strength and conditioning
Tip #1: Never Underestimate the Band Pull Apart
Regardless of if our swimmers are just doing a short warm-up, like our Champion Complex, or a more lengthy workout, I always encourage our athletes to do at least a handful of band pull aparts. For athletes that I’m fortunate enough to work with throughout the year, the amount of pull aparts is undulated throughout the season; perhaps from 150x / wk during the start of the regular swim season to 300x / wk by the end of the season.
The Band Pull Apart provides a great deal of upside to most populations, but for a group like swimmers who rely so heavily on the trapezius muscle group, this exercise is perfect. When you combine a stroke like freestyle, which has so much lat recruitment, amplified by poor resting posture, the likelihood of sports injury and stroke inefficiency is amplified.
What I like most about the Band Pull Apart is its stimulation of the Trap 2 (or the middle innervation of the traps). This helps bring about a healthier shoulder posture while increasing scapular control–and therefore stroke economy. Adding this as a warm-up exercise is even more efficacious because then the traps are already engaged as soon as the swimmer hits the water.
A good total to work towards on this is around 250x / wk, which averages to around 50x per day. Though this is significantly lower than some of our athletes who can do up to 250x during the course of a single workout. For resistance bands, I either recommend EliteFTS or Westside Barbell bands.
Tiger Woods reportedly has a bench press 1RM of somewhere around 300 lbs. (up to 350 lbs. by some estimates) and evidently Rory McIlroy is a known gym rat. Regardless of these reports, the facts are in regarding the the efficacy of strength training in pursuit of a better golf game–strength training works.
Like most groups of athletes, golfers do however need to realize that their sport doesn’t require ‘sport-specific’ training in the weight room as much as it requires ‘individual specific’ training. This fact should be painfully obvious when you realize that both Tiger Woods and John Daly occupy nearly the same space. In all, golfers should aim for more dynamic thoracic spine arthrokinematics, enhanced power development at the hip, and increased power transfer through the trunk. These performance goals may seem self-evident, but are common amongst most athletic domains, not just golf.
Because of these commonalities with any other sporting domain, what we’re looking to do is enhance the overall athletic capacities of our golfer, while allowing sport-specific training to be done on the driving range, putting green, etc… The biggest differences in training won’t come from the fact that an individual is looking to pursue one sport, but from their individual training history, injury history, and assessment outcomes (including limb length, muscle imbalances, and spinal abnormalities).
Below are some segments from a Day 1 of a program I’ve designed for a collegiate golfer. Ultimately this is a great example of what we’re trying to do to maximize overall athleticism while working specifically on developing power, power transfer, and thoracic spine mobility. Even without having placed this athlete in front of a high-speed camera, I can guarantee we’ve improved the maximal output of this athlete’s drive in the short time he’s been working with us.
1. Overhead Pressing Facilitates A Better Golf Swing
This is a perfect example of something we pride ourselves on at Ruthless Performance, which is incorporating something that seems as though its has no bearing on the sport-specific demands of a particular sport/athlete, but is actually extraordinarily utilitarian.
In the case of our Day 1 with this athlete, our ‘A1’ is a Half-Kneeling Fat Gripz Dumbbell Overhead Press. This is a long name, but is only so because we have this athlete on a very specific overhead press. The active Half-Kneeling position is useful for inhibiting the rectus femoris. This facilitates more glute activation in later sets, separates the hips, and minimizes any kind of momentum.
In the case of a golfer one of our goals is indeed power transfer, but in the case of this, we’re trying to minimize momentum from the lower body as a means of fostering recruitment of the musculature of the upper back. By strengthening the upper back, we’re also enhancing the ability of the scapulae to move with more precision and force around the thoracic spine–this is step 1 of ensuring a better golf swing, from a kinesiological perspective.
2. Heavy Carries Promote Rotator Cuff Stability
Loaded carries should be a mainstay of most strength & conditioning programs. In this case we’ve chosen the classic farmer’s carry for a few reasons. Chiefly because of the athlete’s limited overhead range of motion.
Overhead ROM can be limited for a handful of reasons, in many cases it can be chronically tight lats and pecs. Here, however, the cause seems to stem from limitation to the thoracic spine. Since we already have the athlete completing an overhead exercise in his ‘A’ sets, I did not think it was wise to double down with overhead work on his primary AND secondary sets.
I chose to add the overhead work as his ‘A1’ because getting in this position more comfortably is one of our top priorities. The ‘B1’ actually helps us in this regard by causing some very serious cuff activation that we’ll utilize later in the workout. Even though the farmers carry can internally rotate the shoulders, we can mitigate this with cueing and frequent correction.
As it relates to golf, we’re focusing on the cuff because of its interplay with the spine. A weak rotator cuff is a potential site for energy loss in the swing and needs to be addressed accordingly.
3. Conditioning Can Reinforce Main Program Objectives
If there’s anywhere we come dangerously close to what would be traditionally viewed as ‘sport-specific’, it’s here. These two exercises were combined as a finisher for the general purpose of cardiorespiratory endurance (this is strength and conditioning, after all…). But these two exercises are pretty well suited for building a better golfer as the rotary component of the Rotational Overhead Med Ball Slam helps facilitate power transfer outside of the sagittal plane while the Low Handle Prowler Push yields glute development.
I’ll be using exercise pairing with more frequency moving forward. The Rotational Overhead Med Ball Slams provide movement at the shoulder with a semi-rigid trunk and unloaded hip hinge action. The prowler keeps those arms stationary while loading the legs in a range of motion where they are otherwise understimulated.
Many rightfully view balance in terms of anterior-posterior, but rarely do people realize that balance of stimulation within a joint’s potential range of motion is an important form of balance as well. The deep hip musculature in particular is rarely stimulated sufficiently at these end ranges. Part of the reason why the low-handle is so strenuous is why it is so effective; the low-handle more fully stimulates the hips. And in a sport like golf, maximizing action at the hips is of utmost importance.
Training for golf has some unusual demands as many of its participants are white-collar desk jockeys. This fact, mixed with the vast requirements of the spine, shoulders, and hips call for tremendous amounts of work in the gym that most of these athletes are not getting. Time in the gym for golfers should rely on enhancing thoracic spine mobility in the transverse plane, enhancing glute recruitment, and strengthening the shoulders.
Golfing more is obviously the best way to get better at golfing, but even practice has its limitations; once you’ve honed in on your swing, the only other means of getting better is adding more force.
In order to more efficiently communicate with the RPRA Sponsors, donors, and supporters, I will be putting out a weekly update with new information, FAQs, and more about the ride.
Have any questions about the ride? Reach out on our Contact Page.
1. Bike I’ll Be Riding
I can always tell who has experience in cycling based off of this… I’ve noticed cyclists tend to be gearheads about their bikes–and for good reason. I’ll be riding a modified Surly Long Haul Trucker. The Long Haul Trucker is considered to be the ‘Gold Standard of Touring Bikes’ making this an ideal candidate to support me and my gear for 43 days on the road.
2. Upcoming Fundraising Opportunities
One of our business affiliates, CrossFit Hereafter, has agreed to let us host a class to support the RPRA. On Sunday mornings at 10:00 AM, we’ll be running a ‘Sunday Morning Mobility and Weekend Recovery’ workout series.
Any of our athletes who have experienced our corrective protocols will have at least a slight understanding of the nature of the class. The description for the class is as follows:
The class will consist of a series of mobility exercises, activation drills, core exercises, and correctives in general. Although this will mostly be bodyweight exercises and stretches, it will be formatted in a way to elevate your heart rate and provide a full-body workout.
If you’re unsure if you’ll like it, don’t worry, the class is free to attend. There is a suggested $20 donation to support the 4,000 mile ride and the charities that the ride benefits.
Although this workout series will be on-going throughout the summer, it will not be every single sunday. The schedule for the Sunday Morning Mobility and Weekend Recovery class is listed below.
Sundays at 10:00 AM on the Following Dates:
3. Logistical Updates
The RPRA route is largely predicated upon the existing Adventure Cycle Route Network as the backbone for the ride. From the start, I’ll be riding along the Western Express Bike Route which will encompass the first 18 days of my trip. From the end of the Western Express in Pueblo, CO, I’ll pick up the TransAmerica Bicycle Trail.
The TransAmerica will be my home for the following few weeks until I diverge from the route to head north on Skyline Drive in Shenandoah National Park.
Beyond Skyline Drive, there are just a handful of bike routes which will take me to my ultimate destination in Pottsville, PA.
In all, I’ll be averaging about 90 miles / day for the duration of the trip. The entirety of the trip will take 43 days to get from the Golden Gate Bridge in San Francisco to Garfield Square in Pottsville, PA.
4. Foster with Back in Black Dog Rescue
Love dogs but not ready to commit to raising and caring for a dog long-term? Back in Black Dog Rescue’s distributed network of foster volunteers is always in need.
As a foster you’ll care for a pup until its ready to move-in or be adopted to its furever home.
Contact Chivon Murray at firstname.lastname@example.org for more information.
5. Sponsors Wanted!
To help us reach our fundraising goals, we’re actively seeking business partners to sponsor the ride, helping us defray some of the costs, pay for promotional materials, and more.
Biomechanics 101: Understanding Lever Classifications
If biomechanics were understood as comprehensively as is used by lackluster sports and health professionals trying to demonstrate their competence and knowledge, the world would be floating atop some Matrix / Vitruvian Man mash-up. To implement any of the core tenants of biomechanics at even a modest level, where its implications actually have some semblance of an influence on performance programming design, one must first understand the most rudimentary elements of mechanics.
Some of this may be intuitive, some may not, but regardless, understanding lever classifications will bring the machinery underpinning the human body to the forefront of consciousness next time you are exercising or designing a training program.
This concept is going to get another step simpler as we begin to look at the four primary elements of any lever system. The four elements are: load, fulcrum, effort, and lever arm. As it relates to human kinetics, load can be thought of as some segment of the body that you are trying to move, a weighted barbell, or an object like a baseball or soccer ball. The fulcrum is the point at which any pivot or movement occurs as the effort is applied to move the load. The lever arm is the object on which all of these forces are acting. The traditional example of this is a seesaw like you would find in a playground. The center of the seesaw is the fulcrum, while the load and the effort continue to alternate as the opposing individual hoists themself against the resistance of their opposing counterpart; this however, is just one example of the organization of these elements. As you’ll soon see, where the fulcrum, load, and effort lie in relationship to one another is how we classify levers.
In Class 1 Levers, the fulcrum sits in between the two opposing forces of the load and effort. Although this classification doesn’t occur with much frequency in the human body, it is one of the easiest to understand. Consider the above seesaw, this is a Class 1 Lever in its purest form. One of the few examples of this in the body is the atlanto-occipital joint. Nodding the head forwards and backwards displays this as the force input and outputs reverse as you nod forwards vs backwards (over the fulcrum of the aforementioned AO joint.
Let’s make this matter more confusing before you get too comfortable with this idea… Superficially it may seem as though lever classifications in the body are black-and-white, much grey* does indeed exist. Consider this example of an overhead triceps extension: when pictured this seems like a clear case of Class 1. We have the triceps inputting force proximal to the elbow, with the elbow clearly acting as a fulcrum, while distally, we have the output force or load (cable or dumbbell) being acted upon. Upon closer examination, the precise insertion point of the triceps insertion on the Olecranon process (the elbow) seems to indicate that this may not be such a clear delineation as the input force is also the fulcrum.
But this is a 101 level intro so let’s not get carried away in graduate-level theory…
Lever classification isn’t all that interesting, but I think Class 2 is as interesting as it gets. In Class 2, the input and output forces are next to each other, while the fulcrum exists at the end of the system furthest away from the effort. The simplistic go-to example here is a standard calf raise; though simple the implications of this are tremendous…
Since the load and effort are next to each other, the mechanical advantage amplifies output capacity. This brings to light yet another term to define. Mechanical advantage—yet another word synonymous with “I’m smart and know what I’m talking about” in gym speak. Mechanical advantage is used to express the difference between the force input and what its potential output can be based on the totality of the variables within the system.
Mechanical advantage is what provides an athlete with long arms his ability to pitch on the field or take long, powerful strokes in the pool, while limiting his ability to bench press or do most traditional weighted exercises (deadlift not withstanding).
Another example of this is a very common exercise amongst our programs, the landmine overhead press. Consider the load (weight on the bar) as it sits between the working hand (effort) and the fulcrum (the landmine attachment itself).
This is also what has provided the mammalian ankle structure with its clear benefits on an evolutionary timeline. Class 2 provides significant output with minimal force input, allowing for energy conservation yet consistent output over extended distances in the form of locomotion.
Just like in Class 2, the fulcrum exists at the end of the system, but now the input and outputs are reversed. Now, the load sits next to the effort, but opposite the fulcrum. This provides the tremendous force inputs necessary for things like mastication (chewing) or slamming the sledgehammer against a tire.
The inefficiency of this system is both a feature and a flaw. In the case of the sledgehammer, it can do serious damage during demolition projects, but at the expense of a great deal of energy. This is why sledgehammer work is so taxing during workouts.
Class 3 is partially responsible for the large range of biceps curl strength (even in untrained individuals). As a result of genetic variation, the insertion of the biceps can be millimeters closer or further from the elbow. As this force input migrates closer to the load from one individual to the next, less force is required to lift the same output. Consider trying to do a chest-supported row with your hands almost touching the base of the machine vs. out closer to the weight.
As you begin to understand this more fully, it will help you interface more successfully with challenges and conventional wisdom in your sport or domain. Next time you’re in the gym, consider the exercise you’re doing and how it relates to these lever classifications.
*Grey can be spelled as such or g-r-a-y. This spelling seems suspicious to me and anyone who uses this should be under constant state-sponsored supervision.
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.
Internal Program Review: Strength Programming For a CrossFit Athlete with Patellar Tendonitis – Day 1
Since our Internal Program Review Series has been getting consistently positive feedback, I’m going to continue today with a look at a Day 1 from one of our comprehensive programming athletes. This particular client is a CrossFit enthusiast and upland hunter who has been regularly supplementing his training with Ruthless Performance programs for some time.
Though this is more of a general look at the Day 1 of his strength programming, we’ll be addressing some modifications we’ve made along the way with regards to the patellar tendonitis.
From the perspective of the training lay-out, we’ve cut back his strength programming to 3 days (which has been as high as 4-5 days in the past). We’ve also supplemented with some training that’s been inspired by our in-house Posture Restoration & Injury Prevention Training protocols. The athlete can choose to perform those and forego his traditional strength programming in the case of a day in which there’s a high prevalence of knee pain.
Those supplemental workouts consist largely of stretches, mobility drills, and activation drills of varying intensities designed to enhance kinesthetic awareness and proprioception while minimizing the impact and input required of the affected joints.
Furthermore, the Day 2 workout consists of a lower body dominant day, with exercise designed to keep knee strain to a minimum, while encouraging blood flow for a more expedient recovery. Day 3 is a full body day designed around the primary goals of maintaining size and enhancing strength even under the reduced workload of this phase. The athlete is still undergoing 3-4 CrossFit workouts / week with various exercise modifications designed with his knees in mind; namely substitutions for the olympic lifts, plyometrics, and burpees.
But now onto the subject of today’s Internal Program Review, Day 1…
1. Stimulation through Antagonistic Training
We’ve all seen programs before with two antagonist exercises paired together (i.e. push & pull, bi’s & tri’s, etc…), this is a time-tested way to get more work into a shorter period of time, while building some muscle. To take this a step further, we’ve manipulated the rep range of the Floor Press in such a manner that we’ll see a quick adaptation and supercompensation to the exercise. This will make for enhancements in strength while still stimulating growth.
What we’ve also done here with the A2 is add a contralateral stance. So not only is our athlete getting some good lat work in, but he’s also stabilizing and strengthening the musculature of the foot on the support side.
As opposed to a regular unilateral band row, a contra-lateral band row implies that the athlete is standing with his weight resting on the non-working side. This further enhances trunk activation, glute development, and more. Adding a contralateral position to various exercises where feasible (much like adding the half-kneeling position for hip mobility) can serve to achieve these secondary goals.
2. Make Glutes not Low Back Pain
The Tall Kneeling position is something we don’t use all that much at Ruthless Performance. In fact, Tall Kneeling Overhead Press is one of the select few exercises we advocate in this position. The tall kneeling, when added to the overhead press helps engage the glutes, as the skeletal system can’t so passively stabilize as it may otherwise be able to do from standing.
As far as the reps are concerned on the Tall Kneeling Overhead Press, we are keeping the volume rather high. The reps here are the primary variable that we are manipulating. This does a few things that we find rather advantageous to performance and longevity: the extended time under tension further enhances gluteal stimulation, contributes a greater degree to resting posture (as the shoulders and traps tend to respond better to higher reps), and also takes some strain off of the shoulder when compared to higher loads and lower reps.
Load on this may remain consistent for the entirety of a 4-week cycle. This will more than likely be the case here as this comes with a particularly steep influx of repetitions throughout the cycle (going from 2×10 to 4×20 in a matter of 4 weeks)…
Since we are so concerned with the athletes on-going knee issues, we’ve directed most of our lower body strength work to be hinge-dominant. With this in mind, we’ve gone out of our way here to design this ‘B’ set to lessen the requirements of the low-back. Though the B1 (Tall Kneeling Overhead Press) will require some low-back involvement, we’ve moved the B2 into a split stance position; this is a rather universal modification to help lessen the requirements of the low back in most exercises.
The Face Pulls are a constant in most of our training programs. The high volume of work on these is nothing special, as we’re constantly trying to stimulate that mid-back and undo some of the damages of daily sitting during commutes, work, and even downtime.
3. A 3×8 Protocol is Rarely Ideal on Supplemental and Single-Joint Exercises
Corrective exercise is frequently thought of as unfamiliar and even bizarre body contortions meant to pull and stretch soft tissue from the bone… Very frequently, particularly in the CrossFit world, some very common exercises can be highly corrective. Humeral abduction in the frontal plane can stimulate the rotator cuff in some ways that are rarely replicated in a traditional CrossFit WOD.
With this DB Lateral Raise as a stand-alone exercise, we’re targeting the deltoids for hypertrophy in a manner that happens to be conducive to not only rotator cuff function, but posture as well. This makes for a very efficient exercise choice when we’re trying to help an individual move better while adding some strength and size.
We’ve told the athlete to start with a weight in which he could complete the totality of the reps in approximately 3 sets. The goal here is to progressively do more reps in the same amount of sets as the weeks go on. Ideally this is with the weight remaining consistent from week 1. As many coaches that advocate these high rep ranges for shoulder exercises will point out, athletes that most commonly have large shoulders are those who train the shoulder with a very high frequency and to fatigue like in swimming or gymnastics.
CrossFit is a Sport, Treat it as Such
Many coaches and athletes from the strength sports are quick to assume that since strength is implicit in their sport that they do not need outside strength and conditioning (in this case more specifically outside technique correction and individualized programming). CrossFit participants looking to attain a high level must realize that the highest levels of performance in CrossFit come from highly individualized programming, with CrossFit WODs being a sport-specific skill rather than a fitness challenge (take Fran for example, this should be viewed as an event, not a series of exercises). By customizing training to the needs of the athlete and matching that with the demands of CrossFit as a sport, we can enhance athletic performance far beyond what we can expect with the existing standalone CrossFit model.
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.
Most of the programs that we design and implement at Ruthless Performance have some meticulously detailed cool-down for an athlete to do following their last exercises of the day. And in most cases these are some combination of mobility drills, breathing techniques, or myofascial release strategies.
Past all of the very significant reasons that a proper cool down in crucial for athlete development, there’s a handful of additional benefits an athlete will receive by doing their prescribed combination of mobility drills at this particular time. When an athlete does these drills early on in the workout, likely in their warm-up or as an accessory drill between main sets, more mobility (active use of ROM) is required of the articulations themselves–like in the spine or at the hip.
But after a workout, while there is more blood circulating in the muscles, the mobility drills will more specifically target these areas–even if it is the same exercise that is done pre-workout.
There also seems to be more lasting changes in range-of-motion when these exercises are completed post-workout. Whereas in the warm-up, these drills serve to enhance proper movement and function during the workout, but the lasting effects seem to be negated by the workouts themselves.
This is why we recommend including high-priority mobility drills in the pre and post-workout time period.
Throughout the entirety of my college tenure and time as a collegiate strength & conditioning coach, I was extremely averse to CrossFit. Though my stance hasn’t changed much regarding CrossFit as a means of enhancing athletic prowess, it has changed considerably towards using CrossFit as a means of enhancing fitness in the general population as well as CrossFit as a sport unto itself. My thoughts on CrossFit as a whole are best saved for another day, but my opinions on it have been trending more positively as of late.
During this time in my life, I would have never anticipated that moving forward I’d have a wonderful working relationship with a handful of CrossFit affiliates, as well as having a roster on-hand of over 300 CrossFit athletes that I actively assess, program, and am generally accountable for with regards to health and longevity in the sport.
With all this said, I wanted to do a break down of one of the Ruthless Performance Ex Phys Interventions, one of our flagship corrective exercise protocols. This internal program review will vary slightly from some in the past, as some information has been redacted/blurred. I don’t have any problems answering any questions, or providing explanations for these programs, but because of the highly individualized and semi-clinical nature of these programs, sharing the entirety of these programs can be counterproductive as many exercises that work for the client may not work for others.
I’ve only left the information visible on this program that I want to share (and am capable of covering) within the scope of this article. The Ruthless Performance Ex Phys Interventions are largely just corrective in nature and do not comprise the entirety of an athlete’s program. These are usually done in conjunction with our Remote Programming, Athlete Development Training, or in conjunction with other sports (like CrossFit, powerlifting, or weightlifting).
Ex Phys Interventions typically have a handful of components meant to mend well with existing programing. Programs are almost always comprised of warm-up, cool-down, activation work, and then from here may include some combination of at-home work, daily mobility circuits, weekly totals, etc..
So let’s dig in…
1. To Fix Something Rapidly, Do it Frequently
The daily exercises typically involved in our Ex Phys Interventions seek to address some underlying physical deviation causing undue strain on the musculoskeletal system. By assigning these exercises to do frequently, but with low-intensity, these can be completed shortly before bed, upon waking, during lunch breaks, and so on…
In this case, we’re dealing with an athlete that has prominent Anterior Pelvic Tilt (APT), slight Upper Cross Syndrome, and flexion-intolerant back pain (read more on flexion vs. extension intolerant back pain here). The at-home exercises were largely meant to remedy these issues, while requiring relatively little input from the CNS, allowing the athlete to perform these with a greater level of frequency.
This exercise circuit is listed to be performed 3x / week. More is better in the case of these exercises, but 3x / week is a frequency that an athlete can adhere to with relative ease.
2. Breathing Drills are Making a Come-Back
Breathing Drills are one of those topics that deserve their own article (if not their own book). There are many great resources to learn about the significance of proper breathing in greater specificity, but suffice it to say that in a cool-down, we are looking for activation of the diaphragm to help pull the athlete into a more parasympathetic-dominant state (the CNS should be the focal point of Exercise Science curricula rather than the muscular system, again another post, another day…).
The Deep Squat Belly Breathing w/ Lat Stretch drill is useful specifically with this athlete as we’re attempting to alter the CNS, while simultaneously helping the client feel better overhead, minimize input from various accessory breathing structures, and get some extra post-workout work on that deep squat position; mobility drills done post-workout seem to have longer-lasting effects on range of motion and function.
Additionally, I’ve left in the header of her assigned myofascial release work for a quick note… The effects of myofascial release seem to be slightly overblown BUT myofascial release is still important enough to make our corrective programs. By drastically cutting down the time on the rollers & lacrosse balls, but maintaining frequency, we can experience the benefits of myofascial work without it taking up more time than is needed. 15 seconds on the roller and LAX ball per muscle group as a standard and doubling this only for trouble areas.
3. Corrective Exercises Aren’t Always Crazy Stretches
I’ll be the first to admit that many of the exercises within our corrective protocols are complex and can be viewed as a novelty. This theme can encapsulate athletes’ perceptions generally towards correctives, but this isn’t always the case.
Both biceps femoris (legs) and biceps brachii (arms) tend to be an issue for CrossFit athletes… Since many CrossFit facilities tend to avoid use of machines, the hamstrings (biceps femoris) tend to be neglected, specifically the short head of the muscle, whose primary responsibility is lower leg flexion. In the case of the arms (biceps brachii), which are stimulated by exercises like traditional dumbbell or barbell curls, there again tends to be an imbalance between the long head and short head, leading to problems at the shoulder, elbow, and even wrist.
By adding in a weekly total for barbell curls, we can ensure the athlete is getting sufficient short-head activation without much complexity. Barbell curls, no weights, hit this total every week; that’s it.
4. Multi-Function Joints Need Multi-Function Stimulation
The joint-by-joint theory popularized by Physical Therapist Gray Cook can appear invalid at the shoulder, as it is comprised of two primary joints. But as the data points to, the theory fits as one joint provides stability (acromioclavicular joint) and the other yields greater range of motion (glenohumeral).
With this in mind, we’ve focused the athletes Day 1, 3, and 5 activation drills around ensuring these various functional components of the shoulder and thoracic spine are being stimulated.
The Half-Kneeling 90/90 External Rotation stimulates the Supraspinatus in isolation. I reference the significance of the Supraspinatus regularly, but its significance is largely rooted in its function as one of the few muscles that externally rotates the humerus. Bench T-Spines are ideal for wedging the shoulder blades into the thoracic spine, thus forcing some sagittal plane mobility (thoracic extension). And of course, this variation of carries works the rotator cuffs of the shoulder independently of one another, while ensuring large amounts of irradiation (tension directed upwards in the kinetic chain) because of the bottoms-up grip. This further supports the desired outcome of very active, healthy rotator cuffs.
For more details on any of our corrective exercise programs, send us an email at info@RuthlessPerformance.com. Program facilitation available in-person and online.
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