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Heel & Foot Pain Treatment

Heel Pain? Let's Figure Out What's Actually Going On.

Heel pain doesn't mean you stop running or training. Our fellowship-trained Doctors of PT diagnose the root cause — plantar fasciitis, Achilles tendinopathy, or stress fracture — and build a plan to get you back to full activity.

What's Causing Your Heel Pain?

Heel pain isn't just one thing. Click each section below to learn about the three most common causes we see in runners and athletes — and what to do about each one.

What It Is

Plantar fasciitis is inflammation or degeneration of the thick band of tissue (plantar fascia) that runs along the bottom of your foot from your heel to your toes. It's the most common cause of heel pain in runners and active adults.

Symptoms

  • Sharp pain at the bottom of the heel, especially with the first steps in the morning
  • Pain that improves with activity but worsens after prolonged rest
  • Tenderness when pressing on the inside edge of the heel bone
  • Pain that increases with barefoot walking or after long runs

What Causes It

Plantar fasciitis is typically caused by repetitive load exceeding tissue capacity. Common contributing factors include:

  • Rapid increase in training volume or intensity
  • Weak soleus and calf muscles (can't absorb impact properly)
  • Poor hip stability leading to altered foot mechanics
  • Excessive pelvic rotation during running
  • Tight Achilles tendon limiting ankle mobility
What We Do

We identify the root cause — weak soleus, poor hip power, or faulty mechanics — and build a progressive loading program to fix it. Most runners with plantar fasciitis can stay training with modifications while we rehab the tissue.

What It Is

Achilles tendinopathy is a degenerative condition of the Achilles tendon — the thick cord connecting your calf muscles to your heel bone. It develops when the tendon is repeatedly loaded beyond its capacity to adapt and recover.

Symptoms

  • Pain and stiffness at the back of the heel, especially in the morning
  • Pain that "warms up" with activity but returns after rest
  • Tenderness when squeezing the Achilles tendon
  • Visible thickening or nodules in the tendon
  • Weakness when pushing off during running or jumping

What Causes It

Achilles tendinopathy is a load-management problem. The tendon is being asked to do more than it's currently capable of handling. Contributing factors include:

  • Rapid spikes in training volume, intensity, or hill running
  • Weak calf muscles (soleus and gastrocnemius)
  • Poor running mechanics — like landing too far in front of your body or rolling your foot inward excessively when it hits the ground
  • Inadequate recovery between high-load sessions
  • Previous Achilles injury with incomplete rehab
What We Do

Tendons heal with controlled load, not rest. We use progressive eccentric loading (e.g., heavy calf raises) to build tendon capacity while modifying your training to stay below the pain threshold. Most runners can continue training through Achilles rehab.

What It Is

A stress fracture is a small crack in the bone caused by repetitive loading without adequate recovery. In the heel, stress fractures most commonly occur in the heel bone or the small bone in the middle of the foot. These are more serious than soft tissue injuries and require an X-ray or MRI to confirm.

Symptoms

  • Localized, pinpoint pain that worsens with impact activities (running, jumping)
  • Pain that does NOT improve with warm-up (key differentiator from tendinopathy)
  • Tenderness when pressing directly on the bone
  • Pain at rest or at night (in more severe cases)
  • Swelling around the heel or foot

What Causes It

Stress fractures occur when bone breakdown exceeds bone remodeling. Common causes include:

  • Rapid increase in training load (volume or intensity)
  • Inadequate recovery between hard sessions
  • Nutritional deficiencies (low calcium, vitamin D, or overall calorie intake)
  • Hormonal imbalances — including a condition called Relative Energy Deficiency in Sport (RED-S), which happens when athletes don't eat enough to support their training load
  • Biomechanical issues leading to localized bone stress
What We Do

Stress fractures require relative rest from impact activities, but that doesn't mean full inactivity. We design cross-training programs (cycling, swimming, strength work) to maintain fitness while the bone heals. We also address the underlying biomechanical and training errors that caused the fracture in the first place.