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Davidson

Episode 122: Dr. Pat Davidson

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Davidson

Pat Davidson, Ph.D., is the director of training methodology and continuing education at Peak Performance NYC. Dr. Davidson is recognized as a leading expert in the realm of human movement and performance. He is a sought-after presenter and has traveled worldwide to share what he has learned in more than two decades in the field. Prior to his current work, Pat served as an assistant university professor in exercise sciences at both Springfield College (2011-2014) and Brooklyn College (2009-2011).

Davidson earned his Ph.D. from Springfield College in Springfield, Massachusetts. He is the author of MASS and MASSII, in which he shared his mastery of human physiology, psychology, and strength and conditioning with readers. Pat has been a 175-strongman competitor and was a two-time world championships qualifier, and he also has experience in competitive submission wrestling and mixed martial arts.

In this episode, Dr. Davidson discusses his approach to, and coaching of, improvement for an athlete’s weaknesses without hurting their confidence and the overall training process. He explains how he does this with intentional focus during screens and warm-ups, among other things. He also goes in-depth into his thoughts on general movement screens.

In this podcast, Dr. Pat Davidson and Joel discuss:

  • Improving tri-planar function with a focus on rib cage dynamics.
  • His thoughts on movement screens as an indicator of athletic performance at a high level.
  • His ideas on the usefulness of traditional warm-ups and activation exercises.
  • The effectiveness of negative reinforcement in athletics.
  • Learning how to streamline the early portion of the workout and spend more time on what really transfers.

Podcast total run time is 1:01:06.

Pat has written about biomechanics and central fatigue for SimpliFaster.

Keywords: movement screen, biomechanics, speed development, mental aspects

Cooper

Episode 121: Matt Cooper

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Cooper

Matt Cooper is owner, nutrition consultant, strength and conditioning coach, and head performance coach at Rewire Performance in Gardena, California. Matt works with athletes and individuals from the developmental to professional levels to optimize their health, performance, and fitness. He also uses research, experience, and human performance technology to design services and programs that address nutrition, health, training, sleep, mind/body integration, the nervous system, and recovery in a holistic manner.

Cooper’s early personal journey began in athletics and fitness. Poor health and mental states at an early age led to his current work of marrying functional medicine and human performance to help others become the best version of themselves. Matt is widely experienced and holds various certifications, including: Certified Strength & Conditioning Specialist (CSCS), Certified Nutrition Coach (CFNC), Certified Sport Performance Specialist (Speed of Sport Affiliate), NeuFit L1 Electrotherapist, Applied Functional Science Practitioner; 3D Maps Biomechanics (Gray Institute), Postural Respiration (PRI), and Certified Functional Medicine Practitioner Conditioning Coach. He has a bachelor’s degree in communications and media studies from Sonoma University.

Matt discusses his work and looking into the brain of today’s athlete for answers. He shares his training influences and explains how the work of Jay Schroeder (Evo-Sport) Garrett Salpeter (Neufit), and Nick Curson and Marv Marinovich (Pro-Bod-X) works from a neurological perspective. Cooper gives his insight into how we can shape our own training with their concepts in mind.

In this podcast, Coach Matt Cooper and Joel discuss:

  • The neurological limitations caused by a max barbell strength directed mentality.
  • How Matt’s barbell training programming has evolved.
  • Specifics of his programming and how a typical day looks.
  • Training for tendon adaptation through the use of speed.

Podcast total run time is 56:19.

Matt has also written for SimpliFaster on the nervous system and more.

Keywords: Evo-Sport, central nervous system, functional training, neurological training

Hill Running

Training the Long Sprints Without a Track

Blog| ByGraham Eaton

Hill Running

Coaches don’t always agree on the training for the long sprint events of the 300m/400m. However, no matter your approach, there is a balance between speed reserve, lactate training, and some aerobic work. This becomes an even more daunting task in the winter or without a good facility. In Massachusetts we have had a relatively mild winter, so we have been able to use the outdoor facilities for a lot of the season. In past seasons and on certain days this season we have been forced to regroup and head inside or elsewhere.

This article and topic are near and dear to my heart, since at Triton we have dealt with any and all challenges with regard to this. We even went more than five years without a home meet! We had to resort to traveling to a nearby high school for occasional access to a track for practice. Our “home” track during this time was in such disrepair that it was nothing more than a concrete oval with the rubber stripped away. Not surprisingly, our numbers dropped embarrassingly low, and our program visibility plummeted. In some form or another we have always made it work.

No matter what, nobody wants to see their long sprinters’ technique erode and then completely fall apart.

The Options

When the snow covers the track or the temperature drops below a certain degree, I move my sprinters inside. Forty degrees is the number I usually like to see before heading outside. If it is an early season acceleration workout featuring drop-ins or short hill accelerations, perhaps a bit colder is acceptable if athletes wear sweats and a hat. I would rather be inside late in the season than outside spiked up in the cold. It is less miserable and is submaximal in intensity either way.

The workouts and training modalities listed in the article are not always the best method, but they still present as attractive options that have netted us some successful results. Coaches need not always shake their fist at the weather or administration when it comes to a lack of training facilities.

Speed Is Always Possible

I will state the obvious even if I don’t focus on it in this article. Even without a track, it is possible to train the speed reserve necessary in the long sprints. There are always stairs or enough space around to get in some quality high-speed reps. There is really no excuse.

Even without a track, it’s possible to train the speed reserve necessary in the long sprints. There are always stairs or enough space around to get in some quality high-speed reps. Share on X

If the surface is a concern, then doing fewer reps and keeping distances within the 10- to 30-meter acceleration range could be wise. I love starting early season with short hill runs. We are lucky to have a few hills on our grounds that I consider a suitable gradient to sprint up. You can also consider supplementing with plyometrics on mats or other softer surfaces like grass for an excellent way to get the speed stimulus without killing shins.

We commonly sprint in the high school basketball gymnasium. Fly times are slower, but through timing the effort is still high. Running fast is great, but not at the cost of lower limb health. Even if you don’t always touch 95%+, I think you can make do until better options arise.


Video 1. Acceleration is important for 400m athletes, as sometimes relays and indoor events have more tactical demands. They can do short hill runs in the fall as a way to help build capacity through volume instead of distance.

Split Runs Wherever Possible

At times we measure out reps with a wheel anywhere we can, including parking lots, grass fields, and sidewalks. I find split runs to be an excellent way to improve the quality of training with high school athletes. If you mention running 320 or 350 meters 2-3 times to some high school athletes, they may look at you with skepticism. Splitting it up into smaller distances with short rest is psychologically easier to handle. It also allows slight recovery to take a few breaths and then attack the next rep while maintaining form. Of course, being spiked up on a track would be ideal, but I think that even split reps at intensive tempo pace working to high 80s for percent effort is enough to elicit an adaptation that builds the mental grit to run fast long sprint times.

I am very much experimenting with the rep distances and how best to split them up. I think the only answer is to find what yields the best results for the athletes in front of you.

Even split reps at intensive tempo pace working to high 80s for percent effort is enough to elicit an adaptation that builds the mental grit to run fast long sprint times, says @grahamsprints. Share on X

I have used this mostly with my female athletes, for a few reasons. First, they run longer, as they are usually slower than their male counterparts. They respond better to longer reps. Two years ago, I had a girls’ 4x400m team run 4:04, and they trained much differently than the boys’ team. They ran more aerobic reps, some critical velocity reps, and longer intervals on both speed on special endurance. The following year I kept the training more similar to the boys’ team. The end result? The same girls ran 4:15—11 seconds slower. I was experimenting, but ultimately it was a huge coaching failure on my part.

Here are a few split run workouts I have utilized this year.

  • 4x4x75m @80% of RP in a hallway. We have gone as high as 85%+ on turnaround rest between the 75-meter reps with four minutes between sets. It’s a good starting point and a technically intensive tempo. It provided a nice early exposure to some lactate work, and the 75-meter reps were clean-looking due to their short length. I like alternating weekly between this workout with a 5x200m at either backend 400-meter pace (early), median 400-meter date pace (mid-late), or front-end 400-meter goal pace (late and less than five reps, if needed). I think doing a little of this work in the early season allows us to unleash a firestorm during the competition phase while running pretty.
  • 3×320 outside on a measured course (160m+160m, 30 seconds between reps, 8 minutes between sets) I like this because Massachusetts runs the 300-meter dash indoors. Running 320-meter reps trims the fat off the reps and allows a rehearsal with a rep slightly longer than race distance. Later in the season, I dropped a set and increased the rest to 15 minutes, and they were flying with confidence at the 400-meter pace even though they hadn’t previously used a track. For two of the girls, I added the occasional completion rep of a dribble or high knee run for 40 yards with the focus on mechanics.
  • 2-3x 350m on the sidewalk (200m+150m rest). We ran this a couple times around midseason. We aimed to run quality reps at the total length of the current 400-meter time as a starting point. A girl running 60 seconds would run a 200m at 34 seconds with 30 seconds’ rest. She would then run a 150m at 25.5 seconds. I wasn’t too concerned with someone being slightly fast or slow, only that they got a feel for the actual race in both distance and fatigue. I could get away with less rest at these early workouts. Later in the season, I would increase to 15 minutes or more, since the heart rate would be higher from going faster.

Of course, the split runs don’t have to be these distances exactly, but some specific combination and split will most likely allow your athletes to run harder. It leads to faster times even when athletes are not running on traditional surfaces. Outdoors, my top females may run some reps longer than 400 meters for split runs.


Video 2. Split runs are far from perfect solutions, but they are a gritty bridge to many high school environments. Use them selectively when you can and know when to keep things traditional.

Completion Runs

As mentioned before, not running on a track makes it hard to hit times comparable to being on the oval. I don’t want athletes to run slow just because the surface is less conducive to fast times. I have begun utilizing completion runs as a means to counteract this. Instead of running 3-5 200-meter reps on intermediate rest (4-5 minutes) and getting discouraged by the slower times, I split the 200-meter rep into 150 meters plus 50 meters. The 150m was run at an intensive tempo pace (early season) or faster (later season, fast and loose). It is psychologically easier for them to run a 150-meter rep than a 200m.

I don’t want athletes to run slow just because the surface is less conducive to fast times. I have begun utilizing completion runs as a means to counteract this, says @grahamsprints. Share on X

After resting 30 seconds (which is a pretty inconsequential rest), they performed a fast and technical final 50-meter rep to finish. I have debated using a reduced number of spaced wickets here but have not gotten around to it, as I feel like wickets need to be limited to a maximum velocity tool with proper six-step run-in.

The fastest girls ran cumulative 30- to 31-second reps. This would have been faster on a track that wasn’t covered with snow, but it was fast enough and put the focus on ending a rep with good mechanics, which never hurts. Running 30-31 seconds in sneakers on a sidewalk is at least some form of their 400-meter race pace, even if it is technically their backend 200-meter split time.

Again, some kids may need even shorter reps, but I find the completion run concept allows them to sustain the pace for a longer broken interval, which is a good thing for a long sprinter.


Video 3. The 400m is a tough event but don’t let athletes get tired and lose form. When an athlete is tired, they will fall to their worst training habit, not the other way around.

Cone Workouts

To start this workout, you need cones set at 10-meter spacing for 10-50 meters. This workout was introduced to me in college by my coach, Jeff Rockwood, and I have used it on and off throughout my coaching career.

The coach calls out a cone number (1, 2, 3, 4, 5) that corresponds to the 10- to 50-meter segment desired for the athletes to sprint to. Cone 1 is set at 10 meters, cone 2 at 20 meters, and so on. The coach should predetermine the desired volume for a set. Two-hundred meters of volume could have many different looks/combinations, but the important thing is that athletes walk back quickly for the next rep. We used to do this workout in college with jog-back rest, but since I traditionally use it with younger long sprinters or older short sprinters, I usually opt to keep jogging out.

The athletes could have cone 3 called six times (30 meters x 6 = 180 meters), and then ending with a cone 2 could be the supplemental 20 meters to make it an even 200 meters. It can be any combination that adds up to 200 meters. We have called this 200 “the hard way in a hallway,” but you can run it wherever you have enough room to decelerate (inside or outside).

I like this and think it adds a layer of unpredictability. Instead of a uniform rep distance (such as 7 x 30 meters), the athletes run the reps while having to expect the unexpected. Calling out a cone 1 yields a perceived break and a resultant sigh of relief. Calling out a 50-meter rep late yields a groan, yet they still attack and relish the challenge to run fast under a little added stress. I don’t time these, although I have run head-to-head reps.

I guess, technically, this would fall under the umbrella of glycolytic short speed endurance. I think the base of acceleration really should not be rushed, so I would not use it early in general prep cycles, as it can be too much demand too soon. I do like to use it as a precursor to speed endurance or longer flys, as it eliminates a lot of hesitance with running those types of reps fast later in the season. Aggression and intent are underrated things when it comes to the average high school athlete.

I can recall one especially bad winter in which some of my more seasoned long sprinters progressed to running two sets of 300-400 meters total volume of the cone workout in the gym or hallway with about 15 minutes of rest between. Perfect? No, but it was a decent option in less than ideal conditions, which is why we are here in the first place.


Video 4. Athletes have to stay elastic for 45-60 seconds, and that means repeated double leg bounds. Sprinters don’t need to go for extended durations, but a longer session of bouncing is demanding metabolically.

Movement Circuits

Aerobic work is often debated and hated when it comes to 400m training. I am not going to debate that too much in the scope of this article, but I think some (as Carl Valle says, just a “dash”) aerobic work is required to support the 300m/400m. The longer the race and the slower the time, the more aerobic it is. However, I think the athletes who do it, as well as what events they do and where you place it in a training week, are all important things to consider before just deciding to run junk tempos. Tempos can be run beautifully and can help running form, but if the wrong athletes run them incorrectly or overzealously (or at all?), you have spoiled the training pot for the week. Where you put this work requires a little thought.

I think some aerobic work is required to support the 300m/400m…(but) where you put this work requires a little thought, says @grahamsprints. Share on X

Again, I think for females more aerobic training is necessary, due to them running longer than their male teammates. Speed reserve is king (or queen), but just a little “fitness” can extend the king’s reign.

When stuck inside with only 30 meters of space, I often improvise when I have a need for such a workout. I turn the warm-up into the workout during the early- and mid-season points. I think the athletes appreciate these workouts because they are light and allow practice to be about 30 minutes in length, which is a good thing.

I usually select the most general drills that can be done with terrific form. The simpler, the better. There is usually an array of skips, core exercises, and light drills. The important thing is that the exercises in the circuit are low-impact and not too demanding. I opt for “restoration” days to be less about med ball throws or expressing additional power and more about posture and rhythm. We are really just loosening up for the next day, and athletes usually come in feeling refreshed the next day.

The term “core exercises” as mentioned above is probably a mischaracterized and ambiguous term used to refer to exercises that challenge lumbopelvic stability/control or glute strength or focus on resisting rotation and not just the abdominals. However, I work with high school kids, so I call it “core” because it sounds exciting and challenging, and they think it gives them abs. The best “core” work of all is sprinting fast and lifting heavy. I typically run 3-4 rounds of this circuit, and a typical round looks something like this:

  • Loose skip forward, 30m x 2
  • Loose skip backward, 30m x 2
  • Side skip, 30m x 2
  • Low carioca, 30m x 2
  • Core exercise: bear crawl hold, 30 secs
  • 2 x 30m tempo stride or 30 jumping jack/front jacks

After the bear crawls, athletes will be breathing pretty hard. There is only enough rest between exercises so I can call out the next item and give a simple cue. The important thing is not what exercises they do, but that they do them well and look athletic.

I have experimented with a few things, and ultimately, the best information comes from asking the athletes how they feel during the workout and the day after. Once their face gets a little pink, I give them 2-3 minutes’ rest before the next set. Again, the number of sets and exercises they do depends on what you think they need and what you see. It is always about them and not about providing work for work’s sake.

To add variety, here is a list of some of the exercises I have used:

  • Loose skips
  • Cross and clap skips
  • A-skips
  • Donkey kicks
  • Jumping jack variations
  • Lateral pushes
  • Ankle pops
  • Big arm side skip
  • Side shuffle
  • Low carioca
  • High knee carioca
  • Jumping jacks
  • Bear crawl
  • Push-up plank
  • Kick-throughs
  • Bear crabs
  • Cat/camel
  • Deadbugs
  • Bird dogs
  • Push-ups

This is not the main thing, and it is just a piece of the week. We do not do aerobic work in large volumes every week or at times when we need to be at our best. I think the movement circuits have helped our athletes gain an understanding of how their bodies move, and they allow me to zero in on areas of need.


Video 5. Simple mobility and pillar strength are great ways to keep an athlete in shape by adding more without piling on the meters. A 400m athlete needs core endurance just as much as core strength.

Finding the Right Fit

Again, a lot of long sprint coaching is just identifying who has the mindset and talent to run these events. I think that culture can be created, and I have plenty of kids who have excelled at the 300m while focusing primarily on training for the dash events.

I am not advocating these training strategies for everyone, and some of my long sprinters will never see some of these reps as underclassmen. It really just depends. I can say these workouts have helped the mindset and confidence of many kids this season and last season. Our boy’s school record 300m time of 35.52 was set last winter, and several top five marks (girls and boys) were set this winter before a single rep on an actual track, so it can be done.

Coaches can still provide sufficient training for their long sprint athletes in the absence of a training facility, says @grahamsprints. Share on X

I think coaches can still provide sufficient training for their long sprint athletes in the absence of a training facility. Preparing them adequately enough to race and then allowing the races to be a major component of the training schedule when necessary can be enough to develop them and have success.

Since you’re here…
…we have a small favor to ask. More people are reading SimpliFaster than ever, and each week we bring you compelling content from coaches, sport scientists, and physiotherapists who are devoted to building better athletes. Please take a moment to share the articles on social media, engage the authors with questions and comments below, and link to articles when appropriate if you have a blog or participate on forums of related topics. — SF


Henk

Episode 120: Henk Kraaijenhof

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Henk

Henk Kraaijenhof has been in the world of sports performance since 1975 and is considered one of the world’s leading experts in the areas of speed and power development. Before he became an advisor to some of the world’s top athletes and teams, he was an accomplished coach in the sport of track and field. Kraaijenhof specializes in the study and research of the effect/management of stress and fatigue on athletic performance. He is the Founder and Director of VortX, a company specializing in the evaluation, prevention, and treatment of mental and physical stress-related issues.

Coach Kraaijenhof is a former track athlete from the Netherlands. He has coached world-class athletes from the Olympic to professional levels, including multiple World Champions and former world record holders in track and field. He has a wide variety of experience outside of track and field, including in professional soccer, the NHL, Olympic field hockey, and Olympic volleyball. He currently works as a mentor for Olympic athletes and coaches in Holland.

Henk covers training transfer in relation to athletic speed. He and Joel talk about the purpose of standard “strength to body weight” levels and where they even came from. Henk also digs into some of the modern training tools we see now, such as instability bags and weighted vests and shorts, and if they are necessary or not to develop a useful program. He also discusses the application of blood flow occlusion in training and when that may be most useful for athletes.

In this podcast, Coach Henk Kraaijenhof and Joel discuss:

  • Specific exercises that transfer to speed development.
  • Bar velocity and its transfer to athletic movements.
  • Using instability training in the pursuit of athletic development.
  • His opinion on the transfer of the full back squat to sprinting.
  • The use of velocity-based training in the past.

Podcast total run time is 48:35.

Keywords: transfer of training, speed development, velocity, occlusion training

Blazevich

Episode 119: Dr. Anthony Blazevich

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Blazevich

Dr. Anthony Blazevich is a Professor of Biomechanics in the School of Medical and Health Sciences and Director of the Centre for Exercise and Sports Science Research (CESSR). He teaches biomechanics and neurophysiology and is well-known for his research in sports biomechanics, neurophysiology, and strength and conditioning. Dr. Blazevich is an expert in muscle and tendon physiology, nervous system signaling, and other important facets of athletic performance.

Dr. Blazevich makes his home in Perth, Australia. He holds a Ph.D. in Sports Biomechanics from Southern Cross University and has earned multiple national and international awards, including the Certificate of Research Excellence, Highest Number Higher Degree by Research Completions in Faculty 2014, Edith Cowan University. He has also published countless articles in his field of study.

Dr. Blazevich gives his insight into topics that the sports performance and sport science industry tends to be a bit polarized on, such as static stretching and potentiation in warming up for a competition. He also goes in-depth on loaded stretching protocols and benefits, as well as muscle fascicle length concepts and ideas on eccentric training.

In this podcast, Dr. Anthony Blazevich and Joel discuss:

  • Whether static stretching should be used in the warm-up.
  • Loaded and PNF stretching.
  • Static stretching as a return from injury protocol.
  • Improving muscle fascicle length with eccentric training.
  • The use of eccentric training and its impact on athletic performance.
  • Increasing muscle temperatures to increase output.

Podcast total run time is 1:27:25.

Keywords: static stretching, eccentric training, PNF, biomechanics

Jenson-Moyer

Episode 118: Jake Jenson and Jeff Moyer

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Jenson-Moyer

Jake Jenson is the Head Strength and Conditioning Coach for EHC Eisbaeren Berlin, a professional hockey club in Germany. Jake is fluent in Russian and has worked as a translator for Ultimate Athlete Concepts, converting physical preparation (strength and conditioning) books from Russian into English. He has also interpreted for Russian speakers at conferences for organizations such as the NSCA and CVASP. Jenson has spent time as an assistant at BYU and as a graduate assistant at Michigan Tech. He holds a B.S. in Kinesiology and Exercise Science from Utah State and a master’s degree in sports management from Southern New Hampshire University.

Jeff Moyer is the Owner and Director of Programming at DC Sports Performance in the Pittsburgh, Pennsylvania, area. He is a 2004 graduate of Hartwick College with degrees in history and education. His professional certifications include Certified Strength and Conditioning Specialist (NSCA), Strength Specialist through Westside Barbell, and Certified Precision Nutrition Coach. Moyer has spent several years under the apprenticeship of Dr. Michael Yessis and completed a fellowship at EliteFTS. Coach Moyer has worked in private, high school, and collegiate settings and has been a contributing author to two books on athletic development

This episode revolves around the guests’ experience and expertise in the Bondarchuk and Yessis systems. They go in-depth into the role of general strength development within the scopes of the Bondarchuk and Yessis systems, and then detail how the Bondarchuk system can be adapted for team sport performance.

In this podcast, Jake Jenson, Jeff Moyer, and Joel discuss:

  • The role of general strength preparation and the use of 1RM in the Yessis and Bondarchuk systems.
  • Tracking key performance indicators in team sports.
  • Special strength exercises.
  • How they have programmed using the Bondarchuk principles of training.
  • Monitoring the adaptation of team sport athletes.

Podcast total run time is 1:13:06.

Keywords: Michael Yessis, Bondarchuk system, Russian training, adaptation

Ferrara Strength

How to Run a College Program from the Bottom up with Keith Ferrara

Freelap Friday Five| ByKeith Ferrara

Ferrara Strength

Keith Ferrara has been the head strength and conditioning coach at Adelphi University since 2014. He was the first strength and conditioning coach in school history and is currently in charge of programming for 19 teams at Adelphi. Prior to that, he was a strength and conditioning coach at the United States Tennis Association, where he was responsible for training America’s top tennis players, including two players who represented the United States in the Olympics. He is the founder of Ferrara Fitness, a company designed to help people of all kinds looking to maximize their genetic potential.

Freelap USA: You spend more time doing high-intensity sprinting and movement and less time with a conventional warm-up. Can you share why you found success with this approach with both injuries and athlete development?

Keith Ferrara: I think the biggest thing I’ve seen a change in is athlete engagement and intent. When going through some more traditional methods, I felt the athletes weren’t as engaged and, more times than not, were just going through the motions. We know with any strength and speed program that the most important part is athlete buy-in and doing things to 100% of your ability for that given day. I only have 2-3 hours a week blocked off per team due to the heavy volume of athletes we see daily, so I needed to figure out a way to maximize their time with me.

I believe changing the phrase “warm-up” to “Ignition Series” put it in the athletes’ minds that we would be firing out of the gates immediately and not easing into things, says @bigk28. Share on X

I believe changing the phrase “warm-up” to “Ignition Series” put it in their mind that we were going to be firing out of the gates immediately and not easing into things. The outline of Reflexive Performance Reset™ (RPR), sprint mechanics, and timed sprint methods maximizes our time together and achieves the goal of improving performance. Introducing methods presented in both RPR and Be Activated, we immediately reset our bodies to fire the right way and mitigate our compensation patterns, therefore reducing the incidence of injury. We spend so much time in the weight room fixing technique, but we rarely see strength coaches focusing on the technical nuances of sprint mechanics. While the weight room is a huge tool, getting someone to learn to sprint the right way has an even greater carryover to sport.

The goal here is to work on simple aspects of sprint mechanics that will immediately have an impact on sprinting and not worry about turning them into Olympic track athletes. The last piece of the puzzle, timed sprints, is probably the most important aspect in improving performance. When you time sprints, you cannot fake effort.

As a coach, it also allows me to see on any given day how an athlete’s body is primed for the activity ahead. If numbers are slower, it’s time to scale back the volume and work on efficiency in the weight room. After implementing this protocol, we have seen fewer injuries and more improvements in both acceleration and max velocity speed across the entire year, including post-season competitions, when it matters most.

Freelap USA: Your article on starting a strength and conditioning program from scratch was a popular read with the SimpliFaster community. Will you make any recommendations specifically on sports technology, as you have seen the good, the bad, and the ugly?

Keith Ferrara: My first recommendation is don’t go the inexpensive route just to get some type of technology in your sports performance facility. The most important part is buying a quality product that has been validated by others, will give you consistent testing measures, and has great customer service. There is simply no reason to buy something that is of low quality because you will be replacing it down the road (trust me on this one). Carl Valle does a great job of reviewing products on SimpliFaster for coaches to purchase. To me, the staples of technology are timing lasers, VBT devices, and some type of technology that measures jumping ability.

Buy a quality sports technology product that has been validated by others, will give you consistent testing measures, and has great customer service, says @bigk28. Share on X

I believe, when it comes to timing sprints, that companies such as Dashr, MuscleLab, and Swift all offer quality products and cover a couple different aspects of assessments. If you are looking for simple linear and COD testing measures, Dashr is the most inexpensive of the three and will give you a couple of different options. I am a big fan of MuscleLab because you can link their lasers with their other products to do even more in-depth assessments with your athletes. Swift, the most expensive of the three, offers a high-quality product and includes such aspects as reaction testing, which will give you the freedom to do more tests that test true agility, as opposed to basic COD testing.

When it comes to VBT, obviously GymAware has proven to be the gold standard, but it may not be feasible for a school on a smaller budget. I have used OpenBarbell (now RepOne) in the past and have had success using VBT with my athletes. If you are looking for an inexpensive linear encoder, I believe that is the way to go. I think a company that really separates itself from others is Vmaxpro. They offer an amazing product with a lot of great tools, including the ability to measure bar path, which, in my opinion, is the future of VBT devices.

When it comes to jumping measurements, gFlight by Exsurgo offers an affordable option for coaches but has its downfalls when you are looking for repeated accuracy. Plus, the company does a poor job when it comes to customer service. To me, the contact grid by MuscleLab is the absolute cream of the crop in terms of jumping assessments, and it gives you the ability to measure both horizontal and vertical power.

Freelap USA: Monitoring is complex with sports like volleyball. Can you tell us how you approach fatigue and overload with such a complex sport?

Keith Ferrara: For certain sports, I believe coaches think there are restrictions on training because of the nature of the sport—I disagree with that assessment. Restrictions should come when looking at the individual and their injury history, but not based on the sport. Our biggest tool for managing overload in-season is consistency. We train three times a week whether we are playing the day of, the day before, or the day after.

Training restrictions should be based on the individual and their injury history, not on the sport, says @bigk28. Share on X

My approach with volleyball starts with RPR assessments to see if we have any compensation patterns we want to address before the year begins. This immediately shows us where the athlete is at a higher risk for injury and what activations we need to do to reset the body and reduce that risk. When looking at the RPR program in the weight room, we run an undulated block model; all of our girls start off with high-intensity load, low volume, and developing absolute strength, and then we tailor the program to the athletes as the year goes on. The focus depends on the training age of the athlete, and I base it on what I see on our sprinting assessments.

Our main lifts include squats, SBSS, clean, snatch, push press, and bench. One of the big things we do in-season is jumping, depending on the phase we are in (weighted, unweighted, or assisted). Volleyball players jump more than any other team sport athletes, and this is an area they need to improve. We do high-intensity, low-volume jumps, and in every year that I have worked with the sport, we have seen increases in jump power and, for most of the athletes, peaking around playoff time. We do jump testing to begin each week to see how the athletes’ bodies are responding to the training or to see if there is any significant drop-off from the previous week, which may be a sign of overtraining. We do sprint training 2-3 times a week, following the same Ignition Series I mentioned above.

Some of the biggest tools we have are heart rate monitors when it comes to game play: I calculate TRIMP (training impulse) for each girl to monitor any significant changes in their heart rate load after each practice/game. This year we had zero practices and games missed due to injury. Of course, many factors go into that number being so low, but our training has a big impact on the players’ health.

Freelap USA: Like many high school strength and conditioning coaches, you are responsible for all the teams. How do you manage all of the athletes and communicate with coaches?

Keith Ferrara: The key to being able to manage so many athletes is having assistant coaches who you can trust and delegate work to. I fell into that trap earlier in my career, believing that I had to do everything myself and that no one was capable of what I could do. With this mindset, you will burn out and have a very short career. There are people all over the country looking for experience in all type of settings. Reach out to coaches and network to find people who are looking for any type of hands-on work.

The key to being able to manage so many athletes is having assistant coaches who you can trust and delegate work to, says @bigk28. Share on X

Secondly, to train that high volume of athletes, you must have a training system in place. Make sure you go through a period where you educate your new coaches and ensure that all of you are on the same page. On the coaching side, develop relationships as soon as you get into your new position. Talk about the players first and foremost; they are the cornerstones of the program. Always make sure you are a resource for coaches if they have any questions with regard to sports performance, practice plans, nutrition, etc. By making yourself available and showing vulnerability with your answers, you will take steps in the right direction to develop a positive relationship.

Freelap USA: You are no stranger to the Olympic lifts. Now that you have seen the technology available on barbell path, what do you think the future is in the weight room with coaches and athletes?

Keith Ferrara: I am so excited where the future of technology and Olympic lifts is heading. I think companies such as Vmaxpro are doing an incredible job of bringing affordable bar path technology to coaches all around the world. Obviously, there is extreme value in understanding and tracking peak velocity in the Olympic movements, but it is also important for you to include bar path in your training because raw numbers improving on a clean or snatch are not indicative of improvements that will occur in other sports performance-related areas.

Bar path is the future because it is another resource we have as coaches to give feedback to our athletes and get better indication of carryover to sport. Some coaches have an “eye” for Olympic lifting and may be able to see when technique is less ideal. However, instead of banking on something that is subjective, why not have an objective visual that shows you where the bar path on a clean or snatch is trending? There is no replacement for years of experience, but having an extra tool to be able to make changes to technique in the Olympic movements is paramount to improving performance. VBT obviously has done tremendous things in terms of giving concrete metrics for coaches to gauge improvements, but no metrics may be as crucial as bar path moving forward.

Since you’re here…
…we have a small favor to ask. More people are reading SimpliFaster than ever, and each week we bring you compelling content from coaches, sport scientists, and physiotherapists who are devoted to building better athletes. Please take a moment to share the articles on social media, engage the authors with questions and comments below, and link to articles when appropriate if you have a blog or participate on forums of related topics. — SF

Weck 2

Episode 117: David Weck

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Weck 2

David Weck is a biomechanist and inventor who specializes in the study of human movement and locomotion. He created a training and performance system called the WeckMethod and is the CEO and Founder of BOSU Fitness. David has invented the BOSU Balance Trainer, the new WeckMethod BOSU Elite, and the RMT Club. His inventions focus on building the rotational, pulsing, and coiling abilities of the athlete.

Weck has in-depth knowledge of the feet in relation to athletic performance, with a focus on the natural human function of locomotive abilities of each athlete. He has worked in the fitness field for more than 22 years and has helped people of all fitness levels from multiple sports. He holds a B.A. in Political Economy from Williams College (Massachusetts), where he played football and competed as a sprinter on the track and field team. He also holds a degree in traditional Chinese medicine in the area of acupuncture and Oriental medicine from the Pacific College of Oriental Medicine.

David discusses a topic that is a staple of his method: the role of the pulsing and spiraling action of the arms (and the human body as a whole) in being as fast as possible. He gets deep into the number of times experts look at the world’s fastest competitors and lists what they are doing right as “wrong.” He gives us a deep look into the “pulse” action of the arms in running, principles of utilizing the fascial system in locomotion, pressurization in movement, and how to use asymmetry rather than destroy it.

In this podcast, David Weck and Joel discuss:

  • The power of the double pulse technique.
  • The impact of the fascial system on speed and power.
  • Implications of pronation and supination in muscle length and shortening and body rotation.
  • Using the hands to increase power into the ground to increase speed.
  • Pulsing out of the blocks, as opposed to pushing.

Podcast total run time is 1:29:08.

Keywords: asymmetry, speed, track and field, double pulse

Athlete with Shot Put

Methods to Develop Speed and Power for the Shot Put

ALTIS, Blog| ByDon Babbitt

Athlete with Shot Put

Altis Logo


Among sports, shot putting is considered one of the most powerful. To develop the massive amounts of power needed to succeed as a shot putter requires more than just throwing. Weight training is a very effective way to develop an athlete’s expression of power and can even benefit an athlete who is already considered very strong. Many of my former throwers, including previous shot put champions Reese Hoffa and Adam Nelson, have incorporated various forms of weight training over their careers to benefit their throwing performance.

Weight Training

Weight training is very important in the development of speed and power in the shot putter. It’s also crucial that shot putters realize it’s a method that supplements shot put training; it’s not a separate sport or discipline. The development of power through weight training must be done hand-in-hand with developing a thrower’s technique. If these two elements are not balanced, serious problems can occur with the thrower’s technique in the long term.

A thrower can develop their strength levels in the weight room at a very fast pace. This gives the athlete some quick short-term gains in throwing performance, especially for a big thrower who can get strong very fast. However, there is a potentially large downside to these short-term gains: relying on strength to throw far at an early age will decrease the efficiency of intra- and inter-muscular coordination regarding further development of shot put technique. As the shot putter continues to get stronger, the law of diminishing returns will kick in with increasing strength, and the gains in distance will quickly get smaller and smaller. When a shot putter relies entirely on strength to throw far, their long-term development may cap at a very early age.

When a shot putter relies entirely on strength to throw far, their long-term development may cap at a very early age. Share on X

When setting up weight training throughout a season, the following considerations should be made:

  • The principal weight training exercises involved in power development are the Olympic lifts (clean, snatch, overhead press/jerk variations) and the power lifts (bench press, squat variations, and deadlift variations). Throwers perform these exercises throughout training in some shape or form.
  • The volume for these exercises is highest in the general and specific preparation phases while intensities are highest in the specific preparation phase and the pre-competition phase.
  • As the shot putter becomes more advanced, they can lift heavier with more frequency, if desired, because their training capacity has had more time to develop.

Examples of appropriate exercises and their variations for shot putters are as follows:

  • Bench press
  • Incline bench press
  • Front squat
  • Box squat
  • Push press
  • Clean
  • Snatch
  • Speed clean and jerk

Of all the weight room exercises, the Olympic and power lifts will usually tax the thrower’s nervous system the most. For this reason, these lifts should be inserted into the training program around the throwing sessions, so the fatigue accumulated during the lifting sessions does not negatively affect the throwing sessions. More experienced throwers can recover from their lifting sessions with greater ease, however, and will be able to throw with less recovery time between sessions. This gives throwers more flexibility in their training.

Ancillary work such as core stability exercises, kettlebell or medicine ball exercises, fixed machine exercises, and bodybuilding and rehab exercises can be included in the program around the throwing and the Olympic and power lifts. Because most of the ancillary exercises involve slow and controlled motions that condition primarily Type I muscles, the shot putter can recover very fast from these exercise workouts.

Ancillary exercises are performed primarily in the general preparation and specific preparation phases. The number of ancillary activities will taper off greatly once the thrower enters the pre-competition and competition stages to allow more focus on the throws training.

Examples of ancillary exercises for the shot putter are:

  • Neider press
  • Med ball throws for height with a jump between
  • Power position stand throws with med ball
  • Russian twists
  • Walking twists
  • Plyometric push-ups
  • Side ball slings with med ball

Generally speaking, the rotational shot putter relies less on strength training compared to the glider because the glider needs greater power to generate a large stand throw. The rotator’s technique is more complex and more timing-based. For these reasons, the weight training plans for the rotator and the glider are not the same, even though the throwers may be at the same performance level.

Weight training plans for the rotator and the glider are not the same, even though the throwers are at the same performance level. Share on X

Adjust the lifting volume in relation to the throwing volume. Since throwing is a form of weight training (where one moves a light weight very fast), one should keep careful track of the throwing relative to the lifting volume. When one goes up, the other will usually have to go down. Both types of volume cannot stay high for very long; otherwise, the risk of injury greatly increases.

Running and Jumping

Running and jumping are essential parts of power and speed training for the shot putter. However, due to the shot putter’s large size (especially compared to the other throwing disciplines), one must exercise caution to make sure that overtraining does not occur.

The approach to running and jumping may differ greatly based on the type of shot putter. Leaner, more athletic shot putters may start off being able to handle large amounts of running and jumping without the onset of overuse injuries, such as patellar tendonitis or shin splints. As they put on mass and mature, they may have to scale back on the volume of running and jumping because of the extra weight they’ve put on.

Conversely, larger shot putters may not be able to run and jump as well at younger training ages due to a low bodyweight-to-strength ratio. As they progress in their training levels, they may improve their bodyweight-to strength-ratio and have the ability to increase the amounts of running and plyometrics.

Regardless of the type of thrower, one must progressively add the running and plyometrics so it balances in with the throwing and lifting. Most running regimens will consist of short, explosive runs between 10 to 100 meters, with the vast majority of the sprints being 40m or less. Because of the nature of the shot putting movement, sprints that last only 3-5 seconds are all that’s necessary to develop the type of explosive power needed to carry over into the throw.

Longer, more sustained running can occur during general preparation. However, when more specific training occurs as the season approaches, the longer runs will not integrate well with maximal explosive training. They must be reduced to short explosive sprints.

Plyometric and jumping programs should complement the type of lifting and throwing performed during a given period, and ground contacts should be measured to monitor the volume of these exercises. High-intensity plyometrics should only last for short periods during strategically placed sections of the training program. The high-intensity sessions usually occur in the pre-competition phase and the competition phase a few weeks before the major competitions. One can include lower level plyometrics at all times of the year.

Shot putters with higher training capacities can handle higher-level plyometrics; this is one trend that happens as a shot putter develops their power levels over the years.

They should be careful, however, to make sure that the volume does not go up too much when doing high-level plyometrics because it can lead to injury very quickly.

Babbitt Workout Chart
Table 1. Example of a week’s training for the jumping and running workouts for a shot putter.

Remember: The Sport Comes First

Weight training is a great complement to a thrower’s ability to express power. Coaches and athletes, however, should be very clear that weight training is a method to supplement shot put training and is not a separate sport or discipline. Awareness of the law of diminishing returns is key when considering the question, “How strong is strong enough?” One also needs to give due thought to the reliance on strength training in the rotational versus glide technique.

Coaches and athletes should be very clear that weight training is a method to supplement shot put training and is not a separate sport or discipline. Share on X

Exercise caution when planning strength training in a long-term development program: perform due diligence when selecting the most appropriate exercises to include and when planning the undulation of their respective volumes and intensities over the training year.

Running and jumping activities also form essential elements of power and speed training for the shot putter. Once again, exercise caution and put into place appropriate loading strategies. Remember, supplementary power and speed training is designed to complement the thrower’s ability to throw—it is not a sport unto itself!

Since you’re here…
…we have a small favor to ask. More people are reading SimpliFaster than ever, and each week we bring you compelling content from coaches, sport scientists, and physiotherapists who are devoted to building better athletes. Please take a moment to share the articles on social media, engage the authors with questions and comments below, and link to articles when appropriate if you have a blog or participate on forums of related topics. — SF


Weight Room

Polishing the Basics or Scared to Advance?

Blog| ByCody Hughes

Weight Room

A constant phrase that I hear muttered across the sports performance and strength and conditioning field is “polishing the basics.” This is a topic that the strength coaching community needs to address before we lose our heads over what it actually means and why it is being harped on at an absurd rate. Multiple coaches continue to use this phrase, and I personally believe it is being abused and athletes are losing out on development because of it.

This article will explain why polishing the basics is something we must move on from at some point soon. I’m not sure where this came from and how it became such a popular mantra, but I am going to just come out and say it…

Are you “polishing the basics” or are you incompetent as a coach?

Before someone loses their ever-loving mind on me, I want to preface this with the understanding that the basics are IMPORTANT. Everyone needs a foundation. Everyone needs that 101 course to get them started. Every athlete needs to learn how to squat, lunge, hinge, push, and pull. If you think I am getting away from that, you need to check your ego at the door.

Part of performance coaching is teaching movement. It is imperative that we ingrain good movement patterns and habits as soon as possible. But remember, the basics are simply that—the basics. You must move on from them at some point in order to continue development. If not, you and your athletes are going to get left behind, and you’ll be left wondering what went wrong.

Remember, the basics are simply that—the basics. You must move on from them at some point in order to continue development, says @clh_strength. Share on X

Let me paint this picture for you: In your college education, you only take general education courses for 2-4 semesters. In the military, the average basic training lasts about 10 weeks. There aren’t any engineers who only took pre-algebra in high school. Why do we believe that this is the best way to approach training for our athletes? Let me answer that for you…it’s not. I am going to go through what a progression with a team in the weight room may look like, and why polishing the basics for so long will not only yield smaller results but may even stop development altogether.

Let Me Give You Some Context

I took over the strength and conditioning program here at Madison Academy back in May 2018. It became my fifth stop in two years as a strength and conditioning professional. At that point in my career, I was spending just enough time somewhere to see traction begin to set in….and then I’d get another job.

This happened three times, and it became apparent that I had not been anywhere long enough to see any fruit from the seeds that I had planted in those places. I made the move to the high school ranks knowing this was where I wanted to stay, so I decided to approach it a little differently than those other places. Little did I know how much I would learn about who I was as a coach and how I was going to get results.

I told myself that the first few months were going to be about—yes, you guessed it—polishing the basics. Ha! Funny, right? We were going to become masters at movement patterns because this is what high school kids need the most, right?!

Well, it became apparent that I was partly right. These kids knew how to move decently well, for the most part. Fortunately, there was a qualified strength coach who came before me, setting these kids up for success and ingraining the idea of developing movement patterns before adding load. This is good and all, but I had a decision to make when I arrived that May:

    1. Start everything over, implement my system, and teach everyone the very basics.

    or

    2. Just begin training and teach as we go.

I chose the latter.

We began to train with the frame of mind that we needed to get used to movement WITH LOAD. I quickly began to see who could handle it and who could not. This is where my differentiated leveling system was born.

My athletes fall into three different categories: novice, intermediate, advanced. I initially placed them into these categories based solely on two factors: movement complexity capability and effort. Who could sequence the clean right now? Who could squat to depth with great control right now? Who could hinge and hold pelvic stability right now?

I made these evaluations on the fly and we began to TRAIN. I did not stop and make everyone do a PVC clean; I did not have everyone do 1,600 bodyweight squats. We just began to train, and the training allowed for development to begin without losing time.

We just began to train, and the training allowed for development to begin without losing time…now all of my students are competent movers, says @clh_strength. Share on X

Fast-forward two years, and now all of my students are competent movers. We load every main movement in some capacity and polish the basics no more. The basics are important to cover, but why do coaches stay on them forever? My guess is they are scared and insecure. It’s as simple as that.

A Story of Two Coaches Who Are Both Wrong

I currently see two philosophies across the board when it comes to strength and conditioning, especially at the high school level and other developmental models. Let’s call them Coach A and Coach B.

Coach A is the old-school coach who wants to chase numbers and solidify himself as a hard-nosed, tough coach who gets his athletes to work hard. Coach A believes that reaching a specific number on the squat, clean, and bench will automatically make the football team better. We can all argue that this is not the best approach to performance training and that Coach A may get his kids hurt. Coach A does not focus enough on movement. Coach A does not consider prehab to be beneficial. The numbers he chases are arbitrary, and the return on investment is not as high as he believes it is. Most professionals would agree that Coach A needs to check his ego at the door and seek some growth on human and athletic performance.

Then there is Coach B. Coach B considers himself a human performance specialist, with certifications in everything from corrective exercise specialist level 12 to backyard nutrition with four distinction asterisks. Coach B believes that the basics are what is best because they keep athletes the safest. Coach B focuses a lot on ankle mobility rocking drills and PVC movements on the whistle. It takes two years to “earn the barbell” because mastering a goblet squat is really difficult to do. The elite athletes of the group do more complex movement such as catching tennis balls while doing footwork on a Bosu ball, because of the vestibular adaptation. But this coach’s athletes are never sore and do not have injuries in the weight room. This coach seems to be praised more in the online performance setting because polishing the basics is what keeps athletes healthy…

Which coach would you want developing and coaching your athletes? My answer? Neither.

Alright, I know I was a tad extreme there, but you get my point. Unfortunately, I see a lot of coaches out there who share a lot of characteristics with Coach B. They use phrases such as “Earn the barbell.” Although this is good in theory, barbell movements still require a level of skill that athletes can only acquire from experience with a barbell in their hand.

Although “earning the barbell” is good in theory, barbell movements still require a level of skill that athletes can only acquire from experience with a barbell in their hand, says @clh_strength. Share on X

I see many coaches who believe that there needs to be some revolutionary program that spends hours and hours on push-ups and bodyweight squats. Shall I say the “Block Zero” approach may be a little ridiculous? The strength community may disown me for saying it, but I believe you are wasting your time after a certain point and need to get under a bar and learn what a bar feels like. Many coaches love the term “Block Zero” that was coined by Joe Kenn. Unfortunately, some of the “Block Zero” programs I see today are simply a waste of time.

Let me give you an example. In my program, the front squat is a high priority. I see my students as early as eighth grade. When they begin with me, we do four weeks of goblet cyclist squats to drive volume and kinematics then go straight to the barbell. It is going to take time for my middle schoolers to feel what is demanded in a great front squat, so guess what we do? We rep it for months, at different speeds, different loads, different volumes, and different intensities. I see many coaches who goblet squat their athletes for an entire year. You can’t practice checkers to be good at chess even though they are both strategy board games.

I recently spoke to Brandon Reyes, Graduate Assistant Strength Coach for the D2 National Champion University of West Florida Football Program, and he spoke highly along the same lines of using bang-for-your-buck movements that you can load:

“We were able to continue to load our guys throughout the season, moving heavier weight faster, and that eliminated having to do more exercises in-season because of the qualities we were developing through our experience with a loaded bar.”

There is a distinct difference between establishing the basics and polishing the basics. Some coaches spend too much time in the basics and forget the principle of progressive overload and the law of accommodation. The basic movements that coaches teach are not fundamentally tough enough to get good at with little to no load. The kinematics of the movement change as load increases. In order to see adaptation, whether that is strength, rate of force development, power, or what-have-you, there must be some experience with those load zones.

There is a distinct difference between establishing the basics and polishing the basics, says @clh_strength. Share on X

The greater the athlete’s skill with the handling of load, the higher their training capacity will be. The higher their training capacity is, the higher potential for adaptation. The only way this happens is if the athlete gets some experience with the bar in their hands. Does this excuse bad training? No. Does it excuse poor movement patterns with poor intensity prescription? Not at all. But load is important and must be practiced just like anything else. Let me give you some examples of where I think coaches miss the boat when they believe they are “polishing the basics.”

The Perfect Push-Up Must Come Before the Bench Press

This is probably the most asinine concept that I can think of. I have heard countless coaches argue that if an athlete cannot handle their body weight in a push-up, then they have no business loading up a barbell. I can give you a few reasons why this concept does not make sense. Let’s compare the two and I will show you.

The push-up is a movement that requires anterior core strength, pelvic control, and upper body strength in order to properly complete it. The push-up position is used as a core stability exercise by itself, so moving through a range of motion in that position will require even more stability. Stability must be present in order to produce high levels of force, and it is hard to do that in a push-up, especially for a young athlete whose relative body strength is low. There is a reason why your lightest athletes can bang out push-ups with no problem, but your heavier, and sometimes stronger, athletes cannot. Many coaches say that they do not allow their athletes to bench press until they can complete 10 bodyweight push-ups. Let me use some numbers to open your eyes on this ridiculous concept.

The push-up requires you to lift 65% of your body weight (Zatsiorsky, 2006). Let’s say I have a freshman athlete who weighs 235 pounds. In order to pass the 10-rep prerequisite to bench press, I must keep great technique while doing 10 reps at 152 pounds (65% of BW). Because of the nature of the push-up, the stability and anterior core demands may be too much for this athlete to complete really well right now.

The push-up prerequisite for bench press wastes your athletes’ time and leads to you leaving so much development on the table, says @clh_strength. Share on X

So how should we approach this? Train both at the same time! While my athletes are learning to do the push-up and gaining anterior core stability, they are also gaining relative upper body strength with the bench press due to the greater capacity to train it. The push-up prerequisite for bench press wastes your athletes’ time and leads to you leaving so much development on the table.

‘Earn the Barbell’ – Long Squat Progressions

Another popular concept is for athletes to earn the right to use a barbell in training by mastering the movement in unloaded fashions. The biggest example is mastering the bodyweight squat before adding any load, much less using a barbell. Once again, why is this a thing? I understand that squatting is a motor pattern that needs to be mastered, but why don’t we understand that the movement changes as different loads are added to it?

You can bodyweight squat all you want, but as soon as you add load, something is going to change. For example, getting to depth with a bodyweight squat is more difficult than using an anterior loaded goblet squat. Why? Counterbalance force. When load is added in front of the body, it is easier to stabilize in deeper ranges of motion.

I do not do any bodyweight squats in my program. Zero. We begin with some kind of load with every student, athlete or not. Load gives feedback to the body and allows the athlete to figure out how to move with it. This is why load is important once you have introduced the movement. Furthermore, transitioning to a front squat is a demand that must be worked on through repetition.

Guys, you cannot goblet squat your way into a great front squat. It just does not translate. The rack position demands more thoracic extension and differentiation of scapular upward rotation and lumbar extension. Most athletes who cannot get into a front rack position are very poor in these demands. So, it must be trained. As soon as they are competent, it must be loaded in order to progressively overload. Unfortunately, we have coaches who continue to goblet squat athletes to death and leave mounds of development on the table.

You cannot goblet squat your way into a great front squat—it just does not translate, says @clh_strength. Share on X

The sooner I get my athletes under the bar, the closer they get to development. Do I use the goblet squat for accessory volume? Sure. Is it our primary lift for the lower body? Absolutely not. My eighth graders begin feeling a front rack position as soon as the fourth week of school. I did not do this last year, and I am seeing this year’s eighth graders much further along than this year’s ninth graders.

We established the basics, but we do not polish them. We polish habits every day through high integrity of training. Once our athletes are competent, we load in order to prepare their tissues for the demands of their athletic careers. This is what is going to reduce injury; this is what is going to enhance performance. Not your fancy PVC drills and empty filler mobility super sets.

Qualified S&C Coaches Are Essential

Once again, I want to reiterate that basic movement patterns are essential. It is important that we continue to teach these movement patterns to our athletes, but if we do not get our athletes to a competent point to handle load, we are not doing our jobs as strength coaches. I firmly believe that the majority of coaches who claim they are “polishing the basics” are just afraid they are going to get their kids hurt due to their inability to know how to progress. This is why it is essential for qualified individuals to be running performance and strength programs across the country.

Since you’re here…
…we have a small favor to ask. More people are reading SimpliFaster than ever, and each week we bring you compelling content from coaches, sport scientists, and physiotherapists who are devoted to building better athletes. Please take a moment to share the articles on social media, engage the authors with questions and comments below, and link to articles when appropriate if you have a blog or participate on forums of related topics. — SF


Wetzel

Episode 116: Dr. Mark Wetzel

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Wetzel

Dr. Mark Wetzel is a chiropractor and owner of New Era Chiropractic in Germantown, Tennessee. He has a diverse experience and is an expert in the neurology branch of chiropractic. His focus is in chiropractic neurology and applied kinesiology, which when combined with muscle testing and chiropractic adjustments allow him to better serve his patients from a nervous system and a neurological standpoint.

Dr. Wetzel received his Doctor of Chiropractic degree from Northwestern Health Science University in Minneapolis, Minnesota. He completed his undergraduate studies in sports management at Indiana University. During his time at Indiana, he competed with the men’s swimming and diving team.

In this episode, Dr. Wetzel goes fully into the explanation of why isometric training in certain athletic positions carries such a transfer to sports. He also explains why traditional barbell lifting can carry some neurological drawbacks in terms of muscle contraction and relaxation cycles. He gives his insight on how to bring some of the lessons taught in the Jay Schroeder program into your programming.

In this podcast, Dr. Mark Wetzel and Joel discuss:

  • The thought that “velocity recovers everything.”
  • Why five minutes could be a viable time suggestion for isometric holds.
  • The science behind extreme isometrics.
  • What energy systems are used in extended isometrics.
  • Lactate and its role in developing athletes.
  • The neurological connection to strength development.

Podcast total run time is 51:39.

Keywords: extreme isometrics, energy systems, relaxation, isometrics

Even-Esh

Episode 115: Zach Even-Esh

Joel Smith: Just Fly Performance Podcast, Podcast| ByMark Hoover

Even-Esh

Zach Even-Esh is the Founder and Director of Sports Performance for the Underground Strength Gym. He is also the creator of the Underground Strength Coach Certification, which has certified people from around the world including independent strength coaches, active military personnel, athletic coaches, and college coaches. Since creating the Underground Strength Gym, he has consulted with Division 1 athletic teams, Olympic-level athletic clubs, Spartan Race, pro teams, and independent coaches and athletes around the world.

Zach created The Underground Strength Gym in his parent’s garage while he was teaching health and physical education in 2002. He has moved from training a handful of high school athletes to a full-time career advising athletes worldwide. Zach lives in New Jersey with his wife and two kids, and he continues to inspire and educate people on strength through his gym and seminars and on his website.

Coach Even-Esh delves into his use of odd and unconventional training methods as the core of his program. He gives examples of the incredible results with his athletes. He also describes his general mission as a coach. Zach lays out what he sees as sometimes-disturbing trends over the last two decades in terms of youth performance and the decline in the physical readiness of these athletes.

In this podcast, Coach Zach Even-Esh and Joel discuss:

  • The process that led him to use alternative training methods for athletes.
  • How the environment you train in can affect training outcomes.
  • Youth injury rates and how they differ from the 1990s to today.
  • Challenges in training youth athletes in today’s culture.
  • Battling overuse and the lack of general physical readiness.
  • Odd object training and its benefits.

Podcast total run time is 59:49.

Keywords: strongman, alternative strength, culture, strength development

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