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

(WARNING: this baseball hitting drills for kids post is a 4,500+ word beast, but your hitters will be grateful you took the time, believe me.  Don’t worry, you can thank me later)

PLEASE NOTE: even though I refer to the keywords “baseball hitting drills for kids” in this post quite a bit, it’s not going to give you concrete drills to do.  The objective of this post is to be a guide for coaches to more effectively pick drills to help kids get the ball in the air with authority.  Before getting started, let me preface a couple other points:

  • Getting the ball in the air is off the table in situational hitting scenarios, such as “hit-and-runs” or “move’em-overs” (but please realize, situational hitting only makes up less than 10-15% of game At-Bats).
  • Getting the ball in the air doesn’t mean soft – or in some cases medium – fly-balls (we don’t teach hitters to hit soft fly-balls, just like you don’t teach hitters to hit soft ground-balls).
  • Getting the ball in the air isn’t an extreme uppercut, nor is it an extreme chopping motion (our goal is to match the downward plane of the incoming pitch with the barrel – and YES, even softballs travel down).
  • Remember, all line drives are “balls in the air” (I know duh, but you wouldn’t believe how many coaches try to outrun their common sense).
  • Fast-pitch softball coaches, you aren’t off the hook either (the reasons WHY will become more clear as you work through this post).

Without further adieu, the RANT…

Right off the bat (pun intended), I’m going to pick a fight with the following statement, getting the panties of some coaches in a bunch, as we talk about baseball hitting drills for kids – so here goes.  Drum roll please…

Teaching Baseball Hitting Drills For Kids To Primarily Hit Ground Balls Is Dumb

This baseball hitting drills for kids RANT has been brewing in me for some time now, and it came to a boil when I promoted the BackSpin batting tee swing experiment blog post on Facebook, titled Baseball Batting Cage Drills: A Quick Way To Hit Less Ground-balls

You can CLICK HERE to read all the “classic” Facebook comments posted to the BackSpin Tee promo.  A flood of baseball hitting drills for kids Facebook comments came in, mostly from coaches…

  • High School to College…
  • Baseball to softball…

All chiming in about how lovely it is to teach their hitters to hit the ball on the ground.  And claiming how terrible of an idea the Backspin Tee is promoting more productive batted balls in the air. And like I mentioned in the preface above, a line drive is a ball in the air!  They had MANY objections:

  • How many games they’ve won with grounders,
  • How fielding percentage is way lower than fly-balls,
  • That it’s much easier to catch a fly ball,
  • How great outfielders track fly balls,
  • How more can go wrong with the defense keeping the ball on the ground,
  • If their team hit more grounders, then they’d score more runs,
  • How some of the most winningest coaches in college baseball history, Gordie Gillespie and Augie Garrido as examples, stress keeping the ball on the ground to their hitters,
  • How you HAVE TO TEACH a 5’6″, 135-pound High School hitter to hit the ball on the ground because his batted ball distance maxes out at 250-feet!  And,
  • How even pro coaches and “great hitting instructors” never promote hitting fly-balls.

Does that about cover ALL the objections for WHY hitting a ground-ball is far superior than putting a ball in the air?

Baseball Hitting Drills for Kids: On Path Bottom Half

On Path, Bottom Half image courtesy: Backspintee.com

Before I get to addressing the above objections with my infamous (more than famous) Bruce Lee one-inch punch, I wanted bring this to your attention first…

 

You Don’t Put Backspin on a Ball by Swinging Down

Some, not all, of these Facebook comments shared how to put consistent backspin on the ball by swinging down on it.

The keyword in question here is “consistent” backspin.  And we’re talking hardball and fast-pitch here, NOT slow pitch.  By the way, did you know hitters can put too much backspin on the ball?  It’s called a popup!  We want the right amount.

These knucklehead coaches even go so far as to believe that young hitters HAVE TO swing down on the ball to get backspin because they’re not “strong enough” to put backspin on it like Major League hitters!!

Buahahahaha!

Watch the 2014 MLB All-Star home-run derby highlights, and note which part of the ball these guys are hitting (top half or bottom half?)

As the Backspin Tee guys say, “on-path bottom-half” is the answer.  NEWS FLASH!  This is just as true for young small hitters, as it is for MLB hitters.  It’s written into the rules of Physics.  Can’t break those rules if you’re on earth, sorry.  And if YOU STILL don’t believe me, read this MLB article titled, “Jon Lester Shows Importance Of Launch Angle”. The article goes into to say how Lester ranks second among Major League hitting pitchers with an average Ball Exit Speed of 92.5-mph.

So, what’s the problem?  Quoted from the article:

“…(He ended up with four hits on the season in 71 plate appearances, a .065/.108/.065 line.) Part of it is that, like many pitchers, contact was an issue — Lester’s 42.3 percent strikeout rate was above the 37.7 percent average for pitchers.”

How could Lester hit the ball so hard without finding much hitting success?  Again, quoted from the article:

“…it’s because 19 of Lester’s 24 tracked batted balls failed to get above 7 degrees of launch angle. Sixteen of those 19 failed to even achieve positive launch angle, which is to say that he pounded the ball into the ground constantly.”

In other words, to get the ball in the air, the hitter MUST have a positive launch angle. 10+ degrees as a matter of fact.  According to Rob Arthur, author from FiveThirtyEight:

“The effect of speed [running] starts to fade only when launch angles exceed 10-degrees, as exit velocity starts to take over as the biggest determinant of a batted ball’s fate.”

 

Did you catch that? Some coaches out there will teach their faster hitters to put the ball on the ground.  Why?  So they can beat out more ground-balls to infielders, they reason.  Why not teach faster hitters optimized launch angles, to turn singles into doubles, doubles into triples, and triples into inside-the-park homers?

Another valuable thing about optimizing launch angles, and lack of running speed, I was working with a 14-year-old young man, and he ran like he was pulling a tractor tire.  In the beginning, he was behind in Ball Exit Speed for his age (double negative!!), so guess what we worked on?  RIGHT-O!!  Optimizing his launch angles.  It was a quick fix that got him immediate results, until we got his Ball Exit Speeds caught up…and that they eventually did.

One last thing about baseball hitting drills for kids, Aaron Miles, who played 12 years of professional baseball (9 years in the Big Leagues with White Sox, Cardinals, Rockies, and Dodgers), told me these downward swing path hitters got weeded out by AA-ball.  By the way, Aaron Miles is 5’7″, 180-lbs, which is impressive that with his size he competed for 9 Major Leagues seasons and did quite well.  You don’t play that long in the Big Leagues, with his size, UNLESS you’re doing something right.  Success leaves clues right?!

Am I making myself clear on this ‘down swinging’ backspin issue?  Negative launch angles equate to negative playing time on the field.  Before I karate chop the baseball hitting drills for kids coaching objections above,  I wanted to get something else off my hairy chest first…

 

Hitting Ground-balls have their Place

…in situational hitting, which depending on the game, can make up less than 10-15% of a team’s at-bats.  Of course, we don’t want to put a ball in the air on a hit-and-run or with a slap hit.  That’s dumb.  Even I know that.

Baseball Hitting Drills For Kids: Launch Angle Diagram

Launch angle diagram comparing ground-balls to balls-in-the-air. Baseball hitting drills for kids infographic courtesy of the Colorado Rockies and the guys from BackSpinTee.com.

What I have a baseball hitting drills for kids beef with are coaches teaching hitters to hit the ball on the ground…ALL THE TIME!

As I mentioned before, DID YOU KNOW…line drives are balls in the air?  I said it again!!  Doesn’t take a physics professor to see that.

And if you forget every word in this Ground-ball Rant, then PLEASE PLEASE PLEASE remember the following words that are coming from my brain to fingers to keyboard…

 

Pitchers Want Hitters Hitting the Ball on the Ground!

What vertical part of the zone do pitching coaches teach their pitchers to primarily use?  “Keep the ball down!”…is what they say.  Now, what part of the ball are pitchers HOPING hitters hit by keeping the ball down?

That’s right!  The top half of the ball.  Because, as the Backspin Tee ‘On Path Bottom Half’ graphic shows, hitting the top half of the ball induces top spin, driving the ball into the ground.

In other words, PITCHERS WANT HITTERS TO HIT THE BALL ON THE GROUND!!!

It’s all about seeking pleasure and avoiding pain.  Pitchers know that they don’t get hurt (as much) with a ground-ball than with a ball-in-the-air.  Look at the Sabermetrics, launch angles increase up in the zone, while they decrease down in the zone.  This is FACT.  So WHY the heck are hitting coaches teaching their hitters to primarily hit ground-balls?!

I seriously don’t know the answer…I’m as some would say, confused.  Or is this some LARGE conspiracy of pitching instructors undermining our hitters?  Let me give you another bit of baseball hitting drills for kids advice…don’t listen to pitching coaches teach hitting.  Unless they’re aware of the strange duality between pitching and hitting strategy.

You see, they’ve been conditioned to induce ground-balls, so whether they’re conscious about it or not, to hitters, they’re promoting the VERY THING they use to get hitters out.  Most of the pitching instructors in my area, who also teach hitting, instruct their hitters to swing down on the ball.  Coincidence?

CLICK HERE for a link to a Beyond the Boxscore article titled, “Scooter Gennett and ground balls”.  The sub-title says it all, “Scooter Gennett’s offense has declined every year since he broke into Major League Baseball, are ground balls the reason?”

Okay, moving on…

Before getting into Jean Claude Van Damme round-house kicking those ground-ball teaching batting coach arguments included at the beginning of this post, I want you to answer the following question…

Which is Better? A Ground Ball Pitcher or a Fly Ball Pitcher

Let’s wet the whistle with a FanGraphs.com article titled, “Which is Better? A Ground Ball Pitcher or a Fly Ball Pitcher”.  This article is an interesting MUST READ for all.  However, one graphic I wanted to draw your attention to, is this one:

Fangraphs Ground ball Metrics

AVG = Batting Average, ISO = “Isolated Slugging%” or Raw Power, & wOBA = weighted On-Base AVG. Baseball hitting drills for kids graph compliments of FanGraphs.com

What’s obvious in the results for each type of ball in play, is the value of the Line Drive (highlighted in yellow).  I think even “Pro-Ground-ballers” agree that the line drive is the way to go.

But if given a choice to pick the lesser of two evils, the Pro-Ground-ball coach will unanimously pick the ground-ball.

But look at the difference in productivity between the Ground-ball and Fly-ball…

  • A 32-point increase in Batting Average with Ground-ball over a Fly-ball, however
  • A 358-point INCREASE in ISO (or raw power) with Fly-balls over Ground-balls…AND
  • A 115-point INCREASE in weighted On-Base Average with Fly-Balls over Ground-balls, which according to FanGraphs.com,

“Weighted On-Base Average combines all the different aspects of hitting into one metric, weighting each of them in proportion to their actual run value. While batting average, on-base percentage, and slugging percentage fall short in accuracy and scope, wOBA measures and captures offensive value more accurately and comprehensively.”

Well Fly-balls, it’s unanimous…2 out of 3 will get you in the Hall Of Fame 😛 lol

Also, since we’re on the subject, check out this Launch Angle infographic of Bryce Harper that was posted by @PinkmanBaseball:

Oh HAPPY DAY!

Key in on Bryce Harper’s offensive productivity from 10 to 30-degrees of Launch Angle!  Did you pick up on the KEY message?  Killed two birds with one stone there…

  • Key Message #1: This shows hitters aren’t productive unless they’re swinging UP to the ball (not down)…
  • Key Message #2: And if a 9-degree Launch Angle, or less (see ‘Backspin’ image #2 above), is a ground-ball, WATCH how B. Harper’s average AND power numbers skyrocket once he gets to over a 10-degree Launch Angle.

Situational hitting aside, remind me again WHY we’re teaching baseball hitting drills for kids that promote grounders?  So far, I hope this has helped the ‘fence-sitters’ see the light.  Now, let’s zero in on those not even close to the fence.  You know who you are.  I may not get you over to the ‘Light Side’ reading this whole post…

BUT,

The information will fester in a Fixed Mindset brain, like an open wound, and with time, I’m confident you’ll make your way to the Lighter Side of effective hitting. Don’t worry, I’ll be a patient grasshopper.  I don’t care what level of play you coach.

YOU WILL BE MINE Ferris Bueller!

Onwards…

The ground-balls are gross hitting coach will go on and on about…

 

How many games they’ve won with grounders

This is a subjective statement, and an exaggeration at BEST.  First of all, show me the numbers on how many games were won with a seeing-eye single versus a double, triple, or dinger.  Give me 5-years of MLB data.  Better yet, how many “go-ahead runs” were by single or extra base hit?  I’d love to see the REAL numbers.  What is FACT, in the 2017 World Series, the Astros WOULD NOT HAVE WON by hitting a bunch of singles.

Seriously though, of all the baseball and softball games being played on the planet, how many late inning heroic game winners are being hit on the ground?  AND, of those game winning ground-balls, how many of those WERE INTENDED to be on the ground by the hitter and/or coach?

Let’s get personal with you coaches who obsessively LOVE GAME WINNING SINGLES ON THE GROUND, here’s what I want you to do…track your game winning hits, and report back.  Don’t cheat though, and fudge the numbers to save face.  My hypothesis is, ground-balls WILL NOT be the number one game winning or “go-ahead run” vehicle.  I’ve seen too many game winning balls-in-the-air (line drives and fly-balls), in my playing career, to accept that ground-balls get the job done better.

The ground-ball obsessed coaches, go on and on about…

 

How ground-ball fielding percentage is way lower than with fly-balls

This statement proves a statistically flawed argument.  Here’s the information that we need to put it to the test:

The New York Mets infield plays a defensive shift against Carlos Gonzalez of the Colorado Rockies at Coors Field on April 16, 2013 in Denver, Colorado. (Photo by Doug Pensinger/Getty Images)

The New York Mets infield plays a defensive shift against Carlos Gonzalez of the Colorado Rockies at Coors Field on April 16, 2013 in Denver, Colorado. (Baseball hitting drills for kids photo by Doug Pensinger/Getty Images)

  • Total number of ground-balls hit in latest MLB season, and
  • Total number of  fly-balls hit in latest MLB season.

I’m willing to bet, there were WAY more ground-balls hit than fly-balls.  More statistical data points translate to lower overall averages.  And the reverse is typically true of less statistical information.

Riddle me this,

…if fielding percentages for outfielders are higher, then WHY don’t we teach our pitchers to pitch to the top of zone, than the bottom?  Doesn’t that sound logical?…“Hey, if our outfielders are the better fielders, then get hitters to hit more balls to them.”

Here’s what I thought up ALL BY MYSELF, there are FIVE fielding infielders (including the pitcher), and only THREE outfielders.  There’s more space in the outfield and less fielders…WHY don’t we hit it out there?  Even my four year old can see the superiority in that baseball hitting drills for kids strategy.

One of my readers Brian Ingram, shared this:

“Just read the article about the flawed ground ball approach and wanted to say I completely agree. also wanted to add on to the idea of 5 infielders vs 3 outfielders, (which I thought of too as soon as I read the title and was happy you touched on it) was that those 5 infielders have less total area to cover on ground balls than the 3 outfielders do on balls in the air.

And the space where ground balls get through is far smaller than the area where balls in the air go for hits. Also, like you showed in the article, ground balls are either hard or soft. Balls in the air though can be shallow line drives, deep line drives, deep fly balls, and bloop hits.

In addition, higher chance of getting on base from things like bad reads, ball getting lost in the sun or lights, wind issues, knuckling line drives, etc.

Also outfielders have a limit of the outfield fence on how far they can go back to catch a ball. Infielders don’t have to deal with those issues, which also count as hits not errors leading to the discrepancy in fielding percentage. All of those things taken into consideration leads to the conclusion that odds of reaching base safely is much high hitting the ball in the air than on the ground. All in all I loved the article and couldn’t agree more.”

Thanks for sharing that Brian (who’s applying to be in the Kinesiology Department at Fresno State in the Fall).  Also worth noting is the fact MLB teams are giving up in an infielder to the outfield to concede the ground-ball…WHY??!  Because they’re taking the easy risk ground-balls don’t do damage like an extra base hit.  Heck, you don’t have to work for NASA to figure this stuff out.

Here’s another thought to consider about this shifted infielder into the outfield…in using a defensive shift, WHY would we put an extra infielder into the outfield, if the outfielders – statistically speaking – were better at fielding?  After all, they don’t NEED anymore help, right?!

Because according to you, outfielders HAVE TO BE BETTER fielders than infielders right?  That’s what the stats tell us!!!

Yoda and The Force

Yoda (The Force) photo courtesy: BusinessInsider.com

Or how about this, since we shifted the infielder positionally into the outfield, does he/she instantaneously inherit the stellar fielding percentage of playing on the luscious outfield grass?  Sounds like “the Force” in Star Wars 😀 lol

Statistically speaking, comparing an infielders fielding percentage to an outfielders is comparing apples to oranges.  Are we done here?  Good.

The ground-ball obsessed coaches, go on and on about…

That it’s much easier to catch a fly ball

Is it?  Steps to processing a ground-ball:

  1. Field it,
  2. Throw it,
  3. Catch it.

Steps to processing a fly-ball:

  1. Move under it,
  2. Catch it.

Hey look!  One less step!  You may be onto something here…but are you?  I played the outfield from my sophomore year in High School through all 4-years at Fresno State, so I know how easy AND difficult it is.  Again, you’re one of three fielders in the biggest part of a baseball or softball field.

Ask Jose Canseco how easy it is to catch this “fly ball”:

Also, ask an infielder going back to catch a fly-ball in the shallow outfield, with a converging outfielder coming towards them, how easy catching that fly-ball is.

At Fresno State, legendary Coach Bob Bennett constantly had us working on this type of drill called “Pop-fly Priorities”. We were drilled to the point of throwing up, AND even still, occasionally the ball dropped into ‘no-man’s land’ in games.

I’d love to take the “ground-ball obsessed coach” out and hit them fly-balls, and have them track it down.  They’re much harder to track than you think.  And things move A LOT faster in the outfield, most of the time you’re on a dead sprint to get from point A to B.

And, when an outfielder makes a mistake, runners advance at least one extra base.  If infielders bobble a ball, typically, they still have time to recover and get the out.  In other words, an outfielder’s mistake is magnified.

Besides, my friends who’ve played in the Big Leagues say the outfield is where misfit infielders go, which brings the quality of overall outfield play down at the highest level.  Ask any converted outfielder how challenging it is to track a ball effectively off a bat 😉

Which leads me to,

The “Ground-ball obsessed coaches”, go on and on about…

 

How great outfielders track fly balls

But you’re thinking, well, MLB and college outfielders (both baseball and softball) are great athletes, and they track and catch everything in the air.  This simply isn’t true.  They don’t.  Not even ‘cans-of-corn’ are off limits to being dropped.  Don’t believe me?  Go to YouTube and type in “mlb dropped fly ball”, and count how many, what you think are ‘cans-of-corns’, are dropped…

And for you college coaches who still don’t agree…this season, track how many balls are dropped by your outfielders this year…AND the run scoring result of that action.  Then track how many ground-balls are dropped by your infielders this year…AND the run scoring result of that action.

My point is, NOT ALL fly-balls to outfielders are caught, and when they aren’t, extra bases are taken.  Heck, extra bases are taken if an outfielder takes a bit too long fielding a line drive/ground-ball in front of them!  I know because I took plenty of extra bases on them in my time.  If an infielder drops a ball, most of the time, it’s no big deal, at least if the runner isn’t fleet of foot.  All is forgiven, minimal damage done.

Not outfielders, no-no.  The “ground-ball obsessed coaches”, go on and on about…

 

How more can go wrong with the defense keeping the ball on the ground

My good friend Taylor Gardner, and owner of the BackSpin batting tee, shared a CLASSIC baseball hitting drills for kids response to the aforementioned statement on Facebook (and one I echoed earlier in this post).  He said:

“Groundball supporters…why do pitchers try and keep the ball down in the zone? ……………..They WANT you to hit a groundball. If you don’t believe that, then start telling your pitchers to live about chest high in the zone and see how many pop ups you can get in the game. Ha ha…you should bring your center fielder into the infield and play with an extra infielder because you seem to be so scared of the groundballs (which are better right)?”

This is a common argument amongst Little League coaches…

“Hit the ball on the ground because the other team can’t play catch!”

But what happens when they meet a team that can play catch?  What then?  Let me give a clue…they get beat.  And IF they get a runner on base, then they’re another ground-ball away from a double play!!!  If the other team can play catch, no more getting runners on base because of errors…no more auto-runs to second after a walk.  NOTHING.  Your team is SHUT DOWN.  Did you miss that?  Let me repeat, your misled offensive strategy is SHUT DOWN.

This is WHY, when and if my 4yo son plays baseball, his team will be the most disciplined group of young men at playing catch.  If I come across YOUR ground-ball hitting team, we will CRUSH YOU.  You better have quality pitching, because YOU WILL LOSE!  And you won’t know how it happened…why it happened…or what happened.

Worst of all, your troops won’t be able to recover because you’ve taught them baseball hitting drills for kids that primarily focus on hitting the ball on the ground.  Have you ever been in a hopeless situation like that?  It’s only a matter of time, if you keep doing what you’re doing.  The sad part is if your ground-ball hitting team is lucky enough to make it to the championship game, guess what, most likely the other team will be REAL GOOD at playing catch.  What do you think will happen then?

What’s more,

Guess what happens to ground-ball fielding difficulty after graduating to the BIG field…?

  1. Infielders are deeper – increasing their fielding range,
  2. Athletes get more athletic – enabling them a farther “reach”,
  3. Players get better at playing catch (naturally course of skill acquisition), and
  4. With 90-foot bases (instead of 60 to 70-foot), fielders have more time to field, gather, and throw.  In other words, more can go wrong with fielding a ground-ball, and the defense still recording a putout because they have more time.

But you “ground-ball obsessed” Little League coaches don’t care anyway, it’ll be the next coaches problem when they get into Middle School, right?  Fastpitch softball is a little different…the young ladies will grow into the “smaller” field.  However, points ONE through THREE above still hold true.

One last baseball hitting drills for kids point I want to make on this, comes from a Beyond The Box Score article titled, “Do Hard Hit Ground Balls Produce More Errors?”   The data from the above post analysis suggests errors don’t start consistently climbing until Ball Exit Speeds (the speed of the ball coming off the bat) reaches around 95-mph.  This data comes from Major League players, by the way.

It goes to show that you have to hit the ball pretty dang hard to force the defense to make an error.  To put a 95-mph BES into perspective, this ball has the ability to travel 380-feet with an optimal ball launch angle (1-mph of BES = 4-feet of distance).  Are your High School hitters hitting even 85 to 90-mph Ball Exit Speeds in games?  If not, then maybe you should re-work your ground ball hitting strategy.

The other thing I’ve heard from ground-ball obsessed coaches is, “Well, you can’t get a bad hop in the air.” Really!?  So you’re banking winning versus losing on something out of your control?  In other words, you’re “hoping” and “praying” for the ground-balls your hitters hit to take a bad hop?!  That’s laughable.  Errors are a gift, not something you should expect.  And at the higher levels, there are less “gifts”.  The best coaches (and players) don’t focus baseball hitting drills for kids on the uncontrollable.  Adapt or die.

You gotta check out this post titled, “The Shocking Mistake Killing Run Production (MUST Read For Ground-ball Hitting Coaches): Ground-ball Hitting Approaches May Be Causing You To Lose Out On Producing MASSIVE Runs”

The “ground-ball obsessed coaches”, go on and on about…

How some of the most winningest coaches in college baseball history, Gordie Gillespie and Augie Garrido stress keeping the ball on the ground to their hitters

MANHATTAN, KS - APRIL 26: Head coach Augie Garrido of the Texas Longhorns looks out onto the field from the dugout during a game against the Kansas State Wildcats at Tointon Stadium April 26, 2008 in Manhattan, Kansas. Kansas State defeated Texas 4-1. (Photo by Peter Aiken/Getty Images)

MANHATTAN, KS – APRIL 26: Head coach Augie Garrido of the Texas Longhorns looks out onto the field from the dugout during a game against the Kansas State Wildcats at Tointon Stadium April 26, 2008 in Manhattan, Kansas. Kansas State defeated Texas 4-1. (Photo by Peter Aiken/Getty Images)

This is where I really get fired up because this kind of baseball hitting drills for kids statement is:

  1. A “That Guy” type of comment,
  2. Dumb.

It’s a great example of making a blanket statement WITHOUT knowing who you’re talking to.  What’s interesting to note is after this person said this, and I responded with the following, they never responded back.

Now, I can’t speak for Coach Gordie Gillespie, but here’s my connection to Coach Augie Garrido…Coach Garrido played for Fresno State (my alma matar) back when Coach Pete Beiden was the head coach.  I believe, Coach Garrido also played with Coach Bob Bennett (but I could be wrong there), who was my coach the first three years I played at Fresno State.

Whether he played with Bennett or not, Coach Garrido learned from Beiden, just as Bennett did.  So having never played for Garrido, I have a pretty good idea that Coach Beiden rubbed off on Garrido as he did on Bennett.

And Coach Bennett, NEVER told us, in the three years I played for him (and even me – a smaller hitter), to ever hit the ball on the ground…UNLESS I was popping up to much, which is adjustment advice.  OR for situational hitting.

So my baseball hitting drills for kids hypothesis with Coach Garrido would echo the same Bennett-Beiden philosophy. I don’t think Coach Garrido compiled a collegiate record of 1950-919-9, and has taken his teams to 15 College World Series primarily by instructing his hitters to hit the ball on the ground.

Somebody close to Coach Garrido, ask him, and get back to me…PLEASE!  I’m dying to be proven wrong.  Besides, head coaches in the college and professional ranks are generalist.  Let me clarify this, they typically don’t meddle in hitting or pitching aspects with a fine tooth comb.  They have assistant coaches whose job it is to do that.  In 3-years, I can count on one hand how many times Coach Bennett gave me hitting advice.

Head coaches should be like the CEO of a corporation…their concern is with big picture strategies, not on how TPS Reports are suppose to be written.  Well, I commend you for making it this far!  Either you’re:

  • NOT one of the “ground-ball obsessed coaches” anymore, OR
  • You’re ONE for a beating! lol

I assure you this rant is almost over, just a few more Karate chops I need to issue…the “ground-ball obsessed coaches”, go on and on about…

 

How you HAVE TO TEACH a 5’6″, 135-pound High School hitter to hit the ball on the ground because his batted ball distance maxes out at 250-feet!

Baseball Hitting Drills for Kids: Orin Hirschkorn 300-Foot Homer

Text from dad after 11yo son Orin hit a 300-foot bomb, weighing in at 98-pounds.

I’d LOVE to see the look on the face of the High School coach that said this, after I told him on Facebook that I have multiple 11yo hitters that hit the ball consistently over 300-feet, and get this, they did it while weighing less than 100-pounds…AND not just once, but multiple times!!

I’m sure the look was precious.  Obviously, this coach isn’t teaching effective baseball hitting drills for kids, and doesn’t know any better.  You don’t know what you don’t know, right?  There are certain things, mechanically speaking, that directly influence consistent power, hitting more line drives, and being on-time more often.  Success leaves clues, and we can train it all.

I don’t care the size of the hitter, I’m going to teach them all how to drive the ball.  It’s another tool for their tool belt.  Besides, Physicist Dr. Alan Nathan told me in a phone conversation that bat speed is a better indicator of batted ball distance than body mass.

Yes, a smaller hitter’s role on the team may require them to be better at putting down a sacrifice bunt, hit-and-run, and/or slap hit (especially if they’re faster, or left handed), but ALL hitters MUST know how to drive the ball.  Driving the ball SHOULD BE the default, NOT hitting the ball on the ground.

Look, there are thousands of ways to teach baseball hitting drills for kids.  Just like you can eat soup with a spoon, fork, or knife, but only one tool is more effective.  Teaching hitters is the same.  Stick to applying human movement principles validated by REAL science, NOT because-I-said-so “bro-science”, to hitting a ball, and your hitters will get predictably positive results.

And last, but certainly not least…the “ground-ball obsessed coaches”, go on and on about…

 

How even pro coaches and “great hitting instructors” never promote hitting fly-balls

This statement is also subjective.  Please define “great hitting instructors”.  Does what Alex Rodriguez and Albert Pujols say about hitting make them a great hitting instructor?  Did Ted Williams and Tony Gwynn do a COMPLETE job of analyzing in retrospect, how they did what they did?  Ted Williams came close, but still was quite far from filling in between the lines.

How about Dusty Baker in his hitting book.  Mike Schmidt? Charlie Lau?  Look, I’m not putting down any of these legendary people, but we have to have a higher standard than just somebody’s hitting “philosophy” or “bro-science”.  We have to teach human movement principles that are validated by REAL science, to hitting a ball.

Simple as that.

So, my first baseball hitting drills for kids question to you is, if you believe the above statement, then whose kool-aid are you drinking?  Who do you consider a “great hitting instructor”?  And last time I checked on FanGraphs, Ted Williams, Pujols, A-Rod, Mike Trout, Nolan Arenado, Bautista, and Donaldson ARE NOT trying to hit the ball on the ground.  Don’t believe me? Look at their ground-ball, line drive, fly ball, and home-run to fly-ball ratios.  I guarantee you’ll see ALL of them being below average in their ground-balls rates, while being above average in the others.

Please check…I’ll wait.  Oftentimes, what Major League hitters say they’re doing is not what we see them do on slow motion analysis.  What’s real and what’s feel are two totally different things.  I GUARANTEE, most of the effective hitting gurus online, are telling their hitters to drive the ball IN THE AIR with AUTHORITY.  Again, that includes line drives.

Wayne Gretzky looking to pass

Wayne Gretzky image courtesy: http://forum.mmatd.com/

So you can keep telling yourself these baseball hitting drills for kids stories (i.e. the “ground-ball obsessed coaching” statements above), and get mediocre results with your hitters…

Or you can follow what Hockey great Wayne Gretzky says,

A good hockey player plays where the puck is. A great hockey player plays where the puck is going to be.”

Teaching baseball hitting drills for kids to primarily hit ground-balls is ‘where the puck is.” Teaching them to hit the ball in the air is ‘where the puck is going to be’.

Think it’s impossible for young hitters to learn?  You’re wrong.  You may not know how to teach baseball hitting drills for kids to optimize launch angles.  And that’s okay!  Get educated.  Don’t be an armchair quarterback.  Opinions are NOT facts.

Don’t be afraid of setting young hitters up for failure in teaching them to hit more line drives.  Shoot for the stars to land in the clouds.  Have a higher standard for your hitters. In Pre-Kindergarten, my 5-year-old son’s teachers are getting him ready for Kindergarten.  THE NEXT LEVEL!  Coaches MUST do the same!  Stretching requires some pain, but it’s how we grow.

And if you’re not growing, you’re dying.  Swallow your pride, and come over to the Light Side!

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

Softball Hitting Tips Fastpitch: Is Power ALL In The Hips?

 

This is Part-3 of a 3-part softball hitting tips fastpitch video series coming straight out of the Catapult Loading System online video mini-course…

The Catapult Loading System

Sick of struggling with getting your hitters to hit the ball hard with more consistency?  This is a simple 7-module online video mini-course that will help hitters weighing less than 100-pounds, hit the ball consistently over 300-feet in 60 days.  You’ll be able to dramatically increase power without sacrificing swing quality.

CLICK the Link below to…

Get Access to The Catapult Loading System Mini-Course

 

In this softball hitting tips fastpitch video post, we’re going to answer one of my reader’s questions…

“Ways to use your hips to create bat speed?”

Before I get to the #1 Biggest Lie In Hitting, we’ll cover:

  • Inward hip turn towards catcher to load?
  • Springy ‘X’ Pattern, and
  • Landing open with the front foot.

 

Inward Hip Turn Towards Catcher To Load?

Softball Hitting Tips Fastpitch: Lauren Chamberlain Hitting

Are Lauren Chamberlain’s hips firing on their own, or was her spine pre-loaded earlier by her shoulders? Photo courtesy: YT user – Paul Arebalo

I picked up on this in High School after reading Ted Williams’s book The Science Of Hitting.

But is this really necessary?

After reading Thomas Myers’s book Anatomy Trains, I don’t believe that it is.

To me, ‘Loading the hips’ by turning the pelvis inward towards the catcher creates more challenges, than benefits.

The biggest challenge is that if the timing isn’t right, the hitter will get stuck landing with a closed front leg at landing (front toe less than a 45-degree angle).

CLICK HERE for a Zepp swing experiment I did on landing closed versus open, and the affect on average bat speed.

Olympic Javelin Throwers, Boxers, and Sprinters do just fine without using an inward turn of the pelvis, away from their target, before throwing, punching, or running.

 

Springy ‘X’ Pattern

I don’t want to beat a dead horse, so here are two great video blog posts I did, that apply to softball hitting tips fastpitch, talking about the Springy ‘X’ Pattern:

 

Landing Open with the Front Foot

The guys at ZenoLink are awesome!  They find the truth behind human movement science.  This video discusses how the lower body position or stride setup will dictate how well you create and utilized ground reaction force to initiate the swing process and develop power and bat speed.

They found the optimal degree that the stride foot must be open at landing to be around 65-degrees (watch around the 2:00 mark)…

So WHY are we teaching our young hitters to stride closed?!!

To summarize…

‘Loading and exploding the hips’ by inwardly turning the pelvis towards the catcher can cause the hitter to land closed.  If the hitter lands closed, then bat speed WILL go down, according to the results of my Zepp swing experiment, and to the guys at ZenoLink.  As a result of bat speed going down, so will Ball Exit Speed.

‘Firing the hips’ is an over-coached cue, if anything, let’s ‘load and explode the shoulders’, not the hips.  Us hitting coaches MUST shift our focus above the pelvis, into the shoulders by way of the Springy ‘X’ Pattern.

So, what is the #1 Biggest Lie In Hitting, as it relates to softball hitting tips fastpitch?

That we MUST ‘load and explode the hips’.

You see,

We have to get away from learning inside baseball and softball hitting circles.  We must first learn human movement science, then break away, and begin thinking creatively about how to apply these human movement “rules”, that are validated by science, to hitting a ball.

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

Question: Do More Expensive Bats Increase Bat & Ball Exit Speeds?

 

Baseball Batting Practice: Mizuno Bat Model Zepp Swing Experiment

Mizuno MaxCor -3 baseball bat ($150-400 on Amazon)

In this baseball batting practice Mizuno bat model experiment using the Zepp (Labs) Baseball app & Bushnell radar gun, I wanted to use the Scientific Method to analyze what would happen to Bat and Ball Exit Speeds comparing the performance of two different Mizuno bat models, but the same 34-inch, 31-ounce size:

 

Background Research

MIZUNO MAXCOR ($150-400)

According to the Mizuno website, the focus of this bat is maximizing Ball Exit Speed and backspin.  Some key features are (Mizuno site):

  • Viscoelastic Sleeve: Creates a wider circumferential sweet area.
  • New Variable Wall Thickness Alloy Core: Increases the sweet area across the length of the barrel, using aircraft aluminum alloy used to keep overall weight low.
  • Dynamic Damper: Transition piece from barrel to handle absorbs vibration for better feel.
  • New Improved Synthetic Leather Grip: Provides tack and great feel.
  • Lower more balanced swing weight for increased swing speed.
  • BBCOR certified, approved for NCAA & NFHS play
  • Barrel Diameter: 2 5/8″
Baseball Batting Practice Mizuno Bat Model Experiment: Generation Model

Mizuno Generation -3 baseball bat ($70-200 on Amazon)

MIZUNO GENERATION

According to Mizuno’s site, the Mizuno Generation baseball bat was designed with two things in mind:

  1. A bigger sweet spot, and
  2. Balance – (lighter swing weight, which can result in faster bat speeds).

Key features of the baseball batting practice Mizuno Generation bat (Mizuno site):

  • Patented wall thickness technology varies the wall thickness across the barrel, creating a massive sweet area for ultimate forgiveness
  • Single wall aerospace grade aluminum alloy used for maximum combination of performance and durability
  • Balanced swing weight for increased swing speed and bat control
  • Digi-Grip for great feel and durability
  • BBCOR certified, approved for USSSA
  • Barrel Diameter: 2 5/8″

Another factor in this baseball batting practice Mizuno bat model experiment will be breaking in a non-wood bat.  CLICK HERE for a good YouTube video on how to break-in a composite bat.  Now, both Mizuno bats are not composites, but I’m sure the breaking in process with any non-wood, will have an affect on Ball Exit Speeds.

We’ll adjust the data to address breaking in the bat in the Notes section.

 

Hypothesis

Based on the above baseball batting practice Background Research from Mizuno (albeit promotional materials), and the fact the MaxCor is double the price, I’d expect a much better performance in Bat and Ball Exit Speeds using the MaxCor model bat versus the Generation.

 

Baseball Batting Practice: Mizuno Bat Model Experiment

Baseball Swing Mechanics Experiment: Zepp Baseball App

CLICK Image to Purchase Zepp Baseball App

Equipment Used:

Setup:

  • All baseball batting practice swings were taken off the tee.
  • I used two yellow dimple ball markers to make my stance setup consistent…one was placed inside my back foot, close to the plate.  The other was placed one bat’s length plus two baseballs in front of the back marker.
  • CLICK HERE for the Google Drive excel document with all the Ball Exit Speed (BES) readings.
  • We deleted radar gun mis-reads that registered below 30-mph on the gun.
  • Therefore, we deleted 11 mis-reads from the Mizuno MaxCor bat data, and averaged all MaxCor BES readings to 89 swings.
  • Also, we deleted 7 mis-reads from the Mizuno Generation bat data, and averaged all Generation BES readings to 93 swings.
  • The two tests in the experiment were counter-balanced.  Which consisted of eight blocks of 25-swings done in the following order ABBA BAAB.  Swinging the “Mizuno MaxCor” were letter ‘A’, and
    “Mizuno Generation” were letter ‘B’.  200 total swings were completed in the experiment, 100 per test.  Counter-balancing helps remove the “getting tired” and “not being warmed” up factors.

Data Collected (Zepp Baseball App):

Baseball Batting Practice: Mizuno Bat Model Experiment

According to the Zepp app, the Mizuno MaxCor came out supreme in all areas except the Attack Angle…

 

Data Analysis & Conclusion

ZEPP READINGS:

  • Avg. Bat Speed at Impact increased by 3-mph using the Mizuno MaxCor,
  • Avg. Max Hand Speed increased by 2-mph using the Mizuno MaxCor,
  • Avg. Time to Impact decreased by 0.063,
  • Avg. Bat Vertical Angle at Impact decreased by 1-degree using the Mizuno MaxCor, and
  • Avg. Attack Angle decreased by 4-degrees using the Mizuno MaxCor.

BUSHNELL BALL EXIT SPEED READINGS (CLICK HERE for Google Excel Doc):

  • Avg. Ball Exit Speed increased by 4.6-mph using the Mizuno Generation bat,
  • Top out Ball Exit Speed was 95-mph using the Mizuno Generation bat, and
  • Top out Ball Exit Speed was 90-mph using the Mizuno MaxCor bat.

 

Notes

  • Now, we can’t compare apples to apples baseball batting practice data using the Zepp app and Bushnell radar gun.  If I had one more Bushnell radar gun capturing my bat speed readings perpendicular to my chest, then that would’ve been an interesting comparison.
  • I felt much more balance with the Mizuno Generation.  I also felt like I was more consistently hitting the sweet spot, as their marketing suggests.  For some reason it was tough feeling a consistent sweet spot using the MaxCor, maybe because of the “Dynamic Damper: Transition piece from barrel to handle absorbs vibration for better feel”.
  • It takes about 100-200 swings to break in a non-wood bat, at least according to the following YouTube video on How-To Break-in a Composite Bat.  I’m going to share a Zepp app screenshot comparing the first 100 swings using the Mizuno MaxCor (from this experiment), to the first 100 swings using the Mizuno Generation (from the Baseball Swing Tips: Mizuno Bat Size Experiment):
Baseball Batting Practice: Mizuno Bat Model Experiment

Look at the near identical performance Zepp data between the two bats when we compare their first 100 swings…

  • How about comparing the Ball Exit Speeds of the first 100 swings…according to this Google spreadsheet, the Mizuno MaxCor Avg. Ball Exit Speed was: 83.5-mph.  And according to this Google spreadsheet from a couple weeks before, Avg. Ball Exit Speed using the Mizuno Generation 34/31 was:  88.3-mph.

The Bottom Line?

Well, according to the baseball batting practice Mizuno bat model experiment data, it looks like the Generation model holds the performance edge when it comes to Ball Exit Speed, almost a 5-mph difference.  That’s about 20-feet of extra distance!  From how the experiment turned out, I’d save the $200 and buy a Mizuno Generation.  Now, this data doesn’t mean EVERY expensive bat will under-perform it’s more economic brethren, it just means you need to tinker and test to find the truth.

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

 

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, was the highest Ball Exit Speed home-run in 2015.

CLICK HERE to see the 120.5-mph Josh Donaldson two-run dinger.

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’ve been using a Bushnell Radar Gun 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 Body Mass – Dropping a 50-pound plate on your foot will turn out worse for you, versus a 10-pound one.
  • Ball Spin Rate – Backspin and topspin, in addition to the coveted knuckleball 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…

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

Question: How is Bat & Ball Exit Speed Effected by Bat Size?

 

Baseball Swing Tips: Mizuno Generation Bat Size Experiment

This was the model I used in the bat size experiment…

In this baseball swing tips experiment using the Zepp (Labs) Baseball app, I wanted to use the Scientific Method to analyze what would happen to Bat Speed at Impact and Ball Exit Speed if I used a Mizuno Generation 33-inch, 30-ounce BBCOR versus a 34-inches, 31-ounces, same model.

 

Background Research

CLICK HERE for an article titled “The Physics of Baseball”.  Read under the subhead titled, “Swing speed vs. bat weight”.

The following information I received from a long time PocketRadar rep.  It’s what he does for a living.

In this baseball swing tips Mizuno Generation bat experiment, a good rule of thumb when looking at ball exit speed is:

A 1-mph of ball exit speed (BES) increase, adds 4-feet of distance to a batted ball (a 1:4 ratio).

So for instance, if an 9 year old hits the ball with 50-mph of ball exit speed, then they have the capability of hitting the ball 200-feet (50 X 4 = 200).

On the professional side of things, I’ve heard that scouts are actively looking for 95-mph+ ball exit speed in games because that hitter has the ability to hit the ball at least 380-feet.  That’s hitting the ball out down the lines, and to the gaps, at most ballparks.

It’s also interesting to note that you can add about 5-15-mph to ball exit speeds taken off a tee, to simulate what it would be in a game.  That extra 5-15-mph will depend on the pitcher’s velocity.

 

Hypothesis

Based on the above baseball swing tips experiment research, I think swinging with the Mizuno Generation 34/31 will, on average, increase my ball exit speed.  I think that my bat speed will come down a bit using the 34/31 over the 33/30 because of the added weight and length.  Also, “trading up” a bat size will depend on how much forward momentum a hitter uses.  The less FoMo, the harder it will be to trade up.

 

Baseball Swing Tips Mizuno Generation Bat Size Experiment

Baseball Swing Mechanics Experiment: Zepp Baseball App

CLICK Image to Purchase Zepp Baseball App

Equipment Used:

Setup:

  • A friend of mine, Juan Ortiz, took Ball Exit Speed gun readings while inputting into this Google Doc spreadsheet.
  • You’ll notice on the baseball swing tips experiment spreadsheet that there are missing numbers, these were radar gun mis-reads (where the radar gun lost coverage of the batted ball’s trajectory).  We eliminated ten mis-reads using the 33/30, and thirteen mis-reads using the 34/31.  We then adjusted the average swings in each test.  For instance, we eliminated 13 mis-reads using the 34/31, so spreadsheet added all swing ball exit speeds for that test, then divided by 87 total swings.
  • However, the Zepp app readings were all averaged over 100 total swings.
  • Dimple ball feedback markers were set at the bat’s length plus two baseballs
  • The two tests in the experiment were counter-balanced.  Which consisted of eight blocks of 25-swings done in the following order ABBA BAAB.  “33/31 Mizuno bat swings” were letter ‘A’, and
    “34/31 Mizuno bat swings” were letter ‘B’.  200 total swings were completed in the experiment, 100 per test.  Counter-balancing helps remove the “getting tired” and “not being warmed” up factors.
  • Now, we took readings with the Zepp app and with the Bushnell radar gun.  Please note, these aren’t an apples to apples comparison, so we’ll be looking at them in separate detail.

Data Collected (Zepp Baseball App):

Baseball Swing Tips: Mizuno Generation Bat Size Experiment

Check out the little baseball swing tips experiment changes in average Bat Speed Impact & Time To Impact…

Data Analysis & Conclusion

  • Zepp app findings – as you can see, there was an average increase of 1-mph  in Bat Speed at Impact using the 34/31 Mizuno Generation bat.
  • Zepp app findings – there was also average 0.057 sec drop in Time To Impact with the 34/31 Mizuno Gen. bat.
  • Bushnell BES radar gun findings (Google Doc) – there was an average Ball Exit Speed increase of 2-mph when using the 34/31 Mizuno Gen. bat.

Notes

  • I did not expect to see a major difference in Time To Impact like we did in the baseball swing tips bat size experiment.
  • I thought that average Bat Speed at Impact when using the 34/31 Mizuno Gen. bat was going to be less than the 33/30, but it actually increased by 1-mph!
  • In looking at the BES Google Doc spreadsheet, I topped out at 95-mph (twice) using the 33/30.  And topped out at 94-mph using the 34/31.  Btw, a week prior, one of my 12yo hitters wanted to see what “Coach Joey” could hit in ball exit speed.  And after about 5-6 swings, I hit 92-mph off the tee with wood.  Not tooting my own horn here, just interesting to see a ballpark difference between wood and the Mizuno Gen. BBCOR bats.  Also, I’m only 5’10” on a “good day”, and 165-pounds.  Add about 10-mph in a game, and I’m hitting 102-mph BES, which translates to 408-feet of batted ball distance.  My point is, you don’t have to be a big hitter to crush the ball B-)
  • What else is interesting in looking at the baseball swing tips experiment spreadsheet, that after about 75 total experiment swings, I started to consistently hit more 90+mph’s and find my highest BES readings.  Similar to how many pitches it takes a pitcher to actually “get warm”.  This is why we counter-balance the experiments now, to sidestep the “warm-up factor”.

The Bottom Line?

In this baseball swing tips experiment, using two different sized Mizuno Generation -3 BBCOR bats, we found that (for me), the 34/31 added 1-mph of Bat Speed at Impact and 2-mph to Ball Exit Speed, on average.  I was amazed to learn that using the bigger bat actually cut down on Time to Impact.  Some interesting findings and ones I hope others will test for themselves in the future.  My parents ask me the “bat size” question all the time.  So, by investing in a Bushnell radar gun or PocketRadar gun, you can gather some pretty convincing data as to which bat to use.

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

Question: Do “Squish the Bug” Baseball Swing Mechanics Depress Bat Speed?

 

Baseball Swing Mechanics Experiment: TylerD

Here are the two test swings from my intern for the summer, redshirt college Frosh, Tyler Doerner…

Using the Zepp (Labs) Baseball app, I wanted to use the Scientific Method to analyze if the baseball swing mechanics “squishing/squashing the bug”, during the turn, increases or decreases bat speed.  The term “squishing the bug” means rotating the back foot, on the ground, during the turn.  Like you’re squishing a bug.

This can be a very sore subject, and hotly debated with a passion, in the Church of Baseball.  Surprisingly, it’s still widely taught throughout the lower levels.  Although a few images off the internet of effective swingers like Cano, Bautista, McCutchen, etc. will reveal “squishing the bug” isn’t what the best are doing.

So we wanted to test it…

My intern for the summer, redshirt college freshman Tyler Doerner did this experiment.  This post is for you Joe (you know who you are ;-)…

Background Research

One of the main objectives of whether to skip the foot, or keep it on the ground, has to do with transferring linear momentum, better known as un-weighting or forward momentum.  Check out these four HPL posts for a baseball swing mechanics background on this:

  1. Troy Tulowitzki Zepp Swing Experiment: Stride Killing Bat Speed?
  2. Ryan Braun: Common Mistakes Hitters Make #1
  3. Baseball Hitting Video: Gain Distance the Easy Way PART-1
  4. Perfect Swing Hacking with Forward Momentum (feat. Mike Trout)

Now, for you academics, CLICK HERE to watch a short 2-minute PBS video on Circus Physics and the Conservation of Linear Momentum.

So, after reading/watching the above videos and posts, we should be at a common understanding of Forward Momentum.

The next objective of “squishing the bug” versus “skipping the back foot” during the turn, boils down to allowing the body to transfer energy effectively.  This has to do with springy fascia in the body…

In Thomas Myers’s book Anatomy Trains, he talks about a cotton candy like springy material that the bones and muscles float it, and what gives muscles their shape called fascia.

Specifically in the book, he talks about the Front & Back Functional Lines.  CLICK HERE for a post I did on this, featuring Ted Williams and Matt Kemp.

In the following video, Thomas Myers explains this idea of Tensegrity, or Tension-Integrity.  There are compression and tension forces acting on the body at all times.  Within the body these two opposing forces are always searching for balance…

For a hitter, if the body moves forward, but the back foot and leg stays behind, then these forces don’t get optimally transferred from body to barrel to ball.  In other words, the backside gets “left behind”.

Hypothesis

Based on the above research, I think “squishing the bug” baseball swing mechanics will have a depressing effect on bat and hand speed because it doesn’t allow for full transfer of momentum and release of elastic energy in the springy fascia.

 

“Squish the Bug” Baseball Swing Mechanics Experiment

Baseball Swing Mechanics Experiment: Zepp Baseball App

CLICK Image to Purchase Zepp Baseball App

Equipment Used:

Setup:

  • Forward momentum was taken out of this baseball swing mechanics experiment by hitting from a 1-2 second pause at landing
  • Back two “baseball markers” were set at about 3 baseballs apart
  • The two tests in the experiment were counter-balanced.  Which consisted of eight blocks of 25-swings done in the following order ABBA BAAB.  Say “squish the bug” was letter ‘A’, and “skipping back foot’ was letter ‘B’.  200 total swings were completed in the experiment, 100 per test.  Counter-balancing helps remove the “getting tired” and “not being warmed” up factors.

 

Data Collected (Zepp Baseball App):

Squish the Bug Baseball Swing Mechanics Experiment

There were significant changes in Average Bat & Hand Speed, Time to Impact, and surprisingly, the hitter’s Attack Angle in this baseball swing mechanics experiment…

Data Analysis & Conclusion

  • +8-mph difference in average Impact Bat Speed, siding on “Skipping Back Foot”,
  • +3-mph difference in average Hand Speed Max, siding on “Skipping Back Foot”,,
  • -0.019 difference in average Time To Impact, siding on “Skipping Back Foot”, and
  • +4-degree difference in average Attack Angle, siding on “Skipping Back Foot”.

 

Notes

  • I think the “Squish the Bug” baseball swing mechanics experiment results were overwhelmingly clear.
  • Tyler did not technically keep his back foot posted to the ground during the “squish the bug” tests, so there still was an element of un-weighting going on with his backside.
  • In which case, measuring Ball Exit Speed (or how fast the ball came off the bat) may have netted interesting data to consider, compared to Impact Bat Speed.  However, with the results with the other readings of Avg. Hand Speed, Time To Impact, and Attack Angle, I think we can put the “Squish the Bug” baseball swing mechanics myth to bed 😀
  • The data and results suggests that when a hitter “leaves behind their backside”, there’s a slowing down of forward momentum, and the body naturally decelerates because the springy fascia is forced to stretch, but not release.
  • Keep in mind what I call the Goldilocks Syndrome.  The back foot can skip too far (porridge too hot), and it can also not skip at all (porridge too cold).  We want the back foot to skip just right.

The Bottom Line?

In this “Squish the Bug” baseball swing mechanics experiment, “Skipping the Back Foot” showed a notable difference in average Bat & Hand Speed, Time To Impact, and the hitters Attack Angle.  I want to encourage you to tinker and test this for yourself.  The objective of these swing experiments is to put modern hitting theory to the test, literally.  We NEED to test based on data, not feelings.  Share these results with friends.

SwingAway Trainer: Pro Baseball Traveler

SwingAway Baseball Swing Trainer: How-To Build A Swing You Can Be Proud Of…

 

I’ve wanted to do a “how-to experiment” post for a long time.  But in the past, technology hadn’t quite caught up,

SwingAway Trainer: Pro Baseball Traveler

SwingAway Trainer: Pro Baseball Traveler

…and NOW it has!

Mark Twain once said:

“Whenever you find yourself on the side of the majority, it is time to pause and reflect.”

I want:

  • …To lay out the landscape, in this Baseball Swing Trainer post, about using the SwingAway for conducting hitting experiments,
  • …This article to empower you to take up arms with me, and turn conventional hitting wisdom on its stubborn little head, and
  • …To inspire you to use modern technology to build a swing we ALL can be proud of.

I’m embarrassed to share the following story…

I did my first hitting experiment in the sixth grade with a buddy, for a school project.

My friend and I ran an experiment to see if a wood or aluminum bat could hit the ball farther.

One day after school, we pitched to each other at the Little League diamond we played our games at.  We used two aluminum Easton baseball bats and a Ken Griffey Jr. signature Louisville Slugger woody.  One aluminum bat was 32-inches and 24-ounces, and the other was 31-inches and 23-ounces.  And I can’t remember what the woody measurements were, but it was comparable.

I think we might have hit about 50 balls with each bat (150 balls total), and get this…measured the distance with our feet! 😀 lol

Based on our results, guess which bat hit the ball the farthest?  Wood or aluminum?  The wood bat!!!  Waaa??

Well, it was only because we weren’t being very scientific with our scientific experiment.  One of the big reasons we didn’t get a good grade on the project was because we DID NOT isolate the variables

  • We threw LIVE batting practice to each other.  We should have used a baseball hitting trainer like a batting tee or SwingAway (wasn’t around at the time).
  • We both took turns hitting, and didn’t separate our individual batted ball distances.
  • We used different sized bats.
  • We measured using our own feet…I was a men’s 8/9 at the time, and my buddy was an 11. We should’ve used a rolling tape measure.
  • We only took a small data sample size. We should’ve hit 100 balls with the wood bat, and then 100 with aluminum.  AND we should have only used one of the aluminum bats (preferably the one closest in size and weight to the woody).  So 400 swings total (200 swings for me, 200 for my friend).  Then compared apples to apples.

Remember, failure is only a detour, not a dead end 😉

The good news is,

You don’t have to be a scientist to run a hitting experiment.

What follows is the exact formula I use now, to run my hitting experiments using the SwingAway baseball swing trainer.  My hopes is that you pick up arms, and join me in the fight…

 

The Definitive Guide to Conducting a Baseball Swing Trainer Experiment

Up until now, here are SIX hitting experiments I’ve run:

 

Equipment & Setup

You can read the full list at the above swing experiment links.  But here are a couple pieces of equipment that will have a drastic effect on bean counting and saving time doing the experiment itself…

Zepp Baseball App
Baseball Swing Trainer: Zepp Baseball App

Zepp Baseball App

Great tool for collecting data.  It’s not perfect, but all we need is an apples to apples comparison.  Unfortunately, the Zepp app DOES NOT allow you to separate experiment swings from recreational ones.  You have to delete ALL swings before doing an experiment, unless you want to do the bean counting yourself.

You’ll also need to create two email accounts with Zepp to separate the two experiment tests.  Zepp allows you to “Add a Hitter” in one account, but it doesn’t allow you to separate that data from other hitters or swings and average the data out.

SwingAway Baseball Swing Trainer

I just started using a SwingAway for my swing experiments.  I used to hit the ball off an ATEC Tuffy Batting Tee, but it was taking me 2 1/2 to 3 hours to run my experiments.  Fatigue could set in and skew the results.  Some experiments where you’re looking at ball flight (like Bent Back Knee experiment above) will most definitely need to be done off a batting tee.

Using the SwingAway baseball swing trainer took me only 1 1/2 hours!  NO need for:

  • Ball cleanup,
  • Ball setup, or
  • Waiting more than a few seconds for the ball to return to its stationary position.

This saved me a ton of time.  All you need is a 10 X 10 space to conduct your SwingAway baseball swing trainer experiment.

Baseball Swing Trainer Experiment Optimization Tips…

  • Limit Variables – The main objective of a baseball swing trainer hitting Experiment, is to isolate what you’re trying to test.  Like my sixth grade experiment from earlier, there were too many variables that we didn’t control.
  • Priming the Pump – I always start an experiment by warming up my body with a pre-practice routine, similar to this Dr. Stanley Beekman’s post.  You don’t have to do all included exercises, so pick about eight of them.  I’ll also take about 10-15 swings focusing on the specific mechanic I’m going to be testing that day.  For example, if I was testing showing the pitcher my numbers versus not, then I’d do 10-15 swings both ways, so 20-30 swings total before officially starting the experiment.  We prime the pump so nobody can see, “Well, your numbers sucked in the beginning because you weren’t warmed up.”
  • Counter-Balancing – The two tests in the experiment should be counterbalanced.  Which consisted of eight blocks of 25-swings done in the following order ABBA BAAB.  Say “showing the numbers” was letter ‘A’, and “not showing the numbers” was letter ‘B’.  200 total swings are to be completed in the experiment, 100 per test.  Counter-balancing helps remove the “getting tired” and “not being warmed” up factors.
  • More Data Points – I take at least 100 swings for both tests in the experiment, so 200 swings total (not counting warm-up swings).  So, taking the “showing numbers” as an example, I’d take 100 swings showing my numbers, and then take another 100 swings not showing my numbers.  The Zepp App is a useful technology, but isn’t super accurate.  But the more data you collect, the closer to the “real” numbers you’ll get.
  • Break the Swing Apart – If you aren’t confident that you can repeat a specific mechanic consistently for 100 swings, then break the swing apart, like I talk about in this YouTube video.  I did this in the showing the numbers experiment above.
  • Collect Ball Flight Data (optional) – for some mechanics, like testing the back leg angle during the turn experiment, it’s critical to collect ball flight data on the Zepp app.  Zepp allows you to manually input where you hit the ball after each swing.  Testing the grip on the bat would be another example.  Also, adding Ball Exit Speed readings could enhance the baseball swing trainer experiment, Bushnell Velocity Radar Gun (about $80), or Stalker Radar Gun ($500+).  ESPN’s HitTrackerOnline.com uses the latter in all MLB ballparks.  Just remember, accuracy isn’t as important as an apples to apples comparison.
  • Recovery – I usually will give my body about 30-minutes rest between the first 100 swing test and the second.  I now use supplement timing like Zach Calhoon maps out in these posts.  I sip on Zach’s “concoction” throughout the full experiment to keep my muscles fueled.  I then take Vitamin C and E capsules afterward to help with soreness.
  • Brainstorming Experiments – Don’t have any ideas on what to test?  I did the heavy lifting for you.  And by no means is this an exhaustive list of possible experiments. CLICK HERE for my brainstormed list.
  • Take Notes – make note of my “notes” in the above experiments.  Basically, the notes section are things that you noticed while doing the tests that may not be apparent to the person reading about the experiment.

 

In Conclusion…

In this baseball swing trainer post about using the SwingAway for hitting experiments, I wanted to lay out the landscape and empower you to help me take up arms.  I want to turn conventional hitting wisdom on its head, and use modern baseball swing trainer technology to build a swing we ALL can be proud of.

Let’s revisit the Mark Twain quote from earlier:

“Whenever you find yourself on the side of the majority, it is time to pause and reflect.”

I need your help and can’t fight this fight alone.  I want you to take action…

My challenge to you is let’s band together and conduct 30 Experiments in the next 30 days.  If all of us do at least one swing experiment, then we should be able to knock this goal out by July 15th.

Just post your baseball/softball hitting experiment results below in the comments section.  Reply with:

  • What experiment you ran (from the brainstorm list above)?
  • How many swings per test (i.e. 100/100), and what order did you do the test?
  • What bat did you use (length, weight, and wood/aluminum)
  • Hit off tee or Swingaway baseball swing trainer?
  • What metric changes were significant (bat speed/hand speed/bat vertical angle at impact/attack angle/ball flight/ball exit speed)?

Thanks in advance for your baseball swing trainer experiment comments!

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

This is Part 3 of a 3-part series on gaining power faster through nutrition:

Hey guys,

Welcome back to the third post of this series.

  • First we talked about timing your nutrients.
  • Then we went into the hormonal changes needed to take advantage of the “anabolic window” right after you train.

Those previous post give great context to this post, so make sure to read them. Then come back here.

 

You Want To Drop Bombs?

As a baseball player who understands the game, I know strength does not always equal skill. If you are reading this post, you are probably working extremely hard to achieve your goals, or you are coaching young guys who have big goals. Some of you have sons that just want to play in college. That is an awesome pursuit. You should have big goals. And you should pursue them with everything possible.

 

This Is What You Are Missing

Ask this question to players, “Do you work hard?” Across the board, everyone says yes. Every player assumes they are doing everything they can to achieve their goals. This holds true until you meet someone who works way harder than you.

Then you step up  your game, refocus and change your standards. Similar to the story of the 4 minute mile. Nobody thought it could be done, until Roger Bannister made it happen. Now 10+ people have run a 4 minute mile.

Once one guy pioneered it, it became possible to everyone. You have to be the nutrition pioneer for your team.  Pushing the boundaries of what is possible. This is how players change their teams and how you can change your future.

 

Optimizing Your Nutrition

Sports nutrition is a great example of a missing piece. If you get this right, everything in your game will benefit. You will recover faster, grow more lean muscle and output more power at the batter’s box. I can’t help you make contact, but I can dang sure promise you faster growth and more strength. So what should you do?

 

Do Not “Eat Right”

Do not just “eat right.” When someone tells you to eat right, but they do not define what that means, your action steps get diluted. Most nutrition advice is for losing weight, getting 6 pack abs and increasing overall health. Those are great things for the average person, but that’s not you.

You are a high performance athlete. You may take 100 hacks in the cage then go right to the weight room. You should optimize your nutrition as a high performance athlete. You can get a six pack later….

 

Post Workout Breakdown

The natural bad response to a workout leads to muscle damage that occurs during and after exercise, activates an immune response which causes muscle inflammation and pain to the muscles that further damages the muscle fiber.

This slows down the reconstruction and growth of the muscle fiber. Some amino acids like glutamine and other branch chain amino acids (also known as BCAA’s) are also depleted after exercise. These amino acids are used up in vital processes during high intensity exercise.

These negative responses to muscle damage can actually result in a net protein loss. The original intention of your training, to gain strength (and hit bombs), is not the natural reaction of your muscles. This potential reduction in muscle mass and strength can hinder your bat speed and hurt your performance goals. Nobody wants this catabolic response.

The Anabolic Switch

ana

There is good news. With proper nutritional intervention, the right nutrients at the right time, you can flip this catabolic state (breakdown) to an anabolic state (building). Which reduces the negative effects of muscle damage, and stimulates a greater protein production resulting in muscle growth and increased strength. The results: you get stronger and recover faster.

Your timing is vital. If not taken serious, you will not see the benefits. Literally “every minute matters.”

We discussed previously the vital importance turning on the anabolic switch after a workout. If you tried this, you should have seen a benefit already in your training. If you haven’t tried it, why not?

 

The 3 Stages Of Muscle Growth

The anabolic switch is the most important action step to take serious right now. Everything revolves around you making sure this happens. Keep in mind, you can set up your muscles and training before you train.  And you can optimize appropriate nutrition availability throughout the rest of your recovery process.

As an athlete who trains regularly, you will use muscle for energy, there is a spike in response, then you will initiate recovery. The Throw Cheese Nutrient System separates your muscle development into three different stages:

  1. The Power Stage,
  2. The Anabolic Stage and
  3. The Re-Build Stage.

The Power Stage

During this phase, the primary objective of the muscle is to release enough energy to sufficiently propel muscle contraction. Either during training or while you are pitching. Most players recognize the importance of consuming carbohydrates during training. Carbohydrates prevent the depletion of muscle glycogen (which extends your endurance) and helps maintain blood glucose levels (which delays fatigue).Throw Cheese Nutrition System

The Throw Cheese Nutrient System will tell you more than to just consume carbohydrates during exercise. Research shows, that when you consume carbohydrates with protein, specific amino acids and vitamins, you will experience greater gains than just consuming these nutrients separately.

You will be able to spare muscle glycogen (Your back-up energy storage) and accomplish greater muscle stamina, limit the rise of the hormone cortisol (Reducing muscle damage – I touch on hormones more later VERY IMPORTANT) and help prepare enzymes for faster recovery following your workout.

[Basically, your teammates will be wondering where you get all your energy to keep going and why you are growing so strong. In turn, you will quickly gain velocity on your fastball and have greater stamina on the mound.  After a awhile, you will acquire nicknames like “machine” and “super-man.” That is when it gets fun. You will smile and be thanking me.]

The next phase in muscle growth, the Anabolic stage…

The Anabolic Stage

This phase of muscle growth is the 45 minute window Throw Cheese Nutrition Systemfollowing a workout. With the right combination of nutrients, this phase initiates repair of the damaged muscle protein, and replenishes muscle glycogen stores (where muscle energy is stored).

Right after you finish a workout, your muscles are extremely sensitive to a hormone called insulin.  Insulin is key to muscle growth. Although this muscle sensitivity is high immediately after your workout, this sensitivity declines rapidly. Within a few hours your muscle cells can become insulin resistant (NOT good). If your muscle become insulin resistant you see dramatic slows in muscle glycogen recovery, muscle repair, and creation of new muscle. Don’t let this happen.

As you go through the Throw Cheese Nutrient System, you will learn why the consumption of carbohydrates during this 45 minute window is so important. You will learn about driving muscle glycogen recovery, muscle tissue repair and creation of new muscle (protein synthesis). Also you will learn how protein, consumed without carbohydrates, is less effective! And you will learn why specific antioxidants can boost muscle recovery.

The Re-Build Stage

This stage begins at the end of the Anabolic Stage and continues until your next workout. During this stage the muscle enzymes (proteins that speed up chemical reactions ) help increase the number of contractile proteins (what causes the muscle to flex ) and help increase the size of the muscle fibers (why you look so jacked). These enzymes also help replenish muscle glycogen storage (muscle energy storage) used up during the Power Stage.Throw Cheese Nutrition System

The Rebuild Stage is just as vital as the previous two stages. During this phase, you must continue to eat carbohydrates and proteins to maintain optimal muscle growth. Including the correct intervals between consumption. Protein consumed at the right time pays off with huge increases for any strength athlete. Especially pitchers looking to throw gas (Or as a hitter, drop bombs).

If you follow the Throw Cheese Nutrient System, you will be able to sustain a high “anabolic state”, restore muscle energy, repair the damaged muscle tissue, create new muscle, and see fastball velocity gains that will light up radar guns.

 

How To Maximize Protein Synthesis During  Recovery (The Rebuild Stage)

The amount of protein you consume each day is SO important to your overall muscle gain and muscle recovery. There are many studies that measure the exact amount of protein for athletes to maximize performance. Here are two mentioned in the Rebuild Stage…

Body Builder Study:

“In a 4 week study by Fern and associates, they found a greater gain in total muscle mass for body builders who consumed 3.3 grams per 2.2 pounds (1 kg) of body weight of protein versus those who consumed 1.2 grams per 2.2 pounds (1 kg) of body weight per day. So at first glance we see a higher amount of daily protein and a higher amount of muscle mass. But this study also showed a measureable amount of protein that was not retained. Most likely, the group that consumed 3.3 grams of protein per 2.2 pounds of body weight had exceeded the amount of protein that can be used for protein synthesis.”

Athlete Protein Study:

“A study published in the Journal of Applied Physiology by Tarnopolsky and colleagues measured athlete’s entire body protein synthesis based on per day protein consumption. The athletes consumed either consumed .9 to 1.4 grams per 2.2 pounds of body weight. Or they consumed an increased 2.4 grams per 2.2 pounds of body weight. In this study, they did NOT observe an increase in protein synthesis.

These examples are only 2 out of 5 examples shown in the rebuild stage. The great thing about studies like this, is you can learn from them and test them on yourself.

So how much protein should you consume each day?

It depends on your weight and your performance goals. A full comprehensive guideline for your recovery and macronutrient profile is laid out clearly in the Throw Cheese Nutrient System.

 

What Exactly You Should Do

You need to try out this course and start to implement the findings. Joey asked me to write these posts because he cares about you guys. He actually wants you to get better. After lots of discussion, it’s clear to me, you are all in good hands.

There is two types of responses to an educational course like this one.

  • Reaction 1 – Try it, learn and grow as fast as possible. See measurable improvement by measuring the right performance indicators and controlling your nutrient intake at the right times.
  • Reaction 2 – Uncertainty and hesitation. The first type of people succeed in baseball. The second type will continue to struggle and forever be scared to try anything.

 

How To Change Your Muscle Forever

The simplest way to know if you are doing the right thing for your athletic career, is to try it. Test it out. Call me out if you do not learn something. I believe in these courses and I know it will help you.

Click the link below, scroll down to the bottom of the page and buy the course and start to change your nutrition optimization today.

Throw Cheese Nutrition System

Pitchers Throw Cheese System

-Zach

P.S.: If you want more information about me, check out www.pitchersthrowcheese.com and sign up to my newsletter. Or email me at zach [at] pitchersthrowcheese [dot] com

P.P.S.: Thanks for reading. Share this with a friend.

P.P.P.S.: What are you waiting for, grab your own copy of the Throw Cheese Nutrient System–> Click here

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

This is Part 2 of a 3-part series on gaining power faster through nutrition:

Last post, we talked about timing your nutrition. But why? How does changing a few minutes of nutrition intake make any difference in your recovery and training? The answer revolves around your bodies hormonal response and an idea called the “Anabolic window.”

Anabolic response is a fancy word for building. When you see the word anabolic, think to build, when you see the word catabolic, think breaking down.

X-axis is time after workout

 

This graph is showing the anabolic response to nutrients after you exercise. There is a sharp anabolic response to nutrients immediately after your workout. But as you wait, your muscles are less responsive to anabolic activates and less responsive to nutrition.

 

How Hormones Change Your Training

Why is this the case? This is because of an important hormone called insulin. Insulin is released by your pancreases into your bloodstream when your body detects certain foods in your system. The most popular function of insulin is the regulation of glucose. If your bloodstream has a glucose level that is too high, then this can be toxic and lead to death. So insulin helps lower your blood sugar. Thus you stay alive. Good!

Check this out, the presence of insulin after a workout has been shown to boost recovery and increase muscle gain.

 

Studies To Help Us

There have been many studies proving the effect of insulin on protein synthesis (the creation of new muscle).  Penn State University Medical School researchers found that insulin stimulated ribosomes (cellular machinery) involved in the creation of muscle protein.

In a different study, researchers from the University of Texas Health Science Center in Galveston found that, after an insulin infusion, new muscle creation (protein synthesis) in the muscle cell increased by approximately 67 percent post workout.

I took advantage of this insulin response to glucose right after workouts. This recovery tool, aided my fastball increase from 88 mph to 95 mph in less than a year. When you take your nutrient intervention serious. Big things happen. You accomplish performance goals you never thought possible. I want this same success for you.

I teach a lot of pitchers how to train harder and recover fast (to throw harder). So I call nutrient intervention “Throw Cheese Intervention.” These same principals apply to hitters.

Here is an example of a normal insulin response to exercise without nutrient intervention:

Insulin’s Bad Reputation

Insulin promotes fat syntheses and decreases fat breakdown when your body is in a sedentary state. Over a long period of time, high insulin levels and buildup of body fat have been linked to type 2 diabetes. This is true and scary for a lot of people out there. But keep in mind. The sensitivity of your fat cells to insulin to store fat, is highly dependent on your bodies anabolic state.

The degree at which insulin promotes fat storage (bad), or carbohydrate storage, or protein syntheses (good) depends on which cells are sensitive to the insulin. Different cells (muscle cells or fat cells etc.) are sensitive to insulin based on the timing of your nutrients in regards to when your body was stressed during training.

We detail this very important, nutrition time sensitive characteristic, in the Throw Cheese Nutrient System. The timing and effectiveness of your nutrient intervention has a huge effect on your hormonal and biochemical response to workouts. An elite athlete (who is training everyday) muscle cells responds positively to insulin, especially right after your workout.

Exactly What You Should Do

Right after your workouts your muscle cells are the most sensitive to insulin and glucose. There is a 15 to 45 minute window that your body is starving for nutrient intervention. During this time you need to consume a protein/carbohydrate beverage (in a liquid form). The carbohydrate I want you to consume is sugar.

This will “open” the gates for amino acids, creatine and glucose for new muscle creation, limit muscle damage and blunt negative hormone response from training. The ratio of carbohydrates to protein is 3/1 or 4/1 carbohydrates to protein. For a post-workout supplementation, a 200 pound athlete should consume approximately 15 – 20 grams of whey protein and 50 – 60 grams of high-glycemic carbohydrates (dextrose) immediately after training.

Here is a picture of my shake after a workout:

More precise calculation of your pre-training, during training and post training nutrition is something we will lay out for you later.  So stay tuned bro and bro-ettes!

Keep in mind, carbohydrates and protein are both good by themselves. But when you add them together,  carbohydrates are complimentary to protein in training recovery and strength gains. Immediately following your workout, is the “Prime time” to get protein/carbohydrates into your system. The faster the better!

The below graph shows a large anabolic difference when nutrient intervention takes place.

From the Throw Cheese Nutrient System:

What Kind Of Sugar?

Not all sugars are a strong stimulator of insulin. Avoid products with high fructose or galactose. For example, many fruits (bananas, apples, citrus fruits ) and all vegetables (asparagus, artichoke, beans, broccoli) contain high fructose levels. They are not ideal immediately after your workout (Plus they are slower to digest).  Strong insulin driving carbohydrates include sucrose, maltodextrin and dextrose.

 

Here Is What I Use

I prefer the carbohydrate dextrose (order Dextrose Powder on Amazon). It is derived entirely from corn, making it natural, effective, and easily utilized by the body. You can scoop this into your shaker along-side your whey protein (whey protein is also very insulinogenic).

What If You Wait?

2 hours after your workout, your muscle can actually become insulin resistant. What this means is your muscle cells will not use the nutrients needed to build and repair the damage you caused during training. In other words, all the work you put into training is wasted. (what a crying shame!)

Do not waste your workouts by limiting your fuel intake. Every minute counts, literally.

Stay tuned for the next blog post, and keep working hard.

-Zach

PS: I wrote a a free course called “5 Nutrition Shortcuts To A 90+ MPH Fastball” grab your own copy —> click here

P.P.S.: Thanks for reading. Share this with a friend.

References:

Gleeson, M., Lancaster, G.I., and Bishop, N.C., “Nutritional strategies to minimize exercise induced Immuno suppression in athletes,” Canadian Journal of Applied Physiology, 26(Suppl):S23-S35, 2001.

Levenhagen, D.K., Carr, C., Carlson, M.G., et al., “Post exercise protein intake enhances

whole-body and leg protein accretion in humans,” Medicine and Science in Sports and Exercise, 34:828-837, 2002.

Ivy, J.L., Katz, A.L., Cutler, C.L., et al., “Muscle glycogen synthesis after exercise: effect of

time on carbohydrate ingestion,” Journal of Applied Physiology, 64:1480-1485, 1988.

Ivy, J.L., “Dietary strategies to promote glycogen synthesis after exercise,” Canadian Journal of Applied Physiology, 26(Suppl):S236-S245, 2001.

Suzuki, M., Doi, T., Lee, S.J., et al., “Effect of meal timing after resistance exercise on hind limb muscle mass and fat accumulation in trained rats,” Journal of Nutritional Science and Vitaminology, 45:401-409, 1999.

Disclaimer: Always consult a medical professional before taking any nutrition supplements.

Hitting Training For Baseball & Softball Swing Trainers | Hitting Performance Lab
Hitting A Baseball: Discover The Secret Of Impact

Robinson Cano hitting a baseball post-contact. Photo courtesy: TheNYPost.com

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 is an imperfect skill.  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.  Let’s talk about that…

(By the way, this post is a BEAST at a little over 1,300 words, so figure 5-7 mins reading time)

 

To Arm Bar OR Not to Arm Bar, this is the Question…

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

Hitting a Baseball: Perry Husband Effective Velocity Pitching System

“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 Hitting Is A Guess, 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…

90-Degree Barrel Angle to the Spine Rule  NOT True?

Hitting a Baseball: Giancarlco Stanton 90-degree Barrel to Spine Rule

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.  I received a few emails from people thinking I meant the front arm angle to the spine at contact.  Which would translate to arm barring…NO!  The preceding post link refers to the barrel, not the front arm to spine angle.

The shape of the front arm will depend on pitch velocity and location.  There are four ways a hitter gets to pitches at the top/bottom of the strike-zone, and/or inside/outside of the plate…

  1. Tilting at the waist with the upper body (the lower the pitch, the more the tilt),
  2. Back knee bend,
  3. Front knee bend, AND
  4. Front arm bar (pitch depth)

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.  Wha???!  Are you kidding me?!  His “thing” was that the front arm had to stay bent the whole time.

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

Hitting a Baseball: Josh Donaldson just past impact

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

Hitting a Baseball: Miguel Cabrera

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 get’s 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…