  • At about 9-minute mark, Sheffield talks about his right elbow position to be ready to “punch”.  Athletic position.  Legs up under him.  When hitting he just thinks about his left side.  Tells his kids to cut the left side out.  Focus on being to the right of your left side.  Walking in the batter’s box sideways, so he knows he’s in the same spot every time.  He wants to work sideways, so he can stay behind his left side.
  • At about 11-minute mark, Sheffield his swing is dominant front arm.  Front arm goes straight to the ball.  Billy Ripken talks about “squashing a bug“.  They all comment on Gary Sheffield’s bat waggle and how parallel the barrel got to the ground at one point in the swing.  Sheffield talked about an injury he had to his right foot, plantar fasciitis, that required him to skip/hop his back foot.  Had to unlearn later.  Interesting confession on making an adjustment to compete.
Hitting Training For Baseball & Softball Swing Trainers | Hitting Performance Lab

Learn how to cut down on and strikeout never again baseball and softball perfect swing path breakdown hitting drill to STOP striking out and struggling at the plate.

Baseball Swing Path: How-To Increase A Hitter’s Strikeouts?

Baseball Swing Plane: Chris Davis

Notice the Chris Davis baseball swing plane is up, up, UP. Mandatory Credit: Debby Wong-USA TODAY Sports

Is Chris Davis taking more of an extreme uppercut on the baseball swing plane?

Is he not cutting down on his swing with 2-strikes?

Is he using an excessive barrel tilt, before he launches into the turn, much like Josh Donaldson did between the 2013 and 2014 seasons?  CLICK HERE for this Athletics Nation post titled, “Josh Donaldson: Changes in Approach & Mechanics”.

Is he more susceptible to swinging at pitches out of the strike zone than say a Joey Votto?  CLICK HERE for this great “Joey Votto on Hitting” FanGraphs.com article about the changes he made to his baseball swing path in 2013.

Or, is his baseball swing plane so stubborn as to not adjust to higher Effective Velocities (EV), according to this fantastic analysis by Perry Husband…

 

 

Also, CLICK HERE for a Joey Votto video analysis I recently did.  He is the ultimate Pitch-Plane Dominator!

Here’s another perspective, from a guy I admire because he will readily admit he was wrong – on national television!!

Check out the following video of Carlos Pena offering an explanation to the increase in MLB hitter strikeouts…

 

 

Look, hitter’s are dealing with hitting a pitch that, beforehand, they DO NOT know what:

  • Pitch it is,
  • Speed it is, and
  • Location it is.

Sure, there are probabilities, but they’re almost NEVER 100% sure (stealing signs and/or a pitcher’s ‘tells’ aside).

Baseball Swing Path: Ted Williams The Science Of Hitting

Illustration from Ted Williams’s The Science Of Hitting book on matching the plane of the pitch. The bottom image can even serve as the extreme uppercut if flipped upwards.

Hitters have to build a large margin for error into their swings, if they want to succeed.

Then it got me thinking…

Sometimes we can learn more from what not to do, than what to do.

Coaches & instructors, I’d love to hear your thoughts.

Please ‘Leave a REPLY’ in the comments section below to the following question…

What are the 2 biggest baseball swing path mistakes you think hitters make that lead to higher strikeouts?