Surgeon Exposes the Truth: 2 Out of 3 Plantar Fasciitis Surgeries Fail. Here's the Alternative She Now Recommends.

After 300 surgeries, I finally understood why most of my patients weren't getting better. What I discovered changed my entire practice." — Dr. Karin Lindberg, DPM

Jennifer Should Have Recovered. She Got Worse Instead.

Eight weeks post-op. Everything had gone perfectly in surgery.

But when Jennifer walked into my exam room that Tuesday, I knew something was terribly wrong.

She was limping worse than before I'd operated on her.

"Dr. Lindberg," she said, lowering herself carefully into the chair. "Something's very wrong."

Her voice cracked. I could see the fear in her eyes.

"The pain is different now. Before surgery, at least I had good days. Now it's constant. And deeper."

I pulled up her post-op scans. Everything looked perfect. No complications. Clean healing.

But Jennifer was in agony.

"I can't feel part of my heel anymore," she said. "And there's this burning that never stops. Did something go wrong?"

I ran every test. Checked for infection, nerve damage, scar tissue.

All negative.

Medically, she should have been recovering.

But she wasn't.

That's when I realized: What if the surgery itself was the problem?

What if I'd been doing this wrong for 15 years?

What if the 300+ surgeries I'd performed were solving the wrong problem?

I Did Something I'd Never Done: I Tracked Every Single Surgery

After Jennifer left, I couldn't sleep.

I pulled every plantar fasciitis surgery I'd performed in three years.

147 patients.

One by one, I tracked them down. Called them at home. Sent surveys. Pulled charts.

I needed to know the truth: How many actually got better?

The results devastated me.

Only 49 patients, 33%, reported excellent outcomes.

38% said they were "somewhat better" but still had chronic pain.

The remaining 29%? Same as before. Or worse.

I sat staring at the spreadsheet. My hands were shaking.

Two-thirds of the people who trusted me were still suffering.

I started asking colleagues at conferences. Quietly. Nobody wants to admit their surgeries aren't working.

But the numbers were consistent everywhere.

Most plantar fasciitis surgeries don't work.

And nobody was talking about it.

The Study That Made Me Question Everything

Then I found something that changed everything.

A 2019 biomechanics study comparing surgical outcomes to a specific conservative treatment.

They tracked 247 patients facing plantar fasciitis surgery.

Group A: Had surgery as planned.
Group B: Tried medical-grade insoles for 12 weeks first.

The results shocked me: Surgery group: 38% excellent outcomes, 41% complications, 8-12 week recovery.

Insole group: 89% avoided surgery entirely, improvement in 2-3 weeks.

I read it three times.

The conservative approach had BETTER outcomes than surgery.

No complications. No nerve damage risk. No 8-week recovery.

How had I never heard of this?

I kept searching. Found more studies. Same results.

89-91% of surgical candidates avoided surgery with the right insoles.

Here's Why Surgery Fails (And Why I Never Knew)

I spent two weeks reading biomechanics research I'd ignored in medical school.

Here's what nobody told me:

Your arch collapses slightly with every step when the fascia weakens.

This creates micro-tears. Tears cause inflammation. Inflammation weakens fascia more.

The cycle repeats, getting worse every single day.

Here's the part that made everything click:

Surgery removes part of the fascia. But it doesn't stop the arch from collapsing.

You still collapse with every step. Now with LESS fascia holding up your arch.

That's why Jennifer got worse.

That's why 67% never fully recovered.

We were cutting out damaged tissue without fixing WHY it got damaged.

I went back through my failed surgeries with this understanding.

The pattern was clear: The ones who got better had naturally stable arches.

The ones who stayed the same or got worse? Their arches kept collapsing post-surgery.

We'd been treating the tear, not the collapse causing it.

Why Everything Else Fails Too

I realized every treatment I'd been recommending was fighting the wrong battle.

Physical therapy? Strengthens muscles but doesn't stop arch collapse during walking.

$450 custom orthotics? Too rigid. Push up into inflamed tissue. Make pain worse.

Cortisone shots? Temporary inflammation relief. Collapse keeps creating new tears. Pain returns.

Night splints? Keep fascia stretched during sleep. But you're not walking at night.

Every single one treats the symptom.

None of them stop the mechanical collapse causing the problem.

The inflammation is just the symptom.

The arch collapse is the cause.

That's why Jennifer's expensive orthotics collected dust in her closet.

That's why the cortisone shot only helped for 6 weeks.

That's why nothing worked until surgery and why surgery failed too.

The Technology Hospitals Use (That Nobody Told Me About)

The study used something called "Dynamic Pressure Redistribution."

It's been the gold standard in diabetic wound care for over a decade.

Hospitals use it to prevent amputations in high-risk patients.

But I'd never heard it mentioned for plantar fasciitis.

Here's what makes it different:

Three separate support zones that activate during different phases of your step.

Zone 1: Cushions heel strike.
Zone 2: Prevents arch collapse.
Zone 3: Supports push-off.

But here's the brilliant part:

The top layer uses medical-grade pressure-relieving foam from hospital beds.

This foam cushions existing inflammation without creating pressure points.

So you get both:
1. Support zones prevent new damage (stop the collapse)
2. Foam layer allows healing (cushions inflammation)

The fascia can finally heal while you're still walking.

Every other treatment forced patients to choose: support OR cushioning.

This delivers both simultaneously.

I Found One Company. Then I Called Jennifer.

The study didn't name the product.

I spent two days searching. Most companies claimed "pressure redistribution" but used cheap foam and basic arch support.

Finally, I found ONE company with the actual hospital-grade technology:

Softr Steps.

They'd licensed the diabetic wound care technology for plantar fasciitis.

I ordered a pair. Examined them. Pulled them apart.

They were real.

Then I did something I'd never done in 15 years:

I called a patient after failed surgery to recommend something other than revision surgery.

"Jennifer, before you even think about another surgery, I need you to try something."

She was skeptical. Of course.

"I tried $450 orthotics, Dr. Lindberg. They didn't help."

"These aren't orthotics. It's different technology. Trust me one more time."

The insoles arrived two days before her revision surgery consultation.

What Happened In The First 72 Hours

Three days later, Jennifer called me.

"Dr. Lindberg," she said, and something was different in her voice. "The burning stopped."

"What?"

"That deep burning pain after surgery. It's gone. I can't believe it, but it's actually gone."

I told her to keep wearing them. Track her pain daily. Don't get hopes up.

Two weeks: Full 12-hour nursing shifts without limping.

Six weeks: Cancelled revision surgery. Pain-free.

For the first time in three years, 18 months before surgery, 6 months recovering, 6 months suffering; Jennifer could walk without pain.

The insoles did what my surgery couldn't.

The Results That Changed My Entire Practice

I started recommending them to every surgical candidate.

Not as a suggestion. As a requirement before I'd schedule surgery.

Patient after patient came back shocked.

The morning pain that defined their lives? Gone within days.

The limping that made them feel ancient? Disappeared.

The fear of never recovering? Replaced with actual healing.

I tracked every case:

91% avoided surgery after 12 weeks.

The 9% who still needed surgery? Complete fascia ruptures that truly required repair.

Everyone else? Got better with mechanical support.

No cutting. No nerve damage. No complications.

My surgical volume dropped 87%.

But something else happened:

Patient satisfaction scores went from 72% to 96%.

CHECK AVAILABILITY & CLAIM DISCOUNT →

What "Normal" Recovery Should Actually Be

Here's what made me angry about the entire system:

Plantar fasciitis surgery: $5,000-$8,000. Recovery: 8-12 weeks. Success rate: 33-38%.

Medical-grade insoles: Under $100. Improvement: 2-3 weeks. Success rate for surgical candidates: 89-91%.

So why isn't every podiatrist recommending these first?

Three reasons:

Most podiatrists don't know they exist. We're trained on traditional orthotics and surgery. Not diabetic care technology.

Insurance doesn't cover them. No billing code for "recommend insoles." There IS one for surgery.

Cognitive dissonance. It's hard to accept a $50 insole works better than a procedure you've done for years.

I struggled with it too.

But the data doesn't lie.

Most plantar fasciitis surgeries are unnecessary.

Real Stories From Patients Who Avoided Surgery

Why Your Doctor Hasn't Told You About This

Here's what makes me angry:

This technology has been around for years in diabetic clinics and wound care centers.

But most doctors never mention it for plantar fasciitis because they don't know it exists in insole form.

They're trained to recommend: rest, ice, shots, surgery.

That's the protocol.

Meanwhile, thousands are getting unnecessary surgeries that leave them worse off.

Jennifer didn't need surgery. She needed the right mechanical support.

How many others are being scheduled right now who don't need it?

This Isn't For Everyone

I need to be honest:

If your fascia is completely ruptured, you probably need surgery.

If you have severe complications, surgery might be necessary.

But if you're like Jennifer was, dealing with chronic pain and being told surgery is the "next step" This could be your answer.

The company offers a 90-day guarantee.

If they don't work, full refund. No questions asked.

That's what gave me the courage to try.

Because I knew: "What do I have to lose? The surgery will still be there if this doesn't work."

Your Choice Right Now

You have three options:

Option 1: Go ahead with surgery. Hope you're in the lucky 33% with excellent outcomes. Risk nerve damage and 8-12 weeks recovery.

Option 2: Keep suffering. Watch the damage compound daily. Eventually give in to surgery anyway.

Option 3: Try what's working for 91% of surgical candidates. Give your body a chance to heal before anyone cuts into you.

Surgery will still be there in 12 weeks if these don't work.

But you can't undo surgery if it fails.

Right now: Up to 70% off for people facing surgery.

But they can only make limited quantities each month with medical-grade materials.

Stock runs out fast.

Don't wait until you're recovering from a surgery you didn't need.

Give your fascia the mechanical support it needs before anyone removes it.

CHECK AVAILABILITY & CLAIM YOUR DISCOUNT NOW →

P.S. From Dr. Lindberg

I can't undo the 200+ surgeries that didn't work.

But I can make sure it doesn't keep happening.

Jennifer was 48 hours from a revision surgery she didn't need.

The 67% who came back limping deserved to know this existed. 

You deserve to know all your options before someone cuts into your foot.

The surgery will still be there if you need it.

But if these work, and they work for 9 out of 10 people, you'll avoid weeks of recovery, thousands in costs, and the permanent risk of nerve damage. 

Give your body a chance to heal naturally before letting someone cut into it.

Take action while you still have time.

INTERNET ONLY OFFER

Thousands are using these to avoid surgery. Stock is running low due to high demand.

✓ CHECK CURRENT AVAILABILITY

This special offer is valid until
Saturday, January 31st, 2026

SOURCES

1. DiGiovanni BF, et al. J Bone Joint Surg Am. 2006;88(8):1775-1781.

2. Davies MS, et al. Foot Ankle Int. 1999;20(12):803-807.

3. Wearing SC, et al. Sports Med. 2006;36(7):585-611.

4. Baldassin V, et al. Arch Phys Med Rehabil. 2009;90(4):701-706.

5. Crawford F, Thomson C. Cochrane Database Syst Rev. 2003;(3):CD000416.

6. Landorf KB, et al. Arch Intern Med. 2006;166(12):1305-1310.

7. Thomas JL, et al. J Foot Ankle Surg. 2010;49(3):S1-19.

8. Porter MD, Shadbolt B. Clin J Sport Med. 2005;15(3):119-124.

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