Visiting my alma mater for workshops and lectures is something I look forward to. I enjoy seeing the growth of the institution, the new faces, etc. This was even more so the case this past week when I presented on the concepts of mobility and stability to the Bloomsburg University Strength & Fitness Club. As a former president of the club, it was rewarding to see that the club has continued to find success and a segment of the student body interested in such high-level concepts in kinesiology and human performance.
The workshop began with a very typical introduction to the joint-by-joint approach. Since most anyone who’s listened to me talk at-length have heard about this, I’ll save this concept for its own post some other time. Because this wasn’t classroom based, we quickly moved into a handful of actionable drills and techniques that these students could swiftly employ into their own workout programming.
As long as an hour can seem, it flies by when you’re trying to demonstrate, correct, and generally facilitate these cutting-edge and nuanced exercises in a group setting; but, there were definitely some stand-out moments and takeaways worth talking about further here.
College-Students are Predisposed to Flexion-Based Abnormalities
Long hours locked into flexion in the classroom, library, or lab are requisite for scholarly success; recreating in these positions is not. Rather than spend time outside of the classroom sitting even more in front of the TV, strength training or club sports can offer an opportunity to enhance spinal mechanics as well as overall cognition and more.
To take this a step further, students can spend their time more efficiently during a warm-up for a workout by focusing on the specific areas of the spine and musculature that are most prone to poor mechanics and resting tone. A keen observer to the workshop may notice we didn’t spend much time going over drills that accentuate flexion; this is largely by design.
One all-too-common observation is the over emphasis of the pecs and lats in most strength training programs. With a population prone to long bouts of sitting (flexion), the internal rotation caused by lat and pec dominance can exacerbate some associated musculoskeletal injuries. Reducing volume on the lats and pecs, while increasing the volume of work done by the traps can enhance performance and simultaneously mitigate spinal issues.
Though the real point we covered in-depth regarding all of this was about thoracic spine mobilization. The more the thoracic spine can move unrestricted through the sagittal and transverse planes, the more likely the surrounding musculature can more efficiently function.
Ensuring Soft-Tissue Quality Requires Time Not Equipment
The restrictions on soft-tissue work are usually self-imposed. Going into this event, I was under the impression that our venue would be an empty basketball court, but because of how accessible these drills and exercises are, this wouldn’t have been a problem at all.
Most of the mobility drills and stretches that we demonstrated required little to no equipment and can be manipulated with bodyweight alone to yield an effective response and positive adaptation. For the ankle, drills like the ankle-wall drill, myofascial release with a lacrosse ball, or dorsiflexed ankle drill require next to nothing to complete. Further up the kinetic chain, we can use the couch stretch, bretzel, or saddle stretch for the quads. The hips can be mobilized with the cossack squat, half-kneeling drill, or the posterior hip stretch. And on up the chain…
Though that is nowhere near a definitive list, the larger point is that equipment should not be a constraint; the primary reason that people have insufficient movement quality is due to a lack of time invested on a regular basis to ensure continued improvements to flexibility and posture.
Where was the Foam Rolling?
I have nothing against foam rolling—in fact, I advocate for foam rolling and actively add some variations to the majority of our corrective exercise protocols. When foam rolling is added, it is usually in short bursts. 15-20 seconds per side on areas that aren’t an issue or an approaching problem. This time expands only slightly for areas that are problems, from 30 up to 60 seconds on problem areas. I can’t give a detailed account of what areas may be problems due to the individualized nature of these protocols, but the calves, pecs, and traps tend to be a focal point.
When we do advocate for foam rolling, we do so in these short bouts because we’ve found greater adherence when the demands are so limited.
Foam rolling didn’t make the cut for the mobility workshop because there are greater uses of time, particularly when we’re trying to get a new population to engage in movement and tissue quality initiatives. Foam rolling may provide some relief and facilitate some long-term improvements in these areas but mobility drills are a more proactive approach than SMR/ foam rolling as foam rolling mainly addresses issues once they’ve already become an issue.
Nutrition Workshop Coming Soon
I’ll be presenting at Bloomsburg University once again in just under two weeks. The topic will be cutting-edge and nontraditional dietary modalities for high performance. The event is open to all BU students and is hosted by the BU Strength & Fitness Club. For more information and event details, contact the BU Strength & Fitness Club directly at BUStrengthAndFitness@gmail.com.
Given that Ruthless Performance is based out of a land-locked state, the paddleboarding or surfing communities are not populations which we traditionally cater to, but given my own predisposition to the sport (surf when I’m on the west coast, paddleboard on the east…), I’ve spent some time thinking about the demands of paddleboarding, as well as what it takes for me to make sure that I’m most prepped for when the opportunity to take a road trip with the board arises.
Paddleboarding itself is a workout and can be easily classed as its own sport, so with this in mind, most of the strength & conditioning exercises and techniques I’ll employ to maximize performance on the board are done to stimulate some of the neglected or underused movement patterns, muscles, and skills while alleviating some of the overuse that can develop over long days on the board.
Consider the following points to help develop your skills on the board no matter how far away you are from your favorite spot…
1. Glute Development Still Reigns Supreme
The glutes are the powerhouse of the body and are pretty heavily correlated to peak athletic function (regardless of domain). Even in the case of paddleboarding, where you are more stationary and have less force input/output demands than some other sports, you still need the glutes for a handful of reasons.
Glutes work in synchrony with the lats (most notably through the lumbodorsal fascia) to assist in each stroke of the paddle. Weak glutes in paddleboarding can also cause severe long-term back pain. Because the standing position on a paddleboard relies on a hinged hip, the inability to maintain tension over time throughout the glutes causes unnecessary tightness in the low back.
Consider including box squats, 180 hip extensions, side-lying clams, lateral band walks, deadlifts, and glute bridges/ thrusts to maximize development of all three glute muscles (max, min, med).
2. Don’t Fall Into Sport-Specific Traps
It’s easy to see how an athlete would want to utilize his/her time in the gym replicating paddle after paddle, pop-up after pop-up, but this is not an efficient use of time. Keep the paddleboarding-specificity in the water. When strength training for the sport, you should want to engage in what we call ‘anti-specific training’, which mostly just means engaging in exercises, drills, and positions that bring about a more neutral posture while maximizing power and force development that you couldn’t otherwise get while on the board.
Many paddleboarders will align themselves with the ski erg for their energy system training because it most closely replicates their sport. I’m highly averse to the ski erg to begin with, then putting a population whose entire sport exists in a state of flexion onto this machine is a recipe for overuse injuries in the shoulder (and elbow for that matter), slipped discs in the lumbar spine, and hindered transverse plane arthrokinematics.
3. The Value of Unilateral Work Can Not Be Overstated
There aren’t very many sports or events that exist on such an unstable surface, so maximizing strength and stability at contact points is paramount. Then, take a guy who boarders on flatfooted like me and put him on a paddleboard for a few hours and his/her ankles will be smoked. Strengthening the feet with various unilateral drills will help extend a paddleboarders’ time on the board each day.
Most exercises that can be done on two feet can be done on one. In fact, performing some of the aforementioned glute exercises on a single-leg is a great way to maximize time in the gym. Some of my favorite unilateral exercises are Unilateral Cable Deadlifts (can be done with barbell, dumbbells, kettlebells…), contralateral push press, contralateral low cable row, pistol squat, Chaos Rear-Foot Elevated Split Squat.
This shouldn’t be misconstrued as instability work on a BOSU ball. The goal of the exercise isn’t to make balancing harder, but rather to make balancing easier over time. This can not be achieved on something like a BOSU ball / instability trainer.
Overall this has barely scratched the surface of strength training for paddleboarders. These are just some quick thoughts I’ve had on this topic, mostly as it has related to my own development as a paddleboarder, but from the perspective of a scientific and methodological practice and training environment.
Are you a paddleboarder interested in starting a workout program to maximize your skills on a board? Reach out to me at John@RuthlessPerformance.com to get started today.
With the vast expanse that is the winter swim season raipidly approaching, I wanted to take the time to yet again detail one of our swimming programs. In this particular case, we’re going to explain the Ruthless Performance methods that made this program so effective.
To provide context for this case study, we will be talking about a male swimmer, approaching the end of his high school career, who specailizes in short to mid-distance freestyle and butterfly…
We’ll be looking at ‘Day 2’ of his 3-day program, and what we’re doing to get him in-shape for the upcoming swim season.
1. Emphasising Both Activation & Mobility as Needed
Like most other programs we run our athletes through, this workout begins with a comprehenisve warm-up. Athletes are compartmentalized into a warm-up by age, ability, past injuries and training history. From there, we specialize and individualize the workout starting at our ‘A’ Exercises which are very rarely similar from one athlete to the next.
Landmine-based exercises have recently become a frequent addition to our programs because of the unusual loading parameters we see with this exercise variation. As opposed to a traditional barbell exercise, landmine exercises get lighter as the angle of the bar approaches 90 degrees; this has a wide array of benefits, but here we are using this to maximally loading the shoulder at the bottom of the press, while ensuring a greater ROM (range of motion) as we near the top of the exercise. Beyond just encouraging more ROM, this also assists in activation of the Serratus Anterior — a troublesome area for many athletes, which in the case of swimmers can be career ending.
In addition to creating muscle activation in the shoulder, we’re trying to use this ‘A’ circuit to enhance hip mobility. In our A1, the Half-Kneeling Overhead Landmine Press assists in creating hip mobility via Rectus Femoris Stretch caused by the Half-Kneeling position. Though this is a secondary component to the A1, hip mobility is the primary element of the A2 –the weighted cossack squat…
Because this swimmer is primarily a freestyler and butterflier, the hip is exposed to a relatively small ROM. By expanding this capacity in a structured and controlled training environment, we can help minimize injury (while maximizing power output) via enhanced ability of the hips to absorb and generate force outside of the saggital plane.
2. Creating a Neutral Spine Where and When Possible
In a previous article, I explained the differences between flexion and extension intolerant back pain, this particular athlete sits closer to the extension-intolerent end of the spectrum. To mitigate this, we’ve added Band Pull Aparts and 180 Degree Back Extensions as part of his ‘B’ exercise circuit.
Band Pull Aparts are one of the most common exercises within any of the Ruthless Performance programs, regardless of sport; but in the case of swimming, these provide countless benefits. Beyond the primary benefits to swimmers, like scapular control and improved stroke efficiency, we’ve added this as a means of minimizing kyphosis. Like many high school athletes who sit behind a desk for 6+ hours / day, this athlete demonstrates an internally rotated and kyphotic posture. The solution to these problems almost universally starts with a very high volume of band pull aparts.
Though the ‘B2’ is listed as 180 Back Extension, it is talked about and referred to internally as a 180 Hip Extension. Though this may seem semantic it is not. I won’t go into detail here again, though you can find more in our first installment of our Internal Program Review, where we go over this difference in detail.
The video below from our instagram also explains this to some extent with yet another one of our swimmers performing this exercise.
3. Enhance Cardiovascular Capacity, But do so Efficiently
The primary purpose of the off-season program should be to build up strength and other various capacities that are often neglected during the regular swim season. Going into the season, however, should at least provide some basic framework for sport-specific work capacity.
Another one of my frequent rants is that about the purpose and function of the rotator cuff… 4 anatomically independent muscles grouped together because of their function (physiology) with regards to the shoulder, which is simply to maintain the position of the humerus. With this in mind, any time we spend engaging and maintaining a stable shoulder, we are inherently training the rotator cuff. Here, we’re doing so concurrently with a few other goals in mind, enhancing cardiovascular capacity (as mentioned), but also encouraging overhead ROM with the slam ball, generating force outside of the saggital plane, and developing abdonimal activation/ trunk stability during both the C1 and C2 exercises.
Though these aren’t traditionally exercises performed for energy system training, we can manipulate the variables to ellicit this desired response. Rather than simply adding in more sets or extending the length of time to complete the exercises, we’ve focused in on the density component, which is simply the ability to do more work in the same period of time. A 5-minute time cap ensures that from weeks 1-4, the athlete is developing his work capacity, in a manner condusive to short to mid distance swimming events. As opposed to conventional wisdom, maintaining a high level of force output and muscular endurance over this relatively short period of time is all that we need for this particular workout going into more sport-specific pre-season swim training.
Here in Pennsylvania we’re less than a month away from the official start of the statewide whitetail archery hunt. It’s at about this time that hunters will be desperately getting in their target practice with a bow that many have not touched since late archery season or even before the regular firearms season of last year’s hunt.
I don’t advocate for cramming in all of your out-of-season target work last-minute, however there are realities to this. But regardless of if you’ve been maintaining your skills with the bow or not, you can use this time more effectively to fine-tune your bow skills while simultaneously enhancing your physical capabilities and hunting endurance.
Many east-coast hunters will be locked-in to their tree stands for the months of September and October, but even this is not without physical struggle. Likewise, many big-game western hunters will quickly recognize the necessity of physical preparation for the hunt, as the terrain and elevation of the west can end your hunt—or even your life—without adequate preparation.
Though your cardiovascular endurance may have quickly dissipated after the end of last-season’s hunt, it can return almost as quickly (this rapid degradation and development is unique to cardiovascular endurance, unlike the capacity of strength, which shows a much slower return of improvements as well as decrements).
Though not ideal, you still have time to become relatively prepared for the demands of the hunt.
And by doubling-up conditioning work with bow practice, this can be done in half the time, while allowing you to train with the bow in a fatigued state—as you may find yourself when faced with a deer, elk, or other game animal.
Here’s just one of the workouts we recommend to our hunters. The limit to this workout is that you need space, lots of empty space where you can safely target practice and run down range… Therefore, this only works on private property or empty public land…
To start, pick 3 distances that you’re most likely to shoot at, for me, with my fixed-pin set-up, I use 10, 20, and 30 yards. For my training, I also use an uphill with a medium grade.
Start by taking 10 warm-up shots at 10 yards, followed by 5 trips to the target while it sits at 10 yards. Each run should be progressively faster, starting with a brisk walk, ending with a sprint.
Do this yet again with a target at 20 yards… 10 shots, 5 trips.
Guess what you’re doing at 30 yards? Same thing. 10 shots, 5 trips.
As you become more accustomed to this, you can begin to add in more trips, up to 10 sprints at each target range. I don’t recommend running with the bow—some may view this as ‘sport-specific’ but can lead to more asymmetries than necessary. The more variables, like running with the bow, that you add in, the more complicated the process becomes; we’re simply looking for getting you in-shape and target-ready in the most efficient means possible.
After you’ve built yourself up to 10 sprints and 10 shots at all three designated distances, scale back down to 5 trips, but now begin timing each sprint and recording rest. By improving your time on each sprint and maintaining or reducing rest, you’re improving your overall cardiorespiratory endurance across all three primary energy systems (30 yards is by no stretch of the imagination a feat of cardiovascular endurance, but the accumulation of fatigue over the course of all sprints will certainly have beneficial effects on glycolysis, respiratory, and cardiovascular function.
Want to learn more or improve your readiness for the hunt? Email us at info@RuthlessPerformance.com and ask about our Physical Preparation for Big Game Hunters Program.
If you’re not familiar with the Ruthless Performance Mavericks Program, it’s something well-worth looking into as a primary or accessory strength & conditioning program. The program consists of 3-12 workouts per week (depending on season, goals, recovery status, etc.). Though the program is rooted in long-term strength gain, the Mavericks workouts also build up cardiovascular endurance, mental toughness, hypertrophy, and any and all other capacities one would hope to develop through a traditional workout regimen.
This is true to the extent that I’ve personally used the Mavericks program as the base for prepping for events across the athletic continuum; from a 65 mile cycling race spanning from Philly to Atlantic City to powerlifting meets. The program has also been the primary physical preparation tool for big-game hunters, swimmers, CrossFit athletes, and more.
The program is so versatile because of the formative and fundamental role that a well-designed strength & conditioning program has on any athletic or performance-oriented endeavor. By building up such an encompassing portfolio of exercises, energy system capacities, movement proficiencies, and athleticism as a whole, individuals are easily able to transition from one skill or sport to the next, and do so at an extraordinarily high level.
The Ruthless Performance Mavericks Program differs from some of our other programs in that the workouts are the same from one individual to the next, only differing in load, intensity, and an individual’s overall athletic capabilities. Emphasis can be moved throughout the program as well. For example, a bodybuilder may take the accessory volume more seriously, while a powerlifter may focus more on the strength and primary exercises involved. In our Athletic Development programs, each program is individualized outside of the warm-up. Similarly, among personal training clients, every aspect is much more up to the goals of the individual. The Mavericks program is a cost-effective tool to build an encompassing base of athleticism and is great for individuals who may get bored of traditional or more predictable programing. This program is no better or worse, but if you think it may be right for you, reach out at RuthlessPerformance.com/contact to get started.
Today we’re going to show you our current main exercises and how they fit into the bigger picture of the Ruthless Performance Mavericks programming…
We’re seriously focused on some elements of training that we’ve largely neglected in the past. These elements are density, volume, and lactate threshold. These elements of programing are in most of our workout bouts, but rarely break into our ‘A1-A2’ sets (or to the unindoctrinated, this would be referred to as the main work).
Of our currently programed 7 workouts, 4 are comprised of heavy, high volume-strength work—these will be the focus of today’s post.
All of which are done 10×10, and as an ‘EMOM’ (every minute on the minute). The traditional lifts don’t always transition very well into this type of super high volume training and can be detrimental to long-term and short-term central nervous system function, this is why the exercise selection is slightly odd…
Day 1 – Front Squat – 10×10 – EMOM
Day 2 – Incline Barbell Press – 10×10 – EMOM
Day 3 – Rest/ Active Recovery/ Conditioning
Day 4 – Romanian Deadlift – 10×10 – EMOM
Day 5 – Overhead Press – 10×10 – EMOM
Day 6 – Rest/ Active Recovery/ Conditioning
Day 7 – Rest/ Skill Work
The primary work as listed above is not the entirety of the strength workouts. There is always accessory work which varries from day to day. The Front Squat Day, for example, may be followed by a circuit of 3 strength exercises, like Hamstring Curls, Contralateral KB RDLs, and Overhead Med Ball Slams. Then, either another 2-exercise circuit like calf raises and toes-to-bar, or a quick conditioner like Rower Repeats or a Stationary Bike Tabata…
Skill work varies from person to person, depending on their goals or upcoming seasons. For me, skill work currently consists of target work with the bow for the upcoming hunting season. Conditioning work consists of a combination of hill sprints, strongman work, long-distance steady-state cardio, rower, or cycling. Conditioning workouts are included with the Maverick’s program, but these tend to be only for individuals working specifically on the Maverick’s program.
For athletes competing in CrossFit, Powerlifting, Hunters, Cyclists, or Runners, their conditioning days and times are traditionally filled by their skill specific training or by the mandates of their coaches.
A 10×10 EMOM is by no means standard programing for the Maverick’s Training, but we recognize the need to maximize these capacities. For this four-week cycle, we are trying to maximize hypertrophy, tolerance for higher-volume strength work, as well as to back-off of CNS input before coming back with some higher-intensity conjugate style training.
Sign-up or learn more about the Ruthless Performance Maverick’s programing by emailing us at info@RuthlessPerformance.com
Outside of a handful of technological advances in competition suits and some isolated factions of coaches and athletes, the sport of swimming is largely stuck in a late 90’s – early 2000’s mentality; which is a generous approximation on my part, as the sport of swimming in the 90’s-00’s wasn’t all that much better from the handful of decades preceding it. This old school training mindset included a great emphasis on high yardage in the pool, followed by a big taper leading up to important and championship swim meets.
The high yardage/ big taper approach certainly has its applications, but much like how swimmers took the alleged 10,000+ kCal ‘Phelps Diet’ leading up to the 2008 Olympics as an excuse to overconsume and under-nourish with empty-nutrient and calorie-rich foods, braggadocios swim coaches have hijacked the good intent of high-yardage programs, and now misinformed coaches are globally vying for title of who can put their athletes through the most pain.
Since the semi-archaic idea of mega-yardage programs still have some merit, I’d like to focus dryland training, the dated and frequently perpetuated fallacies surrounding this, as well as what Ruthless Performance does with our swimmers and what other high-level programs are engaged in from a strength training perspective.
This well-known Ruthless Performance philosophy regarding dryland training for swimmers leads many concerned parents and swim coaches to ask the Ruthless Performance staff about our programs. Since swimming requires so much cardio, shouldn’t that be a main part of dryland training?
Simply put, no. But here’s the longer answer…
In the past, dryland training has mirrored pool-based training very closely. This would include ideas like distance running and other high intensity-based conditioning routines (and if you’re lucky, some lackadaisically performed, poorly designed rotator cuff band complexes). Not only is this additional energy system training unnecessary (during the in-season), but it can also be burdensome, ineffective, and at worst, harmful to performance.
One of the main reasons we don’t program a large amount of energy system training in our swimmers’ training programs is because of the sheer volume of energy system work that swimmers get while in the pool. Most swimmers can get through a large part of the warm-up without realizing that they are engaging in conditioning already. Add the various work sets done through a workout, and then repeated on a nearly daily basis, and you have a recipe for fantastic cardiopulmonary function and sport-specific energy-system development.
The problem is that coaches too frequently confuse the cardiovascular demands of the sport of swimming with the cardiovascular demands of swim practice.
Running is one such frequently assigned dryland activity for swimmers, used as a means of developing cardiovascular function. This is in part, due to the perception that swimming is a sport which requires a lot of cardio—which it does. The problem is that coaches too frequently confuse the cardiovascular demands of the sport of swimming with the cardiovascular demands of swim practice.
Adding more conditioning work on top of what is done in practice is simply providing an athletes cardiovascular system with diminishing marginal returns on ability to practice; this is largely ineffective because of how quickly the cardiovascular system responds and adapts to training stimuli. A few weeks of pre-season practice and a base level of cardiovascular function is restored to the point where an athlete can successfully compete at meets and return to more rigorous in-season training. Since most events are over in less than two minutes, this style of dryland training can become redundant and inefficient.
Adding running or various other conditioning modalities on top of traditional in-pool training can yield greater performance; just not as great as swimming performance could be if we focused on some other modalities and training tools. This is a conversation for another day entirely, but all of the strength-based training that we have our swimmers perform help in a variety of ways. Our strength training does, in fact, enhance energy system capacities, specifically the phosphocreatine (quick anaerobic energy system pathway). This is the system which leads to faster starts, quick turns, breakouts, and even negative splits in distance events.
All this to say that strength training with minimal traditional cardiovascular input is the primary way we train our athletes and for good reason. Rather than simply packing on additional volume of similar work, we are building up muscles which help prevent overuse injuries, minimizing the impact of training stressors, improve reaction time, coordination, catch in the water and so on. This allows athletes the opportunity to train more optimally in the pool, which is the primary vessel for developing skill-specific capacities in swimmers.
View last week’s edition of ‘Featured Fitness Content’ here.
Personal Training, Coaching, and Strength & Conditioning
Interview with Lee Taft on Coaching Agility, Speed and Athletic Movement By Joel Smith with Lee Taft
Why I Don’t Like Scap Push-ups By Eric Cressey
Weight Loss, Nutrition, and General Health
How Much Cardio Do You Need To Get Ripped For Summer? By Sean Hyson via Onnit Academy
A Really Bad Long Term Strategy for Weight Loss By Mike Roussell
Doctors should emphasize exercise, not weight loss By Buddy Touchinsky
Strength Training, Powerlifting, and Bodybuilding
8 Mobility Moves For Better Squatting, Pressing, and Pulling By Mark DiSalvo via Onnit Academy
7 Tips for a Bigger Bench By Bret Contreras
3 Ways to Reduce Stress and Improve Recovery During Your Next Workout By Harold Gibbons via Mark Fisher Fitness
Motivation, Business, and Success
5 Powerful Life Lessons From the Book Tools of Titans by Tim Ferriss By Liam Seed via Addicted 2 Success
How To *Not* Be A Spineless Leader By Tim Denning via Addicted 2 Success
How to Build a Fitness Practice that Brings You Joy By Elizabeth Stacey via Mark Fisher Fitness
Waking up to life By Kim Lloyd
Physical Therapy, Alignment, and Injury Prevention
6 Hip Mobility Drills Everyone Should Perform By Mike Reinold
[VIDEO] Communicating with Docs, PTs working as Strength Coaches & Essential Reading for Students With Mike Reinold
Stretching Isn’t Bullshit By Jasper De Coninck via Dean Somerset
Fact check: Is boxed macaroni and cheese actually toxic? By Kamal Patel via Examine
Ruthless Performance Coaches’ Content
Why Do We Need Fats in Our Diet? By Jesse Rodriguez
Strength Training is an emerging field in the sport of swimming. As more and more coaches, parents, and athletes begin to understand the extent to which a strength training program can help drop swim times and reduce injury, the more I’m approached by a growing and widening audience about, not only the Ruthless Athletic‘s Dryland Training for Swimmers Program, but also, general tips for using land-based techniques to get better in the pool.
As this audience widens, the frequency of parents approaching me to develop programs for their age-group swimmers increases as well. There’s a great deal of misinformation in the mainstream media about various forms of strength training for swimmers in general, but even moreso for youth athletes and youth or age-group swimmers.
The information herein are some quick tips and answers to some very frequently asked questions which I receive from both parents, coaches, athletic administrators, and even these young athletes themselves.
Strength Training is NOT Detrimental to Youth Athletes
The idea that strength training is detrimental to prepubescent and pubescent athletes transcends the sport of swimming. Parents, coaches, and entire athletic staffs may fall prey to this line of thinking.
As mentioned in this fantastic piece by Mike Robertson: “the stresses in sport far exceed what happens in the weight room!” Mike goes on to say “For example, in strength training a good measure of strength would be if you could squat or deadlift 2x your body weight. In other words if you weighed 175, if you could squat and/or deadlift 350, you’d be considered strong…”
…And then follows with some information that most people intuitively understand, but seem to ignore with regards to strength training…
“However, the forces that you see in everyday events like running (4-6x body weight) and jumping (6-10x body weight) far exceed anything done in the weight room.”
Speed and Agility Drills are Overlooked for Swimmers
Injuries in the pool are actually rather rare. Swimmers may develop chronic, or overuse injuries from their time in the pool, but the likelihood of sports injuries increases as an under-prepared swimmer finds themselves in a precarious position on land.
Often times, swimmers may find themselves in a pick-up game of football, volleyball, or some other higher-impact land sport where an injury could occur. Because these swimmers are so unprepared for this medium (court, field, track, etc.) they run a higher risk of injury than their friends who may participate in some of the various land-based sports.
While preparing for these kind of extenuating circumstances may seem like overkill, the number of coaches who’ve showed up to practice to then be faced with an injured star swimmer from similar circumstances to the aforementioned example is astronomical.
The Goal of Strength Training is Not the Goal of Swimming Practice
Swimming coaches tend to have misconceptions about the goals of strength training; a problem propagated extensively within the field. Coaches tend to want land-based exercise to replicate what is done in the pool, however, while the goals of both are the betterment of the athlete, the applications are entirely different.
Because pool workouts develop skill work and energy system development, coaches mistakenly believe strength training should be done in a similar way, usually with little rest, high heart rates, and in a manner which replicates the actions of sport; this view is plainly wrong.
Land work should help restore optimal function to the various joints and postures which the swimming strokes can hinder. By spending hours in the pool completing high yardage training, then coupling this with ‘sport specific work’ (such as swim cable trainers), you are effectively exacerbating shoulder and hip ailments common to overuse injuries.
To have the most effective ‘sport specific’ strength training, a program should consist of various counter measures. This ensures a neutral posture onto which the swimming coaches can pack on yardage and intensity. Doing so in addition to more of the same exercises on land will definitively lead to pain, burnout, and injury.
Consider the above when trying to formulate a program for your youth athletes. Remember, Ruthless Athletics does offer coaching services to individual athletes, as well as, entire sports teams. For more information on these services, swim team consulting, details on any of the various other services provided, or to simply ask a general question, feel free to reach out at RuthlessAthletics@gmail.com.