Mane Brain: The Science of Smarter Riding
Welcome to Mane Brain, the podcast where neuroscience meets the saddle! Hosted by Audrey Paslow, a board-certified neurologic physical therapist and expert in rider biomechanics, this show dives deep into the brain-body connection that makes great riders.
Each episode explores the science behind balance, coordination, flexibility, strength, breathing, and timing—essential elements for equestrians looking to improve their performance. Through expert interviews, rider fitness strategies, and neuroscience-backed insights, you’ll learn how to train smarter, ride better, and unlock your full potential in the saddle.
Mane Brain: The Science of Smarter Riding
Fatigue Changes Everything: Why Rider Fitness Protects Balance and Skill
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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
đź”— 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.