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It Takes a Runner to Know a Runner in Durham, CT
It Takes a Runner to Know a Runner in Durham, CT
If you’re a runner dealing with an injury, choosing the right physical therapist matters more than you might think.
Not just someone who understands anatomy.
Not just someone who treats runners occasionally.
But someone who has actually been a runner—who has trained, competed, broken down, adjusted, and found their way back.
Because running injuries don’t exist in a vacuum. They exist inside training cycles, race timelines, identity, and months of work that you don’t want to throw away.
Running Is More Than Just Exercise
If you’ve trained for anything significant—a half marathon, a marathon, an ultra—you know this already.
Running isn’t just about fitness.
It’s about:
Structured training blocks
Carefully built mileage
Long runs you plan your weekends around
A race that represents months of discipline
So when an injury shows up, the question isn’t just:
“How do I get rid of the pain?”
The real question is:
“How do I protect everything I’ve built while addressing the injury?”
That nuance is often missed in traditional rehab settings.
Why Being a Runner Changes the Way I Treat Runners
As both a physical therapist and athletic trainer—and as someone who has trained seriously as a runner—I approach injuries differently.
I understand:
What it feels like to be late in a training cycle
The difference between early-cycle, mid-cycle, and taper-phase injuries
The mental weight of being told to “just stop running”
How quickly fitness can be lost—and how much can be preserved with smart planning
That lived experience matters.
It changes the first conversation entirely.
Instead of starting with what you can’t do, we start with:
What race you’re training for
Where you are in your training cycle
How close you are to race day
What matters most to you right now
Because sometimes, abandoning training isn’t the best first step.
Can You Still Race While Injured?
In many cases—especially when you’re within a month of race day—yes, it’s possible to maintain a surprisingly high level of fitness and still perform well if things are managed correctly.
That doesn’t mean ignoring the injury.
It means:
Strategically adjusting running volume
Using cross-training to preserve aerobic capacity
Managing load instead of eliminating it
Making targeted decisions instead of emotional ones
When done right, you can often arrive at the starting line:
Fit
Confident
And far closer to your potential than you’d expect
This kind of decision-making comes from having lived through those same trade-offs as an athlete.
Rehab Isn’t Just About Healing—It’s About Timing
An injury at:
Week 4 of training
Week 12 of training
Or three weeks before race day
…are completely different problems.
And they should be treated that way.
Having trained and raced myself—and having been injured at different phases—I understand how to tailor rehab to the moment you’re in, not just the diagnosis on paper.
The goal isn’t just to get you pain-free eventually.
The goal is to:
Get you to the starting line when possible
Protect the work you’ve already done
And still give you a high-level outcome
If You’re Training for Something That Matters
If you’re dealing with an injury and:
You’re training for a major race
You don’t want default advice to “just stop”
You want a plan that respects both your body and your goal
Message me “Starting Line.”
I’ll give you an overview of how we can tailor a plan specifically to:
Where you are in training
How close your race is
And what’s realistically possible given your injury
Because when it comes to running…
It takes a runner to know a runner.
Achilles Tendon Pain- Real Solutions in Middletown & Wallingford CT
Let’s Talk About Achilles Tendon Pain (And How to Actually Beat It)
So tonight I wanted to share some thoughts on Achilles tendinopathy. This is something I see a lot of in my runners and my pickleball players. And here’s the thing: it’s not just about pain when you’re out on the road or on the court. It bleeds into everyday life.
When your Achilles flares up, suddenly walking down the stairs in the morning hurts and starts your day off on a bad note. You skip social outings at run club and pickleball because you don’t want to limp around. You get irritable. You stop feeling like you. And all because simply because your Achilles is irritated.
So, my goal here is to give you some detail, a little troubleshooting, and some clarity. I give you this from the perspective not only a physical therapist an athletic trainer, but also someone who has had this happen himself.
Two Types of Achilles Trouble
When we evaluate Achilles tendon pain, the first thing I look at is: where are we in the process?
Acute (tendinitis): sudden flare-up, often after doing way more than your body was used to.
Chronic (tendinosis): that nagging pain that never really goes away, flares up when you push too hard, and just keeps hanging around.
Example: I recently had a patient come back from a trip recently — amazing trip, tons of walking, like 10 miles a day. Not usually a big walker outside of golf. He comes home, tees it up on the course, and boom — the Achilles flares up. He thought it was just the golf at first, but really, his body just hit its breaking point after all that vacation mileage and that day of golf was just the final straw. That’s a classic acute case.
On the flip side, I’ve got runners who’ve been in this cycle for months or years — pain eases up, they start to feel good, then they ramp up speed or mileage and it’s right back again. That’s tendinosis. The tendon thickens, doesn’t remodel properly, and it never feels quite like it used to.
Location
The other thing we’ve got to figure out is where the pain is.
Mid-portion: a little higher up the tendon.
Insertional: right where it attaches to the heel bone.
Why it matters: insertional cases don’t always tolerate the same exercises. Too much stretching or dropping into deep eccentrics can actually make things worse in the early phases.
The Big Mistakes I See
Here’s where people get into trouble trying to manage this on their own:
Rest → Back to 100% → Flare. Rest feels good. Anti-inflammatories calm things down. You think you’re in the clear. Then you go right back to full activity, and it comes roaring back.
Stretching the heck out of it. That tight feeling makes you want to stretch, but aggressive stretching can just keep irritating it.
YouTube DIY. I can’t tell you how many times people come in saying, “I’ve tried everything on YouTube.” And yeah, there’s good stuff out there — but unless it’s tailored to your body, your sport, and your history, it’s hit or miss.
Looking for quick fixes. Braces, taping, injections — they can feel good in the short term, but they don’t rebuild the tendon. And if you don’t remodel the tendon with Heavy Slow Resistance or Eccentrics, the problem comes back. Every. Single. Time.
What Actually Works
Here’s the good news: there is a proven way forward.
1. Tendon Loading
This is the gold standard. Heavy, slow resistance or eccentric exercises, gradually progressed, are what remodel the tendon.
2. Load Management
I don’t like telling people to stop doing what they love unless we absolutely have to. The trick is finding the right level and volume where you can keep moving without making it worse. For example, if running 40 miles per week provokes pain, but 20 miles per week does not then let’s try to make progress in rehab while keeping mileage at 20.
3. Supplementary Tools
Manual therapy, heel lifts, taping, dry needling, shoe changes — none of these are magic bullets, but they can stack together to reduce pain so your exercises become less painful and more effective.
4. Patience & Frequency
Achilles tendons are slow to adapt. We’re talking 8–12 weeks minimum in most cases. That’s why I see patients once a week for hands-on work and progressions, and then guide them virtually the rest of the time. Daily PT visits aren’t necessary — your tendon needs time between sessions to adapt.
5. Return-to-Sport Specificity
This is the step that gets skipped the most. You don’t just want to be pain-free walking around the house — you want to sprint, cut, play at the kitchen line, or run long distances. That means sport-specific drills have to be part of your rehab. Miss that, and you’ll only ever get 70–80% better.
The Bottom Line
Achilles tendon pain can be brutal — but it’s fixable. Here’s what to remember:
Rest alone isn’t enough.
Stretching aggressively usually backfires.
Quick fixes don’t last.
Loading the tendon (progressively) is the gold standard.
Full recovery takes weeks, not days.
If you’ve been fighting this pain for more than 2–3 weeks and it’s not improving, that’s your cue to get professional help. And not just any help — find someone who understands your sport, your goals, and how to tailor a plan for you.
That’s exactly what we do at Outlet Health Solutions. If you’re tired of living at 70%, if you want to get back to feeling like yourself again, let’s set up a free consultation. Because you deserve to get back to your outlet — 100%.
Supporting Article
“Comparison is the thief of joy”
The other day, I ran my first timed mile in years. I clocked a 5:39—off of just running a few miles here and there each week. And honestly, it felt great.
But then my mind went to my younger self. Back in college, I ran a 4:04 for 1500m. And the thought hit me: “Wow, I could have just lapped myself.”
In that moment, I went from feeling proud to feeling discouraged.
Every time I catch myself making a comparison like that—one that pulls me into a downward spiral—I try to spin it back up by remembering the bigger picture. At 36, I’ve got three kids, a full-time job, and all of life’s stress to juggle. And I’m still able to get out there, carve out time for myself, and put up a pretty decent mile. That’s worth being proud of.
This same mental trap shows up in rehab all the time.
Maybe you’re finally moving pain-free after an injury. You’re back on the court or on the road, and for a moment you feel good… until your brain reminds you how fast you used to be, how much farther you used to run, how many balls you used to chase down.
Consider this reframe:
👉 Each pain-free day is a win.
👉 Consistency is what rebuilds capacity—not one heroic workout.
👉 The first training cycle back isn’t about finding your ceiling, it’s about creating a floor.
Too often, people try to push to see “how far they can go” right away. That leads to peaks and valleys—progress followed by setbacks. Instead, you need to let your body stack training cycles. That’s how you go from little wins to big ones, without getting knocked back down.
If you’re stuck in that cycle of comparison and frustration while trying to come back from injury, message me. Let’s talk about how to get you back on track—so you can not just get back to where you were, but build something even stronger.
Stop comparing, start reflecting.
Steady Progress to Bridge the Gap-
Transitional Rehab in Middletown, Wallingford, and Cheshire
One of the biggest mistakes people make after rehab is thinking, “I’m good now, I’ll just get back to training.”
That’s usually when the ups and downs start. You feel better → you push hard → symptoms creep back → you slow down again. Peaks and valleys.
But this cycle can be avoided.
Once you’ve built a foundation with in-person sessions, you don’t always need someone standing next to you counting reps anymore. What you do need is guidance from the same person who helped get you healthy in the first place — someone who can help you adjust your training volume, catch blind spots, and answer the “should I be doing this or that?” questions before they turn into setbacks.
This is why our model tapers from hands-on sessions to more flexible virtual guidance. Because long-term success isn’t about someone holding your hand every step of the way. It’s about having the right person available to keep you moving forward — steadily, without the rollercoaster.
Proactive Care > Reactive Care in North Haven, Wallingford, Durham
Here’s the reality: you have two choices when it comes to your health.
Reactive care: You wait until pain forces you to stop. By then, training has to be scaled back, you’re stuck doing corrective basics, and it takes weeks (or months) to get back to where you were.
Proactive care: You notice the small nags and don’t ignore them. You check in before things break down. With a mix of manual therapy and corrective exercise, we can keep your body moving well, prevent setbacks, and keep you chasing your goals without interruption within a session or two.
The difference?
Reactive = starting over.
Proactive = staying on track.
Most athletes and active people don’t realize how much easier it is to stay healthy than it is to come back from injury. Proactive care keeps you doing what you love — and keeps frustration out of the process.
Think of me as your go-to teammate for long-term health and performance.
Smarter Care in Westbrook CT
For people who love to go, go, go, being active feels like the only way forward. But sometimes, the harder we push, the more problems we create for ourselves—and that’s where recovery comes in.
I had a client recently who was telling me that he does his home exercises four days in a row. By day four, he always feels like he needs a break because his body starts to flare up.
He’s a former baseball player, so I framed it this way:
“Would you have done heavy upper-body lifting four days in a row during your playing days?”
He laughed and said, “No way—that wouldn’t let me recover.”
So I asked, “Then why push your rehab exercises that hard, that often?”
At first, he thought doing more would get him better, faster. But when we paused, he realized recovery wasn’t something holding him back—it was actually the missing piece.
We created a new game plan: alternating exercise days and recovery days, or splitting workouts (core → legs → rest). That simple shift turned his week into a sustainable cycle rather than a grind.
The next time I saw him, he told me his pain was so much more controlled. He didn’t feel like he needed to take three days off in a row—because he was already recovering in the right way.
The lesson? More isn’t better. Smarter is better. Recovery is not a waste of time—it’s part of the process. And sometimes it takes an outside perspective to put things in context and help you line up your training with your long-term goals.
That’s what working with the right physical therapist can do.
Training Consistency > Training at the Ceiling in Madison, CT
One of the biggest struggles I had when I was constantly chasing PRs was this:
I was always trying to find the absolute ceiling of what I could tolerate without getting injured.
And honestly—that’s natural.
When you’re motivated, competitive, and driven, you want to squeeze every ounce of potential out of your training. You want to see how far you can push things. You want to prove you’re tough enough.
The problem was that I lived right at that ceiling.
Every training cycle, I hovered just below the line… until I punched straight through it. Injury after injury followed, and each time I found myself starting over instead of building forward.
Eventually, things changed when I reeled myself back.
Instead of forcing 70-mile weeks, I settled into a more sustainable 55–60 miles per week. On paper, it looked like I was doing less. In reality, I was finally doing what my body could recover from.
And the funny thing?
My times got better.
Season after season.
Why? Because I could finally string training blocks together.
Looking back, a lot of my struggle came from being young and constantly comparing myself to teammates. I told myself, “If they can handle this mileage, I should be able to too.” I equated toughness with volume and ignored the fact that bodies respond differently to load.
That mindset dragged me straight into the injury cycle.
Competition is important. It can elevate you.
But without balance, it becomes the very thing that holds you back.
Here’s the truth most athletes don’t hear enough:
If you’re starting from scratch every season because you’re injured, your body never accumulates enough high-quality training time to create long-term adaptations. You’re not building momentum—you’re resetting it.
That’s why the professional runners and elite athletes we admire aren’t just talented—they’re consistent. They’ve figured out the right blend of training stress and recovery that allows them to operate near peak performance without constantly tipping into injury.
They’re not always training at the ceiling.
They’re training at their optimal load.
And that optimal load looks different for everyone.
If no one has ever had this conversation with you—about what your ideal training volume and intensity actually are—message me “training load.”
We’ll talk through your training history, injury patterns, and future race goals, and create a plan that doesn’t just help you survive your next race…
but helps you show up at the start line healthy, confident, and performing at your best.
Consistency isn’t soft.
It’s how real progress is built.
I’ve been in your shoes before.
I grew up playing just about every sport, but eventually I found my passion in track and cross-country.
I loved the purity of it — the harder I worked, the better I became. My success didn’t depend on anyone else. That lone-wolf mentality made me feel unstoppable.
But the same thing that drove me to succeed also made me vulnerable. I didn’t know how to ask for help. I thought it showed weakness.
I thought being tough meant pushing through pain, and as a result, I had nearly every running-related injury you could imagine from during my high school into my college career.
Part of it was me not wanting to ask for help. But part of it was also that no one around me really knew how to pull me back when I needed it.
I had to be "tough," the grinder, the one who never quit — but what I actually needed was someone to sit me down and say:
“Being tough isn’t helping you, it's hurting you.”
That wake-up call didn’t come until early in my professional career as an athletic trainer. I luckily had a supervisor who saw that mentality and called me out; forced me to face it. I’m so thankful she did, because if she hadn’t, I would have continued that pattern, and even if it made me successful in some areas, it would have ruined other parts of my life.
It changed everything for me. Not just how I approached my own health, but how I treat my patients.
I realized that recovery isn’t just about exercises and treatment plans — it’s about the human connection. You have to meet people where they are, connect with them, and earn their trust so they don’t feel like they’re going at it alone.
If you’re someone like me — maybe driven, but a little stubborn — I get it.
And I want you to know: you don’t have to do it alone. Asking for help isn't weakness, it's the mature form of strength.
If you need more than just a handout of exercises, if you need a human to guide you through recovery and keep you from sabotaging your own progress, I can be that person .
Gait Analysis: Is it worth my time? Hartford CT
A mistake I see a lot in running rehab:
People think gait analysis should happen immediately as soon as pain starts.
But timing matters.
If your pain is so irritable that running for 1 minute causes symptoms for the next 2 days, that’s probably NOT the right time to analyze form.
Why?
Because pain changes movement.
Your body is going to compensate naturally, which means we may end up analyzing a temporary pain response instead of your actual running mechanics.
And more importantly, pushing through that level of irritability just to “look at your stride” can set recovery back.
Now compare that to someone whose pain is mild to moderate:
• Pain comes on after a few minutes
• Settles down quickly afterward
• Doesn’t linger into the next day
That’s often a much better situation for gait analysis.
At that point, we can start identifying:
• compensation patterns
• loading strategies
• stride habits
• possible contributors to symptoms
And we can compare changes over time as recovery improves.
But here’s the important part:
Gait analysis should NEVER exist in isolation.
We also need to understand:
• strength
• mobility
• motor control
Because the real question is:
“How do those qualities show up once you start running?”
A runner may have limited hip mobility, poor calf strength, or reduced pelvic control — but the important thing is understanding how those limitations actually influence their stride mechanics.
Sometimes the running form is the problem.
Sometimes it’s just the expression of another problem.
And knowing the difference matters.
Performance Assessments: What are they and what are the benefits? In Middletown CT
One of the biggest misconceptions about performance assessments:
They’re not just for post injury and return to play/run.
A good running assessment is really about identifying the small strength, mobility, and motor control limitations your body currently has — whether you’re in pain or not.
Because even if you’re healthy right now, those small deficits can still influence:
• efficiency
• recovery
• load tolerance
• stride mechanics
• long-term injury risk
The goal isn’t to chase “perfect movement.”
The goal is to understand:
“What is YOUR body currently struggling to control well?”
From there, we can build targeted strategies through:
• strength work
• mobility training
• coordination drills
• movement control exercises
to help you become a more efficient and resilient runner and athlete.
One issue I see with a lot of generalized movement screens is that they’re often too broad or too simple.
If the assessment is too general, there’s only so much meaningful information you can actually pull from it.
That’s why I prefer assessments that isolate and challenge specific joints, muscle groups, and movement patterns that directly relate to running demands.
Because running is specific.
And your assessment should be too.
I Run Straight Forward, Why Does Rotational Control Matter? In Middlefield CT
“I’m running straight forward… so why does rotation matter?”
Because running isn’t just forward motion.
It’s a constant transfer of force and energy throughout your entire body.
Every time you push off the ground, your body has to coordinate small amounts of rotation through:
• the hips
• pelvis
• low back
• rib cage
• upper back
Even though the movement is subtle, those rotational motions are incredibly important for timing muscle contractions efficiently from the ground up.
As one leg pushes behind you, the opposite side of your pelvis and trunk has to rotate and stabilize in a coordinated way to help transfer force into the next stride.
That coordination is what helps create:
• smooth power generation
• efficient force transfer
• rhythm and stride economy
The important thing is this:
You do NOT need huge amounts of rotation while running.
You need the RIGHT amount of rotation…
with the ability to control it well.
If one area is too stiff, too weak, or poorly controlled, your body will compensate somewhere else.
And while that compensation may seem small over a few steps…
Running is thousands of repetitions.
Small inefficiencies repeated over miles can eventually lead to:
• increased stress on certain tissues
• reduced running economy
• overloading specific joints or muscle groups
That’s why detailed movement screening matters.
Not just identifying THAT rotation is limited…
…but identifying WHERE it’s limited and whether the issue is:
• mobility
• strength
• coordination
• timing
• or control
Because precision matters if we want to improve how your body absorbs force, generates power, and ultimately runs more efficiently.
How Flexible Do I Need to be as a Runner? In Cheshire CT
“I’m not a gymnast… so why do I need to bend and extend my back well?”
Because running still requires small amounts of controlled motion throughout your entire body.
Not extreme motion.
Not circus-level flexibility.
Just enough mobility and control to distribute force efficiently.
When you run, your hips and spine work together to help:
• absorb force
• transfer energy
• create propulsion
• maintain stride efficiency
As you push off the ground, your body needs a small amount of extension through the hips and controlled movement through the pelvis and spine.
If you can’t access or control that motion well, your body will simply borrow movement from somewhere else.
And that’s the important part:
The body ALWAYS finds motion somewhere.
The problem is that the borrowed motion often comes from tissues that are not designed to repeatedly handle those stresses over thousands of running steps.
That’s when we start seeing certain areas become overloaded.
Not necessarily because they’re “weak” or “injured”…
…but because they’re compensating.
You do NOT need gymnast-level flexibility to be a good runner.
But you DO need enough mobility and motor control to:
• tolerate running forces
• distribute stress appropriately
• and avoid excessive compensation patterns
The goal of movement screening isn’t to create perfect mobility.
It’s to identify:
How Much Balance Do I Need as a Runner? In Branford CT
Single leg balance is a great starting point.
But for runners…
It’s usually not enough.
Why?
Because running is NOT just standing on one foot.
Running is:
• controlling impact
• absorbing force
• transferring force
• generating push-off
• and stabilizing through constantly changing body positions
Every step is dynamic.
You’re landing on one leg while your center of mass is moving forward.
You’re controlling rotation.
You’re managing force through different parts of the foot.
And you’re pushing off from constantly changing angles.
That’s very different than simply balancing with your foot directly underneath your body.
A basic single-leg balance test can help identify general deficits in control…
…but it does NOT fully replicate the demands of running.
That’s why more detailed running assessments challenge balance in multiple positions.
For example:
• heel raises with the opposite leg positioned forward
• split stance positions
• lunging variations
• bent-knee calf loading
• changing trunk positions
• altering center of mass demands
These positions expose details about:
• strength
• power
• coordination
• force absorption
• and control
in ways that are much more specific to actual running mechanics.
Because the goal isn’t just:
“Can you balance on one leg?”
The real question is:
“Can you control force efficiently while your body is moving through space?”
That’s a completely different skill set.
And that’s why runner-specific assessments need to go beyond generalized balance testing.
Why Does Squat Form Matter to Runners? In Westbrook CT
“Running doesn’t look like squatting… so why do runners get assessed with squats?”
Because every running step is essentially a rapid mini single-leg squat.
When your foot hits the ground during running, your body has to:
• absorb force
• control your body weight
• stabilize the pelvis and trunk
• and then rapidly push back out of that position
That mid-stance phase of running is basically a single-leg loading pattern happening over and over again.
So even though running doesn’t LOOK like a squat…
the body is still using many of the same movement qualities.
That’s why the squat can tell us a lot.
A basic squat assessment gives insight into:
• ankle mobility
• hip mobility
• trunk control
• force absorption
• lower body strength
• and coordination
For example:
If someone struggles to squat to a reasonable depth — roughly getting the thighs near parallel — it may suggest limitations in:
• ankle mobility
• hip mobility
• strength
• motor control
• or force management
Now, does a runner need to be a powerlifter or perform extremely deep squats to run well?
Absolutely not.
But when we’re trying to identify the subtle limitations that may affect performance, efficiency, or injury risk, the squat becomes an extremely useful screening tool.
It gives us a baseline before progressing into more running-specific challenges like:
• single-leg squats
• lunges
• landing mechanics
• and dynamic force control tests
Because before your body can control force on one leg dynamically…
it usually needs to demonstrate a certain level of control on two legs
I've Been Told My Glute Strength is a Problem as a Runner- How do I Know? in Killingworth CT
One of the simplest but most useful runner assessments:
The single-leg bridge.
At first glance, it seems basic.
But it can tell us a LOT about how your body controls hip extension and pelvic stability.
One thing we look for is:
Can you hold the position for 10–20 seconds without the pelvis dropping or rotating excessively?
If that position is unexpectedly difficult, it may suggest deficits in:
• glute strength
• pelvic control
• hip stability
• or force transfer
But another important piece is WHERE you feel the effort.
A lot of runners who struggle with glute function during a single-leg bridge will feel most of the work in:
• the low back
• the hamstrings
• or even cramping behind the leg
Now, that doesn’t mean you should feel absolutely nothing there.
Those muscles ARE involved.
But ideally, the primary effort should be coming from the glute muscles.
Why does that matter?
Because the glutes are one of the primary drivers of hip extension — the movement that helps propel your body forward while running.
If your body isn’t utilizing the glutes efficiently, it will often compensate by overusing other tissues to create propulsion.
And over thousands of running steps, those compensations can affect:
• running economy
• force production
• fatigue levels
• and tissue loading patterns
That’s why even simple tests matter.
They help identify not only whether a muscle is “strong”…
…but whether your body is actually using it effectively during movement.
How Much Does Core Stability Matter as a Runner? In Essex CT
Why does side-to-side stability matter so much for runners?
Because running may LOOK forward…
…but your body is constantly trying to control side-to-side motion with every single step.
Every time you land on one leg, your body has to stabilize the pelvis against gravity.
If you don’t have enough control through the sides of the body — especially around the trunk and hips — the pelvis can begin to drop excessively during stance.
And when that happens, the body often compensates elsewhere.
That can create increased stress and movement variability through:
• the knees
• ankles
• low back
• and even the feet
The body will always try to find stability somewhere.
The question is whether it’s doing it efficiently.
One very simple screening tool we use for this is the side plank.
Can you hold a side plank for roughly 20–30 seconds with good control?
That alone can give valuable information about:
• lateral trunk stability
• pelvic control
• endurance
• and force management
Now, the side plank itself doesn’t perfectly replicate running.
But if that position is particularly difficult, it often tells us there’s more to investigate.
From there, we can break things down further to understand:
• where control is being lost
• what muscles are compensating
• and how that may influence running mechanics
Because efficient running isn’t just about moving forward well.
It’s also about controlling the forces trying to pull you side to side with every stride.
What Can A Single Leg Squat Tell Me as a Runner?
Why does the single-leg squat matter so much for runners?
Because it’s one of the simplest ways to assess:
• strength
• mobility
• balance
• coordination
• stability
• and force control
all at the same time.
And that combination matters because running is essentially a repeated series of controlled single-leg loading events.
Every time your foot hits the ground, your body has to:
• absorb force
• stabilize
• control motion
• and then generate power back out of that position
That midstance phase of running is very similar to a rapid mini single-leg squat.
So when we assess a single-leg squat, we’re not just asking:
“Can you do it?”
We’re looking at the QUALITY of the movement.
For example:
• What happens to the knee position?
• Does the pelvis stay controlled?
• Does the trunk excessively lean or rotate?
• Can force be generated smoothly?
• Is the movement controlled or shaky?
• Does one side look very different than the other?
Sometimes the body compensates by shifting power demands upward into the trunk and hips because the lower leg isn’t generating or controlling force efficiently.
Sometimes limited ankle mobility changes the entire movement strategy.
Sometimes poor pelvic control creates instability all the way down the chain.
The single-leg squat gives us a quick snapshot of how your body manages force during a movement pattern that closely resembles the demands of running.
And if deficits show up there…
there’s a very good chance they’re also influencing:
• stride mechanics
• running efficiency
• force absorption
• and power generation during midstance.
Why Are Heel Raises Not Enough As a Runner? In Wallingford CT
Why doesn’t one type of heel raise give enough information for runners?
Because your calf muscles work differently depending on the position of your knee.
And that matters A LOT for running.
Your calves are one of the primary drivers of forward propulsion during your stride.
They help:
• absorb force
• store elastic energy
• stabilize the ankle
• and create push-off power
But the calf complex is made up of different muscles that contribute differently depending on the movement demand.
For example:
The gastrocnemius (the larger upper calf muscle) works most effectively when the knee is relatively straight.
The soleus (the deeper lower calf muscle) becomes more dominant when the knee is bent.
That means if we only test one position, we may completely miss a deficit that shows up during a different phase of running.
That’s why runner-specific calf testing should include:
• double-leg heel raises
• single-leg heel raises with a straight knee
• and single-leg heel raises with a bent knee
Each position tells us something different about:
• strength
• endurance
• stability
• force production
• and movement control
A lot of runners notice that one variation feels:
• weaker
• shakier
• less coordinated
• or more fatiguing than the others
And that difference can give valuable information about what your body may struggle with during certain phases of your stride.
In general, runners should be able to perform roughly 10–20 quality single-leg heel raises with consistent height and control.
Because if your calf complex cannot repeatedly generate force efficiently…
it becomes much harder to create an effective push-off during running.
And over time, that can influence:
• stride efficiency
• fatigue
• power generation
• and tissue loading throughout the lower leg.
Toe Control: Is it the Difference Between Setting PR's or Injury? In Cromwell CT
How smart is your foot?
Your foot is more than just a structure that hits the ground.
It’s one of the most important sensory and control systems in your entire body.
Every running step requires your foot to constantly adapt to:
• changing terrain
• impact forces
• body position
• balance demands
• and push-off angles
Your brain and foot are in constant communication to help you:
• absorb shock
• stabilize
• transfer force
• and generate propulsion efficiently
If that control system isn’t functioning well, your body will still find a way to move…
…but often with compensations that become less efficient over time.
And over thousands of running steps, those small inefficiencies can add up.
That’s why foot assessments are about much more than just “strength.”
Sometimes the first thing we assess is simply:
How well can you control your foot?
For example:
• Can you spread your toes independently?
• Can you move your big toe separately from the others?
• Can you control the arch without curling the toes excessively?
• Can you feel and coordinate pressure through different parts of the foot?
These may seem like small details…
but they can significantly influence how your body absorbs and creates force while running.
A lot of runners discover they have very little awareness or control of their feet until they actually test it.
And that’s important.
Because many times, improving foot function starts with improving mind-body awareness BEFORE we even begin more advanced strength or mobility work.
You can’t effectively control what your brain struggles to sense and coordinate.
And for runners, the foot is one of the most important control centers in the entire system.
How Long Should I Warm Up for as a Runner? In Southington CT
“How long should I warm up before running?”
One of the most common questions I get…
And the answer depends on two major things:
What type of run are you about to do?
What has your body been feeling lately?
Not every run requires the same warm-up.
If you’re heading out for an easy run and:
• you’ve been relatively healthy
• you’re not dealing with a recent injury
• and your normal aches and pains feel manageable
then your warm-up can often stay pretty simple.
For many runners, that may look like:
• 1–2 minutes of dynamic movement
• followed by the first 5–10 minutes of the run at an easier pace
That gradual build-in often acts as part of the warm-up itself.
Now compare that to a speed workout or harder quality session.
If you’re asking your body to push the pace harder, the warm-up needs to prepare your system for higher force production and faster turnover.
In that situation, a better progression may look like:
• a short dynamic warm-up
• 5–10 minutes of easy jogging
• followed by strides or controlled accelerations
before starting the workout itself.
And then there’s the third category:
The runner returning from injury or currently dealing with nagging symptoms.
That’s where warm-ups often need to become more individualized.
Instead of just “warming up,” we may also need:
• specific muscle activation
• mobility work
• control drills
• or corrective exercises
to help prepare the body for loading more efficiently.
For those runners, spending 5–10+ minutes preparing before the run may make a huge difference in:
• comfort
• running mechanics
• symptom management
• and overall performance
The important takeaway:
A warm-up should match BOTH:
• the demands of the run
• and the current needs of your body
Not every runner needs an elaborate routine every day.
But the more stress you’re asking your body to handle — or the more your body is struggling — the more preparation usually matters.
How Long Should I Warm Up for as a Runner? In Southington CT
“How long should I warm up before running?”
One of the most common questions I get…
And the answer depends on two major things:
What type of run are you about to do?
What has your body been feeling lately?
Not every run requires the same warm-up.
If you’re heading out for an easy run and:
• you’ve been relatively healthy
• you’re not dealing with a recent injury
• and your normal aches and pains feel manageable
then your warm-up can often stay pretty simple.
For many runners, that may look like:
• 1–2 minutes of dynamic movement
• followed by the first 5–10 minutes of the run at an easier pace
That gradual build-in often acts as part of the warm-up itself.
Now compare that to a speed workout or harder quality session.
If you’re asking your body to push the pace harder, the warm-up needs to prepare your system for higher force production and faster turnover.
In that situation, a better progression may look like:
• a short dynamic warm-up
• 5–10 minutes of easy jogging
• followed by strides or controlled accelerations
before starting the workout itself.
And then there’s the third category:
The runner returning from injury or currently dealing with nagging symptoms.
That’s where warm-ups often need to become more individualized.
Instead of just “warming up,” we may also need:
• specific muscle activation
• mobility work
• control drills
• or corrective exercises
to help prepare the body for loading more efficiently.
For those runners, spending 5–10+ minutes preparing before the run may make a huge difference in:
• comfort
• running mechanics
• symptom management
• and overall performance
The important takeaway:
A warm-up should match BOTH:
• the demands of the run
• and the current needs of your body
Not every runner needs an elaborate routine every day.
But the more stress you’re asking your body to handle — or the more your body is struggling — the more preparation usually matters.
How Can I Fix My Overstriding? In West Hartford CT
“How do you fix overstriding?
One of the easiest places to start is cadence.
A lot of runners who overstride tend to run with a stride that is slightly too long and a turnover that is slightly too slow.
By increasing cadence and shortening stride length slightly, the foot will often begin landing closer to underneath the body naturally.
For most runners, cadence commonly falls somewhere between 160–200 steps per minute, with many runners finding a comfortable range around 170–180.
The exact number isn't the goal.
The goal is improving where the foot lands relative to the body.
Sometimes a small increase in cadence is enough to significantly reduce overstriding.
But not always.
If you're still overstriding despite increasing turnover, there are usually other mechanics that need to change.
One cue I frequently use is:
"Run from the hips."
Instead of thinking about reaching farther in front of you, think about driving the body forward by creating push-off behind you.
When propulsion improves behind the body, the foot often lands closer underneath the body automatically.
Another cue that can be helpful is:
"Pull to pose."
By thinking about pulling the knee upward and cycling the leg through more efficiently, many runners naturally reduce the amount of time spent reaching forward with the foot.
As a result:
• the front side of the stride becomes quicker
• the foot spends less time reaching
• and landing often occurs closer underneath the center of mass
The important thing to remember is that cues are highly individual.
What works immediately for one runner may do absolutely nothing for another.
Some runners respond best to cadence changes.
Some respond to propulsion cues.
Some respond to knee drive cues.
And others require a completely different approach.
That's why gait retraining is rarely about finding the "perfect cue."
It's about finding the cue that creates the desired movement change for YOUR body.
The goal isn't to make running look different.
The goal is to improve efficiency, reduce unnecessary braking forces, and create a stride that better absorbs and transfers force over thousands of steps.
What is a "Collapser" in Running? In Wethersfield CT
What is a "collapser" in running?
One of the common gait patterns we look for is what I often refer to as a "collapser."
This is a runner who tends to lose control toward their midline during mid-stance.
In other words, when they accept their full body weight on one leg, everything starts drifting inward.
You might see:
• the knee move toward the midline
• the thigh rotate inward
• the foot excessively flatten or overpronate
• the pelvis lose some stability
Many runners describe this as:
"I feel like I run knock-kneed."
Or:
"I always wear out the inside of my shoes."
Sometimes this pattern shows up on both sides.
But very often it's much more noticeable on one leg than the other.
That's important because asymmetries can create very different loading patterns from side to side.
Now, it's important to understand that some inward movement is completely normal.
Running isn't about keeping every joint perfectly stacked and rigid.
The issue occurs when the body loses its ability to CONTROL that motion.
When that happens, the muscles responsible for stabilizing the hip, knee, and foot aren't adequately controlling the rate at which body weight is being accepted.
As the pelvis drops excessively on the opposite side and the leg moves inward, additional stress can be placed throughout the kinetic chain.
Two complaints I commonly see associated with this pattern are:
• IT band irritation
• shin splints
That doesn't mean this movement pattern automatically causes those injuries.
But excessive hip drop and poor frontal-plane control are commonly observed in runners with a variety of running-related injuries.
One of the reasons we perform detailed movement testing is to identify WHY the collapse is occurring.
Some of the most common findings include:
• difficulty controlling the knee during a single-leg squat
• poor side plank endurance or lateral trunk stability
• reduced hip strength and pelvic control
• limited ankle mobility
• difficulty controlling force during single-leg loading tasks
These tests help us determine whether the collapse is primarily being driven by the foot and ankle, the hip, the trunk, or a combination of multiple factors.
Because the knee is often where we SEE the problem.
But the actual source of the problem may be coming from somewhere above or below it.
The goal isn't to create perfectly straight running mechanics.
The goal is to improve your ability to control force efficiently when your body is loaded on a single leg.
And that's exactly what happens with every step you take while running.
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