Your Nervous System Is Why You Can't Recover — Nervous System Training for BJJ | Quintin Torres | EP79 The Josh Button Podcast

EP79 — Your Nervous System Is Why You Can't Recover — Quintin Torres | The Josh Button Podcast
Episode 79 · The Josh Button Podcast · @thatjiujiteiro

Your Nervous System Is Why You
Can't Recover — And Nobody's Talking About It

ft. Quintin Torres · Nervous System Performance Coach · Marinovich Methodology · Speed of Sport Certified
Nervous System Training Marinovich Methodology Fascia Proprioception Elastic Recoil Rate of Force Development Soft Qualities BJJ Performance Injury Prevention Midlife Athletics Sports Science Strength & Conditioning
@thatjiujiteiro
Episode 79 · The Josh Button Podcast
Your Nervous System Is Why
You Can't Recover
Quintin Torres
Nervous System Performance Coach · Marinovich Methodology

What We Cover

00:03
The BJ Penn Training Camp That Changed Everything
09:37
Rafael dos Anjos, Nick Kersen & the Speed of Sport Discovery
13:48
Two Days of Nervous System Work — One Week of Results
18:48
Why the Sports Science Industry Is Stuck
21:22
The NCAA Problem: Coaches, Not Scientists
35:05
What Fascia Actually Is (And Isn't)
43:18
Injury Prevention, Imbalances & BJJ Bodies
51:02
The Athletic Assessment & Fixing Weak Chains
59:01
Strength as a Principle, Not a Modality
01:09:25
Why Quintin Trains the Forgotten Athletes
Nervous System Training Marinovich Methodology Fascia & Fascial Mechanisms Proprioception Soft vs Hard Qualities Rate of Force Development Stretch Shortening Cycle Muscle Spindles Elastic Recoil BJJ Over 40 Injury Prevention Athletic Imbalances Movement Quality Recovery Sports Science Critique NCAA Coaching System Soviet Sports Science Ball Work Training Balance Board Training

Getting Better at Fighting Without Doing More Fighting

There is a layer of athletic performance that most coaches don't train — not because it doesn't matter, but because they can't measure it. Reaction time. Coordination. Accuracy. Spatial awareness. Tissue elasticity. These are the qualities that separate a fighter who looks technically capable from one who actually performs under pressure. And according to Quintin Torres, these are exactly the qualities you can develop — fast — through nervous system training.

Quintin didn't find this training through a certification program. He found it watching BJ Penn dismantle Kenny Florian and then Diego Sanchez in back-to-back fights, looking so dramatically transformed that Quintin's first instinct was to wonder what drug BJ was on. The answer turned out to be the Marinovich training methodology — a system developed by Marv Marinovich and his son Todd that treats the body as a neural network first and a structural assembly second.

How did I get better at fighting by doing less fighting? Everyone thinks you need to play more soccer to get better at soccer. Nobody has the idea that you can do methodology to enhance very soft qualities within your body that aren't measurable.

— Quintin Torres

After two days of experimenting with the system — working slant boards, ball work, and basic plyometric drills — Quintin showed up to MMA training and his boxing was transformed. His footwork. His ability to slip punches and counter. Qualities he had assumed were fixed by genetics or only improvable through thousands more hours of sparring.

He had to rebuild his entire model of what strength and conditioning is for.

BJ Penn, Rafael dos Anjos & the Pattern Nobody Could Explain

Quintin grew up in a BJJ household. His mother trained with the Gracies at El Camino Community College in the mid-eighties before they had a permanent space in the US. His father made him watch early UFC VHS tapes as a kid. By 2010 he was competing in MMA and trying to figure out what strength and conditioning actually meant.

The first signal came from BJ Penn's preparation for his lightweight title defense against Kenny Florian. The UFC Primetime training camp footage showed Penn working with an old coach named Marv Marinovich — balance training on slant boards, throwing a red machine around, moving in ways that didn't look like any strength and conditioning Quintin had ever seen. When Penn destroyed Florian, then repeated the performance six months later against Diego Sanchez, the improvement was jarring enough that Diego Sanchez himself said he'd never been beaten like that before.

The Pattern

BJ Penn was getting five years of improvement in five months. Rafael dos Anjos went from a mid-level top-15 fighter to UFC lightweight world champion in twelve months under Marinovich-trained coach Nick Kersen. Troy Polamalu became one of the best defensive backs in NFL history under the same system. The pattern kept showing up — athletes improving at a rate the traditional model couldn't explain.

When Quintin heard Nick Kersen on the Joe Rogan Experience explaining how he'd applied the Marinovich methodology to RDA's training camp, he emailed the company the same day. He flew to California two months later, got certified, and hasn't trained any other way since 2016.

Hard Qualities vs Soft Qualities

The reason nervous system training hasn't penetrated mainstream sports performance is simple: the mainstream sports performance world is built around what it can measure. Broad jumps. Vertical jumps. 40-yard dash. VO2 max. These are hard qualities — quantifiable outputs that show up on a testing sheet and make an athlete look impressive on paper.

Soft qualities — the things that actually determine performance in sport — don't show up on testing sheets because we don't currently have the technology to measure them with precision.

Soft Quality
Reaction Time
How fast you respond to a stimulus. Can't be isolated on a jump test.
Soft Quality
Coordination
Multi-limb synchronization under pressure. Not a deadlift metric.
Soft Quality
Accuracy
Can you put your hands where you need them under fatigue?
Soft Quality
Timing
The gap between perception and movement. Entirely neurological.
Soft Quality
Fluidity
Elastic, connected movement. What disappears when you overtrain strength.
Soft Quality
Aerial Recalibration
The ability to adjust mid-movement. A fascia-governed mechanism.

The traditional model is not wrong about hard qualities — strength matters, power matters. But Quintin's argument is that the almost exclusive focus on hard qualities in training programs is leaving the majority of athletic development on the table, and that for athletes over 35, continuing to pile up hard quality training while neglecting soft quality training is a direct path to chronic injury and diminishing returns.

Fascia — What It Actually Is and What Training Actually Does to It

Fascia has become a buzzword in fitness, which means it's also become a source of confusion and turf war. Strength coaches argue you can't isolate the fascia. Others make claims about "fascial training" that overreach the science. Quintin's explanation cuts through both.

The first thing to clarify: everything trains the fascia. Olympic lifts train the fascia. Kettlebells train the fascia. BJJ trains the fascia. The fascia is one fluid, integrated system — you can't isolate it any more than you can isolate bone or muscle. The argument that "you can't isolate fascia" is technically correct but misses the actual point.

What Fascia Actually Does in Sport

The fascia system is primarily responsible for elastic recoil, reaction time, aerial recalibration, and tissue energy transfer between movements. It is a non-Newtonian solid — like cornstarch mixed with water — meaning it can behave as fluid and then harden instantly under velocity. Heavy compression training (deadlifts, squats) forces fascia to stay tight and contracted. Low load rhythmic global movement trains the fascia's elastic, lengthening, energy-transfer mechanisms.

The specific point is that different types of stress produce different expressions from the fascia. If you want bracing and slow-twitch strength, heavy loading will get you there. If you want elastic recoil, fast-twitch expression, tissue lengthening, and improved sports movement quality, you need a different stress profile — specifically, low-load rhythmic global movements that hit the fascial chains rather than compressing individual muscle groups.

What the Marinovich methodology, the ball work training developed by Dr. Edith Hoyce, and the balance training approaches do is create the specific mechanical stress environment that gets the fascia expressing its performance-relevant mechanisms. It's not about "training the fascia" in isolation — it's about creating the right stimulus to draw out the right response.

The fascia is a non-Newtonian solid. It can stretch, become elastic, and harden under velocity. It bends the laws of physics as you usually understand them. That's why it's confusing. That's also why it's powerful.

— Quintin Torres

Why the Sports Science Industry Isn't Inventing Anything

One of the sharpest parts of this conversation is Quintin's diagnosis of why effective training methodologies like the Marinovich system take decades to penetrate mainstream strength and conditioning — even when the results are in front of everyone.

The problem is structural, and it runs through the NCAA system, the university sports science pipeline, and the economics of clinical research.

Problem 01
Coaches, Not Scientists
The NCAA trains coaches to follow proven generalized plans. Experimenting is discouraged because it creates liability. Innovation requires experimentation. So the system produces coaches who are competent but not creative.
Problem 02
Studies Cost $250K+
A small sports performance study at a Division II college can cost a quarter million dollars and take years to peer-review and publish. The University of Michigan's study proving off-ice training improved on-ice hockey performance wasn't completed until 2007 — for a sport that's been played for over a century.
Problem 03
Innovation Comes From Private Practitioners
The TRX was invented by an ex-military trainer. The BOSU came from Weck Method. The universities didn't build these tools — they adopted them after private practitioners proved them in the field. Every major innovation in sports performance has followed this pattern.
Problem 04
Ego and Debt
Coaches who went deep in debt for CSCS certifications have a powerful psychological incentive to defend those certifications. Confronting a system that shows their expensive education was incomplete is not a comfortable experience, particularly in the competitive world of elite sport.

The contrast Quintin draws is with the Soviet sports science model, where government-funded researchers, coaches, and athletes could simply show up, experiment, and report results without worrying about grant money, IRB approval, peer review timelines, or whether the innovation could be packaged as a product. It wasn't a comfortable system — athletes were monitored by NKVD officers and failure had real social consequences — but it produced a genuine laboratory environment for sports science that the West has never replicated.

The Pattern of Innovation in Sports Science

The private sector develops something. Enough athletes get results that it gains cultural traction. A university then conducts a study, gets a measurement, and declares it officially valid. The innovation never originated in the university — it originated in the field. But because coaches are taught to trust peer-reviewed studies over anecdotal evidence, the innovation only gets adopted after an institution endorses what private practitioners already knew.

BJJ Bodies, Imbalances & What Nervous System Training Actually Fixes

This is where the conversation gets directly practical for the midlife martial artist.

BJJ is asymmetrical by nature. You have a dominant side. You have positions you prefer. You have a guard game that favors one hip. Over years of training, these preferences compound into structural imbalances — one hip flexor that's underperforming, one oblique that isn't firing correctly, one side where the primary and secondary muscle groups aren't working together efficiently. These imbalances don't just affect movement quality. They shape your entire game.

Quintin's own left-side armbar from guard is the example he uses. He couldn't get it. He drilled it for years. Nothing helped. When his athletic assessment revealed that his right hip flexor, right adductor, and right oblique were scoring poorly — the exact muscle groups responsible for transitioning into an armbar from guard on the left side — he started using nervous system training modalities to address those specific deficits. The armbar came almost immediately after.

From the Episode
Quintin
I always struggled with my left-side arm bar from guard, always. I would try to just drill it. Doing it over and over and over again. Years trying to get better at it. When I got my athletic assessment done, I scored really poor on my right hip flexor, my right adductor muscle, and my right oblique. Those are the muscle groups that help you go into your armbar on the left side. Once I started doing modalities to strengthen those areas, return to jiu-jitsu — boom. Arm bars came easy.
Josh
You're tapping into something critical for guys in my age range. If you're not in tune with these thought processes, you're going to end up with something at a little older in life you're not going to be able to correct. I've already got the shoulder, the neck, the hip — everything compacted on one side and the other side stretched out.
Quintin
It will catch up to you. You can overcompensate, and those overcompensations can lead to kinetic breakdown over time. And here's another paradigm shift: sports by nature is destructive. BJJ is not healthy for your body. Let's get this very clear. Throwing a 90-mile-per-hour baseball is not good for your arm. Never was, never will be. But it's awesome. So we do it anyway. The goal with your sports performance training is how can we optimize this imbalance so we don't get breakdown.

This is the framing shift that matters most for athletes who want to stay competitive into their 40s and 50s: you are not trying to achieve perfect symmetry. Perfect symmetry might actually compromise performance by messing with motor patterns built over years of sport-specific movement. You are trying to optimize your imbalances to the point where they don't cause kinetic breakdown — to keep the system functional long enough to keep doing what you love.

For lower back issues — arguably the most common complaint in the BJJ over-40 community — Quintin points to the core problem: jiu-jitsu trains the back in constant flexion and bracing, but the back is designed to rotate, spiral, and lengthen. Ball work training that simultaneously develops mobility and strength across the full rotational range creates the traction and space that removes pressure from nerve endings and, in his experience, relieves chronic back pain within one to two weeks.

Strength as a Principle, Not a Tool

The deepest layer of Quintin's framework is this: once you stop thinking in terms of specific training modalities — kettlebells, barbells, TRX — and start thinking in terms of training principles, a whole world of creative experimentation opens up.

The question stops being "what exercise should I do?" and becomes "what stress stimulus does my body need right now, and what's the most efficient way to apply that stimulus?"

The Four Basic Human Movement Mechanisms

Quintin frames human movement around four mechanisms: Throwing and projecting force. Heavy carrying over distance. Short sprinting and jumping. Long distance running. Most modern training programs over-invest in one or two of these mechanisms (usually carrying and short sprinting) while neglecting the rest. Addressing all four — and understanding what each stimulus does to the tissue — is the foundation of a complete training approach.

This is also why Quintin takes the position that people should experiment freely with the modalities he posts on Instagram rather than waiting until they can work with a coach. The nervous system training tools — slant boards, ball work, balance pipes, plyometrics — have a very low injury risk compared to barbell training. Your body will tell you quickly if something doesn't feel right. Start experimenting. Get a sense of it. Then reach out for more precision once you've felt the principle.

Quotables From This Episode
We are not sports coaches. We are sports scientists, and we're supposed to coach our athletes through our science.
Are you going to believe the studies or your own lying eyes?
Sports by nature is destructive. The goal is to optimize this imbalance and hold this thing together as best as we can, have as much fun as possible.
Your weaknesses and imbalances are literally shaping your style. Most people don't get that.
The universities aren't inventing anything. Have you ever noticed? They're just adopting things.
Stop being afraid to hurt yourself. Start moving around. Your own body will assist you in safety.

Key Takeaways

  1. The soft qualities that most determine performance in contact sports — reaction time, coordination, accuracy, timing, fluidity — are trainable through specific nervous system modalities that traditional strength and conditioning programs almost entirely neglect.
  2. The fascia system primarily governs elastic recoil, aerial recalibration, and tissue energy transfer. It responds to low load rhythmic global movement, not heavy compression. Heavy lifting and fascia training are not competing — they're targeting different expressions of the same system.
  3. Your imbalances are shaping your game. A weakness on one side isn't just an injury risk — it's actively limiting the technical options you can execute on that side. Addressing it through an athletic assessment and targeted nervous system work can unlock techniques you've been drilling for years without result.
  4. The sports science study system produces very little innovation because of cost, bureaucracy, and incentive structures. All major innovations in training tools and methodology come from private practitioners. If you're waiting for the research to validate something you're already feeling in your own body, you will be waiting a very long time.
  5. For the midlife BJJ athlete, the goal is not symmetry — it's optimized imbalance. You are managing a system that is in the process of accumulating wear, and the question is how well you can maintain performance while keeping the kinetic chains functional enough to keep training.
  6. Start experimenting. The ball work, slant board, and balance training modalities on Quintin's Instagram are low-risk. The feedback loop is fast — most people feel a difference within 48 hours. You don't need a coach to begin. You need to start moving and pay attention.
About
Quintin Torres

Quintin Torres is a nervous system performance coach specializing in the Marinovich training methodology — a system developed by Marv Marinovich and applied by coaches like Nick Kersen (Speed of Sport) to athletes including BJ Penn, Rafael dos Anjos, and Troy Polamalu. After competing in MMA and spending years searching for what was behind the performance transformations he witnessed in the sport, Quintin flew to California in 2015 to get certified under Nick Kersen's Speed of Sport program and has been applying the methodology to athletes — particularly older competitive athletes — ever since.

He runs the Nervous System Training podcast and posts free training modalities on his Instagram for anyone who wants to start experimenting with the system. His specific focus is on the "forgotten athletes" — experienced competitors over 35 who still want to go hard and need a better training model than the one that's been failing them.

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Disclaimer · This podcast is for informational and entertainment purposes only. Nothing discussed constitutes medical, training, or rehabilitation advice. Consult a qualified sports medicine professional or licensed physical therapist before changing your training protocols, especially if you are managing existing injuries or chronic pain.

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