Home Posts tagged "Medicine Ball" (Page 3)

Strength and Conditioning Stuff You Should Read: 4/19/12

Here's a list of strength and conditioning stuff you should read/watch for the week.  The theme of this week will be Functional Stability Training, our new resource. Integrating Medicine Balls in a Strength and Conditioning Program - This is the introduction to my medicine ball presentation from the event, and it also highlights a few of our overhead medicine ball stomp variations.  FST also includes a bunch of rotational medicine ball exercise progressions we utilize, as well as mobility/activation drills we utilize as fillers between sets.

To Arch or Not to Arch? - This old blog post talks about arching when one squats.  It might not be all it's cracked up to be.

Glute Bridge Exercise Progressions for Rotary Stability - This post from Mike Reinold shows how to progress what can quickly become a boring exercise, even though it's super valuable.

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Exercise of the Week: Figure 8 Rotational Medicine Ball Shotput

With spring training upon us, I thought I'd draw this week's exercise of the week from a recent video shoot I did with Stack.com and New Balance Baseball at Cressey Performance with two of our big leaguers, Tim Collins (Royals) and Steve Cishek (Marlins) .  In this video, Tim demonstrates the Figure 8 Rotational Medicine Ball Shotput while I do the voice-over.

Most of my comments serve as a general overview with respect to how we approach medicine ball workouts in general, but there are a few key points/observations I should make with respect to the Figure 8 drill in particular. 1. Notice (especially at the 1:20 mark) how Tim works to keep his head back prior to aggressively rotating through the hips and "launching" the ball.  This piggybacks on something I discussed in my recent posts on increasing pitching velocity by improving stride length; if the head comes forward, you'll leak energy early, as opposed to storing it and snapping through with aggressive hip rotation later on.  Notice Tim on the mound; his head (and, in turn, the majority of his body weight) remains back well into his delivery.

This drill helps to teach guys how to control and time their weight shift.

2. A while back, Matt Blake wrote up a good piece on how we utilize the Figure 8 drill with pitchers; you can check it out HERE.

3. Some folks will make the mistake of going too heavy on this drill.  The med ball shouldn't weigh any more than ten pounds - and we usually stay in the eight-pound range.  Making the med ball too heavy won't just interfere with generating the ideal power; it will also lead to athletes creating too much tension in the upper traps and levator scapulae to resist the downward pull of gravity.  This gives us too much tension in the neck and upper back, and interferes with the good "scap load" and long deceleration arc we're trying to create.

I hope you like it!

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Medicine Ball Workouts: Not Just for Athletes

Q: I know that you work a ton with baseball players and that medicine ball workouts are an integral part of their training at Cressey Sports Performance.  However, I'm not a baseball player - or a competitive athlete in any discipline, for that matter - and I'm wondering if I should still consider adding medicine ball workouts to my strength and conditioning program.  Are there benefits that I can't get from a traditional strength training program with comprehensive mobility drills?

A: This is a great question - and I'll start off by saying that we actually have quite a few athletes at Cressey Sports Performance who aren't baseball players.  Plus, we firmly believe that everyone has an athlete in them, so our training mandates a functional carryover to the real world for everyone.  Integrating some medicine ball workouts - even if the volume and frequency aren't as high as in our rotational sport athletes - can definitely add some benefits to a strength and conditioning program.  Here are seven of those benefits:

1. Real World Transfer - Regardless of how effectively a strength and conditioning program is designed, it'll usually be very sagittal plane dominant.  Integrating some rotational medicine ball training immediately increases the number of movements from which you can choose in the transverse and frontal planes.

2. Low-Impact Fat Loss Medleys - Look at all of the fat loss programs out there, and the overwhelming majority of them require a lot of impact - whether it's from sprinting/jogging, jumping rope, or taking step aerobics.  Performing medleys of various medicine ball throws not only allows you to increase volume in a program while minimizing stress on the lower extremity, but also affords some much appreciated variety in a program that might otherwise be dominated by a lot of boring cardio equipment.

3. Better Integration of the Core -With a correctly executed rotational med ball throw, the power should come predominantly from the lower half - which means that it should be transmitted through a stable core so that the energy will be appropriately utilized with thoracic rotation to get to the arms and, in turn, the ball.  This sequencing is no different than lifting a bag of groceries, swinging a golf club, or going up on one's tip-toes to grab something on the top shelf.  If you move in the wrong areas (lumbar spine), you'll eventually wind up with back pain - but if you've handled the rotational challenges of medicine ball workouts with perfect technique, you'll be protected in the real world.

4. Improved Ankle, Hip, and Thoracic Spine Mobility - When performed correctly, medicine ball exercises serve as an outstanding way to "ingrain" the mobility you've established with a dynamic warm-up prior to training.  Additionally, we utilize mobility and activation "fillers" between sets of medicine ball drills to not only slow people down between sets, but also address issues they have that might warrant extra attention.

5. A Way to Train Power Outside of the Sagittal Plane - Research has demonstrated that the biggest problems with folks as they grow older are not just the loss of strength, muscle mass, and bone density, but the loss of power - or how quickly they can apply force.  It's this reduction in power that makes elderly individuals more susceptible to falls.  We can't always train power "optimally" in some older adults because of ground reaction forces being too stressful, but most can learn to apply a significant amount of force to a medicine ball - whether it's rotationally or with an overhead stomp/throw variation.  Everyone should obviously build a solid foundation of strength and mobility before undertaking these options, but when the time is right, they are great additions. On a related note, here's a video I filmed a while back that shows how medicine ball workouts fit into our overall approach to developing power in athletes.

6. Reduction of Asymmetry - Most of us are very one-side dominant, and while I have no aspirations of ever expecting folks to be completely symmetrical, I think that training with rotational medicine ball drills can go a long way in ironing out prominent hip and thoracic spine asymmetries. This has been one reason why they comprise such an integral part of our off-season baseball training programs; these players spend their entire lives in an asymmetrical sport.

7. A Way to Blow off Some Steam - Lifting weights is great for letting out some aggression after a bad day, but throwing a medicine ball is on a whole different level.  In most cases, I encourage folks to try to break the medicine balls on every single throw.  As you can see, we've broken quite a few...

When we integrate medicine ball workouts with our adult fitness clients, it's usually a matter of three sets two times per week between the mobility warm-ups and strength exercises.  If it's used for fat loss, though, we'll include medleys at the end of the strength training programs.

As for a specific brand of medicine balls that we use, we've now made the switch to the Perform Better Extreme Soft Toss Medicine Balls. I've found that the rebound is optimal on these, and they still provide great durability (which has been an issue with not only other "padded" options, but also other rubber models that are using more filler materials). This is what our preferred option looks like:

 

With all that in mind, how many you break will be heavily dependent on how much you incorporate medicine ball workouts and how powerful your clients are.  The medicine ball lifespan will be a lot longer in a facility catering to middle-aged women than it will be at Cressey Performance, where 85% of clients are baseball players executing 240-360 medicine ball throws per week during certain portions of the year.

If you're looking for a lot more detail on the specific medicine ball exercises and workouts we do with our clients, be sure to check out my Medicine Ball Master Class.

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Strength Training Programs for the Pros and the Joes: Not as Different as You Might Think

Yesterday, New England Sports Network (NESN) ran a feature on my work with Kevin Youkilis of the Boston Red Sox.  In the background of the video, you'll notice several other professional athletes (including a pro soccer player and pro triathlete) doing their thing, too.  What's perhaps more interesting, though, is that you'll even see some general fitness clients getting after it at the same time. It reminded me of an interview Chad Waterbury did with me for his website a while back; the focus was what ordinary folks can learn from professional athletes, and how they're alike/different in the gym.  I think that there are some valuable takeaway points: CW: You work with a lot of high-performance athletes. What are three principles that apply equally to athletes and non-athletes? EC: I think people would be surprised to realize just how similar the Average Joe or Jane is to a professional athlete – both socially and physically. The lay population often sits in front of a computer for 8-10 hours a day, but many pro athletes have 4-8 hour flights or 10+ hour bus rides where they’re sitting – and because they’re taller, sitting is even more uncomfortable and problematic.  Like everyone else, they spend time surfing the internet, Skyping, playing video games, and goofing around on Facebook/Twitter.  The advances in technology have hurt everyone from a physical fitness standpoint – but brought the “Pros and the Joes” closer together, believe it or not. They’re also very similar in that they want the most bang for their buck.  Most pro athletes are no different than anyone else in that they want to get in their training, and then go to visit their families, relax, play golf, or whatever else.  They really don’t have interest in putting in six hours per day in training outside of the times when they have to do so (namely, in-season).

All that said, if I had to pick three principles crucial to the success of both populations, they’d be the following: 1.  Realize that consistency is everything. I always tell our clients from all walks of life that the best strength and conditioning programs are ones that are sustainable.  It’s not about working hard for three months and making great progress – only to fall off the bandwagon for a month.  This is absolutely huge for professional athletes who need to maximize progress in the off-season; they just can’t afford to have unplanned breaks in training if they want to improve from year to year. If a program isn’t conducive to your goals and lifestyle, then it isn’t a good program.  That’s why I went out of my way to create 2x/week, 3x/week, and 4x/week strength training options – plus five supplemental conditioning options and a host of exercise modifications – when I pulled Show and Go together; I wanted it to be a very versatile resource.

Likewise, I wanted it to be safe; a program isn’t good if it injures you and prevents you from exercising.  Solid programs include targeted efforts to reduce the likelihood of injury via means like mobility drills, supplemental stretching recommendations, specific progressions, fluctuations in training stress, and alternative strength exercises (“plan B”) in case you aren’t quite ready to execute “Plan A.” 2. You must balance competing demands, and prioritize the ones that are the most pressing at a given time. Using our professional baseball pitchers as an example, their training consists of strength training, mobility drills, medicine ball throws, movement training, and the throwing program (which is near daily in nature).  In the Cressey Performance system, when the throwing program ramps up, the medicine ball work must come down substantially, and the strength training tapers off just a bit.  You simply can’t keep adding sets and reps without subtracting something else and making a tradeoff, as athletes only have a certain amount of recovery capacity, and it’s hard to fine-tune an exact movement like throwing a baseball if you’re fatigued from everything else. Managing competing demands is arguably more challenging in the general population, as their jobs outside the gym are usually more stressful than those that face many professional athletes – meaning that the Joes and the Janes have less recovery capacity with which to work.  It seems logical that when you add something to a program, you have to subtract something else – but I’m constantly amazed at how many people decide to just keep adding more volume when they can’t lose fat or gain muscle mass fast enough.  Sometimes, you just need to change the composition of the program, not add more and more, thereby creating three-hour marathon training sessions. This leads to my next point… 3. The success comes from the overall program, not just the individual parts. In other words, synergy is everything. The aforementioned pitchers can’t just go out and start a throwing program after doing nothing for three months.  Rather, they need to work to enhance their mobility and get stronger, more reactive, and more powerful first.  If they skip these important steps, they increase their likelihood of injury, make it harder to re-acquire a skilled movement, and reduce the likelihood of improvement.

In the general population, a good strength and conditioning program consists of tremendous interdependencies.  Your deadlift technique and strength depends on the training you’ve done in the previous month, week, and day – and how thorough and targeted your mobility warm-up (or lack thereof, in many unfortunate cases) was prior to that day’s training session.  Those trainees who have the best results are the ones that line everything up – from nutrition, to strength training, to mobility exercises, to movement training, to metabolic conditioning, to recovery protocols. CW: It’s common for people to think they’re advanced when they’re really not. Can you mention a few things a pro athlete typically does that a weekend warrior shouldn’t do? EC: I would strongly discourage non-professional athletes from holding shirtless press conferences in their driveways while exercising during contract holdouts.

Then again, I wouldn’t really recommend that to Terrell Owens or any professional athlete, for that matter, but I digress… To be honest, in the context of resistance training, a lot of professional athletes aren’t really as advanced as you might think, especially after a long season that’s taken its toll on them.  Many of them have a ton of similarities with our general fitness clients – but just have different exercise contraindications and energy systems needs. I think the better comparison would be between novice lifters (less than one year of resistance training) and those with years and years under their belt.  They have to do things quite a bit differently. As a first example, the novice lifter can handle a lot more volume because he (or she, of course) is relatively neurally inefficient.  If this lifter did the volume of an advanced athlete, he might actually undertrain on volume (and possibly overdo it on intensity to the point that it’d interfere with picking up appropriate technique). Second, a really advanced lifter will often need to deload on intensity – meaning that when it’s time for a “backoff week” – he’ll often keep the sets and reps up, but take a lot of weight on the bar. It’s just about getting reps in.  A novice lifter, on the other hand, is better off keeping the intensity up and dropping the number of reps.

Third, a novice lifter can often be more aggressive in terms of caloric intake because there is such a large window of adaptation ahead in terms of muscle weight gain.  I gained 50 pounds in my first year of lifting, but nowadays – even though I’m five times as strong as I was then – if I can go up 3-4 quality pounds a year, I’m thrilled.  Surely, lifters are the opposite ends of the experience continuum can’t have similar caloric needs – even if the more experienced ones are heavier.  Skinny novice guys can sometimes get away with eating like absolute crap as long as there are enough total calories  – and still end up getting bigger.  I certainly don’t advise it, but it’s one more way to show that novice and experienced lifters are horses of different colors, and that you have to be honest with yourself on where you fall on this continuum so that you train and eat optimally. Sign-up Today for our FREE Newsletter and receive a deadlift technique tutorial!
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Throwing Programs: The Top 4 Long Toss Mistakes

In part 1, I made the case for long toss as an effective addition to a throwing program.  Today, we answer the question, “Why don’t some pitchers respond well to long toss?”  Let’s look at the top four reasons why someone may not be approaching long toss optimally.

1. They structure it incorrectly.

By far, the biggest mistake I see from pitchers when they’re long tossing is that they don’t utilize compression/pull-down throws at the end of the session.  These throws teach the pitcher to get on top of the ball and bring the release point down to where it should be with pitching – but they do all this with the increased arm speed you get from long tossing.  Effectively, you use compression throws to transition from your longest throwing distance to a flat ground session (this is a practice you’ll see from a LOT of MLB starting pitchers in pre-game warm-ups before they ever step foot on a mound).

Typically, our guys use a compression throw every 45-60 feet on the way back in (it almost amounts to a brisk walk back in).  So, if a pitcher went out to 300 feet with his long toss, he’d take compression throws at about 250, 200, 150, 100, and 60 feet.  I joke with guys that the last throw at 60 feet should pretty much scare the crap out of their throwing partners.  If you've seen Trevor Bauer crow-hopping downthe mound for his last warm-up pitch prior to every inning, you know what I mean.  Not surprisingly, Bauer is an Alan Jaeger/Ron Wolforth long toss disciple.  Here’s what Baseball America had to say about it: “[Bauer] starts behind the rubber, runs over the mound and throws as hard as he can to the plate, from about 54 feet. I've heard reports that those throws have registered 100 mph…”

Some guys – particularly those with a history of control issues and the guys who are trying to tinker with their mechanics – are wise to go into a brief flat-ground (or regular) bullpen right after these compression throws.  It’s a good chance to transfer the arm speed and athleticism of long toss into a little more of a sport-specific action.  I’ve also seen quite a few pitchers who have improved their change-ups considerably by long tossing for part of the session with their change-up grip, and then integrating it into one of these post-long-toss flat ground or bullpen sessions.  It helps with keeping the arm speed up in pitchers who tend to slow down the arm for change-ups.

2. They become good throwers and not good pitchers.

I’ll be straightforward with this one.

If you can long toss 350 feet, but pitch at 80-82mph, you can definitely stand to cut back a bit on your long tossing to spend more time focusing on mound work to sync things up and use that general motor potential to your advantage.

If you can long toss 350 feet, but have a 1:6 strikeout:walk ratio and have pitches hitting the backstop, you can definitely stand to cut back a bit on your long tossing to spend more time focusing on mound work to sync things up and actually throw strikes.

If you can long toss 350 feet, but are getting shelled because you just throw a very straight 93mph and don’t have any secondary pitches, you can definitely stand to cut back a bit on your long tossing to spend more time focusing on mound work to sync things up and learn some other pitches.  The average fastball velocity is higher in low-A than it is in the big leagues, you know…

3. They think long toss covers all their needs.

There are a ton of different factors that contribute to pitching success and longevity.  Once you can throw a ball a long way, there is a tendency to think that you’ve done what you need to be successful, but in reality, there are a lot more things to address to prepare your body and long toss is still pretty specific, in the grand scheme of things.  As is often the case, the greatest benefits are usually derived from doing the things that you don’t do particularly well (yet).  Bartolo Colon, for instance, might be able to long toss 330 feet, but he might have a heart attack on the light jog to the outfield to partake in that long tossing session.

4. They don’t long toss on a straight line.

It seems like a no-brainer, but you should throw on a straight line.  If the guy 250 feet away is 20-feet to the left of “center,” you’re teaching yourself to either stay closed or fly open with your delivery.  Stand on the foul line or line yourself up between foul poles, if you’re looking for a quick and easy way to “get aligned.”

As you probably appreciate now, while long toss is usually a tremendously valuable inclusion in most throwing programs, it isn’t a perfect fit for everyone – and that’s why each unique case must be considered individually.

Don't forget that long toss guru Alan Jaeger has put his popular Thrive on Throwing DVD on sale for 25% off for my readers for a limited time only.  Click here to learn more.

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Making the Case for Long Toss in a Throwing Program

Long toss may have been scorned by quite a few baseball traditionalists, but I am a big fan of it – and our guys have responded outstandingly to the way we’ve used it.  Perhaps it’s just my “1+1=2” logic at work, but I just feel like if you can build up the arm speed to throw the ball a loooonngggg way, then you’ll be able to carry that over to the mound as soon as you get your pitching mechanics dialed in.  And, this has certainly been validated with our athletes, as we have loads of professional pitchers who absolutely swear by long toss (both off- and in-season).

So, you can understand why I got excited when my good buddy, Alan Jaeger – a man who has devoted a big chunk of his life to getting long toss “accepted” in the baseball community – was featured in this article at MLB.com about what a difference it makes - including for the Texas Rangers on their road to the World Series a few years ago.

I was, however, not a fan of this paragraph in the article:

“Former Red Sox pitcher Dick Mills has a business built around teaching mechanics and maximizing velocity, and he is a staunch opponent of long tossing. He has released countless YouTube videos angrily decrying this practice. In his latest, ‘How Long Toss Can Ruin Your Pitching Mechanics and Your Arm,’ he says, ‘Why would you practice mechanics that are totally different and will not help a pitcher during a game? And why would you practice throwing mechanics that are clearly more stressful where the arm does most of the work?’"

Taking it a step further, here’s a Dick Mills quote I came across a few years ago:

“Training will not teach you how to apply more force…only mechanics can do that. And pitching is not about applying more effort into a pitch but is about producing more skilled movements from better timing of all the parts. That will help produce more force. No matter how hard you try, you will not get that from your strength training program…no matter who designed it, how much they have promised you it would or your hope that it will be the secret for you.”

While I agree (obviously) on the importance of mechanics and timing, effectively, we’re still being told that long toss, strength training, and weighted balls are all ineffective modalities for developing the pitcher – which leaves us with what, bullpens and stretching? It sounds like every youth baseball practice in the country nowadays – and all we’re getting now are injured shoulders and elbows at astronomical rates.  Something isn’t right – and the message is very clear: specificity is a very slippery slope.


On one hand, when it comes to mechanics, you need to throw off the mound to get things fine-tuned to achieve efficiency.

On the other hand, research has shown that arm stress is higher when you’re on the mound (there is less external rotation at stride foot contact with flat ground throwing).  Additionally, every pitch that’s thrown is really a step in the direction of sports specialization for a youth baseball player – and something needs to balance that out.  Why?

Well, specializing at a young age is destroying kids.  As a great study from Olsen et al. showed, young pitchers who require surgery pitched “significantly more months per year, games per year, innings per game, pitches per game, pitches per year, and warm-up pitches before a game. These pitchers were more frequently starting pitchers, pitched in more showcases, pitched with higher velocity, and pitched more often with arm pain and fatigue.”  And people think that kid need more work on the mound?  What they need are more structured throwing sessions (practice, not competition) and a comprehensive throwing and strength and conditioning program to prepare them for the demands they’ll face.

But those aren’t specific enough, are they?!?!?!  Well, let’s talk about specificity a bit more.  Actually, let’s read – from renowned physical therapist Gray Cook, a guy who certainly knows a thing or two about why people get injured:

The physical presentation of differently trained bodies often provides a signature of the type and style of activity that developed it. Those who are exclusive in their activities seem more often be molded to their activities, and sometimes actually over-molded. These individuals can actually lose movements and muscles that would make alternate activities much easier.

Specialization can rob us of our innate ability to express all of our movement potential. This is why I encourage highly specialized athletes to balance their functional movement patterns. They don’t so much need to train all movement patterns, they just need to maintain them. When a functional movement pattern is lost, it forecasts a fundamental crack in a foundation designed to be balanced. The point is not that specialization is bad—it only presents a problem when the singular activity over-molds to the point of losing balance.

While there are probably 15-20 awesome messages we can take home from the previous two paragraphs, here’s the big one I want to highlight: it’s our job as coaches to find the biggest window of adaptation a pitcher has and bring it up to speed – while simultaneously keeping other qualities in mind.

If he’s stiff, we work on mobility.  If he’s weak, we get him strong.  If he’s a mechanical train wreck, we get him more bullpens.  If his arm speed isn’t good, we work more on weighted balls and long toss.  If you just take a 5-10, 120-pound 9th grader and have him throw bullpens exclusively, he’ll get better for a little bit, and then plateau hard unless you get him bigger and stronger.

How does this work?  It’s a little principle called Delayed Transmutation that Vladimir Zatsiorsky highlighted in Science and Practice of Strength Training.  Zatsiorsky defines delayed transmutation as “the time period needed to transform acquired motor potential into athletic performance.”  In other words, expand and improve your “motor pool” in the off-season, and it’ll be transformed into specific athletic performance when the time is right.

And, as I wrote in The Ultimate Off-Season Training Manual, “the more experienced you are in a given sport, the less time it will take for you to transform this newfound strength and power [and mobility] into sporting contexts.”  This is why professional pitchers can find their groove each year MUCH easier than high school pitchers in spite of the fact that they probably take more time off each year (2-3 months from throwing) than the typical overused kid who plays on 17 different AAU teams.

That said, there’s a somewhat interesting exception to this rule: really untrained kids.  I’ll give you two examples from the past week alone at Cressey Performance.

We had a high school senior and a high school junior who both just started up their winter throwing programs to prepare for the season.

The first told me that he was sore in his legs after throwing for the first time in his life.  Effectively, without throwing a single pitch or really doing any lesson work (or even throwing off a mound), this kid has managed to change the neuromuscular recruitment patterns he uses to throw the baseball.  Strength, power, and mobility took care of themselves: delayed transmutation.

The second told me that his arm feels electric.  Ask any experienced pitcher, and they’ll tell you that your arm is supposed to feel like absolute crap the first 4-5 days after an extended layoff, but it always gets better.  However, when you’re a kid who has gotten more flexible and packed on a bunch of muscle mass, it’s like all of a sudden driving a Ferrari when you’re used to sharing a minivan with Mom: delayed transmutation.

Specificity is important in any sport, but a it really is just the work as far to the right as you can go on the general to specific continuum.  Elite sprinters do squats, lunges, Olympic lifts, jump squats, and body weight plyos as they work from left to right on the general-to-specific continuum to get faster.  So, why do so many pitching coaches insist that pitchers stay as far to the right as possible?    Symbolically, long toss is to pitchers what plyos are to sprinters: specific, but just general enough to make a profound difference.

In a very roundabout way, I’ve made a case for long toss as something that can be classified as beneficial in much the same way that we recognize (well, most of us, at least) that mobility drills, foam rolling, strength training, movement training, and medicine ball drills to be excellent adjuncts to bullpens. In the process of learning to throw the baseball farther, we:

1. push arm speed up

2. train in a generally-specific fashion

3. improve contribution of the lower half

4. realize another specific, quantifiable marker (distance) of progress

5. keep throwing fun

6. train the arm with just enough LESS specificity to help keep pitchers healthy, as compared with mound work

The question then becomes, “Why don’t some pitchers respond well to long toss?”  In part 2, I’ll outline the most common mistakes I’ve seen:

When I told Alan Jaeger that I was sending this article out, he graciously offered to set up a 25% off discount code on his Thrive on Throwing DVD set for my readers. This outstanding DVD set thoroughly teaches players and coaches how to approach long tossing, and Alan has also applied a discount to his J-Bands and his Getting Focused, Staying Focused book for pitchers. Here's a link to the discount page.

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Throwing Programs: Not One-Size-Fits-All

I received a few separate emails this week from folks wondering how I plan our guys' off-season throwing programs to include everything from long toss, to weighted baseballs, to mound work.

Most people expect to be handed a simple throwing program - as one might receive with an interval throwing program following rehabilitation.  The truth is that there isn't a single throwing program that I give to all our guys; rather, each is designed with the athlete's unique needs and circumstances taken into consideration.

With that in mind, I thought I'd outline some of the factors we consider when creating a throwing program for our professional baseball pitchers (many of these principles can also be applied to younger throwers):

1. Where they struggle on the mound (poor control, poor velocity, lack of athleticism, etc.)

2. Whether I want them using weighted balls in addition to long toss and bullpens or not

3. How many innings they threw the previous year (the more they throw, the later they start)

4. Whether they are going to big league or minor league spring training (we have minor league guys an additional 2-3 weeks)

5. How much "risk" we're willing to take with their throwing program (we'd be more aggressive with a 40th rounder than a big leaguer or first rounder; here is a detailed write-up on that front)

6. Whether they are a starter or reliever (relievers can start earlier because they've had fewer innings in the previous year)

7. What organization they are in (certain teams expect a LOT when guys show up, whereas others assume guys did very little throwing in the off-season and then hold them back when they arrive in spring training)

8. Whether guys play winter ball, Arizona Fall League, Team USA/Pan-American games, or go to instructionals

9. Whether they are big leaguers (season ends the last week in September, at the earliest) or minor leaguers (ends the first week in September)

10. What each guy tells you about his throwing history and how his arm feels.  Any pitcher can always tell you more than you can ever accurately assume - so you just have to be willing to listen to him.

Here are a few general rules of thumb:

1. Most throwing programs from professional organizations don't have their pitchers playing catch until January 1 - and I think this is WAY too late to give pitchers adequate time to develop arm speed and durability in the off-season.

2. Relievers start earlier than starters (we are starting our relief pitchers three weeks ahead of our starters this year, on average).

3. Medicine ball volume comes down and throwing volume goes up.

4. Most of our guys who don't go to instructionals, winter ball, the fall league, or Team USA start in November.  Starters are generally right around Thanksgiving among minor leaguers, with some relievers a bit earlier.  Big league guys don't start throwing until mid- to late-December or even January 1.

This is just the tip of the iceberg, but hopefully it gives you some insight into some of what goes through my mind as we work to increase throwing velocity and arm health.

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Nutrition, Medicine Ball Training, and Overhead Pressing for Baseball Players

In honor of the end of the minor league baseball season yesterday, I thought I'd go with a baseball-only theme today for our "Stuff You Should Read." First, though, I thought I'd give you the heads-up that I finally broke down and got a Twitter account, on the recommendation of a few people.  If you're interested in following me, you can do so HERE.

With that out of the way, some baseball articles that may interest you: Athlete Profile: Shawn Haviland - This is a great feature at Precision Nutrition on one of our athletes, Shawn Haviland, who was recently named a California League All-Star after striking out 169 batters in 153.2 innings, with a 3.65 ERA.  Shawn has worked really hard to get where he is, and this article shows just how tough getting in proper nutrition can be during the professional baseball season. Medicine Ball Madness - This piece touches on our unique medicine ball training program.  At some point, I'm going to get around to writing up a detailed resource on this, but for now, this will do.  Suffice it to say that our guys will get a little bit of a break over the next few weeks, and then we'll be destroying a lot of med balls up through the first of the year. Should Pitchers Overhead Press? - The following video is an excerpt from Mike Reinold and my Optimal Shoulder Performance DVD set.  It's a great resource for fitness professionals and rehabilitation specialists alike - especially if you are working with baseball players.

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Strength and Conditioning Programs: Understanding the Absolute Strength to Absolute Speed Continuum

A few questions from one of our pro baseball guys inspired me to create this video "tutorial" on how to develop power.  It starts general, and progresses to specific.  Think about how it applies to YOUR sport and your training history.

For more detail, check out The Ultimate Off-Season Training Manual. Please enter your email below to sign up for our FREE newsletter and receive a FREE deadlift technique tutorial.4
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The New Era of Interval Training

Most of you already know by now that I'm not a fan of "traditional" cardio. Step aerobics classes have ruined enough knees, Achilles tendons, and hips. Ellipticals don't allow you enough hip flexion to avoid developing hips like a crowbar. Most people don't need to sit on their fat a**es on bikes, either because most people, well, they sit on their fat a**es enough as it is. In short, as I've noted in the past in my discussions of The Law of Repetitive Motion Part 1 and Part 2, take a small amplitude of motion and repeat it thousands of times and you're going to wind up with some issues sooner than later.  And, to take it a step further, you're going to get efficient at this motion - and over the course of time, burn fewer calories (especially if you're doing steady-state cardio and not interval work). It's not like I haven't made suggestions on other stuff to do, either.  Try Sprinting for Health, Rethinking Interval Training, or When Things Get Boring, Turn to Cardio Strength Training.  I also recently raved about the emphasis Chad Waterbury placed on movement on his great new fat loss program, Body of Fire. And, if you need one more example, here was a little fun I had with an impromptu conditioning session on Sunday afternoon at Cressey Performance: Alternating Lateral Lunge Walk with Keg paired with Inchworms.

I'd already done some cable woodchops, t-push-ups, face pulls, slideboard, easy sprinting progressions, and medicine ball throws in a circuit format that day (pair up two exercises with low resistance and rotate back and forth without stopping for three minutes).  It's not rocket science because we aren't building rockets; people just need to move more. Please enter your email below to sign up for our FREE newsletter.

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