The Midlife Athlete’s Playbook

You can have the same goals at 60. Getting to the start line just requires a different approach. Plus... a downloadable guide for master's athletes

I turned 62 this year. I trail run, cycle, lift heavy, and always train rotational power and lateral agility. I still “race” on single-track trails and climb things most people wouldn’t. Not because I’m chasing my 30-year-old self, but because I’ve spent 30 years as an orthopedic surgeon watching what happens to people who stop. I’m a master’s athlete… and my goal is to help you stay a healthy, intact master’s athlete as well. Let’s get into this…

There will be a downloadable Midlife Athlete’s Guide at the end of this introductory article. 36 pages of actionable information and guidance.

Master’s athletes need to understand the biology of aging and how it will impact their training. We cannot train the same way at 60 as we did at 35. We can have the same goals and compete at the same events, but getting to the start line requires a different approach. The athletes who ignore that reality are the ones I end up treating. The ones who respect it are the ones who keep showing up to compete

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The physiology of aging is real. I’m not going to pretend otherwise. After 50, anabolic resistance makes it harder to build muscle. Satellite cell populations decline. Power drops roughly twice as fast as strength. Bone density falls, particularly in women post-menopause. VO2max declines about 10 percent per decade without deliberate training. Recovery takes longer. Protein requirements go up, not down.

All of that is true. And none of it means you should stop competing or accept the trajectory most people are on.

The problem isn’t aging. The problem is not adjusting for it.

Most athletes respond to the first signs of slowing down by either ignoring them, trying to push harder, or backing off entirely. Their knee hurts, so they stop squatting. Their back is stiff, so they skip the deadlift. They feel tired after a hard training block, so they cut the volume across the board… or push harder to try and get their energy back. These approaches don’t scale well.

I get it. First, it’s hard to recognize the signals, and then it's hard to interpret them. Training as we age can be messy. Many give in to the instinct to protect themselves, which makes sense. But our physiology runs in the other direction. The less you do, the faster every one of those capacities declines.

It’s possible to train despite the aging physiology we’re fighting.

The answer is rarely to train less. It’s to train differently. Smarter programming, better recovery management, and a clear understanding of which capacities decline fastest, how to address each one, and which new exercises to consider adding to your workouts.

How physical stressors actually occur

Before I get into the specifics, I want to explain why this guide is structured the way it is, because it’s different from most training advice you’ll find for master’s athletes.

Think about the moments that actually injure people. A slip on a wet trail where your foot goes sideways, and your body has to catch itself laterally. A twist during a transition or a sudden direction change. A stumble off a curb where you need to decelerate and redirect in a fraction of a second.

None of these happens in a straight line. None of them is slow. And none of them look anything like a controlled set of bicep curls or steady-state work on a trainer.

The physical demands of competition and daily life are multiplanar, unpredictable, and fast. They involve lateral force, rotational force, rapid deceleration, reactive balance, and the ability to produce power quickly enough to prevent a catastrophic outcome. A hip fracture after a fall in someone over 65 carries a 20 to 30 percent one-year mortality rate. Roughly half of survivors never walk independently again. The fall itself takes less than a second. The question is whether your body will have the capacity to respond in that fraction of a second.

It is not okay to be able to squat 300 pounds if you cannot broad jump two feet. Strength without power, without lateral quickness, without rotational capacity, and without reactive balance is incomplete. And this is where injuries live.

That is what shapes my approach. And it is why this guide covers what it covers.

What most training programs miss

Walk into any gym and watch the masters athletes. Most of them are doing sport-specific work and maybe some general strength training. Both are valuable. But most programs miss the capacities that actually determine whether you stay injury-resistant and competitive into your 60s, 70s, and beyond.

Most programs move in one plane of motion: forward. Life’s stressors, as well as competition doesn’t. You navigate uneven terrain. You absorb unexpected forces. You change direction under load. The physical stresses of real athletic activity almost always include a rotational or lateral component, and if your training never asks your body to produce or absorb force in those directions, you’re leaving the most common injury mechanisms completely unaddressed.

Most programs also ignore power as a distinct training variable. They train strength, which is how much force you can produce, but they never deliberately train how fast you can produce it. Power is what determines whether you catch yourself from a fall, whether you can accelerate out of a turn, and whether you can respond to a sudden shift in terrain. It declines roughly 3 to 3.5 percent per year in older adults, compared to 1.5 to 2 percent for strength. It’s the capacity that disappears fastest, and almost nobody over 50 is training it well enough to prevent that loss.

Most programs underestimate what bones actually need to stimulate growth. Walking is 1.2 times body weight. Cycling provides almost no axial load at all. The threshold for a bone-building stimulus is roughly 3 to 4 times body weight in ground reaction force. That means heavy resistance training, impact loading, and jumping variations. Not 10-pound dumbbells or a vibration plate.

What I’ve learned from three decades of treating active adults

I’ve operated on thousands of knees, shoulders, and hips. I’ve rehabbed patients back from fractures, surgeries, and illnesses. And I’ve trained my own body through my 50s and 60s with all the wear, recovery challenges, and adaptation slowdowns that come with the territory.

The athletes who do best long-term are not always the ones with the best genetics or the least arthritis on imaging. They’re the ones who kept loading intelligently. They maintained their muscle mass, power, balance, and aerobic base. When something went wrong, they had reserves to draw on. When they needed surgery, they recovered faster because they went in stronger. When they stumbled on a trail, they caught themselves rather than falling because they still had the lateral quickness and reactive power to correct.

The athletes who struggle are those who either didn’t adjust their approach or stopped entirely. Usually, for understandable reasons. A scan that scared them. A doctor who told them to “take it easy.” Pain that they interpreted as damage rather than as a signal to modify and reload. The stopping is almost always more harmful than the original problem.

I also learned something important from my own training. At 62, I use my bike differently than I did at 40. It’s no longer about performance on the bike. It’s about aerobic volume with a low recovery burden. The bike builds and maintains my aerobic base without the joint stress and tissue fatigue that running accumulates at higher mileage. That frees up recovery capacity for the things cycling can’t provide: heavy lifting, impact loading, rotational power work, and lateral agility drills. The bike isn’t the program. It’s the platform that makes the rest of the program sustainable.

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The capacities that actually matter for master’s athletes

If I had to distill 30 years of clinical and personal experience into a list, these are the training priorities for any master’s athlete who wants to keep competing and stay on start lines:

Muscle mass and strength. Resistance training with progressive overload, hitting compound movements at loads heavy enough to challenge you within 6 to 12 reps.

Power. Resistance training with explosive intent on the concentric phase. Moving a submaximal load as fast as you can.

Balance, quickness, and multiplanar movement. Lateral hops, rotational medicine ball work, agility drills, and single-leg stance with perturbation.

Aerobic fitness. Low heart rate training most days for base building. One to two sessions per week of higher-intensity intervals to maintain VO2max.

Bone density. Heavy resistance training plus impact loading. 40 to 50 high-impact reps per session, 2 to 3 times per week. Drop landings, jumping variations, and the lateral agility work from above all count toward this total.

Recovery. Sleep, protein timing, structured deload weeks, and rest days between heavy sessions. After 50, recovery is no longer something you can ignore. It’s the window where every adaptation actually happens, and it takes longer than it used to.

Protein. 1.2 to 1.6 g/kg/day, distributed across 3 to 4 meals with 30 to 40 grams per meal to reach the leucine threshold. Breakfast is where most people fall short. Your muscle is less responsive to protein than it was at 35, so you need more to trigger the same synthetic response.

None of these is complicated on its own. The challenge is fitting them all into a sustainable weekly structure alongside your sport-specific training that you can maintain for years, not weeks.

The Midlife Athlete’s Playbook: What the download contains

I’ve put together a comprehensive PDF guide that takes everything in this post and goes much deeper.

What’s inside the guide:

The guide opens with something most training programs ignore.

From there, it covers each training priority in detail with specific protocols, evidence-based targets, and my Enough/Better/Optimal framework applied to every variable. That includes force threshold tables for bone loading, the LIFTMOR exercise protocol, rep and set prescriptions for power training, a complete section on rotational and lateral movement training with specific exercises and progressions, aerobic programming with low heart rate training and VO2max interval protocols (including short sprint alternatives with lower injury risk), recovery variables with minimum and target thresholds, protein dosing tables with leucine content by food source, and three complete sample training weeks at the Enough, Better, and Optimal levels.

It also includes a section on imaging that I think is particularly valuable: a table of common MRI findings, their prevalence in pain-free adults, and a decision framework for when those findings should change your training versus when they should not.

The back half of the guide is a complete exercise reference you can take to the gym. Every exercise is organized two ways: first by movement pattern (hip hinge, squat, push, pull, rotation, lateral, power, impact, carry) so you can find what fits your program, and then by muscle group (glutes, quads, hamstrings, chest, shoulders, upper back, core, hip abductors/adductors, calves) so you can target specific weaknesses. Each exercise includes a key coaching cue, scaling options, and a note on which part of the guide it connects to.

The guide is fully referenced and formatted as a professional PDF you can save, print, or keep on your phone at the gym.

Free subscribers can pay for and download the guide using the “Download Guide” button below:

Members can download the guide for free below. If you’re not yet a subscriber, this is the kind of content that comes with a paid subscription, along with every other guide in the various series I write about (the Bone Health Action Guide, the APOE4 Carrier Guide, the Aerobic Base Blueprint, and more).