Baseball Batting Stance That Will Reduce Strikeouts?

 

Baseball Batting Stance: Daniel Murphy

2015 Daniel Murphy in triple flexion (hip, knees, and ankles). Photo courtesy: MLB.com

This post will discuss the proper youth batting stance and how to improve power for both baseball and softball in 2022.  Best open, square, closed, and wide stance information in addition to whether to keep the back elbow up or down hitting tips.

The baseball batting stance video post was sparked by my friend, whom I admire and respect as a man AND hitting instructor, doing great work in the San Diego-California area, Ryan Lehr (@thepureswingsd).

He’s worked under the hitting tutelage of Reggie Smith for over 15 years, and really has a fantastic grasp of the absolutes to the swing.

For those of you who don’t know Reggie Smith’s teachings, he’s as much of a ‘science-guy’ as we are.

And yes, this works for fastpitch softball as well as baseball.

The point of this video post, is to look at being in an athletic baseball batting stance and its effect on reducing strikeouts.

We’ll be looking at:

  • Effective baseball batting stance context,
  • Metrics of low-strikeout high-ISO hitters, and
  • Which low-K% high-ISO MLB hitters to model?

 

Effective Baseball Batting Stance Context

Easier to Hit Difficult Pitches

At Ryan Lehr & Reggie Smith’s Christmas hitting clinic, Kevin Sweeney talked about how getting more athletic in his baseball batting stance allowed him to hit difficult pitches

Making Adjustments to Gravitational Forces

Taylor Gardner, founder of the Backspin Batting Tee, says that a first baseman stretches toward the thrown ball when receiving it.  Knees are bent and the eyes are getting on level plane with thrown ball and receiving glove.

Gravitational Forces are acting on the ball at ALL times.

Here’s something that may piss off some fastpitch softball pitching coaches and pitchers…

Taylor Gardner came to the conclusion that a ‘rise-ball’ is a myth.  And I AGREE!

And if you don’t believe us:

  • Find your fastest fastpitch softball pitcher,
  • Video record her throwing a ‘rise-ball’ from the side angle where you get her and the catcher in the same frame, and
  • Track the trajectory of the ball’s flight to the catcher’s glove on slo-mo software…

I guarantee the apex of the pitched ball’s arc will be above where it’s caught by the catcher.

It’s because of GRAVITY!!!

Sure the arc will be less, the harder the pitcher throws, but there will still be an arc nonetheless.

Who Else Gets into an Athletic Position?

Baseball Batting Stance: Michael Brantley

2015 Michael Brantley in triple flexion. Photo courtesy: MLB.com

I ask my players what knee position they’d start in if they were:

  • Defending against a quickly advancing soccer striker,
  • Defending a fast wide receiver five-yards off the line,
  • The only one between a breakaway power forward and the hoop in basketball,
  • Going to throw a 16-pound Shot Put as far as humanly possible, or
  • Receiving a blazing serve from Roger Federer?

CLICK HERE for Speed Coach Lee Taft (@LeeTaft) blog post on why bending the knees is important to force production.

I alluded to the ‘triple flexion’ baseball batting stance in this video post breaking down Joey Votto’s swing.

Votto has one of the best swings to model if you want to cut down on ground-balls, strikeouts, weak fly balls, and just want to get on base more and make more frequent solid contact.  He’s the ultimate Pitch-Plane Dominator!

Metrics of Low-Strikeout High-ISO Hitters

I wanted to compare the Strikeout Percentage and ISO metrics to see if we could find a correlation between the baseball batting stance and hitters who rarely strikeout, but also maintain some element of power.

One of the biggest MYTHS is that you can only be a contact hitter, or a power hitter.  And that you can’t be both.  Nowadays, SABERmetric people conclude that when homers go up, so does the rise of strikeouts.

My belief is there CAN BE more going on between the numbers…

When looking back in time, we saw quite a few examples of fusing minimal strikeouts and raw power…Hank Aaron, Ted Williams, Joe Dimaggio, and Babe Ruth to name a few.

Okay, so what is ISO?  Isolated Power, according to FanGraphs.com basically describes a hitters “raw power”.

For you SABR wannabe math nerds (like me!), here’s a simple formula to compute ISO in two different ways:

  • ISO = SLG minus AVG, OR
  • ISO = Extra Bases divided by At-Bats 

Here’s an excel spreadsheet I put together, using FanGraph.com’s metrics, on the top-5 highest and lowest strikeout percentages among 2015 hitters, their ISO’s, and dinger totals:

Baseball Batting Stance: K% v. ISO Top-5

We analyze the highlighted hitters in the above video. Daniel Murphy and Michael Brantley having virtually above average ISO’s…

Compare how these hitters rank for K%:

strikeout-rating

According to Fangraphs.com

Compare how these hitters stack up for ISO:

iso-rating

According to FanGraphs.com

What’s plain as day is how ‘awful’ the top-5 highest K% are.  Eee-gads!  Not even trying there 😛

The silver lining though, is that there are a couple top-5 lowest K% that have virtually above average ISO’s, and one I’m excited to see perform in 2016 with a change in his baseball batting stance toward the end of the 2015 season…

 

Which Low Strikeout MLB Hitters to Model?

Baseball Batting Stance: Joc Pederson 2015 BEFORE/AFTER change

Notice Joc Pederson baseball batting stance change – left image is halfway through 2015 & right image is at the end of 2015. Photo courtesy: MLB.com

As Tony Robbins says, “Success leaves clues”.  He also said,

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

If you’re the coach (or hitter) who’s goal it is to reduce strikeouts among your hitters, while also preserving some elements of power, whose swing should you model?

…At least from a baseball batting stance point of view?

After analyzing the metrics, my answer’s are:

  • Daniel Murphy,
  • Michael Brantley, and
  • Joc Pederson (the end of 2015 baseball batting stance version).

Watch the video above for more in-depth analysis of these hitters.

I’m not sure how many strikeouts Joc Pederson had without ‘triple flexion’ in 2015 versus with it, but I’m anticipating way less strikeouts for him in 2016 if he keeps this principle in his baseball batting stance.  He’s a special hitter, and not a very big slugger (6’1″, 215-pounds).

Also, I know that correlation may not equal causation in this case, but it’s worth looking into.  So I’d love your thoughts and analysis on other low K% hitters with above average ISO’s…

To be continued… 😉

Little Known Ways To Fix Hitter Closing Eyes During Swing

 

 

Discover batting drills to STOP hitters from pulling their head position off the baseball or softball.  Works for kiddos aged 10 year old on down.  Fix closing eyes, front shoulder from flying open, and swinging too early.  First and foremost, make sure to address the fear of getting hit by the ball before trying any of these drills.

The above video, and following copy, gives our advice on a comment from one of our readers:

“I have a girl that closes her eyes when she is about to hit the ball?”Closing Eyes When Swinging

…we’ll go over…

  • What we can learn from Arnold Schwarzenegger in the movie Terminator,
  • Swinging across face,
  • Hitting a heavy bag,
  • Wiffle ball bats and balls,
  • Hammers, nails, and clapping, and
  • Repetition.

Hey what’s going on? It is Joey Myers from ‘Hitting Performance Lab’ again. In this video, I’m going to answer another reader question. This is actually an interesting one, and it’s one that I actually don’t see in lot of hitters, but I do occasionally see it. The reader comment we give advice on is: “I have a girl that closes her eyes when she is about to hit the ball”.

Now obviously, vision is a big part of this game – tracking the ball is a big part of baseball and softball. So, that would be something that we want to try and see if we can train into our swings. The moral of the story is repetition.  It just takes repetition. A lot of times the hitters that don’t take a lot of swings, on their own at home or whatever, they tend to kind of do this.

 

What we can Learn from Arnold Schwarzenegger in the Movie Terminator

So, we have to get them the right repetitions. I want to start off with just a quick story on Arnold Schwarzenegger in his book, his autobiography ‘Total Recall’, talked about a time when he was talking to I think was James Cameron, whoever the producer was, or I think it was director of ‘The Terminator’. The first one, and it was supposed to cast Arnold, this is after he got off the movie Conan the Barbarian, did pretty well with that. Started to become a rising star, and they were gonna cast Arnold as John Connor in Terminator 1, the guy in the future that comes back to try and stop the machines from taking over the world.

So, Arnold Schwarzenegger is supposed to be the good guy, and OJ Simpson ironically was supposed to be the bad guy. He was going to be the Machine. Arnold was sitting there at lunch with James Cameron, whoever the director was going to be, and they were talking. Arnold was saying “Hey, The Terminator is a machine, so tell OJ, coach him that when he shoots a gun or pulls a trigger or whatever loud sounds, his eyes can’t blink, he can’t blink. For those of you out there who haven’t read ‘Total Recall’ maybe don’t know that Arnold was actually in the Austrian army when he was younger, drove tank. He’s very versed, and has been around a lot of guns being shot off, cannons going off, and different things like that.

So, he’s giving James Cameron all these tips to give to OJ, and James Cameron goes “you know what, why don’t you be the Terminator, you know so much about being a machine”. Arnold was like “No, no, no”. He didn’t want to do it because he didn’t want to get typecast as the bad guy. But actually, hindsight being fifty-fifty, that was actually a good move by him. That’s what he ended up doing.

The idea of blinking, right. You can see it encapsulated in that Arnold Schwarzenegger story where you got a guy like OJ, who’s never been around that before, shooting guns and all this at least not till later right. You have Arnold who was trained in the Austrian military. So, you have Arnold who put in the repetition, OJ did not. This is why repetition is kind of the underbelly of a lot of the things that we’ll talk about in this video.

 

Swinging Across the Face

So, one of the first things though that could be an issue, and I’ve seen in local or some of my online hitters on video, is when I see the eyes closing, I also see the head turning. What Matt Notes calls ‘Chasing your face’, like there are swings chasing their face or pulling their head off the ball, pulling their head out. What they have to make sure that they’re doing first, because it doesn’t matter if they are closing their eyes, turning their head this way, is just as bad as closing their eyes. If you fix the eyes from closing at impact and major leaguers probably do this too, I don’t know if all of them, maybe they all keep their eyes open at impact. But you’re gonna see some blinking going on, but not right before impact. You’re not going to see this.

But you’ve got to make sure you should correct the head, so we want to make sure we’re swinging across our face. It’s not head pointing at the plate, swinging across our face like say Nolan Arenado. Our head actually, it’s gonna be somewhere, our nose and chin, it’s gonna be somewhere out in front of impact. We cannot see impact with the center part of our vision, we see it out of the corner of our eye. We want the head to be somewhere out in front of impact, out in front of the plate. Then we want them to swing across their face, not chase their face. So, that’s number one, and I’ll have a video link, or a link to another blog post where I talk about swinging across your face. Again, Matt Notes came up with that.

If you’re watching this on YouTube, just go down to the About section, click the link, go to the regular post, and the link should be in there. ‘Swinging across your face’. So, that’s number one…

 

Hitting a Heavy Bag

Also, you can get good practice about hitting something with the bat, again think Arnold Schwarzenegger, Austrian army, shooting a lot of guns. By hitting a heavy bag with a bat or with your fists, then you get used to trying to see the bat or fist hit the bag. Getting used to that and trying to keep the eyes open while doing it. Again, repetition is key, and it’s not hundreds of swings a day. It’s what I tell my hitters, four days a week, five minutes each day, that’s all I tell them.

So, if you just worked on this, if this was a big issue, eyes are closing at impact and before impact, then I would say probably within two to three weeks, you’re gonna see a major change in your softball player, your baseball player’s swing. So, hitting the heavy bag is number one, you don’t have to worry about hitting the ball, about missing it, it’s actually a object that’s there, it’s big, they know they’re gonna hit it. So, they can practice with the eyes being open at impact.

 

Wiffle ball bats and balls

The other thing is Wiffle balls and bats. Wiffle balls and bats are light, it’s meant to be light, it’s not gonna hurt them, they’re not gonna feel a lot of recoil from the ball off the bat. So, there’s really nothing to be afraid of if they get hit by the Wiffle ball, it doesn’t really hurt that bad, hopefully you’re not chucking it at them. Because it can hurt, but if you’re not chucking it at them, if they’re having a hard time with blinking their eyes, then you want to be kind and soft with the training at the beginning.

So, Wiffle balls and bats, get them used to, try to get them to, keep their eyes open. They don’t have to necessarily need to see the ball hit the bat, but they have to keep their eyes open at impact when the wiffle bat and the ball collide.

So, that’s another way that you can spend your four days a week, five minutes each day.

 

Hammers, Nails, and Clapping

The other thing is pretty simple, if you have a tool shed at your house or in the garage…maybe you’re big into making stuff, carpentry and you have hammers and nails, best to do this. Because almost similar to hitting, the only thing is you’re hitting a stationary object but you’re taking the hammer, and you’re trying to pound that nail, just put nails out in a stump, if you got an old stump just like the old game who could sink the nail with one hit. Where you’re knocking the nail in, and have her or him, the hitter, practice hitting that nail and keeping their eyes open, and trying to see the contact point of the hammer, the head of the hammer, and the head of the nail.

Another way that you can do that, ‘Clapping’ is another way.  So clapping, try to keep your eyes open as you are clapping instead of blinking the eyes. Clap until they can do it, and have their eyes open during that motion. So, that’s another way to help kind of condition it.

 

Repetition

But again, it’s all about repetition. Repetition is with all this stuff, again if you look at OJ in Terminator vs Arnold Schwarzenegger in the Terminator role. Arnold was better conditioned behaviorally to be able to keep his eyes open while firing a weapon, and act like an actual machine.

I hope this answered your question: “I have a girl that closes her eyes, when she is about to hit the ball”. Make sure that we’re swinging smarter by moving better, and before I let you go…



Walk into any MLB stadium and you’ll see a completely different baseball batting stance in every single batter’s box. Ted Williams stood upright and compact. Tony Gwynn narrowed his stance late in his career and simplified everything. Derek Jeter spread wide and open. Josh Donaldson tweaked his setup more times than he can count. Today, Bobby Witt Jr. presets his hip before his stride, Freddie Freeman recently turned his front foot inward to close his hips, and Vlad Guerrero Jr. stands open to buy time on off-speed pitches. All of them are right. None of them look the same. And every one of them passes through the same five checkpoints that determine whether a stance actually works.

↓ Download the free 5-Point Stance Check PDF — or keep reading for the full breakdown.

What did Ted Williams say the proper baseball batting stance actually requires?

Ted Williams was the most analytical hitter who ever played the game, and he addressed the stance directly in The Science of Hitting. His requirements were precise: feet slightly wider than shoulder-width, a slight bend at the knees, a slight bend at the waist, hands near the back shoulder, and eyes level on the pitcher. Williams was specific about hand position in particular — “The further your hands are away from your body, the longer it takes to get into the proper load position.”

Additionally, Williams was dogmatic about one mechanical truth that made his five-point stance framework worth following: hips lead the hands. The purpose of the stance, in Williams’ view, was not to look a certain way — it was to create the conditions for full hip rotation. Weight shift alone, he argued, does not generate power. Hip rotation driven by the stance setup does. Therefore, the stance is not an aesthetic choice. It is the setup for the baseball swing load that generates everything that follows.

For youth hitters, Williams also gave important permission: experiment and find what feels comfortable within those five requirements. He was not advocating for one rigid model. He was identifying the non-negotiables that apply to every hitter regardless of style.

Tony Gwynn said the baseball batting stance doesn’t matter — so what does?

Balance. That was Tony Gwynn’s definitive answer on the batting stance debate, and it cuts through decades of coaching disagreement in one sentence. Gwynn was direct: “Your stance doesn’t matter, but if you’re not balanced by the time you load, you’re out.” He went further: “Balance and adjustability go hand in hand; without balance you really have no chance to adjust.”

This is arguably the most useful framing for youth hitters and coaches because it correctly identifies the stance as a means, not an end. The stance is how a hitter arrives at a balanced, adjustable launch position. Consequently, a wide stance, a narrow stance, an open stance, a closed stance — all of them can work, as long as the hitter achieves balance by the time the stride foot lands. A stance that looks textbook-perfect but doesn’t produce balance at landing is worse than an unconventional one that does. For a full breakdown of Gwynn’s hitting approach, Pro Baseball Insider’s Tony Gwynn hitting series covers his philosophy in depth.

How wide should your feet be in a baseball batting stance?

Shoulder-width to slightly wider is the most reliable answer, and it applies across virtually every elite hitter from Williams through today’s game. The exact width is secondary to what the foot position enables: a hip hinge, a loaded back hip, and a stable base for stride and weight transfer.

Josh Donaldson — who has changed his own setup more than a dozen times over his career — emphasizes what happens at the back hip. Donaldson teaches being engaged into the back hip, not the back knee: “When you are engaged in your back hip you have better balance than when you put all your weight into your back knee. When you are locked into your knee, you will naturally want to jump forward.” His weight setup focuses on the back heel and back hip working together — a subtle distinction that has major implications for load timing and hip rotation efficiency.

Bobby Witt Jr. takes that concept a step further with his hip preset. Before his stride, Witt’s belt buckle tilts slightly toward his back hip. This setup position means his hips are already primed to sequence before the stride foot lands — and when he does land, he arrives centered rather than drifting or rushing forward. That centered landing is what gives him the adjustability to cover all four quadrants of the zone. For more on how the back foot works in this equation, this breakdown of back foot angle and hip loading covers the mechanics in detail.

Where should your hands be in the baseball batting stance?

Near the back shoulder, close to the body. Williams said it plainly, and decades of swing analysis have confirmed it: the further the hands start from the back shoulder, the longer the path to the ball, the harder it is to generate bat speed, and the more likely the swing is to drag through the zone rather than accelerate through it.

Hand position in the stance also determines where the hands travel during the load. When hands start close to the back shoulder at the right height, the load is a compact internal rotation rather than a long reaching motion. That compact load is the difference between a short, direct swing and one that’s susceptible to bat drag — one of the most common swing killers in youth baseball. Furthermore, hands at shoulder height avoid the upward adjustment that occurs when the hands start too low and must travel upward to meet a fastball at the top of the zone.

Cal Ripken Jr., who changed his batting stance many times over his HOF career, consistently returned to one principle: learn yourself as a hitter. That self-knowledge includes understanding where your hands naturally fall at load — and whether that position is helping or hurting your path to the ball.

What are today’s best hitters doing in their stance that youth hitters can learn from?

The most instructive recent example is Freddie Freeman’s front foot adjustment in 2026. Freeman identified a problem — he was pushing balls to left field rather than driving them — and traced it to his hip opening too early in the swing. His solution was to turn his front foot slightly inward (like Corey Seager), which gave his hips a physical reason to stay closed longer before rotating through the ball. His quote on the result was simple: “Obviously that’s helped a lot.”

What makes this instructive for youth hitters is the diagnostic process. Freeman didn’t change his swing. He adjusted one element of his setup — front foot angle — and the downstream result was that his hips rotated more efficiently. That is exactly how stance changes should work: identify a specific problem, trace it to a specific setup element, make one targeted adjustment, and measure the result in ball-in-play data.

Bobby Witt Jr.’s hip preset is similarly instructive. Most youth hitters think of the stance as static — you set up, then you swing when the pitcher delivers. Witt’s approach treats the stance as an active, athletic position where the hips are already loaded before the stride fires. The result is that he gains ground toward the pitcher without losing tension in his rear hip, which gives him both direction and timing. Improving batting timing often starts with this exact principle — the stance isn’t passive, it’s the first movement in a sequence.

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The 5-Point Stance Check

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What coaches and players using the HPL system say

“13 year pro ball player here. I just wanted to say how much I enjoy your videos and emails — I couldn’t agree more with the mechanics and techniques you teach. You’re on the right track to unlocking what it takes physically and mechanically to translate what the best in the world are doing every day. Keep up the great work.”

TGARCIA247 ★★★★★ — 13-Year Professional Baseball Player

“Many of my hitters are starting to achieve exit velocities they never thought possible. Averages are up, power is up. I have three girls playing D1, six at D2, two going to JUCOs this fall — and I credit the HPL approach for proving the science and providing convincing evidence.”

Ronny Weber ★★★★★ — Baseball & Softball Coach

“Enthralled with your stuff — can’t even watch football in peace for watching, reading, and thinking hitting. Learning so much from the HPL approach, especially as it relates to what I’ve built my coaching on. Can’t wait to share this in the new year with my team. Now your number-one fan.”

Timothy Merry ★★★★★ — Youth Baseball Coach

The 5-point baseball batting stance check coaches use to diagnose problems fast

Across all the variation in elite batting stances — from Williams to Gwynn to Jeter to Freeman to Witt — five checkpoints remain constant. These are not preferences or style choices. They are the mechanical requirements that every effective stance must meet. Check all five and a hitter’s setup will work. Miss one and the rest of the swing has to compensate.

Checkpoint 1 — Balance

Weight should be roughly centered or slightly back at setup — not forward. Gwynn’s test applies: can the hitter hold the stance for three seconds without swaying? If not, the stance isn’t producing a stable launch position. Weight forward at setup means weight is already forward before the pitch, which eliminates any load and transfer.

Checkpoint 2 — Foot Width

Shoulder-width to slightly wider. Feet too narrow = limited hip rotation room. Feet too wide = restricted stride and hip mobility. The width should allow a full hip turn without the back foot flying out or the front knee collapsing inward. For stride mechanics tied to foot width, the setup and the stride length are directly related.

Checkpoint 3 — Hip Hinge

Soft knees with a slight bend at the waist. Standing too upright is the single most common youth batting stance error. An upright stance eliminates the athletic ready position — the same posture a shortstop uses when fielding, a basketball defender uses to stay in front of a ball handler. Without the hip hinge, there is nothing to rotate from.

Checkpoint 4 — Hand Position

Hands near the back shoulder, close to the body, at or slightly above shoulder height. This is the position Ted Williams prescribed. Hands too low create an upward path adjustment. Hands too far from the body create a longer, weaker swing. Check the baseball batting drills that reinforce this hand position through repetition.

Checkpoint 5 — Head and Eye Level

Both eyes on the pitcher, head still and level. This sounds obvious but is violated constantly when a hitter stands with their head tilted, chin buried in their shoulder, or eyes angled rather than level. A level head is a pre-condition for pitch tracking — the eye needs a stable platform to do its job. If the head is tilted in the stance, the visual field is already compromised before the pitch is thrown. For a full list of baseball hitting tips tied to each of these checkpoints, the library covers every piece in depth.

Go Deeper on the Load

Power Hitter 2.0: Engineering The Alpha — The Online Course That Fixes What the Stance Sets Up

Your stance is the setup. Power Hitter 2.0 covers the exact loading mechanism every elite hitter uses — regardless of how different their stances look. Inside: the science behind consistent rotational power, why “load and explode the hips” is the #1 coaching lie, how to stop the front shoulder from flying open, and the load timing system that works across all pitch speeds. One-time payment, $19.99, instant access.

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What is the most common baseball batting stance mistake youth hitters make?

Standing too upright is the most common and most damaging stance mistake in youth baseball. A hitter with no hip hinge and no knee bend has eliminated the athletic position that makes rotation possible. The stance looks casual — like someone waiting for a bus rather than preparing to swing at 85 mph. As a result, the only power source available is the arms and wrists, which is not enough against any pitcher with velocity or movement.

The second most common mistake is hands too far from the body. When the hands start extended — out away from the chest rather than close to the back shoulder — the load path is immediately longer. Furthermore, extended hands create a loop in the swing path as the hands have to travel inward before they can go outward to the ball. That loop is the origin of most bat drag problems, and it starts in the stance before the pitch is ever thrown.

The third mistake is weight too far forward. Some hitters set up with their weight already on the front foot before the pitch. This eliminates the weight transfer that feeds hip rotation. Without weight moving from back to front during the swing, there is no transfer of energy — and without energy transfer, there is no power regardless of how sound the rest of the mechanics are. Think of it like a pitcher who plants their front foot and tries to throw without using their legs. The arm still works, but the velocity disappears.

Common questions about the baseball batting stance

What is the proper baseball batting stance for youth hitters?

The proper baseball batting stance for youth hitters is an athletic ready position with feet shoulder-width or slightly wider, a soft bend at the knees and waist, hands near the back shoulder at approximately shoulder height, and eyes level on the pitcher. There is no single correct stance — Tony Gwynn, Ted Williams, and Derek Jeter all looked different. What they shared was the same five checkpoints at stride landing: balance, foot width, hip hinge, hand position, and head level.

How wide should my feet be in a baseball batting stance?

Feet should be shoulder-width or slightly wider. Ted Williams recommended feet slightly wider than shoulder-width. The exact width depends on body type and stride length — a hitter with a longer stride starts a bit narrower, while a no-stride hitter may stand wider by default. The critical requirement is that the width allows a full hip turn without the back foot flying out or the front knee collapsing.

Where should your hands be in the batting stance?

Hands should be near the back shoulder — at shoulder height and close to the body. Ted Williams wrote in The Science of Hitting that the further hands are from the body, the longer the path to the load position. Close hands create a short, direct swing. Extended hands create a longer path and increase bat drag through the zone.

Is a closed or open batting stance better?

Neither is universally better. Derek Jeter used an open stance for 20 seasons. Freddie Freeman adjusted to a more closed front foot in 2026 specifically to keep his hips from opening too early. The starting foot angle is less important than where the hitter lands at stride — balanced, with the front foot roughly squared and the hips still loaded. Both open and closed stances can achieve that landing position.

What did Ted Williams say about the proper batting stance?

Williams outlined five requirements in The Science of Hitting: feet slightly wider than shoulder-width, soft knees, slight bend at the waist, hands near the back shoulder, and eyes level. He also taught that hips lead the hands — the stance must enable full hip rotation, not just weight transfer. And he gave young hitters explicit permission to find their own comfortable version of these fundamentals rather than copying one specific model.

Why do elite hitters have such different stances if there’s a proper one?

Elite hitters look different in their stances because the pre-pitch setup is personal — it reflects body type, timing preference, and rhythm. However, all elite hitters pass through the same five checkpoints at stride landing. At that moment, balance, hip hinge, hand position, foot alignment, and head level are consistent across virtually every elite MLB hitter. The stance is individual. The launch position is universal.

How does batting stance affect power and contact?

Batting stance affects power primarily through hip hinge and hand position. A stance with soft knees and a slight bend at the waist enables hip rotation — the primary power source. A stance with hands close to the back shoulder enables a short, direct path that improves contact rate. The three most common stance faults that reduce power and contact are standing too upright, hands too far from the body, and weight too far forward.

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Fastpitch softball hitting mechanics get misrepresented more often than almost any topic in the hitting world. Most coaches learn their craft through baseball — then try to apply the same swing cues to a sport with a different pitch plane, a shorter release distance, and less time to make a decision. The result is a generation of softball hitters who work hard, look great in the cage, and then disappear at the plate against a live arm they haven’t seen before.

This guide covers what separates fastpitch softball hitting mechanics from a baseball swing, what correct technique actually looks like at the plate, and — most importantly — why the cage-to-game gap in fastpitch is almost always a pitch recognition problem, not a swing problem.

↓ Take the free 60-second Game Transfer Quiz — or keep reading for the full breakdown.

How Does Fastpitch Softball Hitting Mechanics Differ From a Baseball Swing?

Fastpitch softball hitting mechanics differ from a baseball swing in three primary ways: pitch plane, release distance, and reaction time — and each difference changes what good technique looks like at the plate.

First, the pitch plane. In baseball, a pitcher releases from an elevated mound and the ball descends into the hitting zone. In fastpitch softball, the pitcher delivers in a windmill motion from below the hip, driving the ball upward toward the plate on a rising plane. As a result, a softball hitter who applies a “swing down” cue — or even a traditional flat swing — is fighting the pitch’s natural path. The barrel and the ball move in opposite directions at contact, shrinking the hitting window dramatically.

Second, the release distance. College and high school fastpitch pitchers release from 43 feet; a baseball pitcher releases from 60.5 feet. That 17-foot difference — combined with fastpitch speeds of 55–70+ mph — means a hitter has a reaction window of approximately 350–380 milliseconds. For context, a exit velocity vs. bat speed analysis reveals that the same mechanical output produces different results when reaction time is compressed — the hitter’s front-end trigger becomes the rate-limiting factor, not the swing itself.

Third, the contact zone. Because the pitch rises from below, the optimal contact point is higher relative to where the pitch starts. The hitter isn’t just timing a ball in front of the plate — she’s timing a rising trajectory, which requires a different barrel entry angle than baseball at every pitch height.

What Does a Correct Fastpitch Swing Plane Actually Look Like?

A correct fastpitch swing plane matches the incoming pitch angle — the barrel moves slightly upward through the contact zone, staying on the pitch plane as long as possible before and after contact.

This directly contradicts the “stay on top of the ball” cue still taught in many fastpitch programs. That cue produces a downward barrel path that diverges from the rising pitch plane. The result is thin contact, topped grounders, or misses — not because the hitter is slow, but because the barrel is moving away from the ball at the moment it arrives. In softball hitting power analysis, hitters who match their barrel plane to the pitch plane stay in the contact window 2–4 times longer than hitters who chop down. That wider window is the difference between a clean line drive and a weak grounder, even when timing is identical.

Hip rotation is the driver of swing plane. An early, powerful hip turn allows the barrel to slot naturally into the correct upward path. However, when hip rotation is late or the hitter compensates with the arms, the barrel path chops across the pitch instead of moving with it. Furthermore, most hitters told to “swing level” actually swing across the ball because their hips open too late — not because their arm swing is wrong. Fixing the hip trigger fixes the plane.

Wondering if swing plane is the issue for your hitter? → Take the free Game Transfer Quiz — 4 questions, 60 seconds.

What Is a Good Exit Velocity for Fastpitch Softball by Age?

Exit velocity benchmarks for fastpitch softball vary by age and level — here are coaching targets by age group based on data from college programs and travel ball assessments across the country.

Age Group Average Above Average Elite / D1-Track
10U 40–50 mph 51–58 mph 59+ mph
12U 48–58 mph 59–66 mph 67+ mph
14U 57–67 mph 68–75 mph 76+ mph
16U 63–72 mph 73–80 mph 81+ mph
18U / High School 68–78 mph 79–86 mph 87+ mph
College / D1 78–88 mph 89–94 mph 95+ mph

← Swipe to view full table on mobile →

Two important caveats apply. First, exit velocity is a product of both bat speed AND swing path — a hitter with excellent bat speed can still fall short of these targets with a poor attack angle. For training context, data on exit velocity gains consistently shows that swing-plane improvement produces bigger jumps than pure bat-speed work alone — because fixing the plane improves contact quality, not just contact rate.

Second, these are coaching benchmarks, not absolute ceilings. The National Fastpitch Coaches Association notes that college recruiters weigh multiple factors beyond exit velocity — arm strength, speed, and softball IQ are all part of the picture. Use these numbers as progress markers in training, not as pass/fail thresholds for your hitter’s future.

Why Do Fastpitch Hitters Look Better in the Cage Than in Live At-Bats?

The cage-to-game gap in fastpitch softball is almost always a pitch recognition problem — not a swing problem — and it’s the most common reason a technically sound hitter underperforms against live pitching she hasn’t seen before.

Here’s the root cause. In the cage, a hitter works against predictable speeds, familiar release points, and consistent pitch movement. Her brain builds an accurate timing model quickly, and the swing fires well. In a live at-bat against a pitcher she hasn’t faced, however, everything changes: the arm angle is different, the pitch movement is new, the release point is slightly off from what she practiced against. The brain scrambles to build a model of that pitcher in real time while also trying to execute a decision in under 400 milliseconds.

Because the hitter’s recognition pattern doesn’t match what she’s seeing, she swings at pitches she should take, takes pitches she should hit, or makes contact on a different part of the ball than intended. This is what researchers call the practice-to-game gap, and temporal occlusion studies — the gold standard for measuring pitch recognition in hitters — show that elite hitters distinguish themselves not by having faster reaction times, but by reading pitch cues earlier in ball flight. That earlier read gives the swing mechanism more time to execute. Most hitting programs never train this layer, which means a hitter with clean mechanics still walks into a game with an untrained front-end trigger.

For a direct breakdown of what this looks like — including late swing problems that have nothing to do with bat speed — see the linked post. In addition, pitch recognition tools that use real pitcher video can close this gap at home, between cage sessions.

“Exit velocities are up, averages are up, power is up. Three girls going D1, six at D2, two at JUCOs. I credit the HPL approach for proving the science and providing convincing evidence.”

Ronny Weber — Baseball & Softball Coach

“You’re on the right track to unlocking what it takes physically and mechanically to translate what the best in the world do every day. Keep up the great work.”

TGARCIA247 — 13-Year Professional Baseball Player

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4 quick questions identify the specific gap between cage performance and live at-bats — and exactly what to work on next. Works for baseball and fastpitch softball at any level.

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What Is the Right Attack Angle for Fastpitch Softball Hitters?

The optimal attack angle for fastpitch softball hitters is typically between +5° and +15° through the contact zone — matching the upward trajectory of the pitch as it crosses the plate.

Attack angle is measured at the moment of contact, not during the load or stride. A +8° to +12° range at contact keeps the barrel on the pitch plane the longest, which directly increases the probability of solid contact. At the same time, it’s important to distinguish attack angle from launch angle: attack angle describes where the barrel is moving at contact; launch angle describes where the ball travels after contact. Getting attack angle right is the prerequisite for improving launch angle in a repeatable way — not the other way around.

Hitters with consistently negative attack angles — meaning the barrel moves downward at contact — fight the pitch plane directly. Frequent topped grounders, weak pull-side contact, and “almost” misses are the tell. For practical hitting timing drills that establish the correct barrel entry into the zone, the linked resource covers specific drill progressions. In addition, tracking contact location on the barrel over a BP session is a fast self-assessment: consistent contact on the bottom third of the barrel almost always signals a negative attack angle at contact.

Which Fastpitch Softball Hitting Drills Build the Most Game-Ready Mechanics?

The fastpitch softball hitting drills with the strongest game transfer all share one quality: they force the hitter to read and adjust in real time, rather than groove a committed pattern against predictable feed.

Therefore, the most effective approach layers two types of training. First, mechanical drills build the physical pattern — swing plane, hip rotation, barrel path. Batting timing drills with variable pitch speeds or load-anchor cues are especially effective here because they develop a recognition pause before the swing commits. Second, recognition training builds the front-end trigger — the ability to read pitch type, location, and movement early enough for the mechanics to fire correctly in a live at-bat. Most programs run only the first layer and wonder why the cage results don’t transfer.

Specifically, these three approaches produce the highest game transfer for fastpitch hitters:

Pitch-type calling during BP. Before swinging, the hitter calls out the pitch type — “rise,” “drop,” “change” — as early in ball flight as possible. This forces active visual processing rather than passive waiting. Most importantly, it starts building the pitch library that determines how early the swing trigger fires under game pressure.

Variable-speed soft toss with spin cues. The feeder varies rotation between topspin and backspin, and the hitter adjusts barrel plane to match. As a result, this drill trains the specific adjustment mechanism that breaks down against pitches the hitter hasn’t seen before — which is exactly what happens in almost every game situation.

Video-based pitch recognition at home. Platforms that use real pitcher video with temporal occlusion — cutting the video at different points in the delivery to force early reads — have over two decades of peer-reviewed research showing that recognition speed gains from this training transfer directly to live performance. No cage required for this layer.

Common Questions About Fastpitch Softball Hitting Mechanics

How is fastpitch softball hitting mechanics different from baseball?

Fastpitch softball hitting mechanics differ from baseball in pitch plane, release distance, and reaction time. Fastpitch pitchers release from 43 feet in a windmill motion, driving the ball upward on a rising trajectory — the opposite of a baseball pitcher throwing downward from a mound. The shorter release distance also compresses reaction time to roughly 350–380 milliseconds, compared to 400+ milliseconds in baseball. As a result, the optimal softball swing plane is slightly upward through the contact zone — not flat or downward, as many coaches mistakenly teach.

What exit velocity should a fastpitch softball hitter have by age?

Exit velocity benchmarks for fastpitch softball range from 40–50 mph at 10U to 78–88 mph at the college level. Above-average hitters at 14U typically exceed 68 mph; elite 16U hitters approach 80 mph or above. However, exit velocity is a product of bat speed AND attack angle. A hitter who improves her swing plane to match the pitch’s upward trajectory often sees larger exit velocity gains than those who focus exclusively on bat speed training — because better contact quality does more than raw swing speed when the attack angle is wrong.

Why does my fastpitch hitter look good in the cage but struggle in games?

Fastpitch softball hitting mechanics that work in the cage often break down in games because cage training develops the swing, not the front-end recognition trigger. In a live at-bat against a pitcher she hasn’t seen, the hitter’s brain must identify pitch type, location, and movement early in ball flight and commit to a swing decision in under 150 milliseconds. That recognition skill requires deliberate training that is entirely separate from mechanical cage work. Because most programs never address the recognition layer, the cage-to-game gap persists even when fastpitch softball hitting mechanics look technically correct in practice.

What is the correct attack angle for fastpitch softball?

The correct attack angle for fastpitch softball hitters is typically +5° to +15° at contact. This upward barrel path matches the rising trajectory of the pitch as it crosses the plate, keeping the barrel in the contact window longer. Hitters who consistently have a negative attack angle — meaning the barrel moves downward at contact — create a bat path that diverges from the pitch plane, producing topped balls and thin contact even when their timing is correct. Improving attack angle to the +8° to +12° range is one of the fastest ways to improve both contact rate and exit velocity simultaneously.

How do I fix a late swing in fastpitch softball?

Fixing a late swing in fastpitch softball almost always requires addressing two separate problems: load timing and pitch recognition. On the mechanical side, the hitter’s load or stride initiation is often too late — the pitch is already well on its way before she triggers. However, even a hitter with a correctly timed load can swing late if her pitch recognition is undertrained — she starts the swing based on a guess rather than an early read of pitch cues. Therefore, the most effective fix combines earlier load initiation with recognition training that builds the habit of committing to a swing decision based on information earlier in ball flight.

What is the most common fastpitch softball hitting mechanics mistake?

The most common fastpitch softball hitting mechanics mistake is a downward or chopping barrel path — the result of coaches applying the baseball “swing down” cue to a sport where the pitch moves in the opposite direction. In baseball, a descending pitch means a slightly negative attack angle can still produce contact because the bat path and ball path converge at the right moment. In fastpitch softball, the pitch rises into the zone — so a downward barrel path actively diverges from the ball, producing weak contact or misses even when timing is correct. The fix is re-orienting barrel entry to match the rising pitch plane.

How can fastpitch hitters train pitch recognition at home?

Fastpitch hitters can train pitch recognition at home using video-based temporal occlusion platforms — tools that show real pitcher video cut at different points in the delivery, forcing early reads of pitch type, location, and movement. This training method has over two decades of peer-reviewed research behind it, with measurable gains in recognition speed that transfer to live game performance. In addition, reviewing video of a hitter’s own at-bats with a focus on decision quality — which pitches she swung at and why — builds the pattern recognition library between cage sessions. Neither approach requires a cage, a pitching machine, or a live pitcher.

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Jose Altuve Hitting Analysis Reveals A Pathway To Repeatable Power

 

Jose Altuve Hitting Analysis

Look at Jose Altuve’s ‘bat lag’ and weight off the back foot. Photo courtesy: Melissa Phillip / Houston Chronicle

Learn how to increase hitting power stats like Jose Altuve swing with fundamental baseball and softball drills in 2022.

In doing Jose Altuve hitting analysis, here’s what I hear…

“Well, he’s a big hitter, that’s why he can hit for power”…

…Is the EXCUSE from coaches who’re removing any responsibility to help their smaller hitters hit the ball farther and harder.

Or, oftentimes I hear this about a hitter like Dustin Pedroia (5’9″, 175-lbs – these numbers are fudged “up” btw):

“He’s just gifted.”

Wa?!!

ALL Major Leaguers are GIFTED!!! lol

Tell me one physical advantage that Dustin Pedroia has over most…??!

Don’t say eye hand coordination or vision because that’s another common rebuttal.

There are countless other MLB hitters with the same superior eye-hand coordination and vision.

The reality is, smaller sluggers MUST be MORE effective, in order to compete with sluggers bigger than them.

Now, this Jose Altuve hitting analysis post isn’t about the ‘laser show’…however,

Standing in at 5’6″,

…and weighing in at a soaking wet 165-pounds, we’ll look at Jose Altuve (his height and weight numbers are a little closer to reality I think).

Although,

I do think Jose Altuve has one thing over the ‘laser show’, and that’s dancing (parental guidance is recommended 😉:

In this Jose Altuve hitting analysis video, we’ll go over:

  • Jose Altuve stats,
  • Presents of Forward Momentum (FoMo)?
  • How well he dominates the plane of the pitch,
  • Where his power comes from, and
  • Does he practice Pitch Recognition?

FYI: the pitch Jose Altuve is hitting in the video analysis looks like an 87-mph FB straight down broadway, and it does look like he’s on-time.

Without further adieu, here are the notes for the…

 

Jose Altuve Hitting Analysis Stats (the averages of averages)

CLICK HERE for the FanGraphs.com post  I pulled the following stats from*:

  • ISO = +20 points
  • BABIP = +34 points
  • GB% = +4%
  • LD% = +1%
  • FB% = -6%
  • HR/FB% = -3.5%

(*a (+) denotes how many points OR percentage points or above league average, and a (-) denotes below league average.)

 

Presents of Forward Momentum (FoMo)?

  • Is FoMo present?
  • Shifting foot pressure (mentioned landing with closed front foot), and
  • Moving Center of Gravity (COG).

 

How Well he Dominates the Plane of the Pitch

  • Knee Action – ‘getting shorter’ and ‘staying shorter’
  • Barrel Plane – keeping barrel on plane for as long as possible

 

Where his Power Comes from…

  • Showing numbers,
  • Hiding hands from the pitcher,
  • Hunch – Posterior Pelvic Tilt (PPT), and
  • Down shoulders? (not so much here).

 

Does he Practice Pitch Recognition?

My friend Aaron Miles, who was small (5’8″, 180-lbs), and played 9 years in the Bigs, talks about how his High School coach was forward thinking…in that he did Pitch Recognition training with his troops, and Aaron’s coach said he had the best PR on the team.

My hypothesis in this Jose Altuve hitting analysis is that he does some sort of PR training, OR has a God given early pitch recognition ability that allows him to hit the ball so hard, so often.

Sure, according to this Jose Altuve hitting analysis,

…Altuve may not hit over 30 homers per year, but he sure will hit a boat load of doubles, which is just as good to contributing to team wins…just look at his above average (average) ISO and BABIP scores above!

Zepp Swing Experiment: Here’s a Quick Way to Fix a Flat Bat at Landing (and WHY!) 

 

 

Discover fundamental how to coach quick hands, contact, and power hitting drills, techniques for beginners, and basic youth drills for baseball and softball players in the 8, 9, 10, 11, and 12 year old age range, in 2022.  This Zepp swing experiment targeting a ‘flat’ bat at stride landing is VERY age appropriate for the ages previously mentioned.

Fundamental Baseball Question: How Does a Flat Bat at Landing Effect Bat Speed, Ball Exit Speed, & Time To Impact?

Using the Zepp (Labs) Baseball app and Pocket Radar Ball Coach, I wanted to employ the Scientific Method to analyze how a hitter’s “Flat Bat at Landing”, or toe touch,  adds or takes away from key swing performance metrics including Bat Speed at Impact, Time To Impact, Attack Angle, and Ball Exit Speeds.

Let me define what I mean by ‘Flat Barrel’ versus a ‘Vertical Barrel’…

  • A ‘Flat Barrel’ at landing is anything less than a 30-degree angle (like Cargo in the above video as an example),
  • A ‘Vertical Barrel’ at landing is anything more than a 30-degree angle.

Now that we’ve defined the parameters, let’s look at the…

Background Research

Fundamental Baseball: 'Flat Bat' Swing Experiment

Notice where the “dot” is drawn on the two static images left side, and where it’s drawn on the two dynamic images right side. Photo courtesy: GymSmartsCommunity.com

My background research is more experiential, rather than academic.

I have hitters do a mini-experiment by holding the bat in their bottom hand, laid flat (parallel to ground) over their back shoulder.  And then ask them to hold the bat, using the same hand, but vertical.  I then ask them which bat position is heavier/lighter?  Of course they say the vertical bat is lighter.  I then ask WHY?  And I get a few different answers…

What is the fundamental baseball answer?  Because we’re not adding or taking weight away from the bat by doing this…

It has to do with center of mass of the bat in relation to the hitter’s.  A ‘Flat Bat at Landing’ pushes its center of mass behind the hitter’s. A human’s center of mass is generally around the belly button.  To find the bat’s center of mass you can balance it between your thumb and forefinger.

I’ve also observed when adjusting a hitter’s ‘Flat Bat at Landing’ to a more ‘Vertical Bat at Landing’, there’s a bump in Ball Exit Speed, which I measure at the beginning (before instruction is given) and end of a hitting lesson.  My hitter’s also share they feel quicker to impact, have a little more ‘pop’, and that it’s easier getting the ball in the air.

It’s also interesting to note that I see quite a bit of early barring of the front arm when the hitter lands with a flat barrel.  I also see the hitter “wrapping the bat” around their head.  In my opinion this is a compensation to manipulate the shifted center mass of the bat from behind the hitter.

CLICK HERE to watch this fundamental baseball video on how to fix a ‘Flat Bat at Impact’.

 

Hypothesis

Fundamental Baseball Swing Experiment: Carlos Gonzalez & Cody Bellinger Illustrating Flat versus Vertical Bat at Landing

Look at the difference in bat angle at landing between Carlos Gonzalez (left) – “Flat” and Cody Bellinger (right) – “Vertical”. Just because a Big Leaguer does it doesn’t mean it’s effective or optimized. Oftentimes they succeed despite ineffective mechanics. Photos courtesy: MLB.com

In support of the Background Research above, I’m hallucinating that we’ll see a bump in Bat and Ball Exit Speeds, in addition to a reduction in Time To Impact.  I also think that we’ll see a more positive move in the barrel’s Attack Angle.

 

Flat Versus Vertical Bat at Landing Experiment

Equipment Used:

Fundamental Baseball Experiment Setup:

  • Yellow dimple ball feedback markers to keep starting footwork the same = bat length…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 ahead of the back marker.
  • Backspin tee was set one baseball’s length behind the front feedback marker, and tee height was about mid-thigh
  • We stayed as consistent as we could with keeping the ball height and depth the same for most swings.
  • I broke each swing down into a couple steps: 1) Get to landing, 2) Pause for 2-secs, and 3) Swing.  The reason for this was to control the bat either flat or vertical at landing.
  • The two tests in the swing experiment were counter-balanced.  Which consisted of eight blocks of 25-swings done in the following order ABBA BAAB.  ‘Flat Bat at Landing’ was letter ‘A’, and ‘Vertical Bat at Landing’ was letter ‘B’.  200 total swings were completed in the experiment, 100 per test.  Counter-balancing helps remove the “getting tired” and “warm up” factors.
  • The objective of ‘Front Facing Swings’ was to start the ‘belt buckle’ pointing at the pitcher, and to minimize pelvic movement.
  • Fundamental baseball Experiment Day-1 on 7/5 we completed 150 total swings (75 ‘Flat Barrel at Landing’ & 75 ‘Vertical Barrel at Landing’).  Experiment Day-2 on 7/10 we completed 50 swings (25 ‘Flat Bat at Landing’ & 25 ‘Vertical Bat at Landing’).
  • We had to break the 200 total swings into two days, with the second day coming 1 week later, because of time constraints.

Data Collected (Zepp Baseball App & Ball Exit Speed Readings):

‘Flat Bat Swings’ Days 1 & 2 side by side…

Fundamental Baseball: Swing Experiment

Flat Barrel at Landing swing averages of the averages: 76-MPH Bat Speed at Impact, 26.5-MPH Hand Speed Max, .209 Time To Impact, -32* Bat Vertical Angle at Impact, & 8.5* Attack Angle.

‘Vertical Barrel Swings’ Days 1 & 2 side by side…

Fundamental Baseball: Swing Experiment

Vertical Barrel at Landing swing averages of the averages: 76-MPH Bat Speed at Impact, 27-MPH Hand Speed Max, .206 Time To Impact, 30.5* Bat Vertical Angle at Impact, & 8.5* Attack Angle.

CLICK HERE for the Ball Exit Speed Google document.  The findings?

  •  Flat Barrel at Landing AVERAGE Ball Exit Speed = 79.01-MPH
  • Vertical Barrel at Landing AVERAGE Ball Exit Speed = 81.08-MPH
  • Difference = 2.01-MPH Ball Exit Speed bump with more Vertical Barrel at Landing

 

Data Analysis & Fundamental Baseball Conclusion

Zepp data analysis comparing the averages of averages:

  • We saw NO change to Bat Speed at Impact between the two swings,
  • We saw a 0.5-MPH boost to Hand Speed Max when holding a ‘Vertical Bat at Landing’,
  • We saw a .003 second reduction in Time To Impact when holding a ‘Vertical Bat at Landing’,
  • We saw a +1.5-degree increase to Bat Vertical Angle at Impact when holding a ‘Vertical Bat at Landing’,
  • We saw NO change to the Attack Angle between the two swings, and
  • We saw a 2.01-MPH increase in Ball Exit Speed when holding a ‘Vertical Bat at Landing’.

Based on the above Data Analysis it looks like my Hypothesis was proved right when it came to a boost in Hand Speed Max and Ball Exit Speed, and decrease in Time To Impact, but wrong when it came to Bat Speed at Impact and Attack Angle.  I think the increase in Ball Exit Speed can be attributed to the decrease in Time To Impact.

When we see ineffective movement at the Big League level, we have to understand that these high level hitters are succeeding despite ineffective movements, not because of them.

Part-3: How To Develop Powerful Wrist Snap Like Hank Aaron (Is Devastating Against Pitchers)

 

Youth hitting consistent power trainer for baseball, softball, and senior league softball located in Fresno – Clovis, CA.  Discover wrist snap batting drills, techniques, and training for home use.  This video is a sneak peak at a 1 on 1 private lesson, and we also do online lessons as well.

Here’s Part-3 – a continuation of – a three part series showcasing a local lesson of mine…Over Shoulder Look: Hank Aaron Wrist Snap

I get questions every week on how I’d run a practice or one-on-one session.  This is an over-the-shoulder look.  The main objective of this video series is to demonstrate how I use some of the “sticky” coaching principles covered in this post, and in my new book The Science Of Sticky Coaching: How To Turn Ordinary Athletes Into Extraordinary.

In case you missed the background information of Part-1,

Zack is a 14-year-old hitter from Visalia, California, which is approximately an hour drive from me, one way.  And this is the first time I worked with him since about a year ago.  We’ve had about half a dozen session together in total.  And what I like about Zack is he asks a lot of really good questions during our sessions.

And before we started this session, Zack was having a challenge with hitting line drives.  He was either hitting the ball on the ground or non-productive balls in the air.

DISCLAIMER about the video:

  • Fortunately the video quality is great because Dad used his GoPro, but unfortunately I wasn’t mic’d up, so the audio isn’t like some of my other videos.
  • We’re at a public High School on a Saturday afternoon, so there are other team noises, bird sounds, emergency vehicles, etc. going on in the background that can be distracting.

Sadly, a few coaches on the socials will be overly critical of this hitter, and I’m asking you to suspend judgement.  The purpose of this video IS NOT about being overly critical of the hitter’s swing, it’s about the demonstration and use of sticky coaching principles.

Swing and coaching suggestions are welcome, but be nice coaches.

Now, for those coaches looking to learn and help their hitters get better…ONWARD…again!

A typically lesson I do, is organized like the following, from start to finish:

  1. Dynamic warm-up,
  2. Beginning Ball Exit Speed readings,
  3. Record and analyze current swing,
  4. Lesson, and
  5. Ending Ball Exit Speeds readings.

Part-3 lands you towards the end of #4 above.

What you can look out for in above video

  • Training something new should feel goofy, that’s normal…if they feel no change in movement at the beginning stages of motor skill development, then they’re repeating the same old thing (about 0:45 mark)
  • The arch and hollow (hunched) positions in Gymnastics.  “Hunch” can have a negative connotation, but reality says it’s a VERY SAFE position for a twisting spine to start in. CLICK HERE for a Zepp swing experiment that looked at the benefits of a “Hunched” spine. (about 1:55 mark)
  • Playing around with wrist snap variance using the target ankle resistance bands.  It’s NOT a roll over, it’s like a “waggle” that golfers use pre-swing.  Great defender against off speed and breaking pitches, AND increase BA by controlling the barrel.  Keep main objective in mind: hit ball as hard and far as you can.  (about 3:45 mark)
  • Working the Wrist Snap Variance Drill on the open field hitting targets. Hank Aaron was really good at this.  Watch Hank Aaron video below and watch his wrist action at impact… (about 6:15 mark)
  • The Frog Tape bat…barrel awareness.  Focusing on hitting a certain part of the barrel AND hitting it in a specific direction or target. (about 11:20 mark)
  • Discussing how switching bats between rounds forces a hitter to focus on adjusting their timing. Heavier/top heavy bats have to start sooner…lighter/balanced bats can start later.  (about 15:30 mark)
  • Zack made the observation that Finger Pressure makes the Wrist Snap Variance Drill easier to feel.  (about 17:30 mark)

 

Also, when it comes to sticky coaching principles, notice how I:

  • Move the tee positioning around after every swing (both high/low and inside/outside),
  • Vary soft toss heights and depths,
  • Vary mechanics on certain swings in a 5-swing round (I call these Varied Rounds), or practice one thing the whole round (I call these Block Rounds),
  • Ask quite a few feel, visual, and/or audio feedback questions AFTER round is over (think of it like a hitting quiz),
  • Keep my mouth shut during the 5-swing round (little to no feedback from me),
  • Don’t make Zack take a lot of swings during our time together,
  • Chunking certain movement together, so they don’t seem like separate pieces,
  • Have him change his bat size during rounds, and
  • Work with him on simplifying the juggling of a couple different mechanical cues.

“Keep your front leg straight.” Every youth hitter hears it. The front leg in baseball is one of the most coached — and most misunderstood — mechanics in the sport. The cue isn’t wrong. It’s just incomplete: it’s right at impact, wrong at landing, and the difference between the two is where most hitters lose 5–6 mph of bat speed they’ll never get back from a swing thought.

I ran 101 swings with a Zepp sensor to put it to the test — landing with a bent front knee (~146°) and blocking into straight at impact versus landing stiff (~170°) the whole way through. The bent-then-block approach averaged 6 mph more bat speed. That’s 24–48 feet of batted ball distance depending on pitch speed. This post breaks down why that happens, the two-phase front leg sequence elite hitters use, and the three drills that teach it faster than any verbal cue.

What Does the Experiment Actually Show — and Why Is the 6-MPH Result Conservative?

The video documents 100 swings at each front knee angle — bent (~146°) and straight (~170°) — off a SwingAway with the Zepp Baseball app tracking bat speed, hand speed, and attack angle on every rep. The result was a 6 mph average bat speed difference and a 2 mph hand speed difference, both in favor of the bent landing.

One design detail worth noting: the swing was deliberately broken into two steps — stride to landing, then pause, then swing — for both conditions. That pause intentionally stops forward momentum, which means the 6-mph advantage is actually conservative. In a continuous swing with forward momentum feeding into the block, the gain is typically larger. The two-step format was chosen specifically to isolate the front knee variable and keep the comparison clean. If there’s a flaw, it underestimates the blocking benefit, not overstates it.

The other thing the video confirms is the “getting shorter” effect. Landing with the bent knee lowers the eye level by 2–3 inches compared to landing straight, which is visible in the SwingAway footage. That drop is the strike zone compression that elite hitters like Barry Bonds used deliberately. It isn’t a side effect of the bent knee — it’s a feature. The bend produces both the power gain and the zone reduction at the same time.

+6 mph
avg bat speed added
24–48 ft
of extra distance
~146°
optimal landing angle

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Front Leg Blocking Drill Card

The 3-drill sequence that teaches the land-bent-then-block pattern — printable, cage-ready, baseball and softball cues included.

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What Does “Keep Your Front Leg Straight” Actually Mean?

The front leg in baseball hitting has two jobs — and they’re opposite. At landing, the front knee needs a slight bend (roughly 145–150°). At impact, it needs to be near straight (~170°+). The movement from bent to straight during the swing is called blocking, and it’s the mechanism that transfers energy into rotation. Most hitters hear “keep your front leg straight” and lock the leg through the entire stride. That collapses both jobs into one position and removes the energy transfer that blocking creates.

Think about what a wide receiver does cutting on an L-route. They don’t plant a stiff straight leg — they bend into the plant, then push off to change direction. The hitter does the same thing: bent at landing to absorb and load, straight at impact to transfer force and rotate. Jaime Cevallos in Positional Hitting calls the bent landing position a “cushion” for normal timing and a “double cushion” for adjusting to off-speed. It’s the same principle. The landing bend creates options. Straight from the start eliminates them.

Homer Kelly, the aeronautical engineer who wrote The Golfing Machine, described this precisely: “The slant is up in the direction of a straightened knee.” That slanting-up motion — triggered by the front knee going from bent to straight — is what tilts the hitter’s torso and sets a positive barrel attack angle. Without it, the hitter stays flat, chops down, and loses the ability to match a pitcher’s downward plane consistently.

Why Must the Front Leg Bend at Landing in a Baseball Swing?

Landing with a stiff, straight front leg in baseball isn’t just mechanically inefficient — it removes four distinct force contributors from the swing. Together, they account for the majority of that 6-mph difference in the Zepp data.

Springy fascia loading. Thomas Myers’s Anatomy Trains research identifies the Spiral and Deep Functional Lines that run through the legs as stirrups under the feet. These fascial lines can only be loaded — and unloaded for power — when the knees bend. My colleague Lee Comeaux, who works with professional golfers, found the combined knee bend at landing needs to add up to roughly 45 degrees total between both legs. Land straight and the springy rebound simply isn’t available.

Ground Reaction Forces. Newton’s third law: push into the ground, and the ground pushes back with equal and opposite force. A bent knee lets the hitter push against the ground during the block. A straight knee is already at end range — there’s nowhere to push from. Try jumping with straight knees to feel what’s missing. The same physics apply to the swing.

Strike zone compression (“getting shorter”). Landing bent lowers the hitter’s head and eyes by 2–4 inches. That closes the gap between the hitter’s eye level and the bottom of the effective strike zone. It also creates an illusion for umpires that the zone is smaller. Barry Bonds, Josh Donaldson, and Mike Trout all do this deliberately — their knee action at landing compresses the zone and makes low pitches more reachable.

Pitch adaptability. A stiff front leg means the hitter is fully committed from the moment the stride foot lands. A bent front leg gives a brief window — sometimes just one or two frames on video — to recognize off-speed and deepen the timing. That’s the “double cushion” Cevallos describes, and it’s the difference between rolling over a changeup and squaring it up. See how Hanley Ramirez used this to crush breaking balls specifically because of his front knee action.

Which Front Leg Drills Fix the Stiff-Leg Pattern in Baseball?

Three drills fix the stiff front leg pattern in baseball: Get-to-Landing, Breaking-Apart Swing with Pause, and High-Tee Blocking Confirmation. Verbal cues don’t work because the motor pattern fires faster than conscious thought — these drills teach the land-bent-then-block sequence through repetition and feedback, in the order they need to run.

Drill 1: Get-to-Landing (Feel the Bend)

Set up in a normal stance. Take the stride and land — stop there. No swing. The goal is to feel the front knee at 145–150° with weight loaded into the front side, eyes level, and the back knee still carrying some bend too. Hold for two seconds. Check that the stride foot landed at about a 45° angle, not closed. Repeat 10 times. This drill isolates the landing position so the hitter can feel what “slightly bent” means kinesthetically rather than trying to interpret a cue mid-swing.

Drill 2: Breaking-Apart Swing with Landing Pause

Add the swing to Drill 1, but break it into two steps: stride and land (pause 1–2 seconds), then swing from that loaded position. The pause forces the body to re-learn the push-off from a bent front leg into blocking, rather than letting old motor patterns rush through. Hit off a tee or take front toss in this format. After 5 reps with the pause, do 5 continuous swings and compare the feel. Most hitters immediately notice more rotation and better launch when the pause has re-set the pattern.

Drill 3: High-Tee Blocking Confirmation

Set the tee at chest height or slightly above. At that height, a hitter who lands stiff and doesn’t block will either pop the ball up or miss under it — the barrel can’t get to chest-height without the front knee firming up to tilt the torso. A hitter who blocks correctly will drive the high pitch with authority because the block creates the spine tilt needed for barrel-to-ball contact. Run 10 reps. If the hitter is consistently under the ball, the block isn’t happening and Drill 2 needs more reps before coming back to this one.

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Does Front Leg Blocking Work for Softball Hitters?

Yes — and for fastpitch softball hitters, the front leg landing bend has an extra benefit that doesn’t exist in baseball: rise ball recognition. Because a rise ball climbs through the last 15–20% of its flight path, a hitter with a stiff front leg is already committed by the time the ball begins to move. A hitter who lands with a slight bend has a marginally longer recognition window. That’s the difference between fouling it off and swinging through it entirely.

For softball, the same three drills apply with one adjustment on the high-tee drill: set the tee 2–3 inches higher than for baseball to simulate a rise ball through the zone. A softball hitter who is blocking correctly at impact will drive that pitch on a line. One who isn’t will foul it back or pop it up. It’s the clearest feedback tool in the cage for confirming the block is happening at the right moment.

Additionally, softball hitters who use a toe tap as their stride rhythm cue should note that the toe tap naturally produces a slight bent-knee landing — because the toe-down position prevents full knee lockout on the stride. That’s one reason the toe tap works for timing: it enforces a small landing bend without the hitter thinking about it. If you remove the toe tap in favor of a no-stride approach, you need to consciously maintain the landing bend through the get-to-landing drill above, or the stiff-leg pattern tends to creep back in.

What Coaching Mistakes Make the Front Leg Problem Worse?

Mistake 1: Cuing “straight” without specifying when. “Keep your front leg straight” is one of baseball’s most common front leg coaching cues — and it’s correct at impact, counterproductive at landing. Without the timing context, hitters default to the most conservative interpretation — stiff the whole way — and lose the GRF transfer and fascia load the bent landing provides.

Mistake 2: Letting hitters land too bent. A landing angle deeper than ~145° — closer to 130° or below — means the hitter is collapsing into the front side rather than absorbing and converting. The springy fascia load happens in a range, not an extreme. A hitter who “sits” into the front knee on landing loses forward momentum into rotation and usually produces a slow, arm-dominant swing through the zone. The landing bend should look athletic, like a wide receiver’s plant foot — not like a hitter lowering themselves into a chair.

Mistake 3: Not including a blocking drill in regular practice. The land-bent-then-block sequence is a motor pattern. Cues won’t maintain it. Hitters who fix it with the breaking-apart drill and then go back to unstructured tee work will revert inside two weeks without intentional practice of the pattern. Three to five reps of the breaking-apart swing at the start of every cage session is enough maintenance volume to hold the pattern across a season. Without it, the default motor pattern — whatever the hitter was doing before — reasserts itself.

Frequently Asked Questions: Front Leg in Baseball Swing

Should your front leg be straight when batting?

At impact, yes — the front leg in baseball should be near straight (roughly 170°+) to create the spine tilt that matches the pitcher’s downward plane. At landing, no — it should be slightly bent (~145–150°) to load ground reaction forces and springy fascia. The common cue “keep your front leg straight” is correct for impact only. Applying it to the entire stride removes power from the swing.

What is front leg blocking in baseball?

Front leg blocking is the movement from a slightly bent front knee at landing (~145–150°) to a near-straight front knee at impact (~170°+). This movement transfers ground reaction force into rotation and creates a slight upward slant in the torso that lets the barrel attack the ball on a positive angle. Discus throwers and shot putters use the same blocking mechanic — it’s not unique to hitting, which is why it’s validated across multiple movement disciplines.

Does a bent front knee really add bat speed?

Yes — in a 101-swing Zepp experiment comparing landing at ~146° (bent) versus ~170° (straight), the bent-knee approach added an average of 6 mph bat speed and 2 mph hand speed. The Bat Vertical Angle at Impact shifted 6 degrees, suggesting the bent landing also improved barrel path. The 6-mph gain is equivalent to 24–48 feet of batted ball distance depending on pitch speed.

How do you teach a hitter to stop landing with a stiff front leg?

The get-to-landing drill is the fastest fix. Have the hitter stride and stop — no swing — and hold the landing position for two seconds. The goal is to feel what 145–150° of front knee bend feels like while fully weighted. Verbal cues rarely fix a stiff landing because the landing happens too fast for conscious adjustment. The drill builds the feel kinesthetically over 10–20 reps, which the swing can then replicate without thinking about it.

What does “getting shorter” mean in baseball hitting?

“Getting shorter” refers to the hitter’s head and eye level dropping slightly at landing because the front knee bends. It compresses the effective strike zone — both by bringing the hitter’s eyes closer to low pitches and by creating a visual illusion for umpires that the zone is smaller. Barry Bonds, Mike Trout, and Josh Donaldson all demonstrate this on film. The bent front knee at landing is what produces it. It also improves contact rates on low pitches by aligning the hitter’s eyes closer to ball flight.

Does front leg blocking work the same way in softball?

Yes. The front leg baseball blocking mechanics carry over to fastpitch softball without modification. In softball, there’s also an additional benefit: the slightly bent landing gives the hitter a wider recognition window for rise balls, which climb in the final 15–20% of their flight. Stiff-leg landings commit the hitter earlier, making rise balls harder to lay off or hit solid. For the high-tee confirmation drill in softball, raise the tee 2–3 inches above the baseball position to simulate a rise ball coming through the zone.

How long does it take to fix a stiff front leg with these drills?

Most hitters feel the difference within 1–2 cage sessions using the breaking-apart drill with the landing pause. The motor pattern typically stabilizes after 2–3 weeks of intentional practice — 5 reps of the breaking-apart drill at the start of each session is enough. Without a maintenance protocol, hitters revert to the default stiff-leg pattern within 1–2 weeks, so the drill needs to stay in the warm-up rotation, not be treated as a one-time fix.

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Mickey Mantle: How To Increase Batted Ball Distance When You’re Not Throwing A Javelin?

 

 

Mickey Mantle Bat Lag

Check out Mickey Mantle’s bat lag. Photo courtesy: LegendaryAuctions.com

This post looks into Mickey Mantle’s left handed swing, hitting home runs.  We do swing analysis, look at his height compared to current players, strength, and share a bleacher report article with his switch hitting left right split stats.  We’ll also compare his swing principles to an Olympic Javelin thrower!

Since publishing the YouTube video, it has amassed over 148,241 views and 500 video “Likes”.

The basic premise of the above video is to compare Mickey Mantle’s right handed swing mechanics to Czech javelin thrower, Jan Železný’s throwing technique.  Jan is a world and Olympic champion and world record holder. He also holds the top five javelin performances of all time…according to Wikipedia.

In the video, I brought up my favorite Ralph Waldo Emerson quote many of you have seen me post before:

“As to the methods there may be a million and then some, but principles are few.  The man who grasps principles can successfully select his own methods. The man who tries methods, ignoring principles, is sure to have trouble.

The human movement “principles” we’re comparing in the video are:

  1. The Un-Weighting Principle (or Forward Momentum), and
  2. The Catapult Loading System.

The reason I picked “The Mick”, is because he wasn’t really a big guy, according to Baseball Reference.com, he stood at only 5’11, 195-pounds.

Don’t get me wrong, Mickey Mantle was a naturally strong dude.  But he wasn’t the size of today’s behemoths:

And, some of The Mick’s dingers have been the talk of folklore, claiming to have traveled over 600-feet!

Although with the computation of Metrics now, as Christopher Harbour, a YouTube reader commenter on this particular video, put it:

“The farthest official home run in MLB history was hit by Babe Ruth in Detroit at a distance of 585ft. Mickey’s longest shot was 510Ft. It was often claimed to be much farther but that distance was the distance AFTER the ball rolled. This info is proven by SABR historian Bill Jenkinson.”

Whatever the case, it’s still amazing that a guy of Mickey Mantle’s stature, can hit a ball over 500-feet!  We don’t see Giancarlo, Miggy, or Trout doing that.

And by the way, everyone thinks Babe Ruth was this hulking mass of a guy…he was only 6’2″, 215-pounds.  And according to the above comment, launched the longest dinger 585-feet!

So what was Mickey Mantle doing mechanically making him so special that we as coaches should be teaching our younger hitters?

Mickey Mantle on the Un-Weighting Principle (or Forward Momentum)

Mickey Mantle Stride and Foot Pressure

Look at Mickey Mantle’s shifting foot pressure… Photo courtesy: http://s685.photobucket.com/user/BillBurgess

I said in the video that The Mick’s back knee wasn’t floating over his ankle, but that’s simply not true.  This was knowledge residue from past baseball experts I was listening to at the time.

What Mickey Mantle did really well was shifting his foot pressure.

We can see from the moment he lifts his stride foot to that foot touching down that his foot pressure looks like this:

  • Back foot pressure – is on the outside, and
  • Stride foot pressure – is on the inside.

This is similar to a story one of my readers, Stephen Reid, shared about prolific golfer Ben Hogan (5’9″, 145-pounds), saying in an email:

“A friend of mine worked at Shady Oaks in Dallas where Hogan played and practiced. Towards the end of Mr. Hogan’s time of ‘grinding it out of the dirt”, he was allowed the opportunity to sit and watch him hit balls. He said that Mr. Hogan started talking about the stance, and he stated that the way he thought it would come to pass in the future would be that both feet at address would both be turned slightly towards the target- 30 to 45 degrees. By turning the right foot in at address, the golfer would essentially be putting a governor on his/her right side.

He also reasoned that by doing this, the player would create the tension and brace with the right side and would create a strong coil that would not allow for any “over-coiling or over-swinging”. Therefore, you would be presetting the coil or brace of the right side in a controlled manner and would not allow oneself to overturn in the backswing. Conclusion was that the energy from a strong brace and controlled coil, the golfer would create greater energy in the release of the right side while creating greater swing speeds through impact.”

As Mickey Mantle’s stride foot lands the foot pressure shifts as follows:

  • Back foot pressure – moves to the inside, and
  • Stride foot pressure – moves to the outside.

Mickey Mantle is also most certainly picking up his stride foot and leading with his hip forward.  Just pick out a point of reference in the background, and track how far his hip moves forward.  He’s effectively ‘un-weighting’ his bat, or getting a “head start”, to make the transfer of linear momentum into angular (or rotational) easier.

And we can clearly see the Javelin Thrower, Jan Železný, using forward momentum sprinting down the track before slinging his “arrow” A LONG WAY.

 

The Catapult Loading System

The ‘Springy X Pattern’ I developed through reading the book Anatomy Trains by Thomas Myers.  Watch the following FunctionalPatterns YouTube video of Thomas Myers talking about the concept of Tensegrity, or Tension Integrity:

It’s the idea that there are compression and tension forces acting within the body at all times.  In the Mickey Mantle video, I talk about imagining a big ‘X’ on his chest and back…connecting one shoulder to the opposite hip.  The fascial lines are a little more complicated than this, but let’s take a general look at how this works…

When Mickey Mantle pre-loads his torso – before turning – we see his lead shoulder come down and in towards his back hip (one leg of the ‘X’ shortens), while the rear shoulder and front hip move away from each other (other leg of the ‘X’ lengthens).  And the reverse is true on the backside.

This is evidenced by tracking his LEFT shoulder:

  • Pre-loads DOWN before Final Turn,
  • Unloads UP during the Final Turn, and finally
  • Reverses DOWN during the follow through to decelerate rotation.

CLICK HERE for an interesting article titled “Muscle Power Golf?!…NOT!” by Kelvin Miyahira (big thanks to Stephen Lowe for the link).  It talks about how the swing – whether we’re talking baseball/softball or golf – IS NOT about activating fast twitch muscle fibers, but engaging the springy fascia.  It’s a rant that I wish I did FIRST!!

 

Other Interesting Resources from Mickey Mantle YouTube Viewer Comments & More

  • Marie Louise Hunnicutt book recommendation – Baseball’s Ultimate Power: Ranking The All-Time Greatest Distance Home Run Hitters by Bill Jenkinson

  • Gabriel Pennington – “Mantle’s massive strength came from blue collar work, swinging a sledgehammer in a lead mine (on top of freakish genetics). Couple that with the workman mentality of your best never being good enough and you have a lethal combination for an athlete.”
  • koryguns“3.1 seconds to first. Legend has it when he was a rookie in 1951 they decided to have a foot race among the team. Mantle beat everybody like they were standing still, puked, and apologized to Stengel for being out of shape.
  • Here’s the BleacherReport.com article with Mickey Mantle’s left right split stats titled: “Mickey Mantle Almost Gave Up Switch-Hitting in 1960”

Also, here’s slow motion video of his left handed swing…

One mindset shift turns a frozen hitter into a confident one — and it takes one batting practice to teach.

Most coaches dealing with a passive hitter — one who won’t pull the trigger, freezes on first pitches, or falls behind 0-2 every at-bat — assume it’s a confidence problem. However, being passive at the plate is almost never about confidence. It’s about the absence of a game plan. Without a clear framework for when to be aggressive at the plate and when to wait, every hitter defaults to passive. They’d rather look than miss.

This post covers a two-mindset system — the Hunter and the Fisherman — that a Major League scout shared at a Canada scouting camp. It’s simple enough for a 7-year-old and precise enough for a high school hitter working out of a hitting slump. The system teaches hitters exactly when to attack and when to be patient — and how to read the situation to make that call in real time.

Joey Myers has coached 5,000+ hitters using a physics-based approach — these systems are used by coaches from Little League to Division I.

“Exit velocities are up, averages are up, power is up. Three girls going D1, six at D2, two at JUCOs. I credit the HPL approach for proving the science and providing convincing evidence.”

Ronny Weber — Baseball & Softball Coach

Why Do Hitters Freeze at the Plate — and Is It Really a Confidence Problem?

Most passive hitters aren’t lacking confidence — they’re lacking a decision system for when to be aggressive at the plate. Confidence is the result of having a plan, not the cause of swinging. When hitters have no framework for when to attack and when to wait, the safest choice is always to let the pitch go. Over time, that default becomes a habit — and the habit looks like passivity, hesitation, or freezing.

The mental side of hitting is often treated as a coaching afterthought — something to address only when mechanics are fixed. However, in most cases of passive hitting, there is no mechanical flaw. The hitter looks great in the cage. The problem disappears the moment you give them a system with two clear modes: hunt or fish.

Joey Myers experienced this firsthand as a sophomore playing against JUCO competition in Fall Ball. At-bat after at-bat, he fell behind 0-2 before making a decision. The fix wasn’t mechanical — it was making a bold adjustment to swing at the first pitch, no matter what. That decision, refined over years of coaching 5,000+ hitters, became the Hunter vs. Fisherman system — and it’s the most reliable way to get a hitter aggressive at the plate in real game situations.

What Is the Hunter Mindset — and When Should a Hitter Use It?

The Hunter mindset is the aggressive mode: use it when the pitcher consistently attacks the strike zone. Hunters stalk their prey and fire when the shot is there. At the plate, that means watching the pitcher warm up, reading that this pitcher throws strikes, and committing early to being aggressive at the plate. There is no hesitation once the pitch leaves the hand. If it’s in the zone, the Hunter fires.

What triggers Hunter mode? Watch the pitcher’s warm-up pitches. If they’re hitting the catcher’s glove on seven of eight throws, that pitcher is going to challenge hitters early. Additionally, watch the first at-bat in the lineup ahead of you. If that pitcher consistently throws first-pitch strikes, be aggressive at the plate from the first pitch of your at-bat.

Why “never swing at the first pitch” creates passive hitters. That rule is one of the most damaging blanket instructions in youth coaching. A Hunter who’s been told to always take removes decision-making entirely and replaces it with an unconditional passive choice. Defaulting to a 0-1 count against an accurate pitcher is self-defeating. The Hunter must be trained to fire early — and trained to do it with proper swing timing that’s ready on the first pitch.

Think about how Latin American hitters are developed. As the saying goes, “You don’t get off the island unless you swing the bat.” Some of the most naturally aggressive at the plate hitters in baseball history — Vlad Guerrero Sr., Miguel Cabrera, Roberto Clemente — were hunters by instinct and by training. They didn’t wait for the perfect count. They hunted their pitch and attacked.

What Is the Fisherman Mindset — and When Does Patience Beat Aggression?

The Fisherman mindset is the patient mode: use it when the pitcher is struggling to find the strike zone. A fisherman sits on the boat all morning, waits for the right moment, and responds decisively when it arrives. At the plate, that means taking pitches out of the zone, working the count, and being explosive and aggressive at the plate the instant a hittable strike appears. The Fisherman is not passive — they’re strategic. There’s a critical difference.

Barry Bonds from 2001 to 2004 is the definitive Fisherman example. According to Baseball-Reference.com, Bonds walked 755 times in those four years — an average of 188 walks per season. He hit 209 home runs in the same span. In 2002 he struck out only 47 times while hitting 46 home runs. In 2004 he hit 45 home runs and struck out only 41 times — more home runs than strikeouts. His 22-year career strikeout average was 83 per season.

The key distinction between Fisherman and passive. A passive hitter takes pitches because they’re afraid to swing and miss. A Fisherman takes pitches because they’re waiting for the exact pitch they’ve decided to attack. The Fisherman’s swing is violent and aggressive at the plate — they’re just directing that aggression toward the right pitch rather than every pitch. When Bonds got his pitch, he got it.

The Fisherman approach requires pitch recognition and plate discipline working together. The hitter needs to recognize a ball out of the hand — not just after it crosses the plate. That skill can be trained and should be part of every serious hitter’s off-season and in-season preparation.

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How Does a Hitter Read the Pitcher to Choose Hunter or Fisherman?

The mindset decision happens before the at-bat, not during it. There are two windows to gather information: warm-ups and the first at-bat in your lineup spot. During warm-ups, watch zone accuracy. If the pitcher is consistently in the mitt on seven of eight pitches, that’s a Hunter at-bat. If pitches are scattering, that’s a Fisherman at-bat.

Pitchers also change between innings and within at-bats. A pitcher who started the game sharp may lose their mechanics in the third inning. That’s when the hitter who was hunting needs to recognize the shift and switch to fishing — waiting for one quality pitch instead of attacking everything early. Being on time in games means reading those shifts before they cost you the at-bat.

The scout who shared this framework made one specific point: even 7-year-olds can understand “is this pitcher in the zone or not?” That single read is enough to choose a mode. You don’t need a complex scouting report. You need two minutes of watching warm-ups, a clear decision, and the habit of making that decision built through practice.

How Do You Train Hitters to Be Aggressive at the Plate in Batting Practice?

Telling a hitter to be more aggressive at the plate in a game does nothing without training it in practice first. The Hunter-Fisherman switch is a muscle in the brain. Like any other muscle, it responds to deliberate repetitions — not to verbal instruction delivered at the on-deck circle. Two drills develop this decision-making system faster than any cue or conversation.

Wild Intentionally Drill (Fisherman Mode). The coach intentionally throws 40–50% of pitches out of the strike zone during front toss or machine work. The hitter doesn’t know which pitches will be balls. Their job: take the balls, attack the strikes. If the hitter swings at a pitch out of the zone, stop the rep and reset. Run three to five rounds of eight pitches. Most hitters dramatically improve zone recognition within one session because the bad pitches are no longer abstract — they’re immediate and real.

First-Pitch Hunter Drill. Every pitch in the round is a strike. Before the round begins, tell the hitter: “This pitcher throws strikes — you are the Hunter.” Their goal is to swing at the first pitch they can drive. No passive takes allowed. This drill directly breaks the habit of defaulting to the wrong side. Furthermore, it builds the confidence at the plate that comes from executing a game plan rather than surviving an at-bat.

How to Run Both Drills in the Same Session

Alternate the two drills within the same session — three rounds of Wild Intentionally, then three rounds of First-Pitch Hunter. As the hitter develops the decision habit, begin mixing modes within a single round without telling them which one to use. They read the situation and choose. That’s the transfer you’re training toward — a hitter who is automatically aggressive at the plate when the situation calls for it, and strategically patient when it doesn’t.

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Do Hitters Actually Get More Aggressive at the Plate With This System?

The Hunter-Fisherman system works because it replaces a vague instruction with a specific decision tree. Here’s what coaches using the HPL approach see on the field.

“After just 1–2 lessons, my son Ethan was hitting the ball harder and further. We still use what Joey teaches today. His detailed analysis and style are unmatched. I highly recommend him as a coach.”

Simon Chan — Baseball Parent, Los Angeles, CA

“I coach Fastpitch travel softball. From top to bottom of our batting order, pitchers have no batter to pitch around — they can all crush the ball and do so consistently!!”

Shane Beever — Travel Softball Coach

Common Questions About Teaching Aggressive Batting

Here are the questions coaches and parents ask most often about building plate aggression in youth and travel hitters.

What is the best way to get a hitter to be more aggressive at the plate?

The best way to get a hitter aggressive at the plate is to replace the instruction with a system. Telling a hitter to “be more aggressive” gives them no information about when or how to do it. The Hunter vs. Fisherman framework gives them two clear modes — hunt when the pitcher attacks the zone, fish when the pitcher struggles. That specific decision, practiced deliberately in batting practice, produces game-ready aggression without recklessness.

Why does my hitter look aggressive in the cage but passive in games?

The cage doesn’t require a read. Every pitch is predictable, so the hitter pre-commits and swings. In games, the hitter doesn’t know what’s coming — and without a decision system, the safest default is to wait and see. Additionally, the stakes feel higher, which reinforces passivity. The Hunter-Fisherman system fixes this because it gives hitters a way to be aggressive at the plate with intention — deciding before they step in the box rather than reacting when it’s too late.

Can these plate aggression drills be used with youth hitters under 10?

Yes — the Hunter vs. Fisherman concept works with 7-year-olds because the two questions are simple: “Is this pitcher throwing strikes?” and “Am I hunting or fishing today?” Very young hitters don’t need a complex plate discipline system. They need two modes and the language to think about which one they’re in. Therefore, start with the Wild Intentionally Drill during front toss to build the habit of being aggressive at the plate when strikes appear, then add the First-Pitch Hunter Drill as they get comfortable.

How is the Fisherman mindset different from just being passive?

Passive hitters take pitches because they’re afraid to swing and miss. Fisherman hitters take pitches because they’re waiting for a specific pitch to attack. The physical result looks similar — both take a ball — but the mindset is opposite. The Fisherman is ready to be aggressive at the plate the entire time. They’re directing aggression toward the right pitch, not every pitch. Barry Bonds is the clearest example: 755 walks and 209 home runs across four seasons. That is not passive hitting.

Should hitters ever swing at the first pitch?

Hitters should swing at the first pitch when they are in Hunter mode and the first pitch is in their zone. The rule “never swing at the first pitch” is what creates passive hitters — it removes decision-making and replaces it with an unconditional take. First-pitch strikes against an accurate pitcher put the hitter in a defensive count before they’ve made a single choice. Hunters who are trained to be aggressive at the plate early in the count hold the advantage.

How long does it take for the Hunter-Fisherman system to show up in games?

Most hitters show improvement within two to three practice sessions using the Wild Intentionally and First-Pitch Hunter drills. The first game after consistent practice typically shows a noticeable reduction in passive at-bats — hitters begin to look noticeably more aggressive at the plate in a way coaches can see immediately. Full integration — where the hitter reads and decides automatically — takes three to four weeks of regular practice. Start these drills before the season for the most complete transfer to game performance.

What if the hitter is in Hunter mode but keeps missing the first pitch?

If the hitter is mentally in Hunter mode but consistently fouling off or missing first-pitch strikes, the issue is swing timing, not mindset. A hitter who is mentally aggressive but mechanically late is still losing the at-bat. In that case, pair the Hunter-Fisherman system with targeted batting timing drills — specifically the 2-Plate Reaction Time Challenge — which trains the hitter to stay aggressive at the plate while firing earlier and reading pitch location at the same time.

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