Strength By Fitness
Let us explore how you should train to become stronger, faster, and more explosive as an athlete and person.
Welcome to another fact-based article from Strength by Fitness.
The time has come for a brand new Strength By Fitness article, and today we will talk about the crossroad of body mass, muscle fibers, strength, speed, agility and explosive power and how its all connected.
In short, this article will explore how you should train to become stronger, faster, and more explosive as an athlete and person.
This comes into play when your total mass is already too big for your relative strength to successfully power even faster, and more explosive movement.
Coach Mike, Strength By Fitness
The basics.
Max force, speed, and mass all relate to each other. This simply means that in order to move faster, you will need to push off the ground more explosively if we are talking about a movement that´s based on your lower limbs.
But the same applies to any push, pull, and throw movement pattern too.
Now, for this to happen, ie, in order to push harder against the ground your muscles have to become stronger and more explosive relatively speaking to your mass.
There is of course a skill metric too no matter the type of movement we consider, but for this article, we are going to focus on the way you can train your muscle fibers to make yourself, a stronger, fitter, faster, and more explosive athlete and person.
No matter the sport or movement type.
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As such, we have reached another part of the matrix.
As we grow stronger we also grow a bit in lean muscle mass. This simple reality comes from the fact that hypertrophy and strength are also related.
This has mistakenly led some pro-team coaches to conclude that their players shouldn’t focus on becoming even stronger.
I know some pro coaches that even cap the load their strongest players are allowed to train with out of fear that they will become “too strong”, and that this increase in strength will lead to never-ending hypertrophy gains and slower movement speed.
But that’s the wrong takeaway.
Because strength and muscle mass progression just aren’t identical, and they will not develop uniformly. They correlate, but they are not going to progress in a linear fashion between the two, best of all, you are in control of this due to how you approach strength training.
This is why overly large specimens eventually become limited in explosive speed and movement.
In absolute strength the bigger you are the stronger you will always become. But relatively at some point becoming bigger will not make you more athletic, fast, and explosive.
This comes into play when your total mass is already too big for your relative strength to successfully power even faster, and more explosive movement.
Here is why.
A muscle’s ability to produce force depends on the cross-sectional area of that muscle. Other factors are, how you train, and the muscle fiber type your selective training has created.
Your skill at generating explosive speed and power for the required movement pattern also matters. As do how well your body recruits motor units in your muscle chain.
Variables which all depends on your approach to strength training.
As animals and people increase in size, the mass of their muscles gets bigger faster than their capacity to generate enough force to move the bigger mass they now have developed in an even faster way than it used to move their relatively smaller body once upon a time.
Ergo.
In order to become a faster human, athlete, and person.
Be it running, jumping, moving laterally, kicking, punching, throwing, doing wrestling, or anything else, such as throwing a javelin, ice hockey et cetera, you have to strength train with bigger loads with an explosive contraction across your movement patterns full range of motion.
Why?
Because a stronger, more explosive muscle chain produces more force in a faster way in absolute & relative terms. This is what makes you move better, faster & more athletic no matter the sport or situation.
A weaker & less explosive muscle relative to a larger body mass moves slower, however. You also need your connective tissue to handle all this.
Something which also comes down to your exercise choices over time.
So in absolute strength, you can be stronger. Ie, a 200-kilo strong man will deadlift, squat, row & bench much more than me, but when we factor in body weight he is relatively speaking going to be weaker.
I am currently 90 kilos, so when one of the world’s strongest 200-kilo gargantuan men deadlifts 500 kg, that’s 2.5x his body weight, which is really good, relatively speaking, and from an absolute strength perspective too.
But while I have no idea how much I can pull in a one-rep max in the deadlift, I currently do 8 reps with 250 kilos. Which is me repping very close to 3x my body weight.
As a result, since this applies to pretty much every exercise out there, he will outlift me in absolute strength by 2x, which is insane, but he will move a lot slower and be less explosive, athletic, and agile due to having less relative strength.
This was a quick bite-sized chunk of real-life context in order to move this article to the topic of hypertrophy.
You see, hypertrophy has many benefits, these benefits include better strength and health.
Yes, that is right, even the most hypertrophy-obsessed bodybuilders that intentionally chase ever harder ways of doing each rep with relatively “lower” weights will unavoidably get stronger as they get bigger.
Because, as we have established already, absolute strength and muscle mass correlate.
But at some point, as you grow ever bigger, it will become a wiser choice to train for explosive strength and athletic capacity instead of chasing another % of hypertrophic progression, or plain simply allowing your fat mass to spiral ever higher together with your muscle mass just because it makes it easier to lift bigger loads on the barbell.
The above paragraph at least holds true if you do not just want to look fit, big, and muscular and be strong, but also have a body that is capable of moving as well as it is strong and muscular.
Not to mention that training like this is guaranteed to give you all of the hypertrophy benefits of a hypertrophy-focused resistance training plan while making you a lot faster, better, stronger, and more explosive and mobile human too.
So yes, no matter how you lift weights, it will make you bigger too, but when you train for explosive strength, relative and absolute strength, speed, and power it improves your lean muscle mass while making your body able to handle it.
In fact, for steroid-free naturals like myself, it is impossible to avoid 100% tapping out their potential for hypertrophic progression when they go about strength training in this way.
Assuming they A: Give it enough time, and B: meet their need for nutrition, rest, sleep, and recovery.
The opposite does not hold true.
The opposite, however, does not hold true, because, if you are instead focusing strictly on hypertrophy alone that will never provide the same complete progression, nor strength-to-mass ratio that is needed to move in a explosive and athletic way.
Allowing you to become too big for your power and strength levels to move you fast and explosive enough.
This mirrors how a sprint-only athlete can’t compete with a marathon runner for endurance, and how a marathon runner who never lifts explosive weights and never trains for repeated sprints will never be able to hang with a sprint runner during a handful of sprint distance interval runs.
This also happens to be why martial artists in the UFC that do not train with a high enough, explosive intent and intensity over 5 rounds just can’t keep up when intensity is high enough and the other guy is used to training like that all week, all year round.
You can have all the strength, or slow, long-lasting marathon endurance in this case, but when the strength and sprint-based interval intensity reaches a high enough level, and you haven’t trained for sustaining that extremely high intensity across 2 minutes, 3, or 5 minutes, only to rest for 30 seconds, and repeat it again, you will drown sooner than later.
Hence, why we have seen super big, fit, and explosive athletes in the UFC, that can explode for a brief few seconds, but not really move fast and explosive for an entire round, or two, let alone 5.
Romario is one such example. Incredible athleticism, and a very skilled wrestler, and successful UFC athlete.
Strong and big too.
But he very often got transformed into a slow-moving, and quite boring, defensive MMA fighter because the gas tank, relative strength, and cardiovascular system just weren’t there to move all those muscles with great speed for an entire round, recover in full, and do it again.
The same can be said for many tiny, lean fighters too.
The remedy.
Do it all, and accept the scientific way each training modality pushes your body to adapt and progress and become the healthiest, fittest, and most capable you could ever hope to be.
You do this by training several disciplines.
A: You build explosive strength in the gym at a high intensity, explosive strength, with big loads, explosive reps, and going for 5 to 25 reps per set, closer to failure. Big exercises instead of isolated work.
Longer set rest intervals so you can attack each set with full intensity and explosive power.
Dead stop between each rep so you can grind out more reps despite the load being high.
This is how you build both explosive strength and high-intensity muscular endurance. Isolation work is great, as is lighter loads with a less intense and brutal approach.
But it is mostly for hypertrophy, or to correct imbalances, or to allow you to add a second or third workout day for each muscle group when your price of recovery of doing a second or third day with yet another highly explosive big load session is too much for your recovery capacity.
So build your foundation on explosive high-rep training with big loads, adjust what needs to be adjusted, from volume per session to frequency,
Big exercises, bigger loads, and an explosive high-rep approach are the primary foundation. Reduce volume and frequency as needed.
B.
Also include sprint intervals after your strength training session, 2 to 3 days per week. Cycle between a short but intense 20 to 40-second sprint, and 2 to 3 minutes of walking, jogging, or slow running in between each sprint.
Repeat this cycle for 5 to 10 minutes in total. Depending on your capacity for recovery.
Merge these intense short-on-time intervals with lower effort endurance across longer sessions, such as walking for 40 to 60 minutes 7 days per week, and jogging or running slowly 1 or 2 days per week for 20 to 40 minutes.
Once you become a big enough person, you will become limited by your ability to produce enough muscular force to move your body of mass fast enough, because your body mass is too big. Similarly, people who are too small will also be limited by their muscle chains’ inability to produce large enough forces to propel their body mass explosive enough, because their muscles are too small and too weak to generate enough force.
It is in other words, the same issue, a lack of explosive enough power, but for fundamentally opposing reasons.
Coach Mike, Strength By Fitness.
You do not need to become an actual marathon runner. In fact, for this type of explosive athlete, we do not even want that.
But you need that array of explosive, bigger load strength training. Sprint intervals and longer, but slower, lower-effort cardiovascular training so you can power your body with explosive speed, fast recovery in full, and a good cardiovascular engine for endurance, just not at the capacity of a professional marathon runner.
Do this consistently to build the needed muscular power to move explosively and fast, train with a big enough volume and enough aerobic sprint-interval training too, in order to sustain that higher level of strength and muscle mass operating at a higher intensity and speed for a surprisingly long period of time through the full range of movement patterns that you need.
Is this complete athlete harder to build?
It sure is, it takes more consistency and time. But you can do it. It’s just science and determination and time put together. Fueled by your rocky-like determination to put in the work every week, for all of life.
And I know you can do this because this is how I train.
This article is also available over at our Medium page Strength By Fitness for those of you that are paying Medium members.
Increases in locomotor speed were accompanied by increases in ground reaction forces, decreases in ground contact time, and increases in stride length.
Quote from the study.
Citations.
1. The mechanical muscle limitation between speed and body mass.
Nature Study, the crossroad of speed, mass and strength.
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