APEX PWR  |  Physical Therapy Feature

ACL Rehab and Return to Sport in Tigard, Oregon

Recovering from an ACL reconstruction is not finished when the knee stops hurting or when the athlete can jog in a straight line. The hardest and most important part comes at the end: rebuilding the explosive, reactive qualities that sport actually demands. It is also the part that gets skipped most often, and skipping it is how athletes get cleared too early and end up back on the operating table.

At APEX PWR in Tigard, our sports physical therapy team specializes in exactly this: taking athletes all the way through recovery, from initial rehab to the reactive, sport-specific training that prepares them for the full demands of their sport. ACL rehab and return-to-sport is a strength of the whole team, and in this article one of our physical therapists, Dr. Jordan Prunty, DPT, demonstrates the work. This article shows what late-stage ACL rehab actually looks like, why it matters, and how the same principles help athletes decrease their risk of tearing an ACL in the first place.

Why Reactive Strength Is the Last Thing to Return

When a game demands a quick jump off one leg, a reactive cut, or an explosive push off the ground, the body has to absorb force and redirect it almost instantly. That quality, reactive strength, is one of the last things to come back after ACL reconstruction, and one of the most important for true return-to-sport readiness.

Early rehab restores range of motion, then strength, then straight-line movement. But sport does not happen in a straight line at a controlled speed. It happens fast, off one leg, in unpredictable directions. Reactive strength, the ability to take a landing and immediately turn it back into an explosive movement with minimal time on the ground, is what bridges the gap between "the knee is strong" and "the athlete is ready to compete." Rebuild everything else and skip this, and the athlete is not actually ready.

What Late-Stage ACL Rehab Looks Like

In the video below, Dr. Jordan Prunty, DPT, walks through a depth jump into a box jump used as a late-stage ACL rehab drill. It challenges reactive strength, force absorption, and rapid force production, all while minimizing ground contact time. Watch closely: can you tell which knee had the ACL reconstruction?

What you are watching is the difference between generic rehab and sport-specific rehab. A depth jump to box jump belongs at the late stage of a progression, never on day one, and it only makes sense once the foundational strength, control, and confidence are in place. Getting an athlete to this point safely, and knowing when they are ready for it, is the work.

From Early Rehab to Return-to-Sport

Reactive drills like the one above sit at the end of a long, deliberate progression. Here is a look earlier in that journey, an athlete at five months post-op, training in the blend of physical therapy and sport-specific work that carries them toward return.

Every athlete moves through this at their own pace. The plan is built around the individual: their injury, their sport, their position, and their goals. That is what separates a rehab program that returns an athlete to sport ready from one that just returns them to sport.

Why Female Athletes Face a Higher ACL Risk

The other side of ACL care is keeping athletes off the operating table in the first place, and here the numbers point to a group that deserves particular attention.

Female athletes tear their ACL at roughly 2 to 8 times the rate of male athletes competing in the same cutting and jumping sports, according to reviews in the sports medicine literature. The gap is widest for non-contact injuries: the torn knee that happens on a landing, a cut, or a deceleration with no other player involved. The reasons are multiple and well studied, including neuromuscular patterns, landing mechanics, and how the muscles around the knee recruit and stabilize under load.

Here is the encouraging part. Many of the factors driving that elevated risk are trainable. Research supports that structured neuromuscular and strength training, especially work targeting single-leg strength, landing mechanics, and control, can meaningfully decrease the risk of non-contact ACL injuries. No program eliminates every unavoidable accident. What targeted training does is build the specific qualities that make a knee more resilient when the game gets chaotic.

How We Build Programs That Decrease ACL Injury Risk

The training that decreases ACL injury risk is the same kind of work that rebuilds a knee after surgery: single-leg strength, control, and quality mechanics under load. The difference is we would much rather build it before an injury than after one.

In the video below, you can see how we approach single-leg strength training and build personalized, athlete-specific programs based on testing results and evidence. The testing is what makes it individual. Rather than handing every athlete the same generic program, we measure where each athlete actually is, then target their specific gaps.

For young athletes, this starts with a Sports Science Assessment, an objective evaluation of strength, power, and movement quality. That data lets our coaches and physical therapists build training matched to the athlete, targeting the exact qualities that decrease injury risk and offset the overuse risk that comes with heavy year-round play. From there, that plan lives inside our youth sports performance training. It is the same testing-driven philosophy whether an athlete is rehabbing a torn ACL or working to never tear one.

Serving Athletes in Tigard, Beaverton & the Portland Metro

APEX PWR is located at 11105 SW Greenburg Rd in Tigard, central to the Westside Portland metro. We work with athletes on ACL rehab and return-to-sport from Beaverton (roughly 10 to 15 minutes via OR-217), Tualatin, Lake Oswego, West Linn, and across Portland. Our facility gives our sports physical therapy team the testing, technology, space, and equipment to take an athlete from the first post-op appointment all the way to their return to competition.

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