I came to military medicine as a sports medicine physician. At first, it seemed like an unexpected place for that training. But the more soldiers I treated, the more obvious it became: What better place for sports medicine than the military?

Sports medicine is built around performance, load, recovery, rehabilitation, and preserving function over time. In military medicine, the language changes but the principles are the same. Return to sport becomes return to duty. Performance becomes readiness. Recovery becomes the ability to remain deployable in a body being asked to perform year-round. That is when I realized I was caring for one of the largest professional athletic populations in the world.

The soldier sits across from me and says seven words.

I can do anything. It just hurts.

Fifteen years in. Fit. Disciplined. Decorated. I have learned to hear what comes after that sentence, not what the soldier says next, but what the body is already saying. Because that sentence has a sequel. It arrives two or three years later, usually after something finally gives.

I can do anything until I can’t.

By the time they reached my exam room, the problem was rarely new. I wasn’t treating a recent injury. I was reading the accumulated cost of years of deferred maintenance on a body that had been operating at full load with few opportunities for recovery.

The years of service told me what I was likely to find before the examination started. Ten years in and I was looking at mild to moderate knee osteoarthritis in a thirty-year-old. Not a sixty-year-old. A thirty-year-old. That is not aging. That is load. The kind that accumulates when a body is asked to perform year-round without the recovery infrastructure that any professional athletic organization would consider baseline.

We have built an entire industry around protecting the professional athlete’s body. Offseasons. Position-specific conditioning. Athletic trainers. Recovery protocols. Load management. A professional football player may career four years. A soldier may serve twenty. Year-round. No offseason. The cumulative physical demands are different, but the principle is familiar to anyone who has cared for high-performance bodies: Load accumulates, adaptation has limits, and the cost often appears years later.

For decades the Army measured soldier fitness with a test designed around maximum output: how many repetitions until failure, how fast until the clock stopped. That told you what the body could produce on a given day. It didn’t tell you what it cost to produce it, or what the cumulative effect of testing to failure looked like ten years into a career. That’s not a criticism of the test’s designers. It’s an observation about a question that wasn’t asked, the clinical question of what sustainable load looks like in a body being asked to perform year-round for twenty years. Sports medicine is built around that question. Military fitness assessment historically hasn’t been.

In 2016 I became the sports medicine physician at Fort Huachuca, Arizona, home to military intelligence training. Many of the soldiers I treated were not infantry. They were intelligence analysts, drone operators, technical specialists, soldiers preparing for careers that looked very different from traditional images of military service. Yet they were all expected to meet the same physical standards and remain deployable. That disconnect taught me something important: Military bodies accumulate load in different ways, but the body keeps score regardless.

The soldiers I saw most often were AIT students, Advanced Individual Training. Fresh out of basic. My first question was never about the knee. It was about high school. What sports did you play? Most of the time: none. Or after a pause, does marching band count?

These were forced athletes. People who had never viewed themselves as athletes but were now required to perform like athletes every day. Many had never learned the difference between injury and adaptation. When their quads burned after a training run, or stairs became difficult the following morning, they assumed something was wrong. They went to sick call. They got a thirty-day profile. They deconditioned. They came back to full training feeling worse than before.

The Army broke me. I heard it constantly. Most of the time, the Army hadn’t broken them. Their bodies were adapting to demands they had never previously encountered and nobody had explained what that process should feel like. The signal was adaptation. The interpretation was injury. That gap mattered.

Weak glutes. Weak quadriceps. Poor running mechanics. These were not character flaws. They were predictable findings in a population being asked to perform at an athletic level without an athletic foundation.

To address this we developed SOAR, Soldier Optimization and Accelerated Rehabilitation. At its simplest, SOAR taught soldiers how to run. That sounds obvious until you have cared for young adults who were never athletes. They were not weak. They were untrained. SOAR gave them language for what their bodies were experiencing and structure for how to build capacity safely. More than 1,200 soldiers completed the program. Medical board referrals declined. The program was ultimately formalized through brigade-level implementation as FRAGORD 19-428.

In 2019, as a DOD civilian physician, I received the Civilian Service Achievement Medal from the 111th MI Brigade, a command-level recognition that required formal nomination and documented outcomes to approve. I accepted it on behalf of every soldier who showed up at 0500 and left understanding their body wasn’t failing them. What the program required was not revolutionary. It required someone asking the sports medicine question before the body forced the issue.

The Army itself evolved during those years. Today’s military includes drone operators, cyber specialists, intelligence analysts, and technical experts whose daily demands look very different from traditional combat roles. Many spend long hours at screens, accumulating a different kind of load: cervical strain, postural dysfunction, deconditioning. The occupational specialties changed. The physical standard didn’t follow. And deployability, the word that determines assignment, promotion, and career trajectory, still depends on meeting it. The body keeps score regardless of what the job became.

In pediatrics we long ago accepted a principle that transformed care: A child is not a small adult. Different physiology. Different developmental considerations. Different clinical questions. A finding unremarkable in a forty-year-old means something entirely different in a ten-year-old. The specialty exists because the default adult lens was missing things that mattered. The same principle applies here.

A soldier is not an ordinary patient with ordinary mileage. The knee at thirty is not always premature aging. The headaches are not necessarily idiopathic. The moderate osteoarthritis in a thirty-year-old with ten years of service is not a coincidence. It is a clinical finding with a history, and that history is load.

When civilian physicians inherit these patients after separation, the chart often begins too late. The jumps. The deployments. The repetitive load. The years of carrying equipment and meeting standards most civilian bodies never encounter. That context may never appear in the medical record. Yet it is often the key to understanding what the body is trying to say. Without that story, we risk mistaking accumulated service for ordinary aging.

A soldier is not an ordinary aging patient. The lens has to change. It starts in the exam room.Military sports medicine and the cost of readiness

Ann Lebeck is a family medicine and sports medicine physician affiliated with Kaiser Permanente, Hawaii Region, as a locum physician. Her clinical background includes complex musculoskeletal pain and regenerative medicine. She has also served as a civilian physician with the U.S. Army.

Dr. Lebeck writes about clinical reasoning, the body, and what modern medicine misses on Substack and KevinMD. Her essays include “Institutional misrepresentation harms vulnerable patients,” “The cost of time constraints in primary care: Why doctors feel rushed,” “When diagnosis becomes closure: the harm of stopping too soon,” and “A physician and her COVID-free island.” She is the author of the 2025 Zenodo preprint, “Platelet-rich plasma for a Morel-Lavallée lesion,” and has a manuscript under review with Arthroscopy, Sports Medicine, and Rehabilitation. She shares updates on LinkedIn.