Dr. Andy Galpin: How to Assess & Improve All Aspects of Your Fitness | Huberman Lab Guest Series
Andrew Huberman (host), Andy Galpin (guest)
In this episode of Huberman Lab, featuring Andrew Huberman and Andy Galpin, Dr. Andy Galpin: How to Assess & Improve All Aspects of Your Fitness | Huberman Lab Guest Series explores nine Pillars Of Fitness: Galpin’s Blueprint To Test And Train Dr. Andrew Huberman and Dr. Andy Galpin outline a science-based framework for assessing and improving all aspects of physical fitness, aimed at everyone from non‑athletes to professionals.
Nine Pillars Of Fitness: Galpin’s Blueprint To Test And Train
Dr. Andrew Huberman and Dr. Andy Galpin outline a science-based framework for assessing and improving all aspects of physical fitness, aimed at everyone from non‑athletes to professionals.
Galpin defines nine key adaptations of fitness—skill, speed, power, strength, hypertrophy, muscular endurance, anaerobic capacity, maximal aerobic capacity (VO2 max), and long-duration endurance—and explains why fat loss and health are outcomes, not training types.
He provides specific at‑home and lab-based tests, benchmarks, and simple scoring logic to identify weak links (“performance anchors”) that limit health, performance, and longevity.
They also trace the history of exercise science—from early endurance dominance through bodybuilding and CrossFit—to show how cultural trends created lopsided training, and preview future episodes on precise protocols to fix each deficit.
Key Takeaways
Fitness is nine distinct adaptations, not one vague quality.
Galpin categorizes trainable adaptations into: (1) skill/technique, (2) speed, (3) power, (4) strength, (5) hypertrophy, (6) muscular endurance, (7) anaerobic capacity, (8) maximal aerobic capacity/VO2 max, and (9) long-duration endurance. ...
Get the full analysis with uListen AI
You must assess your weak links, not just your favorite abilities.
Galpin urges an annual (ideally semiannual) test battery across all nine adaptations. ...
Get the full analysis with uListen AI
Longevity requires *both* strength and endurance; one alone is not enough.
Lifelong cross-country skiers in their 80s–90s had VO2 max values comparable to college-age men and easily cleared the ‘line of independence’ (~18 ml/kg/min), allowing them to live independently. ...
Get the full analysis with uListen AI
Muscle mass has a sufficiency threshold; below it, health declines.
Galpin recommends using Fat-Free Mass Index (FFMI) from DEXA or other body comp tools to gauge whether you have enough muscle for health. ...
Get the full analysis with uListen AI
Practical benchmarks reveal if you’re in a safe health/performance zone.
Examples Galpin gives: broad jump at least your body height; 2‑hand vertical jump ≈24" for men, ≈20" for middle‑aged women (≈15% lower); grip strength ≈40–60 kg men, ≈35–50 kg women, or a 30–60 s dead hang; leg extension around bodyweight for 1 rep (minus ~10% per decade after 40); 45‑second goblet/front squat hold with ~½ bodyweight; 25+ continuous push-ups for men (≥10 minimum), 15+ for women (≥5 minimum); front plank ≥60 s and side planks ≈45 s; VO2 max ≈35 ml/kg/min men and 30 women as bare minimum, with *preferred* targets ≥55 for men, ≥50 for women. ...
Get the full analysis with uListen AI
Movement quality should be screened joint-by-joint with four simple checks.
For key movements (e. ...
Get the full analysis with uListen AI
Testing structure and warmup matter if you want usable data.
Body composition and movement tests should follow 24–48 hours of easy activity to avoid inflammation distortion. ...
Get the full analysis with uListen AI
Notable Quotes
“The methods are many, but the concepts are few.”
— Dr. Andy Galpin
“If you want to move forward with optimal health, simply picking one silo is not gonna get you there.”
— Dr. Andy Galpin
“You can hide with a leg extension test… but you cannot hide from the 12‑minute run as far as you can test.”
— Dr. Andy Galpin
“For the real world, reliability beats validity.”
— Dr. Andy Galpin
“We wouldn’t want any of these severe constraints because you’re going to get limited by that thing… you pull that performance anchor, this whole ship sails faster with less effort and less friction.”
— Dr. Andy Galpin
Questions Answered in This Episode
For someone who tests well in VO2 max but poorly in strength (e.g., can’t leg-extend bodyweight), what would your first 8–12 weeks of programming look like to raise strength without significantly sacrificing endurance?
Dr. ...
Get the full analysis with uListen AI
You showed dramatic slow-twitch fiber shifts in the endurance twin; in a mixed-goal athlete, how would you periodize training to improve VO2 max and strength while *minimizing* fast-twitch-to-slow-twitch conversion?
Galpin defines nine key adaptations of fitness—skill, speed, power, strength, hypertrophy, muscular endurance, anaerobic capacity, maximal aerobic capacity (VO2 max), and long-duration endurance—and explains why fat loss and health are outcomes, not training types.
Get the full analysis with uListen AI
Given the cultural pendulum swings you described (endurance → bodybuilding → CrossFit), what specific ‘traps’ or myths from each era do you still see sabotaging people’s training today—and how should they correct them?
He provides specific at‑home and lab-based tests, benchmarks, and simple scoring logic to identify weak links (“performance anchors”) that limit health, performance, and longevity.
Get the full analysis with uListen AI
For women using hormonal birth control who want to maximize strength and hypertrophy, what practical conversations should they be having with their doctors, and how would you currently adjust training around known or suspected hormonal effects, even with limited data?
They also trace the history of exercise science—from early endurance dominance through bodybuilding and CrossFit—to show how cultural trends created lopsided training, and preview future episodes on precise protocols to fix each deficit.
Get the full analysis with uListen AI
If a person’s annual assessment reveals they are above your preferred VO2 and muscle mass thresholds but have poor movement scores (many 0s and 1s), what is the tradeoff between continuing to push performance vs. backing off to rebuild technique, and how would you prioritize that in real life?
Get the full analysis with uListen AI
Transcript Preview
Welcome to the Huberman Lab Guest Series, where I and an expert guest discuss science and science-based tools for everyday life. I'm Andrew Huberman, and I'm a professor of neurobiology and ophthalmology at Stanford School of Medicine. Today's episode marks the first in a series with Dr. Andy Galpin. Dr. Andy Galpin is a professor of kinesiology at Cal State University, Fullerton and one of the foremost world experts on the science and application of methods to increase strength, speed, endurance, hypertrophy, and various other aspects of fitness, exercise, and sports performance. Across this six-episode series, Dr. Andy Galpin pulls from his expertise working with everything from professional athletes to recreational exercisers and teaches us the mechanisms, logic, and specific protocols for how to achieve any of the number of different exercise adaptations that I mentioned a moment ago, ranging from strength to endurance, hypertrophy, and everything in between. We get really far into details, but at all times, paying attention to the macroscopic issues. That is, how to create a program for endurance or strength or hypertrophy or speed, or one that combines all of those. We also talk about supplementation and nutrition and how to maximize recovery for each of the different types of exercise adaptations. During today's episode, Dr. Galpin teaches us how to assess our level of fitness, and more generally, how to think about fitness, so that we can best achieve our fitness, exercise, and performance goals. Doctor, Professor Andy Galpin, I'm super excited to have you here. You're such an immense treasure trove of information on physical training and optimizing for specific goals and outcomes with physical exercise. I'm curious, however, so many people have different levels of fitness. Some people are professional athletes, of course, but most people are not. Many people exercise regularly. Some people are trying to do that more. Some people are doing too much of that. They're over-training. They're not recovering enough. If we were to take a step back and each and every one of us ask, "How fit are we?" With the word fit, of course, being a very broad encompassing word, you know, it could encompass endurance, certainly it does, strength, uh, the ability to run fast even if for short distances. Um, it might even include hypertrophy or directed hypertrophy, trying to balance one's musculature, to offset asymmetries, recover from injuries, et cetera. How should I or anyone else for that matter think about their level of fitness? You know, I know my resting heart rate, but what do I do in terms of really assessing whether or not I'm as fit as I could be and should be, both for sake of health and performance? And here I'm asking you the question not as an athlete but as somebody who's been pretty consistent as an exerciser, but if we were to throw our arms around this question of how do we assess our fitness, what would be, uh, sort of the different levels of assessment that we should think about and do?
Install uListen to search the full transcript and get AI-powered insights
Get Full TranscriptGet more from every podcast
AI summaries, searchable transcripts, and fact-checking. Free forever.
Add to Chrome