In this solo episode, Coleman Ayers challenges the basketball world's obsession — and oversimplification — of pre-practice and pre-game warm-ups, arguing the term itself undersells what those first 10-15 minutes can accomplish. Coleman makes the case for reframing "warm-ups" as "primers," explaining that language shapes how coaches, players, and parents perceive and invest in that time. He breaks priming down into three distinct categories — resistance, coordination, and cognition — and unpacks the neuroscience behind each one.
Coleman walks through why resistance-based primers (like partner pushing battles) trigger a fight-or-flight response that gets athletes physically primed far faster than traditional jogging or static stretching, why coordination-based primers should feel intentionally awkward to activate the cerebellum's prediction-error system, and why cognitive primers — built around decision-making and dual-task loading — tune athletes' focus rather than just their arousal. He closes by tying all three together through the lens of the inverted-U arousal curve, offering coaches a practical framework for dosing primers based on the task, the athlete, and whether it's a practice day or a game day.
Timestamps
00:00 – Intro and rant on the word "warm-ups"
00:42 – Why "primer" is a better term than "warm-up"
01:50 – Language matters: primer vs. warm-up connotations
03:05 – Limitations of the standard dynamic warm-up
04:28 – Introducing the three primer categories: resistance, coordination, cognition
05:26 – Category 1: Resistance primers explained
06:13 – The science: threat signal and adrenal response
07:25 – Why the body reacts to force, not social framing
09:05 – Habituation and the need for novelty
09:37 – Instability and unpredictability vs. static resistance tools
11:26 – Time efficiency of resistance-based priming
12:55 – Long-term training effects of resistance primers
14:03 – Intermuscular coordination under unpredictable load
14:51 – Arousal as an inverted U: matching primer type to task
17:06 – Practical guidance: dosage on game days vs. practice days
18:04 – Category 2: Coordination primers explained
19:17 – Co-contractions and the "parking brake" effect
20:55 – Reciprocal inhibition and rhythmic movement
21:31 – The cerebellum as a forward-prediction model
23:41 – Why awkwardness is the sign of a good coordination primer
24:31 – Analogy: driving a familiar route vs. a new one
25:39 – Practical coordination primer examples
26:45 – Category 3: Cognitive primers explained
27:31 – The locus coeruleus and "tuning the radio" analogy
28:59 – Decision points and why most warm-ups skip them
29:29 – Dual-task loading as a diagnostic and training tool
32:16 – Individualizing primers by athlete archetype
33:00 – Closing thoughts and where to learn more
Resources & Links
Free Resources: https://byanymeanscoaches.com/resources
BAM Coaches Platform: https://platform.byanymeanscoaches.com/#/platform
Books: https://byanymeanscoaches.com/blueprint-book
If you enjoyed this episode, here's three more that we think you may like!
The Science Behind How We ACTUALLY Learn
Another Coleman solo deep dive into the neuroscience of motor learning — pairs naturally with the cerebellum/prediction-error concepts covered in the coordination primer section.
https://www.buzzsprout.com/1911095/episodes/19384708
What Science Says About Shooting Through Fatigue
Coleman breaks down a research study on how fatigue disrupts coordination and timing — a direct extension of the coordination-primer science in this episode.
https://www.buzzsprout.com/1911095/episodes/19032348
Degrees of Freedom: The Hidden Key to Better Basketball Coaching
A Coleman solo episode on motor learning and coordination that complements the "freezing/unfreezing" ideas touched on in the coordination primer discussion.
https://www.buzzsprout.com/1911095/episodes/19111236
