10-Minute Sports Physical Therapy Warmup To Stay In The Game

Athletes and parents of young athletes all want the same outcome: staying healthy, confident, and on the field for the entire season. At Cohen Health and Performance, our sports physical therapy team works with athletes every day who are trying to balance school, practices, games, and multiple teams, all while avoiding injury.

One of our physical therapists at our McLean location, Dr. Samuel Kinney, recently shared a simple and practical strategy based on his experience as both a former college soccer player and a sports physical therapist. While his examples come from soccer, these principles apply to all field- and court-based sports, including basketball, lacrosse, field hockey, football, and more.

Why Many Athletes Skip Strength Training

Most athletes already perform a decent warm-up. This usually includes jogging, sport-specific drills, and dynamic stretching. While this prepares the body to move, it often does not address strength deficits that contribute to common injuries.

The challenge is time. Between school, work, practices, games, and travel, many athletes do not have the capacity to strength train multiple days per week. As a result, strength training is often skipped entirely, increasing injury risk over the course of a season.

A More Effective Warm-Up Strategy

A practical solution used frequently in sports physical therapy is to build small amounts of strength training directly into the warm-up. Adding just 10 minutes before practice or games does not replace full strength training, but it significantly improves consistency and injury risk reduction.

This approach is especially effective for reducing overuse injuries and serious knee injuries that commonly bring athletes into sports physical therapy clinics.

Common Injuries We See in Sports Physical Therapy

Across soccer and other field- and court-based sports, three injuries consistently appear:

Groin strains
Hamstring strains
ACL tears

Below are three simple exercises commonly used in sports physical therapy and ACL physical therapy programs that can be added directly into a team warm-up.

Groin Injury Risk Reduction

Groin muscles play a major role in lateral movement, cutting, and stabilizing the plant leg during kicking and change of direction. Groin strains are common when strength and control are lacking.

Exercise: Copenhagen Plank
This exercise strengthens the groin muscles and their attachment points.

It can be performed using a bench or bleacher with padding under the knee, or with a teammate supporting the top leg.

Recommended dosage is 2 sets of 15 to 30 seconds. Athletes should start with the short-lever version. Once they can confidently complete 2 sets of 30 seconds, they can progress to the long-lever version and reduce time back to 15 seconds.

ACL Injury Risk Reduction and ACL Physical Therapy Principles

The ACL plays a critical role in knee stability during cutting, pivoting, and landing. ACL tears are among the most serious injuries we treat in sports physical therapy, often requiring surgery and 9 to 12 months of rehabilitation.

One of the primary goals of ACL physical therapy is improving strength and control around the knee, particularly through the quadriceps and hip musculature.

Exercise: Split Squat Isometric Hold
Athletes hold the bottom position of a split squat, focusing on knee alignment and control.

Perform 2 sets of 20 to 30 seconds per side.

This type of isometric exercise is commonly used in both ACL injury prevention programs and post-operative ACL physical therapy to improve knee stability.

Hamstring Injury Risk Reduction

Hamstring strains frequently occur during sprinting and rapid acceleration. Strong hamstrings also contribute to knee stability and play a role in reducing ACL injury risk.

Exercise: Elevated Hamstring Bridge
Athletes begin with both feet on a bench or bleacher.

Perform 2 sets of 20 to 30 seconds, then progress to a single-leg variation when ready.

This exercise is commonly prescribed in sports physical therapy to improve posterior chain strength and protect both the hamstrings and knees.

Why This Matters for Athletes and Parents

A consistent warm-up that includes even a small amount of strength work can meaningfully reduce injury risk. These exercises do not require additional training days, specialized equipment, or long workouts. They help athletes stay healthier, miss fewer games, and build a stronger long-term relationship with their sport.

How Sports Physical Therapy Can Help

If you or your athlete is dealing with a sports-related injury, recovering from an ACL injury, or wants to be proactive about injury prevention, our sports physical therapy team is here to help.

At Cohen Health and Performance, we specialize in sports physical therapy and ACL physical therapy for athletes of all levels. We create individualized, sport-specific plans to help athletes return to play safely and perform at their best.

Schedule an evaluation with a member of our team to receive a clear, personalized plan built around your athlete’s goals.

Is Aging Really the Reason Injuries Increase in Your 40s and beyond? A Sports Physical Therapy Perspective

One of the most common things we hear from patients in our McLean and Bethesda clinics goes something like this:

“I guess I’m just getting old.”

People come in with back pain, knee pain, or shoulder pain and immediately attribute it to aging. While age does play a role, it is often given far more credit than it deserves. In our experience providing sports physical therapy to active adults, aging is rarely the main reason injuries begin to pile up in your 40s and beyond.

More often, the real issue is how lifestyle changes affect your body over time.

How Aging Actually Affects the Body

There is no denying that the body changes as we get older. From a sports physical therapy standpoint, some of the most common age-related changes include slower tissue recovery, gradual declines in muscle mass and power if those qualities are not trained, and a reduced tolerance for sudden spikes in activity.

However, these changes are gradual. They do not suddenly appear when you turn 40. Chronological age alone does not determine how resilient or capable your body is. What matters far more is how consistently you prepare your body for the demands you place on it.

The Bigger Factor: Lifestyle Changes in Middle Age

For most active adults in McLean and Bethesda, the biggest shift is not physical aging but lifestyle.

Careers become more demanding. Family responsibilities increase. Time to get to the gym becomes limited. Sleep is often shorter and more interrupted. Nutrition can take a back seat to convenience.

Over time, these factors reduce how well the body is prepared for physical stress. Yet many people still expect their body to perform the same way it did years ago. This gap between preparation and demand is where injuries tend to occur.

In sports physical therapy, we often describe this as a capacity problem. Your body adapts to what you do consistently. If strength training, mobility work, and recovery are inconsistent, your capacity gradually decreases, even if you still consider yourself active.

Why Injuries Feel Sudden in Your 40s

Many injuries in middle age seem to come out of nowhere. A weekend pickup basketball game leads to a calf strain. The first ski trip of the season triggers knee pain. A return to running causes persistent Achilles or hip discomfort.

In most cases, these injuries are not random and they are not simply the result of aging. They occur because the body was not adequately prepared for a sudden increase in intensity.

As we get older, we tend to tolerate these spikes in activity less effectively. That does not mean you should avoid high-level activities. It means you need a more intentional approach to preparation.

How Sports Physical Therapy Helps Active Adults Stay Resilient

The goal of sports physical therapy is not to tell you to slow down or stop doing what you enjoy. The goal is to help you build and maintain the physical capacity needed to keep doing it safely.

For active adults in McLean and Bethesda, this often means consistent strength training two to three days per week, gradual progression instead of an all-or-nothing approach, and prioritizing recovery, especially sleep.

Addressing small aches and pains early is another critical component. Minor discomfort that is ignored often becomes a bigger issue over time. In sports physical therapy, intervening early can mean the difference between missing a few days and missing several weeks or months.

Aging Matters, But It Is Rarely the Main Problem

Aging does matter. But it is rarely the primary driver of injury. More often, injuries reflect a mismatch between what the body is prepared for and what it is being asked to do.

With the right plan, many of these issues are preventable and reversible. Sports physical therapy focuses on rebuilding strength, improving movement quality, and restoring confidence so you can continue to train, compete, and stay active well into middle age and beyond.

If you are an active adult in McLean or Bethesda dealing with recurring injuries, nagging pain, or the sense that your body is not responding the way it used to, sports physical therapy can help. A personalized approach that accounts for your lifestyle, goals, and physical demands can make a meaningful difference.

Your body is not broken. It may simply need the right inputs to perform at a high level again.

The Most Overlooked Reason Runners Keep Getting Injured

Repetitive soft tissue injuries are one of the most frustrating issues runners face. Calf strains, hamstring pulls, hip flexor pain, and lingering tendon problems often seem to appear out of nowhere, especially in runners who are otherwise consistent and motivated in their training.

One of the most overlooked causes of these injuries has nothing to do with mileage alone. Instead, it comes down to how close your body is operating to its maximum capacity during your runs.

Why Running Pace Matters More Than You Think

Imagine a car that can technically reach highway speed, but doing so requires maximum effort. Pushing it that hard, day after day, eventually causes things to break. Not because the distance is too long, but because the system is constantly operating near its limit.

The same principle applies to running.

If you are running close to your maximum sustainable speed just to hit your target training pace, your body is under significantly more strain. That strain is absorbed primarily by your soft tissues such as your calves, hamstrings, hip flexors, Achilles tendon, and connective tissue. Over time, this accumulated stress often leads to overuse injuries.

Two runners may complete the same 5-mile run at the same pace, but if one runner is operating at 80% of their maximum effort while the other is closer to 60%, the internal load on their bodies is very different.

This difference matters.

Why Faster Runners Often Stay Healthier

Elite and highly trained runners are fast, but more importantly, their speed ceiling is high. Because of this, moderate and long-distance paces require less relative effort. Their muscles and tendons are conditioned to tolerate higher forces, which makes everyday training less stressful on their bodies.

For recreational runners, this is where many training programs fall short.

A common assumption is that preparing for longer races simply means running more miles. While mileage is important, it is only one part of the equation. One of the most underutilized tools in injury prevention is strategic speed training.

How Speed Training Reduces Injury Risk

Speed training isn’t just about racing faster, it’s about raising the maximum speed your body can safely handle.

Incorporating interval-style workouts helps:

Improve force tolerance in muscles and tendons
Reduce strain during slower, longer runs
Improve running efficiency and resilience

A simple and effective example includes:

400-meter intervals on a track or measured flat surface
Running at a high effort (roughly 80–90%)
Taking longer rest periods to ensure quality movement and speed

The goal is not exhaustion. The goal is adaptation, teaching your body to handle higher forces so that everyday running feels easier and places less stress on vulnerable tissues.

Even runners training for half marathons or marathons benefit from this approach, particularly during the off-season or early build-up phases. As race day approaches, speed work often becomes less frequent while mileage increases, but having already raised your speed ceiling can dramatically reduce injury risk.

How Physical Therapy for Runners Helps

This is where physical therapy for runners becomes especially valuable.

At Cohen Health & Performance, we work with runners to:

Identify strength, mobility, and load-management limitations
Assess running mechanics and tissue tolerance
Design training strategies that reduce injury risk
Integrate speed work safely and progressively
Treat recurring soft tissue injuries at the root cause

Rather than simply addressing pain after it appears, our approach focuses on helping runners train smarter so injuries are less likely to occur in the first place.

Serving Runners in McLean and Bethesda

We provide specialized physical therapy for runners at our clinics in McLean, VA and Bethesda, MD, working with runners of all levels, from recreational athletes to competitive endurance runners.

If you’ve been dealing with recurring calf strains, hamstring tightness, hip flexor pain, or feel like your body breaks down whenever you increase training intensity, it may be time to take a closer look at how you’re training, not just how far you’re running.

Our team helps runners stay healthy, improve performance, and continue progressing toward their goals without constantly being set back by injury.

If you’re looking for expert physical therapy for runners in McLean or Bethesda, we’re here to help.

Therapy For Knee Pain: How to Prepare Your Body for Ski and Snowboard Season

Winter is here, and with it comes ski and snowboard season. After a fresh snowfall and a morning spent shoveling the driveway, I was reminded how quickly winter sports sneak up on us. I also thought back to a trip I took out west last year. It was an amazing experience, but I remember feeling more sore afterward than I had in years past.

As I approach 40, I have realized something many skiers and snowboarders experience. You cannot get away with the same preparation you once did.

If you ski or snowboard and deal with knee pain, or want to avoid it altogether, a little intentional preparation can make a significant difference. This is where knee pain physical therapy becomes especially valuable.

Why Skiing and Snowboarding Stress the Knees

Both skiing and snowboarding place repeated, high-load demands on the knees. Every turn, landing, edge change, and deceleration sends force through the knee joint. By the end of the day, fatigue sets in, technique changes, and the risk of pain or injury rises.

For snowboarders, rotational forces through the hips and knees are constant. Controlling the board requires the knees to tolerate twisting forces while staying stable. Skiers face repeated knee flexion and extension under load, especially when carving or navigating uneven terrain.

If you have ever noticed your knees becoming sore late in the day, struggling to carve clean turns, or feeling stiff after a trip, those are signs your body may not be fully prepared for the demands of the sport.

Our team sees this every winter, which is why knee pain physical therapy is one of the most common reasons skiers and snowboarders come into our clinics.

You can learn more about common causes of knee pain we treat here:
Knee Pain Physical Therapy in Bethesda and McLean

The Role of Strength, Endurance, and Control

One of the biggest misconceptions is that knee pain is only about weakness. In reality, skiing and snowboarding demand a combination of strength, muscular endurance, and control.

Most gym exercises are performed in mid-range positions for short sets. On the mountain, however, your knees live in deeper positions for long periods of time. This means your muscles must sustain force, not just produce it briefly.

In knee pain physical therapy, we often shift training to better match sport demands. This may include:

Longer sets with moderate loads to build endurance
Hinge-based exercises such as RDL and deadlift variations
Controlled rotational drills to improve knee and hip stability
Landing and deceleration training to prepare for jumps and terrain changes

Small programming changes like increasing reps from 5 to 10 or 12 can significantly improve how your knees tolerate a full day on the slopes.

Why Falls Matter for Knee and Joint Health

Falls are part of skiing and snowboarding. When they happen, the body often ends up in vulnerable positions. Knees, shoulders, wrists, and elbows are commonly exposed to sudden forces.

Most people train strength with their arms and legs close to their body. Injuries, however, tend to occur when limbs are farther away. Part of effective knee pain physical therapy includes preparing the body to tolerate force in these vulnerable positions.

This means incorporating drills that teach the body how to absorb force quickly and safely, helping protect the knees and surrounding joints when things do not go as planned.

If you have had a previous knee injury, this type of preparation becomes even more important. You can read more about how we approach post-injury knee rehab here:
Sports Physical Therapy for Knee Injuries

Do Not Forget About Ankles and Feet

Knee pain is often influenced by what is happening above and below the joint. Boots and bindings limit ankle mobility, which changes how force is transferred through the legs.

Snowboarders, in particular, know the burning sensation in the shins that can build up when riding the toe edge or getting stuck on flats. If the ankles and shins fatigue, the knees often compensate.

A comprehensive knee pain physical therapy program will address ankle strength, endurance, and control to reduce unnecessary stress on the knees.

Skill Level Matters

The demands on your knees vary depending on how you ski or ride. Higher-level skiers and snowboarders who ride steeper terrain or hit jumps experience much higher forces through the knees.

In these cases, plyometric training and controlled jumping drills are often incorporated to prepare the knees for rapid deceleration and landing forces. These drills are progressive and tailored to the individual, not random high-impact exercises.

This is a core principle of how we approach knee pain physical therapy for active adults and athletes.

Keep It Simple and Consistent

Preparing for ski and snowboard season does not require an overhaul of your workouts. In fact, simpler is usually better.

Choose two or three drills that closely match the demands of your sport. Spend five to ten minutes incorporating them into your warm up two to three times per week. This approach is often more effective than long, exhausting workouts that are difficult to sustain.

Consistency matters more than complexity.

When Knee Pain Physical Therapy Can Help

If you already have knee pain, a history of injury, or want a personalized plan to prepare for ski or snowboard season, knee pain physical therapy can help you address the root cause rather than just managing symptoms.

This is something we see consistently every winter at our Bethesda and McLean clinics. Our goal is to help you enjoy longer days on the mountain with fewer setbacks.

If you would like to learn more or schedule an evaluation, visit:
Schedule a Physical Therapy Evaluation

Skiing and Snowboarding Physical Therapy FAQs

Q: Why do skiers and snowboarders commonly experience knee pain?
A: Skiing and snowboarding place repeated rotational and impact forces on the knees. Fatigue, poor muscular endurance, limited mobility, or prior injuries can increase stress on the knee joint, leading to pain during or after time on the slopes.

Q: How can knee pain physical therapy help before ski season?
A: Knee pain physical therapy helps identify strength, mobility, and control deficits that increase injury risk. A targeted program improves knee stability, muscular endurance, and force absorption to better prepare the body for skiing and snowboarding demands.

Q: Should I do physical therapy even if I don’t currently have knee pain?
A: Yes. Preventive knee pain physical therapy can reduce injury risk, improve performance, and help you tolerate longer days on the mountain by preparing your joints and muscles for winter sport demands.

Q: What exercises help prevent knee pain for skiing and snowboarding?
A: Common exercises include hinge-based strength work, controlled rotational drills, landing mechanics training, and muscular endurance exercises. These movements better match the real demands placed on the knees during skiing and snowboarding.

Q: How often should I train to prepare my knees for ski season?
A: Incorporating 5 to 10 minutes of targeted knee-focused drills into your warm-up two to three times per week is often sufficient to build resilience and reduce knee pain risk.

Free Weights vs. Machines: What’s Best for Your Training?

When I look back at the things I believed in college, I can’t help but laugh a little, especially when it comes to my views on weight training. At that time, I was all in on free weights and completely against using machines. If it didn’t involve a barbell or dumbbell, I didn’t want anything to do with it.

Fast forward to today, and my perspective has evolved. I still love free weights, but I’ve come to appreciate the value that machines can bring to a well-rounded training program. As a performance-focused physical therapy provider in McLean, I now help patients and athletes combine both methods for stronger, safer, and more effective results.

Why Free Weights Are So Valuable

Free weights will always have a place in great strength training programs. Exercises like squats, lunges, and deadlifts require balance, coordination, and total-body control. These movements train not just strength, but also stability and athleticism.

For example, a lunge closely mimics the way your body moves when you decelerate, cut, or plant during sports. This is one reason our sports physical therapy team in McLean uses these exercises with athletes returning to play after an injury. They have tremendous carryover to real-world movement.

The Case for Machines

That said, machines offer benefits that free weights can’t always match. For one, they’re less intimidating for beginners and have a lower learning curve. If you’re new to training or getting back into the gym after time off, machines allow you to move safely and confidently while you build your foundation.

But even for experienced athletes, machines have a valuable place. They make it possible to isolate specific muscles that may be weaker or underdeveloped. In physical therapy sessions here in McLean, we often see this after injuries.

Take knee injuries, for instance. It’s common for the quadriceps to lag behind the rest of the leg during recovery. A knee extension machine is an excellent way to directly target and rebuild that strength. By improving the muscle’s capacity to handle load, we help ensure that the knee and the athlete can perform at a high level without increased risk of re-injury.

How to Combine Both for Best Results

If you’ve ever walked into a gym where all you see are barbells, dumbbells, and kettlebells, you might think machines are “less effective” or even unnecessary. But the truth is that the most successful training programs use both free weights and machines strategically.

Free weights build functional strength and athleticism. Machines help strengthen weak links and support recovery. Together, they provide a complete approach that promotes performance, resilience, and long-term health.

Work with Our Physical Therapy Team in McLean

At Cohen Health and Performance, our physical therapy team in McLean specializes in helping active adults and athletes recover from injury, rebuild strength, and return to the activities they love. We take a scientific, individualized approach to training, using both free weights and machines when appropriate, to make sure every part of your body is prepared for the demands of your sport or lifestyle.

If you’d like help designing a program that’s customized to your needs, we’d love to help.

Contact us today to schedule an assessment and discover how our McLean physical therapy experts can help you train smarter, recover faster, and perform better.

ACL Physical Therapy: How We Determine When It’s Safe to Return to Sport

Guest Post by Dr. Ethan Lennox, ACL Rehabilitation Specialist at Cohen Health and Performance (CHP)

One of the toughest challenges athletes face after ACL surgery is knowing whether they are truly ready to return to play. Getting this wrong can have serious consequences, not only a higher risk of re-tearing the repaired ACL, but also the possibility of injuring the other knee or sustaining a completely new lower body injury.

If you’re an athlete, parent, or coach navigating the ACL recovery process, this guide will walk you through the objective criteria that determine readiness for a safe return.

Why Time Alone Isn’t Enough

A safe return to sport after ACL surgery isn’t about simply waiting 6, 9, or 12 months. At CHP, our ACL physical therapy program goes beyond the calendar. We use specific benchmarks for strength, movement quality, knee health, and confidence.

For athletes in cutting or pivoting sports, we typically recommend at least 9–12 months before full competition, as research shows that early return carries a much higher risk of re-injury. Our goal is not just to “clear” an athlete, but to build a durable return that lasts.

What Really Determines Readiness?

1. Strength

Strength is the foundation of ACL physical therapy. But it’s not just about moving heavy weight in the gym. The question is:

Can the athlete produce strength quickly in the chaos of sport?
Can they tolerate the workload of practices and games?

We focus heavily on restoring quadriceps strength to sport-specific demands, not just symmetry between legs. A common benchmark is ≥ 3.0 Nm/kg of knee-extension torque relative to body weight. Symmetry matters, but hitting an absolute strength threshold is what keeps knees safe during high-speed stops and cuts.

2. Force-Plate Testing

Traditional field tests often miss hidden deficits. At CHP, our ACL physical therapy program uses force-plate technology to analyze how each leg produces and absorbs force during jumps, landings, and change-of-direction tasks. To learn more about our forceplates, check out this link.

We track asymmetry (aiming for ≤10%) and test both when athletes are fresh and fatigued. This helps us individualize rehab, catch weaknesses before they become injuries, and make safer clearance decisions.

3. Movement Quality

Numbers matter, but how an athlete moves under fatigue is just as critical. During ACL rehab, we look for:

Controlled deceleration
Proper knee and hip alignment
Strong trunk stability
Quiet, efficient landings at game speed

By combining movement analysis with force-plate data, we ensure athletes are not just strong on paper—but resilient in real game conditions.

4. Knee Health

A successful ACL recovery also depends on the joint’s response to load. Non-negotiables include:

Full, pain-free range of motion
No swelling or irritation after training
Zero “giving way” episodes

If the knee flares up as we increase intensity, we scale back. Just because the calendar says “9 months” doesn’t mean the knee is ready.

5. Confidence

Physical readiness means little without mental readiness. At CHP, our ACL physical therapy program uses validated questionnaires like the ACL-RSI (Return to Sport after Injury) to track confidence. Scores in the mid-60s or higher, paired with strong physical metrics, usually indicate safe readiness.

We also coach mindset—helping athletes rebuild trust in their body is just as important as rebuilding strength.

Clearance Does Not Mean Full Game Readiness

“Cleared” to return to sport means an athlete can begin practicing. It does not mean they’re ready for full minutes or their pre-injury role. Building back to game-day fitness requires another 6–12+ weeks of gradual progression:

Non-contact practice and controlled drills
Controlled contact with planned rest
Increased intensity and practice density, monitoring workload
Gradual introduction of limited game minutes

This measured progression is how we prevent setbacks and ensure long-term success.

How CHP Puts It All Together

At Cohen Health and Performance, our clearance testing includes:

Strength testing with precise benchmarks
Force-plate assessments for braking and propulsion
Movement quality reviews under fatigue
Knee health evaluation for calm, stable joints
Confidence tracking for mental readiness

From there, we design a stepwise return-to-play plan that gradually increases training load and game minutes while monitoring next-day knee response.

Our philosophy is simple: earn the right to do more, then prove you can repeat it.

If you or your athlete is recovering from ACL surgery, don’t settle for a clearance based only on time or basic hop tests. A true ACL physical therapy program should integrate strength, force-plate data, movement analysis, joint health, and confidence.

At CHP, our ACL specialists are committed to helping athletes not only return safely, but come back stronger than before.

If your athlete is working toward a safe, confident return to sport, our ACL rehabilitation team would love to guide the process. Contact us here.