I actually already wrote the end to this earlier, but the more I think about it the more I want to continue writing on it, so if these next few paragraphs come out of the blue, it’s because I wrote them AFTER I thought I was done. And, in fact, now I’m just making this “part II”. But stick with me here: we’re learning that our attempt to shortcut language has limited our dialog on the discussion of training. By classifying trainees as “beginner, intermediate and advanced”, we, unfortunately, made it a COMPETITION to STOP being a beginner as soon as possible and try to ACHIEVE being intermediate/advanced. But really, what we understand here is that these classifications were simply meant to identify PROFICIENCY in the skill of lifting: NOT achievement. It was not “congrats: you trained hard/long enough that you’re now lifting some REAL intermediate/advanced weights and have earned the right to use an intermediate/advanced program”, it’s “congrats: you’ve learned how to more effectively recruit your nervous system toward the task of these SPECIFIC movements and can now exhaust yourself harder/faster than a less proficient trainee”. Which, honestly, is kind of a terrible prize to win, because it requires us to NOW employ advanced TECHNIQUES to be able to achieve the same kind of results we witnessed when we were using a more basic protocol previously, but let’s keep diving in as far as pros and cons go.
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| We should have the same reaction for winning this prize |
We’re establishing exactly what newbie gains are: it’s the rapid growth that occurs simply because improved proficiency moves in an exponential rather than linear pattern, and the further away we are from our maximal potential, the faster along the line we move. With that, we can use that to our advantage as an advanced trainee by selecting to train movements in manners that we do NOT possess an advanced level of proficiency in. And, in fact (sorry, my mind is all over on this), this explains why Maximal Effort lifts are rotated in the first place in a conjugate training system, and WHY they’re rotated more frequently for more advanced trainees than junior ones. When we rotate in a brand new lift, proficiency is poor and we aren’t able to actually get all that close to our REAL “100% of 1rm” on the movement, so we train it hard that day, put in a lot of effort, but don’t dig as DEEP into our recovery well as we could if we were better at it. But when we come back to it NEXT week, we take those skills we developed and find ourselves in a position wherein we CAN dig deeper AND, in turn, impose a greater recovery demand on ourselves. A more advanced trainee is going to develop those skills faster than a novice one, simply from having “been there/done that” over the course of their training history: they’re better capable of developing the skills to maximally recruit their nervous system. This is why a more novice trainee can stick with a max effort lift longer than a more advanced one, with 3 weeks with 1 lift being possible for a novice while an advanced will either rotate in a new movement each week OR make changes to the parameters of the lift (go for a 3 rep max on the first week, then a 1 on the next week, for example).
But back to newbie gains: this means that an advanced trainee can use this principle to their advantage OUTSIDE of the max effort lift example. From a mass building perspective, this is the genius DoggCrapp, because having 3 different workouts you rotate between limits the ability to acquire skill rapidly in the lift AND there is a protocol in place that, once a lift stalls, you simply swap it out for a new one and repeat the process. But we even see this in the strength building world as well, with Dan John’s “No, Mild, Wild” movement variation protocol in “Easy Strength”, wherein a trainee either makes NO change to movements between cycles (or after 20 workouts, depending on their approach), a Mild change (from flat bench to incline, for example) or a WILD change (from strict press to dips, for an example). Funny enough, many would consider these programs and protocols to be ADVANCED programs (Dante himself advised no trainee under the age of 26 with less than 3 years of training experience take on his program), but they’re advanced programs that endeavor to generate a BEGINNER response to training.
You say that like it's a bad thing!
But on that note, let’s also discuss some of the advantages that COME with being an advanced trainee compared to a beginner. Because, as previously established, it’s a game balancing stimulus, fatigue and recovery, and the advanced trainee runs into the issue that they’re so GOOD at lifting that they can generate more fatigue than the beginner trainee despite doing the same AMOUNT of work. But we have to understand that, BECAUSE of the differences of abilities between the two trainees, what is prescribed vs what is performed differ. Where this shines through is in the instance of “single set work”. This is something that an advanced trainee can actually excel in, whereas a beginner will most likely flounder. An advanced trainee, so capable in recruiting their nervous system to the task of lifting the weight, can, in ONE set, generate sufficient stimulus such that they WILL get a growth response. They’ll also, in that one set, generate enough FATIGUE that they, most likely, will get minimal benefit by adding an additional set, as the fatigue they generate will outpace the stimulus benefit, meaning they’ll be forced to recover MORE while receiving FEWER gains. A beginner, however, will most likely NOT be capable of generating much stimulus OR fatigue in one set of work. The solution? More sets, of course. We can’t dig as deep, so we, instead, dig many shallow holes so that we achieve the same AMOUNT of stimulus and comparable fatigue.
So then the question comes up: why aren’t ALL advanced programs simply single sets then? In fact, why is it that, frequently, we see instances of advanced trainees performing training programs with volume that we say is TOO MUCH for a beginner? Doesn’t that work in opposition to the previous realization? Not quite, because we previously established the notion that recovery ITSELF is a multifaceted attribute, influenced by a variety of variables which, in themselves, can be manipulated. The obvious answer is “drugs”, and yes: those CAN impact recovery, but so can simply general fitness levels, nutrition, sleep and age. Someone who has maximized their recovery capabilities opens themselves up to the potential of being able to endure greater degrees of fatigue than other trainees, and what this means is that they can continue to generate stimulus beyond levels most trainees can WITHOUT generating an unrecoverable amount of fatigue. From a practical standpoint, the issue here is the law of diminishing returns, in that the amount of fatigue generated from each additional set of training does NOT return an equal amount of stimulus, but, instead, the stimulus tends to drop off exponentially while the fatigue increases linearly. HOWEVER, for those that ARE in pursuit of the absolute peak of physical achievement, diminishing returns ARE STILL returns. While most folks can get 80% returns with 2 sets of hard work, if you can get 90% returns with 10 sets AND you can still recover in the same amount of time as the guy that can only manage 2 sets, you put yourself in a position to be able to outpace that individual over a long enough timeline and stand out as a “freak” amongst normal people.
10 sets of 10 may be called "junk volume", but it sure seems to have some non-junk results
Which is an argument for the benefit of physical preparation, nutrition, sleep hygiene, etc. People wonder the “why” behind that, and there it is. And, in turn, it also shows that all of that stuff is irrelevant if you’re not willing to actually CAPITALIZE on it once it’s present. If you’re the recovery master but you’re just putting in the bare minimum, you’ll get those returns. But if you’ve mastered recovery and LEVERAGE it to eek out those diminishing returns, you’ll see the benefits of your efforts.
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Folks, in truth, I wrote this post more for me than for you, because I was learning AS I wrote it. But that said, I hope my ramblings proved beneficial in some way here.




