A Note From Coach H

Every week I'm reminded that the things we assume about athletes, careers, and performance don't always hold up the way we think they will. This edition leans into that more than most.

We'll look at why the long-accepted idea that athletic careers must decline by the mid-30s is starting to look outdated. We'll explore how artificial intelligence is quietly stepping into parts of coaching that used to be entirely human. We'll dig into research suggesting performance and well-being might be more connected to identity and purpose than we usually give credit for. And to close, we've got four tools you can put to use with your athletes this week.

Quick aside before we get into it: I've loved watching the World Cup take over American cities this month, tourists from every corner of the globe soaking it in, Texas Roadhouse included. It's a good reminder that sport is a microcosm of life, and this tournament might be the closest thing our species has to a shared, connecting experience right now. Hope you're enjoying it as much as I am.

Let’s get into it →

🧠The Era of the 40-Year-Old Athlete Has Arrived:
For most of modern sports history, elite athletes were expected to decline sharply by their mid-30s. Today, that assumption is becoming increasingly difficult to defend. Across professional sports, athletes are extending careers well into their late 30s and 40s while remaining productive at the highest levels. Researchers point to advances in recovery science, sleep optimization, nutrition, individualized training plans, and sophisticated load management systems as major contributors. Rather than simply accumulating wear and tear, athletes now have access to tools that help them manage and mitigate it.

The implications stretch far beyond the professional ranks. If career longevity can be influenced by training, recovery, and lifestyle choices, coaches may need to rethink how they develop athletes from a much younger age. The future of performance may not belong exclusively to those who peak earliest, but to those who learn how to sustain excellence the longest. What was once considered an unavoidable decline may increasingly become a problem that can be managed, delayed, or even partially prevented. (https://www.theguardian.com/news/ng-interactive/2026/jun/20/how-athletes-keep-competing-into-their-40s)

🤖Your Next Assistant Coach Might Be an Algorithm:
Artificial intelligence is rapidly moving beyond recruiting databases and scouting reports into one of the most human aspects of coaching: feedback. New AI-powered platforms can now analyze competition footage, identify movement patterns, flag technical inefficiencies, and generate personalized recommendations for improvement. What once required hours of film review from a coach can increasingly be produced in minutes by software trained on thousands of examples. While these systems remain imperfect, they are improving at a remarkable pace and are beginning to find their way into both professional and amateur sports environments.

This doesn't mean coaches are becoming obsolete. In many ways, it may make the human side of coaching even more valuable. As technology becomes better at identifying problems, coaches may spend less time finding mistakes and more time helping athletes understand, apply, and emotionally navigate the feedback they receive. The coaches who thrive in the coming decade may not be those who resist artificial intelligence, but those who learn how to integrate it into their development process. (https://www.sportsbusinessjournal.com/Articles/2026/03/12/playsight-microsoft-create-generative-ai-analysis-tool-for-pickleball/)

🧠Sports Psychology Is Looking Beyond Performance:
For decades, sports psychology has largely focused on helping athletes perform better: improving confidence, sharpening focus, managing anxiety, and building mental toughness. Increasingly, researchers are expanding the conversation beyond performance itself and asking deeper questions about purpose, identity, meaning, and fulfillment. Studies involving elite and Olympic athletes suggest that long-term success and well-being may be influenced not only by how athletes think during competition, but also by how they understand their relationship with sport as a whole.

This shift comes at a time when burnout, mental health challenges, and identity struggles remain common across all levels of athletics. The emerging view treats athletes not simply as performers to be optimized, but as people navigating complex lives, relationships, and motivations. For coaches, the lesson may be straightforward: understanding what drives an athlete beyond wins and losses is no longer separate from performance development. It may be one of the most important parts of it. (https://www.sciencedirect.com/science/article/pii/S1469029226000907)

Tendons Want Heavy Loads, Not Rest

Tendon injuries have long occupied an uncomfortable space in sports medicine. Unlike a sprained ankle or a broken bone, tendinopathy often doesn't follow a predictable timeline. Athletes may rest for weeks, feel better temporarily, and then experience the same pain the moment training intensity returns. For years, the default recommendation was straightforward: reduce activity, avoid pain, and allow the tissue to heal. Modern research has challenged that approach, suggesting that complete rest may address symptoms without addressing the underlying problem.

One reason is that tendons are not passive tissues waiting to recover. They are living structures that constantly adapt to the demands placed upon them. Whether it's the patellar tendon in a basketball player, the Achilles tendon in a runner, or the rotator cuff tendons of a baseball pitcher, these tissues become stronger when exposed to appropriate loading and weaker when load is removed entirely. Tendinopathy is increasingly viewed not as a simple inflammatory condition, but as a failed adaptation to stress, a mismatch between what the tendon is capable of handling and what is being asked of it.

This shift in understanding has transformed rehabilitation strategies. Rather than prescribing prolonged rest, clinicians now often utilize progressive loading programs that gradually expose the tendon to increasing levels of stress. Isometric exercises may help reduce pain in the early stages, while heavy slow resistance training and eccentric loading protocols have demonstrated promising results in restoring tendon capacity over time. The goal is not merely to eliminate discomfort, but to rebuild the tissue's ability to tolerate the demands of sport.

For coaches and athletes, the lesson is important: Pain is information, but it’s not always an instruction to stop. Tendons require challenge in order to adapt, and avoiding all stress can sometimes prolong the cycle of injury. The most effective approach often lies between the extremes of pushing through severe pain and eliminating activity altogether. Strategic load management, adjusting volume, intensity, and exercise selection while maintaining meaningful stimulus, allows athletes to continue progressing while supporting recovery.

Many tissues respond to stress through adaptation, not protection. Bone becomes stronger when loaded. Muscle grows when challenged. Tendons appear to follow the same principle. As sports medicine continues to evolve, one message has become increasingly clear: the objective is not to shield athletes from stress, but to apply the right stress at the right time. In many cases, movement is not the enemy of recovery. It is actually the mechanism that makes recovery possible.

Athletes with slower reaction times may be up to 2.5x more likely to suffer a lower-extremity injury.

For years, injury prevention efforts focused primarily on strength, flexibility, and biomechanics. While those factors certainly matter, researchers are increasingly recognizing that injuries often begin in the brain before they appear in the body. Studies examining neurocognitive performance have found that athletes with slower reaction times and processing speeds face a significantly greater risk of lower-extremity injuries.

The reasoning is straightforward: sport is rarely predictable. Athletes must constantly process information, react to changing environments, and make split-second movement decisions. A delayed reaction can mean arriving a fraction of a second late to a cut, landing, or change of direction, potentially placing joints and tissues in compromised positions. As a result, injury prevention may involve more than strengthening muscles and improving movement mechanics, it may also require training perception, reaction, and decision-making under pressure.

Put the research to work. Hands-on tools and drills you can use right now:

Nordic Hamstring Curl

One athlete kneels with their feet anchored, either by a partner or a strap, and lowers their torso forward as slowly as control allows before pulling back up. It looks simple, but the Nordic curl loads the hamstring eccentrically at long muscle lengths, exactly the position where sprinting strains occur, and it's become one of the most evidence-backed injury prevention exercises in sport, linked to reductions in hamstring strain rates of up to 51% in team-sport athletes.

What's been murkier is how much volume actually matters. A 2025 meta-analysis directly compared high- and low-volume Nordic curl programs in soccer players and found the lower end of the range, 2-3 sets of 6-12 reps, 1-3 times weekly, still drives real strength and architecture adaptations, so a program with limited time doesn't need to overload the exercise to get the protective effect. (https://www.frontiersin.org/journals/physiology/articles/10.3389/fphys.2025.1631205/full)

Arousal Reappraisal

The body's stress response before a big moment, racing heart, faster breathing, a jolt of adrenaline, feels identical whether an athlete reads it as panic or as preparation. Arousal reappraisal trains athletes to consciously choose the second interpretation, relabeling the sensation as fuel rather than a warning sign, so the same nerves that used to derail focus start working for it instead.

It's a small reframe with outsized effects. Foundational research found reappraisal training measurably improved self-confidence and attentional control under repeated pressurized trials, and a 2026 review of stress-regulation strategies in sport places it alongside cognitive-behavioral and mindfulness-based approaches as one of the field's most consistently supported tools. (https://www.frontiersin.org/journals/sports-and-active-living/articles/10.3389/fspor.2026.1798062/full)

Pallof Press

The athlete stands sideways to a cable or band, presses their hands straight out from the chest, and resists the pull trying to rotate their trunk toward the anchor point. Most athletic core demands aren't about generating rotation, they're about resisting it. Think about a hit being absorbed, a cut and plant change of direction, etc… The Pallof press trains exactly that, targeting deep stabilizer muscles rather than the surface muscles hit by crunches.

Progressing the exercise used to be guesswork. A 2025 study strapped smartphone accelerometers to athletes' pelvises and ranked five common stance variations, from kneeling on a foam pad to a tandem stance on a balance ball, by actual postural-control difficulty, giving coaches a real, measured progression ladder instead of an arbitrary one. (https://www.mdpi.com/1648-9144/61/2/312)

Mental Contrasting (WOOP)

As it turns out… Imagining a goal already accomplished can sap the urgency to actually chase it! WOOP (short for Wish, Outcome, Obstacle, Plan) corrects for that by having athletes vividly picture the successful outcome and then just as vividly name the single biggest obstacle standing in their way, before ever writing down a plan to handle it.

That obstacle-naming step is what separates WOOP from simple visualization, and it's not just a feel-good framework. A 2021 meta-analysis pooling controlled trials found mental contrasting with implementation intentions reliably improves goal attainment across domains, doing real psychological work that wishful thinking alone can't replicate. (https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2021.565202/full)