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What if "feel" isn't a gift you're born with?

What if it isn't intuition, talent, or some mysterious quality that only elite riders possess?

We're beginning a mini-series into the Science of Feel on the podcast, and I'm going to challenge one of the most deeply rooted beliefs in the equestrian world: that great riders simply have "better feel."

Drawing from decades of neuroscience, cognitive psychology, and sports science research, you'll discover that what riders call feel is actually a highly developed form of perceptual-cognitive expertise—the brain's ability to recognize meaningful movement patterns, predict what comes next, and organize the body accordingly.

Elite riders don't necessarily receive more information from the horse.

They've trained their brains to recognize which information matters most.

In this episode, we'll explore groundbreaking research from fields as diverse as chess, emergency medicine, radiology, and elite sports to understand how experts across disciplines learn to "see" what novices miss—and why riding is no different.

You'll learn:

• Why "feel" isn't magic—it's a trainable skill.
• What perceptual-cognitive expertise is and why it matters in the saddle.
• How expert riders recognize meaningful movement patterns instead of trying to process everything at once.
• Why beginners often experience sensory overload while experienced riders appear calm and intuitive.
• How concepts like chunking, schemas, and predictive processing explain what riders have traditionally called "feel."
• Why this understanding changes how we should think about rider education and skill development.

This episode lays the scientific foundation for the entire Science of Feel series. In upcoming episodes, we'll move beyond what perceptual expertise is and explore how riders can deliberately develop it through smarter practice, observation, feedback, imagery, and neuroscience-informed training.

Because perhaps the goal isn't to teach riders to "feel" more.

Perhaps the goal is to teach the brain to recognize the patterns that matter.

Mentioned in this Episode

If this conversation resonates with you, you may also enjoy these earlier Mane Brain episodes that helped build the foundation for today's discussion:

• "Feel Isn't Magic: How Smart Riders Build It From the Ground Up" – An introduction to how balance, coordination, and body awareness create the conditions for developing feel. Listen here on Buzzsprout: https://www.buzzsprout.com/2459215/episodes/17135972
• "Hands-Free, Brain-On: Unlocking Rider Performance on the Lunge Line" – A conversation about why removing the demands of steering allows the brain to devote more attention to balance, timing, and postural control. Listen here on Buzzsprout: https://www.buzzsprout.com/2459215/episodes/18228831

Resources

Looking to place to begin where you can improve your breathing, focus, and control in the saddle?

Download my free Rider Breathing Workbook and guided audio companion at: www.anchoredseat.com/breathe

Connect with Anchored Seat

The Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle through evidence-based rider education, clinics, courses, and coaching.

Train your brain. Transform your ride.

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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Every rider has experienced it: the moment you enter the warm-up ring or hear the judge ring the bell, and suddenly the ride you've practiced for weeks feels completely different.

What changed?

Not your fitness.

Not your horse.

It's your brain.

Over the past several episodes of Mane Brain, we've explored how cardiovascular fitness, strength, and physical preparation create the foundation for rider performance. But fitness is only one piece of the puzzle.

Today we explore another factor that profoundly influences how riders move, think, and communicate with their horses: our brain's ability to perform under pressure.

I'm joined by Dr. Amy Wilson, a licensed clinical psychologist, Clinical Assistant Professor at the University of Rochester, and fellow dressage rider. Together, we discuss what happens inside the brain when stress levels rise and how riders can learn to perform—not in the absence of anxiety—but alongside it.

In this episode, we discuss:

• How stress influences rider performance and why some stress can actually be beneficial
• The connection between thoughts, emotions, physiology, and performance in the saddle
• Goal setting strategies that help riders stay focused 
• Practical ways to prepare for competition 
• Mindfulness techniques that improve attention and awareness
• Simple strategies riders can use to regulate their nervous system before and during competition

This conversation fits directly into the Neuro Rider Stack, where we continue exploring the many factors that influence rider performance beyond physical fitness alone. Performance isn't determined only by strength or endurance—it's also shaped by attention, emotional regulation, preparation, and the way our nervous system responds under pressure.

Whether you're preparing for your first schooling show or riding down centerline at a recognized competition, this episode offers practical, evidence-based strategies to help you ride with greater confidence and consistency.

Ready to learn more about Dr. Amy Wilson? Visit her website! 

🌐 The Unbridled Mind
https://theunbridledmind.com

Ready to assess your goals? Do they follow the S.M.A.R.T. mnemonic? 

S - Specific

M - Measurable

A - Achievable 

R - Relevant

T - Time Based 

Example: I will be able to maintain a mindfulness practice while grooming my horse for five minutes by the end of this month. 

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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You can be strong, fit, and athletic—and still struggle with balance, timing, and feel in the saddle. That's because fitness builds the foundation of riding performance.

Over the past several months on Mane Brain, we've explored rider fitness from multiple angles, including cardiovascular conditioning, fatigue, strength training, tissue resilience, and the physical demands of riding.

But fitness alone doesn't create skilled movement.

In this episode, we step back and connect the dots between the concepts we've covered so far and introduce the next phase of the podcast.

You'll learn about the Neuro Rider Stack, a vision or framework that describes the layers of rider performance:

• Capacity
• Coordination
• Communication

We'll also revisit the Level Up Your Blueprint, which provides the roadmap for developing those layers through unmounted training, focused on:

• Breathing
• Flexibility
• Strength
• Balance
• Coordination
• Timing

Together, these frameworks explain why riders can improve their fitness dramatically while still struggling with stability, feel, and effective communication with their horse.

This episode serves as a bridge into the next chapter of Mane Brain, where we'll begin exploring the higher-level skills that transform fitness into performance, including balance, coordination, timing, rider psychology, show-ring performance, saddle fit, recovery, and more.

Because good riding isn't built by fitness alone.

It's built by how the brain organizes movement in partnership with the horse.

Train your brain, transform your ride. 

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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In this episode of Mane Brain, we shift from the foundational fitness layers of the Neuro Rider Stack into one of the more overlooked aspects of rider development: balance.

Many riders assume balance in the saddle is simply a matter of core strength, single-leg stability, or “sitting still.” But true riding balance is far more complex.

Balance is a dynamic process that depends on the brain’s ability to continuously integrate and adapt information from three major systems:

• Vestibular system
• Sensory system 
• Visual system

Together, these systems influence the postural reflexes that allow riders to organize their body over a moving horse.

In this episode, we explore:

• How these three systems interact and influence our balance
• How anticipatory and reactive postural stability can be trained and why this is important for riders
• Why training balance is not the same as improving strength
• Why unstable surface training deserves a place in rider development

One of the biggest mistakes riders make is assuming that strength training alone will build stability.

While strength is essential for tissue resilience and force production, balance requires the nervous system to organize movement in more unpredictable environment. And riding is exactly that:

An unstable, constantly changing environment.

This is why riders benefit from training strength and balance separately.

Strength builds force.
Balance organizes force for postural control.

Both matter—and they serve different functions.

This episode also connects directly to the Mane Brain Blueprint, where balance represents the next major layer after breathing, flexibility, and strength.

Blueprint progression:

• Breathing → autonomic regulation
• Flexibility → movement options
• Strength → force production and endurance
• Balance → postural control
• Coordination → sensorimotor integration
• Timing → predictive control

By understanding balance as a separate skill—not just a physical trait or characteristic of training—riders can begin developing the postural foundation required for true independence, feel, and effective communication with the horse.

Because before refined aids come into play…

The brain must first learn how to stay organized in motion.

Train your brain. Transform your ride.

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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Many riders work incredibly hard to improve their riding—but sometimes the beliefs guiding that effort are the very things holding them back. In this episode, we explore three common illusions that can quietly limit progress in the saddle.

Episode Description

In the previous episode of Mane Brain, we introduced the Neuro Rider Stack, a framework describing the layers of performance required for effective riding: capacity, coordination, and communication.

We also discussed why improving fitness alone doesn’t automatically translate into better riding.

But even when riders understand that skill development requires more than strength and conditioning, many still fall into a set of very common traps. These are what I call the Three Riding Illusions—ideas that feel intuitive from inside the rider’s body but don’t hold up when we look at riding through the lens of neuroscience and motor control.

The Strength Illusion: “Strength creates stability.”
Strength is important for building physical capacity. It improves joint stability, tissue resilience, and the ability to absorb forces from the horse. But true stability in the saddle depends on how the nervous system coordinates movement, not simply how strong the muscles are.

The Effort Illusion: “Trying harder creates coordination.”
When riders struggle, the natural instinct is to try harder—tightening muscles, concentrating more, or applying more effort. But excessive tension can actually interfere with the sensory feedback the brain needs to coordinate movement. Skilled riding depends on organizing effort efficiently, not simply increasing it.

The Stillness Illusion: “Stillness equals control.”
Quiet riding is often mistaken for stillness, but effective riders are not motionless. They are dynamically synchronized with the horse’s movement, continuously adapting posture and timing. What appears quiet is actually the result of well-timed coordination, not rigidity.

Understanding these illusions helps riders rethink how progress actually happens.

Instead of chasing strength, effort, or stillness alone, riders can begin developing the deeper coordination and timing that live in the upper layers of the Neuro Rider Stack.

Because good riding isn’t about becoming stronger, tighter, or more still.

It’s about learning how to organize movement in partnership with the horse.

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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You can be strong, flexible, and in great shape—and still struggle in the saddle. That’s because riding performance isn’t just about fitness; it’s about how the nervous system organizes movement.

Episode Description

Over the past several episodes of Mane Brain, I've explored how cardiovascular conditioning and strength training support riders. Fitness improves tissue resilience, increases force production, and helps riders tolerate the physical demands of the horse’s movement.

But many riders eventually encounter a frustrating reality:

They get fitter.
They get stronger.
And yet their riding doesn’t improve the way they expected.

This episode explores why.

The answer lies in understanding the difference between capacity and coordination, and how the nervous system develops skilled movement.

To explain this, I'll introduce the Neuro Rider Stack, a framework describing the layers of performance required for effective riding:

1. Capacity – the physiological foundation, including cardiovascular fitness and strength
2. Coordination – the nervous system’s ability to organize balance, posture, and movement
3. Communication – the precise timing and interaction between rider and horse

Most off-horse fitness programs focus almost entirely on the first layer. Riders improve their strength, flexibility, and endurance, but rarely train the sensorimotor skills that allow the body to coordinate movement with the horse.

That’s why fitness alone doesn’t automatically translate into better riding.

This is where the Level Up Your Seat Blueprint comes in.

The Blueprint provides the training progression that develops the layers of the Neuro Rider Stack in a logical order:

• Breathing → autonomic regulation and core support
• Flexibility → mobility and movement options
• Strength → force production and cardiovascular capacity
• Balance → postural control
• Coordination → sensorimotor integration
• Timing → predictive motor control and communication with the horse

Together, the Neuro Rider Stack and Mane Brain Blueprint explain both what riders need and how to develop it.

The Stack describes the architecture of performance.

The Blueprint shows the pathway for building it.

Understanding this progression changes how my riders approach their training. Instead of chasing strength or stillness alone, riders begin developing the deeper coordination and timing that ultimately produce feel, balance, and an independent seat.

This episode sets the stage for the rest of the Mane Brain season, where we’ll dive deeper into the coordination, balance, and timing skills that transform fitness into true riding performance.

Because good riding isn't just built in the gym.

It's built in the brain.

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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What muscles do riders actually need to train—and how do elite riders use them differently? Research shows the difference between amateur and elite riders isn’t necessarily in strength, but in how and when those muscles are coordinated to work in the saddle.

In the last episode of Mane Brain, we explored the general principles of strength training for riders and how resistance training improves tissue resilience, joint stability, and force production. But that episode intentionally stayed broad.

In this bonus episode this month, we get more specific.

We dive into the research on which muscle groups riders rely on most, and how elite riders use those muscles differently from amateur riders. Studies examining muscle activation patterns, rider biomechanics, and postural stability reveal that while riders may appear similar in general fitness tests off the horse, their movement strategies in the saddle are very different.

Rather than simply producing more muscle activity, elite riders tend to activate the right muscles at the right time, allowing them to move with the horse rather than against it.

In this episode, we discuss the major muscle groups riders should consider training. We also explore how these muscles function differently during riding compared to traditional gym exercises—and why coordination of these muscles matters just as much as strengthening them.

Understanding which muscles contribute most to riding stability can help riders design smarter off-horse training programs and avoid the common trap of focusing only on general fitness.

Because in riding, performance isn’t just about building stronger muscles.

It’s about teaching the nervous system how to coordinate them effectively in the saddle.

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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Many riders believe that getting stronger will automatically make them more stable in the saddle. Strength absolutely matters—but strength alone doesn’t create harmonious rides with your horse.

Strength training is one of the most valuable off-horse tools riders can use to support their performance in the saddle. In this episode of Mane Brain, I explore how strength training improves the body’s ability to tolerate the physical demands of riding and why it plays an essential role in rider development.

Every stride of the horse sends forces through the rider’s body—through the pelvis, spine, hips, knees, and ankles. Without adequate strength and tissue capacity, riders often compensate with tension, gripping, or unstable posture. Strength training helps riders develop the resilience needed to absorb these forces more effectively.

Research shows that resistance training improves several important physiological and neurological factors, including:

• motor unit recruitment
• motor unit synchronization
• rate of force development
• tendon stiffness and connective tissue strength
• joint stability and injury resilience

These adaptations increase the body’s ability to produce and tolerate force, which is a critical component of athletic performance.

But strength alone does not automatically translate to better riding.

One of the most important distinctions in athletic performance—especially in riding—is the difference between capacity and coordination.

Strength improves the body’s capacity to produce force.
Coordination determines how effectively that force is used.

Motor control research consistently shows that improvements in strength do not automatically produce improvements in skilled movement unless the skill itself is trained. This is why riders can be strong, flexible, and generally athletic while still struggling with balance, timing, or feel in the saddle.

In simple terms:

Strength builds the engine.
Coordination teaches you how to drive it.

Tune into this episode to learn more! 

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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🎯 A key thought as we wrap up our discussion on cardiovascular fitness:

Cardiovascular fitness doesn’t make you a better rider by itself, but it does help protect and strengthen the skills you’re working so hard to build.

If we are not training for cardiovascular fitness we may find that we feel exhausted, tense, or mentally fried late in our ride or on a competition day. Fatigue shows up as loss of balance, uncoordinated aids, delayed reactions, or difficulty staying focused — even when we try to "power" through.

In this episode of Mane Brain, I unpack what fatigue really is, why it’s not just tired muscules, and how cardiovascular training, breathing, and nervous system regulation interact to shape rider endurance.

This episode completes the cardiovascular training series by explaining why endurance fails — and what riders can do differently.

🧠 What You’ll Learn in This Episode

Why fatigue is not just physical
Fatigue is a complex interaction between:

• cardiovascular capacity
• respiratory efficiency
• neural capacity
• perception of effort
• muscular endurance

Riders often experience brain-based fatigue before their muscles are truly “done.”

In riding, brain-based fatigue can often show up first — affecting balance, coordination, timing, and decision-making.

As cardiovascular demand increases, your brain continuously evaluates its performance against overall safety. If you lack cardiovascular fitness or have poor breathing rhythm, this can lead to an increase in perceived effort. The result? The brain may down-regulate its motor performance to protect overall health. It's not a flaw; it's a protective signal we should respect. 

It helps to explain why riders can feel “fried” even during relatively short rides.

Perception of effort and riding performance
Research shows that perceived effort — not just physical output — determines endurance.

In riding, we often experience:

• higher cognitive loads
• emotional stressors
• continuous postural demands

all these lead to an increase in perceived effort - accelerating fatigue.

Fatigue is not failure.
It’s information.

Understanding fatigue helps riders:

• train smarter out of the tack
• pace effort more effectively
• strategically plan their rides
• improve consistency across competition days

🔗 As we complete this series on cardiovascular performance, think of how improving your endurance out of the tack delays fatigue and protects your performance. It ties in the concepts we've discussed on:

• heart rate zone training
• breathing and respiration under effort
• nervous system regulation

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.

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Riders might focus on cardiovascular conditioning — but many still struggle with fatigue, tension, and loss of coordination when effort increases. The missing piece is rarely motivation or fitness. More often, it’s how the rider breathes under load.

In this episode of Mane Brain, I explore how breathing rhythm and respiration directly shape cardiovascular efficiency, nervous system regulation, and motor control in the saddle.

This episode builds directly on the previous discussion of heart rate zone training and explains why many riders can’t fully access the fitness they’ve built without training their breathing as a performance skill.

🧠 What You’ll Learn in This Episode

Why breathing is not separate from cardio training
Cardiovascular performance depends on how well oxygen is delivered and regulated under effort. Breathing determines:

• oxygen availability
• heart rate response at a given workload
• how quickly fatigue sets in

Two riders can ride the same test or course at the same heart rate — but have very different outcomes based on how they breathe.

How breathing rhythm organizes the nervous system
Breathing provides a timing signal to the brain. When breathing is rhythmic and predictable:

• the nervous system remains regulated
• motor coordination improves
• perceived effort decreases

When breathing becomes erratic or held:

• sympathetic drive increases
• heart rate rises unnecessarily
• precision and endurance decline

What breath pacing actually means for riders:

Breath pacing isn’t about taking “deep breaths.” It’s about matching breathing rhythm to movement and effort.

I'll explain how:

• breath rhythm can align with stride rhythm
• consistent exhale timing can help regulate effort
• maintaining rhythm under stress can support endurance and focus

Discipline-specific breathing demands
This episode breaks down how breathing challenges differ across disciplines:

• Dressage: managing sustained effort without breath holding during precision work
• Stadium jumping: regulating breath between fences to prevent sympathetic spikes
• Cross country: maintaining rhythmic breathing during prolonged high-intensity effort

Each discipline places unique demands on the respiratory system and nervous system.

Why respiratory muscle fatigue matters
At higher intensities, poor breathing efficiency can accelerate overall fatigue — even in riders with strong cardiovascular fitness. The brain then shifts towards protection rather than performance - negatively impacting balance, timing, and decision-making in the tack.

Therefore...

Fitness isn’t just physical capacity — it’s how well the brain and body communicate under load.

Breathing is the bridge between:

• cardiovascular fitness
• postural control
• cognitive clarity
• emotional regulation

🔜 What’s Coming Next

In the next episode, I will take this concept and discuss its opposing concept - fatigue. I'll share why we want to train for stamina to avoid this, and show you how fatigue can impact your riding performance. 

Helpful links: 

The PAR-Q+: https://eparmedx.com/par-q/

An article on breath rhythm/pacing from the American Lung Association: https://www.lung.org/blog/breathing-basics-for-runners

My breathing guide: https://www.anchoredseat.com/breathe 

Mane Brain Podcast is part of Anchored Seat's mission to bring neuroscience to the saddle! Learn more about training programs and clinic opportunities at www.anchoredseat.com.