Categoriespersonal training Program Design Strength Training

The Illusion of Infinite Progression: 3 Strategies to Evolve Without Increasing Weight

I have an excellent guest post for you today. I was recently invited back onto the More Train, Less Pain Podcast hosted by my good friends Dr. Michelle Boland and Dr. Tim Richardt.

This season on their show they’re focusing on training around injury. This is one of my wheel houses (alongside deadlifts, how to look jacked even while wearing sweatpants, and Ted Lasso), as I am always preaching the benefits of finding each client’s or athlete’s TRAINABLE MENU.

My episode – #13 – dropped today (links below), but in concert with that Tim was kind enough to write a little “companion piece” that ties in nicely with the overall theme of the show.

I hope you check both of them out.

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3 Strategies to Evolve Without Increasing Weight

If you’re reading this blog, chances are you’re a big fan of lifting heavy things. On this we can agree, and be friends. 

via GIPHY

Think back to the first time you consistently trained a squat- Linkin Park blaring, a thin haze of aerosolized pre-workout and chalk filling the air – and being able to add 5-10 pounds, like clockwork, week after week after week.

It’s the honeymoon phase of strength training- nothing hurts and there’s seemingly no impediment to riding this sweet, sweet train of linear progression to, inevitably, being able to sit down and stand up with the weight of a Honda Fit on your back.

But, like all marriages, reality eventually has to settle in.

Over the years, aches, injuries, and movement limitations accumulate and the simple strategy of adding more pounds to the bar is suddenly not so viable.

What, then, is an iron warrior to do?

sports man thinking, feeling doubtful and confused, wondering which decision to make

I host a podcast called More Train, Less Pain (on which the venerable Tony Gentilcore has guested twice), along with another contributor to Tony’s blog- Michelle Boland- where we dive deep on strategies to keep people training hard in the gym despite injuries and mobility restrictions.

The focus of our current season is on maintaining a strength training practice in the setting of persistent pain, something of personal obsession of mine as I’ve struggled with persistent hip pain due to congenital structural hip defects for virtually my entire adult life. Over the past dozen or so episodes, we’ve talked with some of the brightest minds in the industry (Mike Boyle, Bill Hartman, some schlub we’ll call “Tony G”) about this very problem, and one theme keeps re-emerging over and over. We can’t keep progressing load forever. Infinite progression, in the weight room or any other endeavor, is a myth.

NOTE From TG: You can listen to my most recent chat with Tim HERE – titled “Easy Training, Stoplights, and Making Bigger Cups.”

In order to stay in the strength training game and continue to build muscle, power, and movement quality, we need to find ways to evolve our exercise selection and programming strategies so that we can continue to train without creating undesirable tissue damage or reducing access to comfortable range of motion.

Below are three strategies to do just that, lifted directly from this season’s podcast guests and thoroughly vetted by my own personal and professional experience.

1. Timed Sets

In the most straightforward manner of progressing lifts, we add load to the bar every week, keeping the set/rep/rest scheme the same, essentially the missionary of the strength-training world.

An old bible on a wooden table

Not THAT missionary. Head out of the gutter

As we stated – this works…until it doesn’t. What if, instead of increasing load, we simply increase time under tension? In fact, what if we throw away the conventional “rep” dosing structure and just endeavor to dose an exercise by time, increasing the time (under tension) over the course of a 6 week training block.

In practice, that progression might look something like this.

Exercise                                        Week 1         Week 2         Week 3        Week 4

Foam Roller Wall Squat                   3×1′                4×1′               4×90″             4×2′

In this way, we can accumulate absurdly high amounts of workload (and stimulus) with reduced axial loading. If you struggle with SI joint pain every time you get under a bar loaded with over your bodyweight, give a single set of a 2’ timed Roller Wall Squat a try.

With only a fraction of the loading required for a conventionally-dosed barbell back squat, you’ll still feel every bit as fatigued, and continue to stay engaged with the training process as you build time under tension across a program.

This strategy works particularly well for exercises where increasing weight isn’t convenient due to the nature of the position or loading- think anything with a zercher or goblet hold OR a position that requires a more involved set up.

2. EMOM Supersets

People in our industry love talking s&^t about CrossFit, but they’ve popularized several things that have impacted the general fitness landscape for the better – gymnastics skills, concurrent training, snorting lines of grass fed whey protein isolate before a set of 30 hang snatches, and EMOM sets.

In an EMOM set, you’ll keep the load of an exercise the same but perform a certain number of reps every minute on the minute (EMOM).

In my own training, I’ve found it useful to combine two exercises into an EMOM superset – meaning that every minute we’ll do a predetermined number of reps for each exercise, rest for the remainder of that minute, and repeat. In practice, a 6 week progression might look like this:

Exercise                                       Rest                      Week 1   Week 2    Week 3     Week 4   

A1. Trap Bar DL                         0′                                   4×3            5×3              6×3              7×3

A2. Alt. 1-Arm DB Bench         Remainder of 60″      4×8            5×8              6×8              7×8

Trap Bar DL EMOM

1-Arm DB Bench Press EMOM

The cool thing about EMOM sets, especially for athletes making the switch from conventional, load-obsessed strength training, is that they possess an entirely novel strategy for dramatically ramping up total load in a program without increasing axial load for any one particular set.

Mathematically, we can contrast a session of EMOM deadlifts with a session of conventionally-progressed deadlifts, which would look something like this:

Exercise            Week 1               Week 2            Week 3            Week 4            Week 4  Workload

TBDL                     6×3 @ 225           8×3 @ 225        10×3 @ 225       12×3 @ 225          8,100 lbs

TBDL                     6×3 @ 255           6×3 @ 275         6×3 @ 295         6×3 @ 305            5,490 lbs

Over time, this may represent a more sustainable long term strategy for continuing to progress workload when absolute loading on any given repetition can no longer be increased. Additionally, plugging a few EMOM supersets into your training each week can serve as a mild conditioning stimulus for those who struggle to fit in aerobic work.

3. Feel-Based Training

The previous two strategies have emphasized unconventional strategies for increasing the overall workload of a training session, but our final strategy is a different beast altogether.

We love to think about increasing an exercise’s output via weight on the bar or overall pounds lifted throughout working sets. But what if we got “stronger” simply by executing an exercise more efficiently, potentially using a larger range of motion, while making no changes to dosing or loading throughout a cycle?

Depending on a client’s goals and injury history, somewhere between 20%-50% of exercises I program will be progressed by “feel” alone. This means they’re not allowed to do anything “more” over their 4 week cycle. Not more load, not more reps, not faster reps, not even more cowbell.

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We’re deliberately freezing these variables to clear cognitive bandwidth for getting as close as possible to *flawless* execution of the drill.

In something like a FFESS, for example, I may stick to 4 sets of 8 reps per leg throughout the entire cycle, loaded with a #25 KB in a goblet hold, but endeavor to improve other aspects of performance. Can a client maintain foot contacts on both the front and rear foot? Does their pelvis stay fairly level in the frontal plane? Do they control the degree of anterior and posterior pelvic tilt at the top and bottom of the range of motion, respectively?

Can they get the back knee further down towards the ground? Are they able to push UP and BACK to take advantage of the retropropulsive, joint-opening qualities of this drill?

In some ways, this is the most boring option for “progression,” but if you can get it into your and your client’s respective heads that we can freeze dosing and simply work on movement integrity and fidelity, a myriad of other training options open.

And options, more than anything else, help folks train consistently for years to come.

If you liked the content in this article, I’d recommend checking out More Train, Less Pain; Engineering the Adaptable Athlete- S3E13 with Tony drops today.

Available on both Spotify and Apple Podcasts.

About the Author

Tim Richardt is a Colorado-based Doctor of Physical Therapy and Strength and Conditioning Coach. He works with runners, climbers, CrossFitters, and tactical/mountain athletes to better help them manage long standing injuries and reach higher levels of physical performance. He also mentors young clinicians and coaches to help them develop their own unique treatment/training model. You can find out more about him at TimRichardt.com or through his IG HERE.

Categoriespodcast

Appearance on the More Train Less Pain Podcast

I’m often asked if I’d ever think about starting my own podcast.

My answer generally ranges from “I’d rather jump into a live volcano” to “no.”

Why?

1. Time. Between a brick and mortar business, workshops, travel, writing responsibilities, and a wife & kid I’d like to hang out with on occasion I simply don’t have the time to pull it off with all the logistics involved.

2. In terms of sharing content my strengths are tapping away on my keyboard while my cat nestles next to me and being in introvert heaven. Being the host of my own podcast, while I think I “may” be good at it, just isn’t my bag.

3. Besides, I’m fortunate enough to be popular enough to be invited onto 1-2 podcasts per month anyway.  So, I kinda already do do a podcast…😂

To that end, my latest podcast appearance is one of my favorites of all-time.

Copyright: forestrun / 123RF Stock Photo

More Train Less Pain Podcast

Dr. Michelle Boland & Dr. Tim Richardt invited me onto their show recently, and what I really dug about the experience was that there as a theme rather than them asking me about my “fitness journey” or “my top 5 reasons to deadlift on a Thursday.”

In this episode we count down “The Top 3 Things We’ve Changed Our Minds About in the Past 5 Years”. 🤔

Whether you’re a fan of rehabilitation semantics, sub-maximal training, or obscure 1980s Superman movie references, this show’s got something for you.

💥BONUS CONTENT; stick around for the back half, where Michelle and I solve all personal trainer’s financial problems in 30 minutes. 💸

HERE‘s the direct link to listen on the More Train Less Pain website.

HERE‘s the link via iTunes (Episode #3)

CategoriesExercise Technique Program Design Strength Training

Top 3 Single Leg Exercises For Yoked Ass Legs

Coincidentally enough I choose the picture for today’s guest post before actually reading it. 

Oops, a minor editorial mistake.

You see, as you’ll learn below, placing a barbell on your back during single leg exercises – while not a wrong strategy to partake – does have a distinct disadvantage.

HINT: More load isn’t always the “x-factor” with regards to making exercises more challenging.

Suffice to say, lesson learned (but I’m too lazy to go back and find a different picture).

I hope you enjoy this excellent piece by two colleagues of mine – Dr. Michelle Boland (a phenomenal local coach here in Boston) and Tim Richardt (a former coach at CORE who’s now located in the Denver area) – that gave me a few Ah-HA moments.

Copyright: serhiibobyk / 123RF Stock Photo

Top 3 Single Leg Exercises For Yoked A$$ Legs

Quarantine have your legs and butt looking skinnier than Gollum’s?

An excellent example of commitment to a singular goal, but not of muscular development. 

Get your quads, glutes, and hamstrings looking more bountiful than a post-Mordor-crumbling Shire feast with these single leg exercises!

We’re done with the Lord of the Rings references now, we promise.

We’ll explore loading options, body positioning, front versus rear foot elevation, and direction of center-of-mass (COM) movement to help you taste those sweet, sweet single-leg gains.

Let’s get right to it…

#1 Front Foot Elevated Zercher Split Squat

Load Position Advantage 

Holding the weight in the crook of your elbows allows for more relaxation of muscles on the backside of your trunk, enabling increased depth WHILE circumventing grip strength as a potential rate-limiter for loading.

A barbell placed in the traditional “back rack” may rob you of comfortable hip range-of-motion (ROM) due to compression of muscles on the backside of your trunk.

Loading in the Zercher position lets you maintain more VERTICAL displacement throughout the movement, and more pure-up-and-down displacement means more stimulation of muscles that DO vertical displacement (i.e. glutes and quads), leading to more gains and more eventual jealousy from your high school ex after they see your jacked wheels on Facebook.

No barbell? We can accomplish a similar effect with 2 DBs

https://www.youtube.com/watch?v=WlVELvq-ijg&list=PL2C3q7iaQQIVqmCkqxRFaIpiHffq-YcrQ&index=1


Vertical displacement whilst keeping a STACKED position during a split squat, vital to loading muscle tissue (yay!) and minimizing joint strain (boo!), is reviewed,
HERE

Why Front Foot Elevation?

Elevating the front foot shifts your COM backwards, meaning the muscles of the front leg can relax to a greater degree to allow for more depth during the lowering (eccentric) portion of the movement. Additionally, raising the front foot shifts the trained range of motion into deeper degrees of hip flexion, leading to greater mechanical stress placed on the musculature that extends the hip (dat booty). 

Bonus; Heel Up?


Try
elevating your front heel to enable increased loading of the knee and hip whilst maintaining the “vertical stack” during this drill.

Be sure to maintain heel contact and allow your knee to drift forward over the mid-foot to allow for more hip and knee flexion.

#2 Staggered Stance Retro RDL

Why Backwards is Better…

The Staggered Stance Retro RDL allows you to use the front leg to push your COM backwards towards the leg that’ll be doing all the work. This exercise HAMMERS glutes and hammies, and is a great stepping stone towards an eventual unassisted SLRDL.

The KEY distinction between the conventional RDL (or Heels on Wall Variation) and the staggered stance retro RDL is the direction of your COM travels. In the rear foot single leg deadlift, your COM translates forward, whereas in the staggered stance retro RDL, your COM migrates backwards. 

Going front foot supported allows for more of a sit “back” scenario encouraging a more advantageous orienting of the hips to access ROM (remember: more ROM, more loading, more gainz) as well as reducing the challenge of NOT falling forward onto your (pretty) face.

Why Single Arm Loading?

We love a single KB held in the opposite hand (in reference to the back leg), as this encourages rotation of the ribcage TOWARDS that rear leg. Rotation towards the side we’re loading means we’re able to load muscles of that hip to a greater degree, and the combination of an opposite hand reach AND a front foot support ensure we’re loading the back leg’s hamstrings and glutes as much as we possibly can.

Technique 

Some pointers with the Front Foot Supported Single Leg Deadlift:

  1. Position the non-working leg in front of the working leg and use the front (non-working) leg to push the back (working) leg backwards. This results in a hip “shift” TOWARDS that back leg.
  2. The arm opposite the working leg holds the KB and maintains a path over the big toe of the back foot. That reach further supports the shift you obtained in step 1.
  3. Sit your hips back in space, feeling loading on the heel, base of the big toe, and base of the little toe. Reverse this motion by pushing through this “tripod foot” back to the starting position.

#3 Rear Foot Elevated Split Squat

Jack Up That Back Foot

The Rear Foot Elevated (RFE) Split Squat is a variation that places greater emphasis on the front leg. This exercise is also a good progression towards a strict single leg activity, such as a single leg squat

While performing a boring ‘ol split squat, the load is fairly evenly distributed between the front and back legs. However, elevating the rear foot shifts your center of mass forward, dramatically increasing the loading of the front leg. Train this sucker and that leg’s getting more yoked than a Marriott Courtyard omelette bar. 

The RFESS is #3 on this list because it trains a little like a cross of exercises #1 and #2.

It’s a vertical movement (like our FFESS), but the forward lean created by the elevation of the rear foot enables some degree of forward/backwards COM displacement (like our deadlift variation). The result is an unholy cross of glute and leg destruction.

Placement of Load

To optimize loading with this drill, we recommend dumbbells in each hand- like THIS. As we mentioned previously, a barbell placed in the traditional “back rack” position tends to compress muscles on the backside of the body, robbing the body of hip flexion availability and trainable range of motion. 

The distance between your front and back legs- your “stride length” during a split squat- also matters.

A short stride length (front foot closer to back foot) will bias hip musculature (glutes). If you elongate the stride length you’ll shift the loading to more quads, leading to more yoked legs with which to better fill out those new early-Christmas jeggings. 

And Now, This…

You can check out these three extra loading variations that target different planes of motion in the RFE split squat: RFE Split Squat Planes of Motion Variations

Bonus Yoked-Worthy Exercise: Walking Toe Touch Lunges

Muscle Recruitment 

Walking Lunges with an opposite arm reach facilitate more high hamstring recruitment by biasing a posterior tilt of the pelvis. High hamstrings fix the position of the pelvis, enabling greater loading of the hip extensors (butt), making this drill an excellent choice for a “finisher” after your main exercises. To quote our good friend, the wise and powerful Tony, after performing a set of these, “I FELT it in my soul”!

DISCLAIMER; Michelle and Tim are NOT responsible for any Soul-Delayed-Onset-Muscule-Soreness (SDOMS) experienced after performing this drill.

Technique

Big pointers with the Walking Toe Touch Lunges

  1. Maintain up/down motion by keeping your head stacked over your chest and stacked over your hips… put simply “mostly elevator, a little escalator”
  2. Reach your opposite arm to your front big toe keeping your breastbone pointed straight ahead and letting your shoulder blade reach around your ribcage
  3. “A little” hinge at the hips is necessary to stay moving FORWARDS, but “a little” is all you get
  4. Be nice to your back knee, a soft surface is ideal with this drill
  5. Focus on turning into your abs on the same side as the front leg 
  6. Stand up by pushing the ground away with the front foot (that same tripod foot as we discussed previously)
  7. You get no bonus points for lunging LONG- keep your stride length short and controlled

Summary

  • Choosing single leg exercises that will allow you to achieve the greatest ROM while moving heavy loads are key to targeting more muscle mass. Gettin’ more yoked than a 12th century plow animal is all about moving load over ROM. 
  • Intelligent holding positions, such as DBs at sides and zercher, beget more motion availability. 
  • The positioning or elevation of your feet relative to one another is VITALLY important in ensuring we’re loading the target tissue through as large of an available range as we can muster.

Now go get those legs so HUGE that grandma’s gonna have to buy you new Christmas stockings.

About the Authors

Michelle Boland

Tim Richardt