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Sprint performance has never been more refined.
Biomechanics.
Technique.
Ground contact times.
Force production.
Everything has been analysed, measured, and optimised.
And yet…
we are no longer seeing the same progression in speed.
In this episode of The Unseen Discipline Lab, Director Tim Taylor explores the real limitation in modern sprinting — the role of the nervous system in regulating maximum velocity.
Because beyond a certain point, sprinting is no longer just a mechanical problem.
It becomes a neurological one.
You’ll learn:
• Why biomechanics alone cannot continue to drive performance
• How maximum velocity becomes an unstable neurological state
• The concept of protective braking at top speed
• Why athletes tighten as they approach their true limits
• The real ceiling that exists beyond force and technique
Because the next breakthrough in sprinting will not come from better mechanics alone.
It will come from a system that allows more speed.
By Coach TaylorSprint performance has never been more refined.
Biomechanics.
Technique.
Ground contact times.
Force production.
Everything has been analysed, measured, and optimised.
And yet…
we are no longer seeing the same progression in speed.
In this episode of The Unseen Discipline Lab, Director Tim Taylor explores the real limitation in modern sprinting — the role of the nervous system in regulating maximum velocity.
Because beyond a certain point, sprinting is no longer just a mechanical problem.
It becomes a neurological one.
You’ll learn:
• Why biomechanics alone cannot continue to drive performance
• How maximum velocity becomes an unstable neurological state
• The concept of protective braking at top speed
• Why athletes tighten as they approach their true limits
• The real ceiling that exists beyond force and technique
Because the next breakthrough in sprinting will not come from better mechanics alone.
It will come from a system that allows more speed.