CategoriesUncategorized youth sports training youth training youth/sports training

What Makes an Athlete Fast?

Today’s guest post comes courtesy of Syracuse, NY based strength and conditioning coach Ricky Kompf. Ricky’s a good friend, works with a ton of youth athletes, and he knows his stuff.

What I like about his message is that he always stresses the basics first.

No fluff, no smoke and mirrors, no speed camps, and no agility ladders…;o)

Enjoy!

Copyright: serrnovik / 123RF Stock Photo

What Makes an Athlete Fast?

Speed is one of the most misunderstood aspects of training.

We get sold on fancy ladder drills, flashy sprint exercises and products that don’t work or are used incorrectly. After working with hundreds of athletes of all levels and skills I’m here to show you exactly what will make an athlete fast and what will actually allow you to hit those impressive numbers the elite level athletes hit.

It also goes without saying that, it takes work.

This will not happen overnight, you achieve this level of physical prowess from years of developing your body and consistently putting work in towards this every day.

Whenever an athlete comes to me, chances are they want to become faster and jump higher.

Speed is king, and rightfully so.

Speed is what sets you apart from the competition.

Speed is what gets you looked at for high level college programs.

There’s not much difference in skill between D3, D2 and D1 programs as there is a difference is speed and strength.

So, what makes an athlete fast?

1. Relative Strength

Relative strength is how strong you are relative to how much you weigh.

Without relative strength there is no speed.

Relative strength is what every quality of speed is built off of.

I hate to speak in absolutes but If you are not strong relative to how much you weigh you will not be fast. Strength is your horse power.

I promise I’m (mostly) not a Sith

Trying to sprint as fast as possible with low relative strength is like trying to go from 0-60mph in a Prius: You just won’t be able to get to top end speed quickly and your top end speed will be much slower than a sports car.

When you’re sprinting the only resistance you have on you is your body weight.

You have to propel your body forward in a fast-explosive manner and if you don’t have the relative strength to do so, all the sprints and speed & agility drills in the world won’t make you much faster.

FANCY SPEED EXERCISES AND AGILITY DRILLS WON’T ACCOMPLISH ANYTHING WITHOUT RELATIVE STRENGTH.  

To put this into perspective, If you have two athletes who can deadlift 300lbs and one athlete is 150lbs while the other one is 250lbs, 10 times out of 10 the athlete who is 150lbs is faster.

Here are some indicators that I use to determine if the athlete is relatively strong.

Male Athletes:

  1. 15 or more chin ups
  2. 30 or more push ups
  3. Can trap bar deadlift over 2x their body weight for 3 or more reps
  4. Can back squat to box or safety bar squat to box 1.5x their body weight for 3 or more reps
  5. Can sled push 4x their body weight or more for 10 yards

Female Athletes:

  1. Can perform 5 chin ups or more
  2. Can perform 15 or more full range of motion push ups
  3. Can trap bar deadlift 1.5X their body weight for 3 reps or more
  4. Can back squat or safety bar squat to a box with 1.25x their body weight or more for 3 reps or more
  5. Can sled push 3.5x their body weight or more for 10 yards

This is all a general rule of thumb I use for my athlete to determine if they will respond well to an increase in speed work volume.

2. Mobility

Have you ever seen the athlete on the field who moves their legs super-fast but is one of the slower athletes or middle of the road?

It’s like they’re going nowhere fast.

Here’s why this is happening.

The athlete who takes the least number of strides to cover a certain amount of distance will always get to Point B first.

If your athlete is tight in the hips they won’t be able to cover max distance with every stride. This usually becomes an issue when an athlete’s hips are tight, restricted and weak.

Mobility also doesn’t mean just stretching, this is where flexibility and mobility get confused. Flexibility is the range of motion you can put your joins passively like reaching down to touch your toes. Mobility is the range of motion you can go actively, like driving your knee up as high as you can without moving your spine or going into a deep squat while keeping a neutral spine.

Flexibility is a component of mobility that you need in order to be mobile. Optimal stride length requires more mobility than flexibility.

Perform these mobility drills regularly to keep your hips in check while you become stronger and faster. These are all great examples where together they work on flexibility as well as mobility. This will help you become overall more mobile in the hips and moving better.

Speedy 7 Mobility Drills

Hip Series: Active Recovery

90/90 PAILs & RAILs

Standing Hip CARs

3. Core Strength

The role of the core while sprinting is to keep the midline stable while the arms and legs are in motion.

If your athlete does not possess the appropriate core strength it will result in energy leaks throughout their sprints and change of direction.

The core is used as a foundation in which force can be translated from the lower body to the upper body while sprinting. If the core and spine are not ridged while sprinting there won’t be as much force being put into the ground.

Even worse you’re at a much higher risk of injury.

If you ever watch an elite level track athlete sprint with their shirt off, their arms and legs are moving violently while the torso is perfectly still.

Without good core stability relative strength is low and mobility/movement quality is poor, which, if you’re paying attention are the first two qualities I spoke of.

Addressing all three should be a priority is every athletes program.

Check out these exercises that are great for core development:

Core Engaged Deadbugs

Plank on Knees While Breathing

Level I Plank March

4. A Faster Amortization Phase

The Amortization phase is the transition from an eccentric muscle contraction to a concentric muscle contraction.

This phase is a very fast isometric contraction that helps to transition the muscle to shorten while contracting.

This is commonly known as the stretch shortening cycle.

This is when a muscle rapidly lengthens then shortens. When the amortization phase is optimized and there is a very fast transition, the amortization phase is very short. When this happens there are more motor units recruited and more force is produced.

The shorter the transition from eccentric to concentric the more force is produced.

This happens on every stride once you’ve gotten into your cycle sprint (while you’re upright sprinting at your max speed).

Another common way to see this is when an athlete performs a vertical jump, as the athlete descends quickly and transitions from down to the upward phase of the vertical jump this is where the amortization phase comes in. The less time it takes to make that transition the more potential force is produced.

Ways to train this would be plyometrics, max effort sprints, longer distance sprints (20-40yd) and jumps where there is a focus on the transition from eccentric to concentric.

A few of my favorite ways to train this is by performing some of these following exercises:

1. 10-yd Push Up to Sprint/Mountain Climber Sprints

 

2. Hurdle Hop Variations to Push

 

3. Max Effort Vertical Jumps

 

4. 20 yd Sprints Flat Ground or Up Hill

 

5. Partner Sprint Chases

 

6. 30 yd Sprints

 

7. Double Broad Jumps

 

5. Strength in Specific Joint Angles and Technical Form

To develop strength in specific angles that the athlete will be in during a game I will often use contrast training, game speed exercises drills, and lifting exercises that are similar to positions an athlete will be in.

When it comes to speed, there’s nothing better than a heavy sled push or a sled drag.

Other good ones I like to use with a contrast are trap bar deadlifts and safety bar squats. All of these are great with mimicking the sprint and jump movements. Below is a video example of some contrast sets and specific joint angle exercises for speed.

Example #1

A1. Trap Bar Deadlift – 5×2

Rest 10-20 seconds

A2. Vertical Jump – 5×1

Rest 2-3 minutes before the next set.

 

Example #2

A1. Heavy Sled Push – 5×10 yards

Rest 10-20 seconds

A2. Push Up to Sprint – 5×10 yards

Rest 2-3 minutes before the next set

 

Example #3

A1. Safety Bar Squat to Box – 5×2

Rest 10-20 seconds

A2. Box Jump – 5×2

Rest 2-3 minutes before the next set

Example #4

A1. Chain Loaded or Banded Trap Bar Deadlift – 5×2

Rest 10-20 seconds

A2. Double Broad Jump – 5x(max distance)

Rest 2-3 minutes before next set

Strength Training Exercises in Specific Joint Angles

Heavy Sled Pushes

 

Heavy Sled Drags

 

Resisted Sprints

 

Trap Bar Deadlifts

 

These type of exercises and contrast sets should be performed during preseason after a full foundation has been developed during the offseason.

Note that these types of circuits are reserved for athlete who are older and more advanced with a good foundation of general strength and all the other qualities we went over already. Contrast training is not as effective without 3-6 months of general strength training. The sled pushes, sled drags, and deadlifts are exercises that should be staples every month in your athletes program.

Another way to work on this is to perform sprints and jumps to refine technique, having a coach’s eye to teach you how to sprint the correct way and jump the right way is the final piece to put all these qualities together. Sprinting, change of direction and jumping is a skill that will always require fine tuning and technique work.

About the Author

Ricky Kompf is the head coach/owner of Kompf Training Systems where we work primarily with team sport athletes like baseball, football, lacrosse and basketball.

He’s also a Head Trainer for a corporation for Bankers Heath Care.

You can give him a follow on Instagram HERE.

You can check him out on Twitter HERE.

CategoriesUncategorized

Modified Reverse Hyper: An Exercise You’ve Never Heard of to Help Build Speed and Athleticism

Today’s guest post comes from strength coach, Travis Hansen. I respect Travis a ton because 1) he actually works with athletes and gets results and 2) he’s not scared to think outside the box (which you will read more about below).

His amazing resource, The Speed Encyclopedia, rocked my world a few years back when I read it the first time. He’s revamped it and has placed in sale at 30% off the regular price. If you work with athletes and want to make them into sprinting, jumping, and turning on a dime freaks….definitely give it a look.

Copyright: mezzotint123rf / 123RF Stock Photo

 

The Modified Reverse Hyper

The title may sound a bit cliché, especially this day and age, but I truly believe that the exercise I’m about to share with you is still relatively unique as far as speed and athletic development is concerned.

And it’s definitely not a gimmick, it works.

The amount of evidence to date to support glute-ham strength and its powerful impact on athletic performance tasks such as running, jumping, cutting, and sprinting is incredibly vast. Every single athlete and client for that matter should be performing several posterior chain dominant movements, like squats, deadlifts, swings, sleds, lunges, split squats, etc. at some point during their training program.

However, to my current knowledge the “Modified Reverse Hyper” has not received a lot of attention and publicity throughout the athletic training mainstream and scientific community. Moreover, I would be very curious to see any study that attempts to identify how well the reverse hyper and sprinting would connect?! I’m confident the results would be favorable.

Louie Simmons was a mastermind in not only powerlifting, but his training concepts permeate into athletic and speed development as well!

The initial thing I like about the exercise is that you are training the target muscle groups at long lengths throughout the muscle contraction spectrum. This situation can help stimulate the addition of sarcomeres and result in increased hypertrophy to the muscles responsible for increasing acceleration and running speeds. What athlete wouldn’t want that?

Secondly, you are provided a very stable foundation in which to exert high amounts of force and energy from resulting in greater strength production limits. Recall that the less stability you have in an exercise the less involvement of the prime movers, which in this case are critical to health and athletic performance potential.

Last but not least, is that this exercise truly emphasizes the development of specific muscle and joint actions that occur during high speed movements such as maximum effort sprinting.

Strength has been found to be very specific to range of motion/training angles in research, and it obviously makes perfect sense. What doesn’t make sense is that there really isn’t a wealth of potential exercises in the weight room that do a sufficient job in bridging the gap for both strength and speed during the common act of hip hyperextension. Sled marching, hill runs-sprint progressions, and quadruped work are great, but the room for loading is questionable and hard to manage, except for perhaps the quadruped variation.

Even if this is the case, there is still reduced hamstring contribution due to the knee being bent (Active Insufficiency) in the quadruped exercise.

Moreover, the Modified Reverse Hyper is very versatile. You can perform the drill bilaterally with a plate, or dumbbell if you don’t have a partner. And then unilaterally with a plate or ankle weights.

Please Note: I’m not a big proponent of ankle weight drills at all, unless they are performed in a prone position. They provide a distraction force at the knee that really creates a lot of unnecessary pull and tension at the surrounding ligaments.1

Here is an actual video of the exercise. As a disclaimer, the weight bearing pressure of the weight can be brutal on the calves initially. And make sure the middle of the plates sit close to or directly behind the knee joint to prevent too much shearing and stress to the ACL and lower hamstring muscles.

 

I like to train this movement 1-2 per week at opposite ends of the week if your goal is to get faster and more athletic. 2-4 sets of 6-12 reps work great as the hamstrings are comprised of a lot of fast twitch muscle and respond to high force/velocity efforts.

Summary

Really focusing on working the backside from a hip position of neutral, and another 20-30 degrees past neutral, just before the lower back starts hyperextending is very valuable for athletes.

For one, it’s not too common, and also it really prepares the hamstrings for propulsion (take-off) when you are sprinting. Many people who are ailing from hamstring problems will report a twinge or tweak when they go to drive off.

By performing this exercise, you are supplementing them with some of what they more than likely lack, prevent and rehab the ailment depending on your approach, and get them faster in the process.

The Speed Encyclopedia 

Want to nerd out on a Saturday night and read about speed development, joint angles, and torques? Travis has got you covered.

Okay, there’s all that AND you’re going to get the inside details on a system that’s been proven to work, including and abyss of exercises and drills Travis uses with his athletes in and outside of the weight room.

It’s the real deal. Check out The Speed Encyclopedia HERE.

CategoriesStuff to Read While You're Pretending to Work

Stuff To Read While You’re Pretending To Work: 6/3/16

Do you ever get caught in the trap of reminiscing? I’m not referring to the Pete Rock and CL Smooth 1992 hip-hop classic “They Reminisce Over You.”

Probably one of my top-10 all-time favorite hip-hop songs.

No, I mean “reminisce” in the sense of remembering where you were or what you were doing 24 hours ago, a day ago, a week ago, even a year or more ago.

Do you ever do that?

A week ago today, my wife and I were walking and biking through the streets of Copenhagen. We had an amazing day that day.

A year ago today, we were in the Bahamas celebrating our honeymoon. Facebook reminded me by reposting the following picture on my Wall via my Facebook Memories this morning.

And who knows: I’m sure if I were to dig a little deeper into my subconscious I could come up with some other examples.

Five years ago today my wife and I were preparing to move in with one another.

Five years ago tomorrow we were ready to strangle each other and second guessing that decision.

It’s surreal to think back at all the cool places I’ve been and experiences I’ve experienced. Part of reminiscing is to think back on things fondly. But too, understandably, reminiscing can be about perseverance, heart ache, tragedy, and death.

I don’t know what my point is. Honestly, I started typing and these thoughts were the first thing that entered my head; so I apologize for the discombobulated intro to today’s stuff to read.

Maybe the idea is to encourage people to reminisce over a positive thought or memory. In light of today’s political/religious/racial/financial/world climate – where everything is doom and gloom (and abhorrent rhetoric) – try to think of one positive thing (past/present) that puts a smile on your face.

If nothing else, go listen and bob your head to Pete Rock and CL Smooth’s jam.

REMINDER: Strong Body-Strong Mind Workshop – Austin, TX

Speaking of my wife and I, we’ll both be in Austin, TX on Saturday June 18th for our inaugural Strong Body-Strong Mind Workshop.

There are plenty of workshops, seminars, and conferences that speak to how to make the body strong, but not many that incorporate mindset and behavior change. This is something we both feel is an underserved “niche” within the fitness industry.

I can speak to turning people into deadlifting terminators.

Lisa – who has a doctorate in Sports Psychology and specializes in Exercise/Behavioral Psychology – can speak to what goes on in people’s noggins.

For more information you can go HERE. Or sign up via the link below:



Lightning & Thunder – Angie Brambley-Moyer, Tim Moyer, Jen Sinkler

If you read my post yesterday you learned that, despite being a strength & conditioning coach (and working with athletes on a daily basis), I feel I’m “rusty” when it comes to my overall athleticism.

And that I wanted to do something about it.

I’m currently doing the Lightning & Thunder program myself and am pumped to see what I can accomplish in 24 weeks.

It’s a program for athletes and non-athletes alike. I’ve referred to it as “elegantly simplistic,” which is what most people need.

The HALF-OFF sale ends TODAY (6/3)…and, as a reminder, those who purchase via my links will get a code for one FREE MONTH in my Group Training Membership on Exercise.com.

Go HERE. I encourage you to join me. Together we can conquer the world.1

4 Easy-to-Fix Reasons Why You’re Not Losing Weight – Scott Baptie

I don’t get it: there are some fitness professionals (charlatans are more like) out there espousing the notion that the reason why some people aren’t losing weight is because they’re not eating enough calories.

Say what now?

That’s like me saying, “dude, the reason why you’re not getting laid is because you’re not attending enough Star Trek conventions.”

It doesn’t make any sense.

Foundational Coaching: The Birddog – Miguel Aragoncillo

It’s a simple looking exercise, with a plethora of benefits, but it’s often done very poorly. Cressey Sports Performance coach, Miguel Aragoncillo, chimes in on some common mistakes and how to troubleshoot the exercise.

Categoriesspeed training Strength Training

Getting My Athleticism Back

The saying “if you don’t use it, you lose it” can be applied to many facets of life. Vacation time for some people applies here. Within some companies here in the U.S, if you don’t use your vacation time, you lose it.

Which is BS.

And, of course, I could easily toss in an obligatory dick joke here.

But I won’t.

Because I’m mature.

 

Athleticism is another one of those “things” we tend to lose when we don’t use it. In fact, I’d garner a guess that athleticism is one of the first attributes that diminishes once many of us enter into adulthood.1

But for the sake of brevity, and legally speaking, lets just say adulthood is when someone hits the age of 18.

At this age, unless you’re a high-level athlete and offered/recruited to play a sport at the next level (college), you typically either:

1. Go to college, stop playing sports, and discover beer.

2. Not go to college, stop playing sports, and get a boring desk job. Or, live in your parent’s basement and play World of Warcraft.

OR

3. If you’re me: go to college, play sports, watch way too much 90210, not hang out with chicks, stay active (even after college), still not hang out with chicks (at this point watch way too much Alias), eventually get a job in the fitness industry, get jacked, playing “sports” gets diluted to slow-pitch softball leagues, start working with high-level athletes, still stay jacked though, finally find a chick that will hang out with me, and eventually realize that, while certainly not un-athletic, I’m not close to where I once was.

That sound like you too?

Now, I’m not insinuating athleticism in this case means you’re ready to enter the NFL Combine or that you could win American Ninja Warrior.

Understandably, athleticism can mean different things to different people. But again, for the sake of brevity, lets just say athleticism can equate to the ability to do several things such as sprint, jump, hop, skip, punch a zombie in the throat, change direction, shuffle, accelerate, decelerate, and just move without looking like a drunk pirate.

IMPORTANT NOTE: Many people confuse athleticism with conditioning

And that’s not what I am referring to.

Yes, athletic drills can be a form of conditioning…however, that’s not their main objective. There’s a lot of technical proficiency and skill involved with developing specific athletic skills and athleticism in general.

Too, athleticism favors those who started at an early age. We’re motor learning sponges when we’re young. Not so much as adults when motor patterns and CNS pathways have been engrained for far too long.

Elite athletes and people who stay active their entire lives can do stuff without even thinking about it.

They can change direction on a dime or catch a frisbee with pulling a hamstring.

They can react.

They have to work at it, of course, and they’ve accumulated hours upon hours of “purposeful practice,” (in the form of actual practice and casual recreational activity) but they make athleticism look easy and seamless.

You don’t become more athletic by incessantly accumulating more and more fatigue. Mind you: the most successful athletes in the world are able to perform at a high-level – repeatedly – in the presence of fatigue. They do need to develop conditioning and endurance amongst many other abilities.

However, I feel many people operate under the assumption that conditioning (or getting tired) is equivalent to athleticism. 

And it’s not.

Hitting up your local CrossFit joint is cool. I think that’s amazing. There are many amazing athletes involved with it.

But don’t assume that just because you’re completing some crazy WOD 3x per week, gasping for air by the end, and are thiiiiis close to shitting a spleen, that you’re somehow improving your athleticism.

Getting My Athleticism Back

Make no mistake: I can still move well. I haven’t turned into the Tin Man or anything (although, lets be honest: dude could dance).

I still participate in athletic endeavors and sometimes look athletic when I demonstrate exercises and drills. However, as a former athlete (and as someone who trains athletes) I’d be lying if I said I was happy with my current situation.

Slight abject disdain would seem more fitting

Which is why I was so happy to see Jen Sinkler type these words the other day:

“I missed feeling athletic in almost any situation. I missed it lot.

So, I told my friends Angie Brambley Moyer and Tim Moyer, both world-class strength-and-sport coaches, that I wanted to get it back. That I wanted to get it allllll back.

I ALSO told them that I wanted to invite others who were in the same boat — former athletes, not-yet athletes, or current athletes who wanted to level up their game — to join me in my quest.

I was positive there were others who, like me, wanted to become lean, mean, athletic machines. Again, or for the very first time.

I was right.”

I’m Not Alone!!

I think many fitness professionals feel the same way I do. We’re in an industry where we often put other’s health, well-being, and goals before our own.

Likewise, there are many people reading who, despite being former athletes themselves, don’t have as much pep in their step as they used to.  Or, maybe there are some reading who have never played a sport in their life, but would like to be able to perform a pro-agility without breaking their hip?

I’m taking some initiative and putting myself through the Lighting & Thunder program. I’m even setting my ego aside and starting with the beginner program.

Here’s what I did today:

5 Yd Starts

https://www.youtube.com/watch?v=TklqD8uN_Ds

 

  • Objective here is to drop down into a proper starting “athletic” position (weight forward, CoG low).
  • Think long backside (toss back arm back as aggressively as possible)
  • Push away as fast as you can (aggressive first step).

5 Yd Jog to 10 Yd Sprint (With Stop Within 10 Yds)

https://www.youtube.com/watch?v=HM-BPJKTslg

 

  • Objective here is more or less the same as above (except without the athletic start position).
  • When you transition into sprint, you should get low and have an aggressive lean with positive shin angle.
  • You still want an aggressive backside.
  • Also, you want to “stutter step” to a stop within 10 yds, which works on deceleration and better emulates athletic activities.

5 Yd Jog to 10 Yd Sprint (To Coast)

  • I didn’t take a video of this.
  • Just imagine the same video as above, except me without a shirt on or something. Or pants.
  • Also, no need for aggressive deceleration…just a “coast” to finish.

Up 2, Down 1 Drill

https://www.youtube.com/watch?v=YSFDp1QSA2w

 

My sock game is ON-POINT!!!

  • This drill helps to hammer home the start/stop/start/stop nature of athletic activities and sport.
  • Performing this drill with hands touching the floor helps to cue weight forward and low (you’d obviously not do this in a REAL sport).
  • Important to note that if you stop with right foot forward, you’d want to tap floor with left hand (and vice versa).
  • Rest is 1:3 ratio. Rest for 3x as long as it takes to to complete the drill. This ensures ample recovery for top performance with each set.

It’s nothing fancy, but it doesn’t need to be.

I’ll be doing this program 1-2x per week all summer. If day 1 is any indication, I’m going to be Carl Lewis by September.

You Should Join Me

Lightning & Thunder is on sale now for HALf-OFF until Friday, June 3.

On top of being a top-rate speed/agility program, what’s great about it is that it can easily compliment any strength program.

It comes with a strength program in fact.

However, for those who purchase Lighting & Thunder via the links provided by the end of June 3rd, I’m going to offer you a FREE month of my Group Training Membership on Exercise.com.

NOTE: I’m only going to email the discount codes out to the exact same email address you use to purchase L&T.

You get two killer programs for one!

So, to review:

1. It was bullshit when Kelly chose Brandon over Dylan on 90210. I mean, it’s freakin Dylan McKay. How do you say no to someone like that?

2. The Lighting & Thunder program is pretty baller.

3. I’m doing the entire thing myself, even starting with the beginner program cause I’m cool like that.

4. You should totally do it with me.

5. As incentive…go HERE, and then I’ll send you a code for a FREE month in my Group Training Membership.

6. We’ll be BFFs.

Categoriescoaching Conditioning speed training

When Going Backwards Is a Good Thing: The Up Two, Back One Drill

Today’s guest post comes courtesy of one of my most favorite people in the world, Jen Sinkler. She, along with strength & conditioning coaches Angie Brambley-Moyer and Tim Moyer are releasing their new strength, speed, & agility training product Lightning & Thunder.

I’ve just started playing with the program myself (my wife and I went to BU on Sunday to move around a a bit, photo evidence HERE), and I gotta say…I really, really like it.

It’s elegant in its simplicity, and will compliment pretty much anyone’s training whether they’re an athlete or not.

Check out Jen’s gleaning example below…

When Going Backwards Is a Good Thing

When it comes to training for speed and agility — a worthy endeavor whether you’re an athlete or not, in terms of power and movement efficiency — you may think about zig-zagging from side to side explosively and working on your go-forward locomotion, but just as important is the ability to quickly transition from forward to backward and vice versa.

“Forward-to-backward movement is what athletes do poorly at first. It’s the most likely skill to be untrained and un-coached,” says Angie Brambley-Moyer, MS, MSCC, assistant director of strength and conditioning for Princeton University.

This is a critical error.

In many sports, the ability to switch from offense to defense and back again is paramount, adds Angie’s husband, Tim Moyer, MS, CPT, head volleyball coach of Philadelphia University and longtime strength and conditioning coach.

“Agility is the ability to perform a series of explosive power movements in opposing directions in rapid succession, and unless you’re training these key movement patterns by focusing on movement quality over speed at first, breaking down skills into smaller parts, and getting feedback (from a coach, a video, or motor recognition) from rep to rep, your mechanics will remain slow and sloppy,” Moyer says.

“Form equals function. The better your form the better you will function.” That means patterning proper mechanics from the get-go.

“From an injury prevention standpoint, you are only going to be as fast as you can stop and change direction,” says Brambley-Moyer. “In many sports, you have to change direction every three to five steps, and the ‘Up Two Back One’ drill closely mimics that. It’s important to master these short direction changes before increasing the distance (which increases intensity).”

This is one of Brambley-Moyer’s favorite drills for working on forward-to-backward-to-forward agility. Incorporate it at the very beginning of any conditioning work you do, performing three total sets and using a 1:3 work-to-rest ratio. Start slowly and focus on really nailing the mechanics of footwork and body position, picking up speed only as your form improves.

Moyer refers to one of the special forces’ mottos, saying, “Remember: Slow is smooth, and smooth is fast.”

Up Two, Back One: Forward Sprint to Backpedal Instructions:

The Up Two, Back One drill is performed like it sounds: You will first run forward to the second cone, come to a stop, backpedal one cone and then repeat by running up two more cones before backpedaling again. You will sprint and backpedal a total of three times before transitioning to your last sprint and coasting to a stop.

For the set up, place five cones three yards apart in line with one another. Completing the drill as outlined above counts as one set. To ensure you’re performing each set with the proper intensity and technique, take three times the rest as it takes you to run the drill, in a 1:3 work-to-rest ratio.

Coaching Points:

To start, use a staggered stance (with one foot slightly in front of the other) as your starting position for the drill. Direct your head and shoulders toward your target by leaning forward, and then take off into a sprint.

Decelerating at each cone starts by lowering your center of gravity toward your base of support (your feet). You will also increase the length of your ground contact time by taking a number of smaller, choppier steps until you come to a complete stop next to each cone.

This drill’s focus is accelerating quickly, decelerating quickly, and then transitioning into the backpedal before moving forward into another sprint. To ensure you’re staying low and using proper acceleration and deceleration mechanics, touch the ground at each cone when performing this drill.

Ideally, you will touch the ground with the opposite hand as the foot that’s in front. Meaning, if your left foot is the front foot at the transition point (sprint to backpedal or backpedal to sprint), your right hand should touch the ground.

After your last backpedal, focus on proper arm- and leg-drive mechanics through the final cone and coast to a stop.

Lightning & Thunder will help you become a force of nature.

I’ve said it before and I’ll say it again…you don’t have to be an athlete in order to train like one.

Athleticism is one of those things where the saying “if you don’t use it, you lose it” becomes inevitable. As adults we often become more enamored with adult-like things. Things like balancing checkbooks, going to bed early, and binge watching Netflix.

Too, in the context of training, as adults we sometimes (not always) tend to “pump the brakes,” and training goes from this:

To this:

And the most athletic thing many people do on a day-to-day basis is chase down the 66 Bus after work.

That being said: athleticism is important yet it is something that intimidates a lot of people; especially for those who participate in more fantasy sports than actual sports.

However, you don’t need any fancy equipment or complicated periodization schemes in order to train athleticism.

Lightning & Thunder is a brand new strength, speed, and agility program written by Tim Moyer, MS, CPT, and Angie Brambley-Moyer, MS, MSCC, with Jen Sinkler, personal trainer, fitness writer, and former U.S. national team rugby player.

 

Moyer, Brambley-Moyer, and Sinkler have teamed up to get you stronger, faster, and more agile. You don’t have to have any experience playing sports, and you don’t have to play any in the future, either, if you don’t have the inclination. You only need to be interested in training like an athlete, in moving like one and looking like one.

Make no mistake, though: this program is perfect for athletes too.

In it, you’ll get:

  • A comprehensive training manual that lays the groundwork for this philosophy of training for both the strength and the speed and agility (SAQ) programs.
  • Both beginner and intermediate 12-week SAQ programs.
  • Both beginner and intermediate 12-week strength programs, with an explanation and calendar on how to combine the strength work with the speed work.
  • A complete exercise glossary with written coaching cues and images for every single strength and SAQ movement. This detailed description of 180 moves is a resource in and of itself!
  • A streamable video library of more than 25 speed and agility demonstration videos. In the videos, Tim and Angie coach the athlete through the fundamentals of their SAQ patterns and drills, allowing them to know what they need work on whether they are watching from home or watching it as they hit the gym.

Here’s the best part. To celebrate its release, Lightning & Thunder is on sale for HALF OFF now through midnight Friday, June 3rd. For more information click HERE.

About Jen Sinkler

Jen Sinkler is a longtime fitness writer and personal trainer who talks about all things strength related at her website, UnapologeticallyStrong.com. The former editorial director of fitness for Experience Life magazine, she writes regularly for a variety of national health magazines. She’s a certified RKC 2 kettlebell instructor, and a powerlifting coach through USA Powerlifting. She also holds coaching certs through Ground Force Method, Progressive Calisthenics, Onnit Academy, and DVRT (Ultimate Sandbag).

A lifelong competitive athlete, Jen played rugby for 13 years, many of those on the U.S. women’s national 7s and 15s teams. She co-owns The Movement Minneapolis with her husband, David Dellanave.

Categoriescoaching Conditioning

Why You Should Train Like an Athlete, Even If You Aren’t One

You don’t have to be playing in front of thousands of people or sign a seven-figure contract in order to train like an athlete.

Although, lets be honest: both would be nice.

I’m often asked how I go about writing programs for my athletes as opposed to by everyday regular Joes and Janes; how much do they differ?

Well, not as much as you think!

Rest assured there’s a lot of attention to detail when training anyone – regardless of athletic background. It’s important to take into consideration one’s injury history, anthropometry (anatomical differences), training experience, goals, and a host of other variables.

However, with regards to athletes, I’d be lying if I said we didn’t have to be even more meticulous with their programming at times. When you’re dealing with a million dollar arm – literally – for example, the last thing you want to do as a strength & conditioning coach is place the athlete in peril, performing exercises with high-risk/low-reward value.

(For the record, peril in this case doesn’t mean life threatening or anything. Just, you know, you don’t want to do stupid shit with them, like juggling chainsaws on a BOSU ball, or using a BOSU ball in general).1

Not to mention you have to respect the ebbs and flows of off-season vs. in-season program design, and the unique stress each sport places on the body.

I.e, how you write a program for a football player will differ quite a bit from a baseball player…based off the demands of the sport.

All that said, the principles I follow whether I’m training an athlete or general pop client don’t differ much.

My male and female clients still squat, deadlift, row, press, perform farmer carries, toss med balls, push the sled, and otherwise vomit (not literally) strength and conditioning all over the place.

Likewise, while I may not clock their 40 yd times, I still have them skip, shuffle, jump, and move around like athletes.

Life = The Ultimate Game

Am I right, or am I right?

Training like an athlete provides many benefits: (generally speaking) improved muscle mass, strength, body composition, bone health, CNS inter/intra coordination, better balance, and an overall sense of athleticism.

It also makes you a better dancer. #truestoriesitellmyself

Lets face it: after a long day at work and using all your will power not to stab your boss in the throat with a stapler, what sounds more enticing….heading to the gym to perform a few sets of this and a few reps of that with no rhyme or reason or lifting something heavy with some purpose and tossing/dragging stuff around?

 

On a related note: wanna know what my litmus test is for athleticism in my “non-athletic” clients?

It’s not 1RM testing on anything, and it’s not testing their vertical jump.

It’s a simple drill that everyone has done at one point or another in their lives………….

Skipping

And I’m not talking about “Dorothy skipping down the yellow brick road” skipping. I mean, athletic skipping.

 

The saying is true: “if you don’t use it, you lose it.” (<– trying really hard to refrain from a penis joke here).

Athleticism is one of the first things to fade as we grow into adulthood. We trade in fields and courts for filing cabinets and coffee mugs that says “World’s Best Boss.”

One of the first drills I use with my general fitness clients to help build up their athleticism is plain ol’ vanilla skipping.

Along with shuffling, medicine ball drills, jumping, kettlebell swings, and uphill sprints (less wear and tear on joints).

Many people are programmed to think that training has to be analogous to calculus: “x”reps for “y” sets, done with the same machines, in the same order, time and time and time again. Boring.

It’s amazing to see my clients become invigorated and enjoy their training sessions again by having them perform more un-traditional exercises/drills. They think they’re training like athletes….

…..because they are.

Why You Should Train Like an Athlete

My good friend, Jen Sinkler, is involved with a new project coming out soon called Lighting & Thunder.

Below is a link to a short video you can watch explaining some of the benefits of training like like an athlete, even if you’re not.

NOTE: no spam involved here. Jen hates spam as much as she hates not wearing lip gloss.

—> CLICK ME <—

Categoriescoaching Conditioning speed training

Using External Cueing To Improve Linear Acceleration

“I’m not fast, but I like to pretend I am on the internet.”

  • Me

Okay, I’m kinda fast.1

Well, I mean, as far as 39 year olds who are roughly 15 years removed from playing any competitive sports are concerned, I’m lightening quick.

Besides, baldness increases aerodynamics right?

Truth be told: as a strength and conditioning coach it’s not required I win the 100m in the Olympics in order to speak to the topic at hand. Granted I should be able to demonstrate a sprint or sprint mechanics without resembling a one-legged pirate or worse…blowing out a hamstring.

But I don’t need to be a world-class sprinter myself in order to coach or teach others to be able do it. Which is why I’ve been making my way through Lee Taft’s Certified Speed and Agility Coach curriculum to better augment my coaching abilities.

At the end of the day it’s about having the ability to break down movement into more manageable parts and more importantly, having the ability to get your athletes into better positions (in order to express speed or strength or whatever).

CSP Coach, George Kalantzis, demonstrating how to use sled work to improve torso angle for linear acceleration.

And when it comes to getting people into better positions – especially as it relates to linear acceleration – as Lee notes, we don’t need to get too fancy with our toolbox.

Which Begs the Question: What Is Linear Acceleration?

Good question.

I’ll tell you what it’s not….sprinting/top speed.

Sprint/Top Speed = more perpendicular posture.

Acceleration = more forward pitch or torso inclination.

When we’re coaching (linear) acceleration it’s important to respect that the idea here is to produce a lot of force quickly. However, that force is still going to be longer in terms of foot contact time compared to top speed.

Linear acceleration requires getting things started and getting the center of mass moving. It’s different than top speed.

  • We must produce a lot of force down and away
  • We also need an extremely long arm action, which then coordinates with the same side leg and high knee drive. All of this accomplishes a ROM of the leg which then allows the athlete to produce as much force as needed to finish the push off to get into the next stride.

It sounds like a lot – and complicated – but I assure you it’s not. This isn’t to imply, of course, that some attention to detail isn’t warranted. If it were easy everyone would be a challenging Usain Bolt to a game of Duck-Duck-Goose.

But there are some easy and ingenious strategies in the form of EXTERNAL CUEING that’ll help accomplish all of the above.

Linear Acceleration Troubleshooting

To reiterate: linear acceleration is not the same as top speed. First and foremost, with acceleration we’re working on starting speed which implies different joint angles and positions.

1) I already mentioned above that top speed requires more of a perpendicular posture and acceleration implies more forward pitch of the torso.

As such, a major mistake many athletes make out of the gate is, well, a poor starting position. Like this:

Here I’m starting way too upright and my hips (and shoulders) are too far back. Not a conducive position to produce horizontal force.

Ideally we’d want to start in a more staggered stance with the hips in front of push off (this will make it easier to gain momentum and get mass moving), which implies a more angled torso. Too, we want the shoulders to be in front of the hips

2) More Aggressive Arm Action

In acceleration the back side needs to be long, front side short. The back side is what matters in acceleration. The front side becomes more important during top speed.

Lee Taft hammers this point home time and time again throughout his CSAC course.

To that end, a common mistake made is that people aren’t aggressive enough with their arm action.

https://www.youtube.com/watch?v=HpzkwBgZoVc

 

You’ll notice my back arm “stays short” and as a result both my arms and legs are choppy.

A beautiful external cue to use here is to tell the athlete to be more aggressive with “THROWING THE HANDS BACK.”

https://www.youtube.com/watch?v=6v193yEgzjs

 

Looks sexier, right?

And, subsequently, the more aggressive arm action “nudges” a more aggressive forward action of the knee….with minimal additional cueing.

But what if all of that still doesn’t get the desired effect?

The Magical World of External Cueing

A brilliant corrective strategy2 I “stole” from Lee Taft is to give the athlete a target to shoot for. This is external cueing at its finest.

External cueing takes into consideration what the body is doing in space and implies direction, intent, and action.

The corrective in this case would be to place a med ball – or anything: cone, hurdle, Ewok action figure – a few feet away from the athlete’s starting position. The athlete must then explode, “CHASE HIS SHOULDERS,” and get past the object within one step.

https://www.youtube.com/watch?v=51B3WnDCq6w

 

As you can see, this immediately incorporates a better arm action. Better arm action mirrors a greater leg action, which then produces more horizontal displacement.

Giving the athlete a target or something to shoot/aim for (EXTERNAL CUEING) will “correct” acceleration mechanics without too much fluff.

The addition of the target cues the athlete to push harder into the ground and then physics takes over.

Action = Reaction

Learn This Stuff (and More)

You can learn all about these drills and cues (and much, much more) by signing up for Lee Taft’s Certified Speed and Agility Coach.

The curriculum is only available until this Friday, January 29th and then it goes bye-bye.

Now, I’m not saying it’s going to be tossed into a Disney Vault never to see the light of day again…..but for all intents and purposes, you WILL NOT be able to purchase this course after the 29th.

I’ve been making my way through the course and to say I am highly impressed would be an understatement.

It’s currently be offered at a generous discount and there are payment plans available.

Categoriescoaching Conditioning Program Design

The 3 S’s of Hybrid Training: How to Increase Speed, Size, and Strength

There aren’t many coaches out there who are as “diverse” as Nick Tumminello. He’s equal parts meathead and evidence based, which basically means he can sit at any table he wants to in the proverbial high-school cafeteria.

It doesn’t matter if it’s with the cool-kids, football players, hipsters, Honor Society, or theater nerds…Nick’s “in” with them all, just like in the fitness community.

  • Bodybuilders, powerlifters, CrossFitters, Olympic lifters, barbell lifter uppers, you name it, he’s always invited to the party.

I respect Nick a ton. He’s someone I’m always learning from and someone who always keeps things in perspective. What’s more, he’s never dogmatic in his approach to training people. If something works – and can be backed up with a rationale explanation (whether anecdotal or backed by evidence/research) – it works.

There’s a reason his Twitter profile says the following:

“I train the trainers.”

His latest resource, S3 Training Method: A Programming Framework for Improving Speed, Size, and Strength, is a doozy (<– it will rock your world it’s so thorough, and is an excellent addition for any trainer or coach looking to add a little “kick” to their programming for the new generation of clients looking to have it all), and is available starting today at a heavily discounted price.

He was kind enough to contribute a stellar guest post today.

Enjoy!

The 3 S’s of Hybrid Training: How to Increase Speed, Size and Strength

Is it possible to get stronger, enhance your performance and get bigger all at the same time?

I’d say yes…

Training through a spectrum of movement speeds and loads will enhance your explosiveness, improve your strength, and increase your muscle will leave.   Gone are the days where you must focus on one specific goal and ignore the others.

The Three S’s

Let’s explore the three S’s—speed, strength, and size—to help you understand exactly what each quality is.

Movement-Speed Training

In the context of this article, movement-speed training focuses on improving your rate of force development—that is, how quickly you can use your strength.

Remember: power = strength × speed. Therefore, exercises used to improve your movement speed are total-body power exercises. The heavier the load you’re working against, the slower your movement becomes. For this reason, the principle of specificity dictates that, in order to do all you can to improve your explosive power, you don’t just do exercises that involve moving against high loads (i.e., strength exercises). You also do exercises that require you to move at high speeds.

Adaptations to training are specific to the demands that the training puts on the body. Therefore, regularly performing exercises that require you to move fast in certain directions makes your body more capable of moving fast in those or similar directions.

With this principle in mind, you should include exercises for each of the three pillars of power—vertical (or diagonal), horizontal, and rotational—in order to improve your functional capacity by enhancing your capability to move fast in multiple directions.

Since the goal is to move fast, the exercises improving total-body power (i.e., movement speed) use loads that are not heavy (relative to the loads used to improve strength). In fact, they should incorporate very light loads (sometimes just body weight), but demand that you move at high speed – as fast as you possible can.

In addition to training movement speed, we also need to better adapt to and potentially refine the tri-phasic muscle-activation pattern used only during fast, ballistic athletic movements.

One of the best workout methods to achieve both of these goals is to perform medicine-ball throwing exercises.

 

When throwing the ball, unlike when lifting weights, you don’t have to slow down at the end of the range of motion; you can just let the ball fly. Therefore, simply throwing the ball in different directions (power is direction specific) trains your body to generate explosive power without putting on any brakes.

Also, whereas Olympic weightlifting can be difficult to learn and trains only in the vertical or diagonal power pillar, explosive medicine-ball throwing exercises are easy to learn and require you to move fast and explosively in all three pillars of power.

To do so use a variety of medicine-ball throwing exercises—throwing either against a wall or into open space (e.g., field or parking lot)—to help you become more explosive and therefore more powerful and athletic.

Movement-Strength Training

Training for improved strength means improving one’s capability to produce force in various movements. Put simply, the more force you can produce in a given movement, the stronger you are in that movement.

Like power, strength is task specific; therefore, the further an exercise gets away from the specific force-generation and neuromuscular coordination patterns of a given movement, the less directly it carries over to that movement. This fact in no way makes the exercise bad, and it certainly doesn’t make it nonfunctional. It simply means that the less specific an exercise is, the more general it is.

You should incorporate a wide variety of cross-body and compound exercises to help you improve your functional capacity by developing strength in various movement patterns, directions, and body positions.

Remember, if you can perform a broader range of specific tasks, you possess a higher functional capacity. This relationship is crucial because you don’t want your body to be merely more adapted to a limited number of gym-based exercise movements (only Olympic lifters and powerlifters need to specialize in specific exercise movements).

Instead, you want your body to be more adaptable so that you can successfully take on a variety of physical demands.

 

Although training for strength gains and training for size gains (i.e., hypertrophy) are certainly not mutually exclusive, the size–strength continuum is characterized by some important differences between the two.

Although both involve creating mechanical tension on the muscles, strength training is geared toward increasing force production. Size training, on the other hand, is geared toward getting a muscle pump and creating microscopic damage in the muscle, which causes the muscle to repair itself and grow larger.

If you think of your body as a computer, then strength training is geared more to upgrading your software (your central nervous system, or CNS) than to upgrading your hardware (your muscles). In contrast, training for size is geared more to upgrading your body’s hardware—bones, connective tissues, and, of course, muscles.

Muscle-Size Training

The rule of thumb in training for size calls for using more reps and lower loads than when training for strength. In practical terms, this approach means using a weight load that allows you to perform about 9 to 15 reps per set; performing 6 to 8 reps per set serves as a nice middle ground between the general strength.

Although all types of training can provide neurological benefits—especially early on—the goal of training for size is more physiological than neurological.

In fact, contrary to popular belief, increasing muscle size depends not on the specific exercises you do but on the specific physiological stimulus you create. To build muscle, you need to create a training stimulus that elicits the three mechanisms for muscle growth (i.e., hypertrophy): mechanical tension, metabolic stress, and muscle damage (Schoenfeld 2010).

In short, there are two ways to get stronger and build a great-looking body that can get things done: neurologically and physiologically. Both approaches are addressed by the S3 Method: A Programming Framework for Improving Speed, Strength & Size, which helps you reprogram your body’s software and improve its hardware for more muscle and better performance capability.

References

Adam, A., and C.J. De Luca. 2003. Recruitment order of motor units in human vastus lateralis muscle is maintained during fatiguing contractions. Journal of Neurophysiology 90: 2919–27.

Baechle, T.R., and R.W. Earle. 2008. Essentials of Strength Training and Conditioning. 3rd ed. Champaign, IL: Human Kinetics.

Cheung, K., P. Hume, and L. Maxwell. 2003. Delayed onset muscle soreness: Treatment strategies and performance factors. Sports Medicine 33 (2):145–64.

Grant, A.C., I.F. Gow, V.A. Zammit, and D.B. Shennan. 2000. Regulation of protein synthesis in lactating rat mammary tissue by cell volume. Biochimica et Biophysica Acta 1475 (1): 39–46

Millar, I. D., M.C. Barber, M.A. Lomax, M.T. Travers, and D.B. Shennan. 1997. Mammary protein synthesis is acutely regulated by the cellular hydration state. Biochemical and Biophysical Research Communications 230 (2): 351–55.

Miranda, F., et al. 2011. Effects of linear vs. daily undulatory periodized resistance training on maximal and submaximal strength gains. Journal of Strength and Conditioning Research 25 (7): 1824-30.

Mitchell, C.J., et al. 2012. Resistance exercise load does not determine training-mediated hypertrophic gains in young men. Journal of Applied Physiology 113: 71–77.

Prestes, J., et al. 2009. Comparison between linear and daily undulating periodized resistance training to increase strength. Journal of Strength and Conditioning Research 23 (9): 2437–42.

Rhea, M.R., et al. 2002. A comparison of linear and daily undulating periodized programs with equated volume and intensity for strength. Journal of Strength and Conditioning Research 16 (2): 250–55.

Santana, J.C., F.J. Vera-Garcia, and S.M. McGill. 2007. A kinetic and electromyographic comparison of the standing cable press and bench press. Journal of Strength and Conditioning Research 21 (4): 1271–77.

Schoenfeld, B.J. 2010. The mechanisms of muscle hypertrophy and their application to resistance training. Journal of Strength and Conditioning Research 24 (10): 2857–72.

Simão, R., et al. 2012. Comparison between nonlinear and linear periodized resistance training: Hypertrophic and strength effects. Journal of Strength and Conditioning Research 26 (5): 1389–95.

Stoll, B. 1992. Liver cell volume and protein synthesis. Biochemical Journal 287 (Pt. 1): 217–22.

Werner, S.L., et al. 2008. Relationships between ball velocity and throwing mechanics in collegiate baseball pitchers. Journal of Shoulder and Elbow Surgery 17 (6): 905–8.

CategoriesProduct Review Program Design speed training youth sports training

The D’Angelo of Strength and Conditioning?

I’m not bashful when it comes to admitting my weaknesses as a coach. I did it before when I wrote a post not long ago explaining why I don’t include the Olympic lifts into my programs, and I’ll do it again today.

Ready?

Speed and explosive training is not my strong suit.

This is not to imply I don’t include any speed/explosive/movement/agility training with my athletes and clients. I absolutely do! What good is it to have strong athletes who can’t express that strength quickly and/or who move like the Tin Man?

But I’ll be the first to admit that speed training isn’t my strong point as a coach. Kind of like Aquaman being a cool superhero….;o) He can get s*** done, buuuuuuut, you know, he’s Aquaman

Part of the reason is due to my philosophy as a coach. I can’t begin to tell you how many parents walk into Cressey Sports Performance on a weekly basis and wax poetic on how their 13 year old child – who plays on five different AAU baseball teams throughout the year – needs to work on their foot speed and getting faster.

I typically nod my head, play the part of the understanding coach, and quench the parent’s thirst for that “x factor” that’s going to make their kid the next Clayton Kershaw or Mike Trout.

“We’re absolutely going to try to make your kid faster,” I’ll say, “by making him (or her) stronger.”

Silence.

Crickets chirping.

This….is….getting….awwwwwwkward.

I won’t belabor the point here, but needless to say I’ll go into a short spiel explaining that doing a bunch of cute ladder and agility drills won’t make their kid faster because their kid can barely put any force into the ground as it is.

I’ve used the analogy before, but it would be akin to me putting a sweet paint job on a Ford Focus with some spoilers and sick rims, and making look fast….but unless I do something to increase the horse power of the engine it’s pretty much all a giant waste of time.

Lets place a premium on correct movement, building a base of strength and progress from there, mmmm kay?

The other reason speed training isn’t my strong suit is because CSP coach, Greg Robins, has done an amazing job within the last year at revamping our approach to it. He’s more or less taken the reigns on writing all of our off-season “movement days” which incorporates any number of skipping drills, heidens, box jumps, foot work drills, arm/leg action drills, build-ups, and change of direction.

You can get a taste for what that entails HERE.

You still won’t find any of this nonsense, though:

All that said, can I work with a young or intermediate athlete on general sprint mechanics or helping them improve their explosive power? Yes. Can I help an athlete train for the 100M dash in the Olympics? Um, no.

It’s still no excuse on my end to take a back seat and not try to improve myself on the topic.

Lee Taft is one of the most respected speed coaches in the industry. He’s worked with countless numbers of elite athletes and is easily one of the coaches I, along with many other coaches I know, go to when “we” need to up our game with regards to getting athletes faster.

He’s also a coach who’s the strength and conditioning equivalent of the enigmatic R&B singer D’Angelo.

I love D’Angelo. His first album, Brown Sugar, is still one of my favorite albums of all-time. His second album, Voodoo, released five years after his first, again, became an instant classic.

Within that time, he rarely ever gave interviews or released any new material. And then, poof….he seemingly disappeared, making a few cameo appearances here and there on various soundtracks and guest tracks.

15 years later, he just released his latest album, and again….it’s legit. Basically, when D’Angelo releases something you know it’s going to be amazing.

The same can be said for Lee Taft.

See what I just did there? I made a comparison between D’Angelo and Lee Taft. Dammit I’m good.

Now, I don’t mean to insinuate that Lee’s emulated D’Angelo and played the role of reluctant recluse. He’s a prominent player on the Perform Better tour and has always been in the trenches, coaching.

He just doesn’t release a lot of new products (his last was ten years ago).

But when he does……it’s unreal.

Complete Speed Training

Lee’s just released his latest product, Complete Speed Training, his first in a looooong time, and after reviewing it I can say it’s pretty damn awesome.

It gives you a step-by-step breakdown – from the warm-up to the drills themselves – on how to make your athletes (and clients) faster and more agile.

And there’s nothing that’s going to make your eyes bleed.

If you’re a coach who works with athletes or a personal trainer who’s looking to add safe and appropriate progressions to your client’s training repertoire, I’d HIGHLY encourage you to check this out.

It’s on sale through this Friday at midnight, and I can guarantee you don’t want to miss this amazing opportunity to learn from one of the best.

CategoriesUncategorized

Are Speed and Agility Drills Necessary to Get Faster?

“I need my kid to be faster!”

It’s a statement that I hear on an almost daily basis at the facility from numerous parents whenever I ask what their (and their kid’s) goals are moving forward.

My business partner, Eric Cressey, wrote a fantastic blog post last year titled “Make My Kid Faster” so I won’t belabor many of the same points here because he already did most of the work.  And, speaking truthfully, there really isn’t much more I can add to what he already said.

That said, I recently wrote an article for Stack Magazine which tackles the same question – albeit in the context of a young baseball player asking how he can go about lowering his 60 time.

I wanted to make sure that my answer addressed the fact that GETTING STRONGER is a sure-fire way to get faster.  For me, many of the “speed drills” that are popular in today’s youth athletics are nothing but smoke and mirrors designed to look cool and to give the illusion that something is happening.

It all comes down to how well (and efficient) one is at developing force.  If an athlete is weak, it’s going to be hard to develop any force regardless of how many ladder drills are done.

Force production is all about how much of it one is able to generate into the ground.  Sure, there are a multitude of exercises we can implement that will help and will undoubtedly get the ball rolling in the right direction, but if an athlete is weak from the start (has no horsepower), there’s really no reason to get cute programming.

What good is it going to do to tell little Jonny to work on his foot speed if, once he’s out on the playing field, he can’t even change direction without crumbling to the ground like a Jenga game gone awry?

How is a ladder drill going to help someone throw a ball harder? Or run faster?

Now, I’m not throwing all these types of drills under the bus – there is a time and place for them, of course.  But when we’re talking about young athletes and even upwards on up to the high school and collegiate ranks (and yes, even the pros), learning how to squat or how to perform a push-up properly takes more precedence in my eyes than running against a parachute.

But I digress.

In the article linked to below I give some further insight on my thought process on the matter, but I also throw a bone and offer some “speed” drills that I find efficacious for baseball players on improving their 60 time.

And, as always, whenever I link to an article I’ve written on another site, I’d really appreciate if you’d “Like” the article (on the actual site) and share it on your social media if you so choose. Anything that helps spread the word would be great, and if I ever meet you in person you’re totally getting a hug.  Thanks!

—> Tony, Make Me Faster! <—-