Haglund’s Deformity/Bursitis

What Is Haglund’s Deformity? Understanding the Condition

If you have ever noticed a hard, painful bump on the back of your heel -- especially near the top where your shoe presses -- you may be dealing with a condition known as Haglund's deformity. Often called a "pump bump" because of its association with rigid-backed footwear, this bony enlargement of the calcaneus (heel bone) can cause significant discomfort and limit your ability to walk, run, or even stand comfortably. The good news is that physiotherapy offers a highly effective, non-surgical path to recovery. At Vaughan Physiotherapy, we see patients with Haglund's deformity regularly and help them return to pain-free activity through evidence-based conservative treatment.

Haglund's deformity is a structural abnormality of the posterior-superior aspect of the calcaneus -- the upper-back corner of the heel bone. First described by Swedish orthopaedic surgeon Patrick Haglund in 1928, it presents as a visible bony prominence that projects outward from the heel. This enlargement creates mechanical irritation of the surrounding soft tissues, most notably the retrocalcaneal bursa (a small fluid-filled sac that cushions the space between the Achilles tendon and the bone) and the distal insertion of the Achilles tendon itself.

When the bony prominence repeatedly rubs against the rigid heel counter of a shoe, it triggers an inflammatory cascade. The retrocalcaneal bursa becomes swollen and inflamed -- a condition called retrocalcaneal bursitis -- and the Achilles tendon may develop insertional tendinopathy at its attachment point (Mazura et al., 2022, Journal of Orthopaedic Surgery and Research). In clinical practice, the combination of Haglund's deformity with retrocalcaneal bursitis and insertional Achilles tendinopathy is frequently referred to as "Haglund's syndrome" or "Haglund's triad."

The condition is sometimes confused with a simple heel spur, but they are distinct entities. A heel spur (calcaneal spur) typically forms on the underside of the heel at the plantar fascia attachment, whereas Haglund's deformity develops at the posterior-superior margin of the calcaneus. Accurate diagnosis is important because the treatment approach differs between the two.

Anatomy of the Posterior Heel

Understanding why Haglund's deformity causes so much trouble requires a brief look at the anatomy of the posterior heel. Several critical structures converge in a remarkably small space:

• The calcaneus (heel bone) is the largest bone in the foot and bears much of your body weight during standing and walking. Its posterior-superior tuberosity is the attachment point for the Achilles tendon and the location where Haglund's bony enlargement develops.
• The Achilles tendon is the thickest and strongest tendon in the human body, connecting the gastrocnemius and soleus muscles of the calf to the calcaneus. It transmits enormous forces during push-off in walking and running -- forces that can reach six to eight times body weight during sprinting.
• The retrocalcaneal bursa sits in a small wedge-shaped space between the anterior surface of the Achilles tendon and the posterior-superior surface of the calcaneus. Its role is to reduce friction as the tendon glides over the bone during ankle movement. When Haglund's bony prominence enlarges this area, the bursa becomes compressed and inflamed.
• The subcutaneous calcaneal bursa (also called the retroachilleal bursa) lies between the skin and the Achilles tendon. This superficial bursa can also become irritated by shoe pressure, contributing to the visible swelling and redness often seen in Haglund's deformity.

The posterior heel angle -- sometimes measured on lateral foot X-rays using Fowler and Philip's angle or the parallel pitch lines method -- determines how prominent the calcaneal tuberosity is. Research by Tang et al. (2022, Tomography) has demonstrated that specific radiographic measurements can help clinicians quantify the severity of Haglund's deformity and guide treatment decisions. Individuals with a naturally higher posterior calcaneal angle are biomechanically predisposed to developing the condition.

What Causes Haglund's Deformity?

Haglund's deformity arises from a combination of structural, biomechanical, and external factors:

• Hereditary foot structure plays a significant role. Individuals who inherit a prominent posterior-superior calcaneal tuberosity, a high-arched foot (pes cavus), or a tight Achilles tendon are at greater risk. A high arch tilts the calcaneus backward, driving the posterior-superior corner into the Achilles tendon and retrocalcaneal bursa with every step.
• Footwear is the most modifiable risk factor. Rigid-backed shoes -- particularly women's pumps (hence the name "pump bump"), men's dress shoes, ice skates, and ski boots -- place sustained pressure on the posterior heel. Over time, this external compression irritates the soft tissues overlying the bony prominence and accelerates inflammation. The condition earned its colloquial name because of the high prevalence among women who regularly wear high-heeled pumps with stiff heel counters.
• Biomechanical abnormalities contribute as well. A supinated (inverted) rearfoot gait pattern, tight gastrocnemius-soleus complex, and limited ankle dorsiflexion all increase stress on the posterior heel. When the calf muscles are tight, the Achilles tendon pulls more forcefully on the calcaneal attachment, compressing the retrocalcaneal bursa against the bony prominence.
• Overuse and repetitive stress from running, jumping, or prolonged standing can aggravate the condition. Athletes -- especially runners who increase their training volume too quickly -- are particularly susceptible.
• Age and degeneration also play a role. As the Achilles tendon loses elasticity with age, it becomes less able to accommodate the mechanical irritation caused by the bony prominence (Mansur et al., 2020, Revista Brasileira de Ortopedia).

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Why Physiotherapy Is the First-Line Treatment

Conservative management is widely recommended as the initial treatment approach for Haglund's deformity. A comprehensive review of the literature confirms that non-operative strategies -- centred on physiotherapy, footwear modification, and activity management -- successfully resolve symptoms in the majority of patients without the need for surgery (Mansur et al., 2020, Revista Brasileira de Ortopedia). Physiotherapy addresses Haglund's deformity on multiple fronts:

Pain and inflammation control

Manual therapy techniques, ice application, therapeutic ultrasound, and low-level laser therapy can reduce acute inflammation in the retrocalcaneal bursa and Achilles tendon insertion. Some clinics also incorporate extracorporeal shockwave therapy (ESWT), which has shown promise for insertional Achilles tendinopathy. A randomized clinical trial protocol by Mansur et al. (2017, BMJ Open) investigated shockwave therapy combined with eccentric strengthening for insertional Achilles tendinopathy, highlighting the growing evidence base for this modality.

Restoring flexibility

Tightness in the gastrocnemius and soleus muscles is a key driver of Haglund's-related pain. A structured stretching program targeting the calf complex can reduce tension on the Achilles tendon, decrease compression of the retrocalcaneal bursa, and improve ankle dorsiflexion range of motion. Physiotherapists prescribe specific stretching protocols -- including wall stretches, incline board stretches, and sustained holds -- tailored to each patient's baseline flexibility.

Eccentric strengthening

The Alfredson eccentric heel-drop protocol is a cornerstone of Achilles tendinopathy rehabilitation and is directly applicable to Haglund's syndrome. Eccentric exercises stimulate tendon remodelling, improve load tolerance, and reduce pain. They are typically performed on a step, with the patient slowly lowering the heel below the step level using body weight as resistance.

Biomechanical correction

Physiotherapists assess gait, foot posture, and lower limb alignment to identify contributing biomechanical factors. Custom or prefabricated orthotic insoles can correct excessive supination, redistribute pressure away from the posterior heel, and provide a slight heel lift that reduces Achilles tendon tension. Footwear education is an essential component -- patients are guided toward shoes with soft, flexible heel counters and adequate cushioning.

Load management and activity modification

For active patients and athletes, a graduated return-to-activity program ensures that the healing tissues are not overloaded too quickly. Cross-training with low-impact activities such as swimming or cycling can maintain cardiovascular fitness while the posterior heel recovers.

Research supports the effectiveness of conservative treatment. S et al. (2024, Cureus) reported on functional outcomes following surgical intervention for Haglund's syndrome, but importantly noted that surgery is reserved for patients who fail a prolonged course of conservative care -- underscoring that non-operative management is the appropriate starting point. Similarly, di Chio et al. (2016, BJR Case Reports) described a case of persistent Haglund's disease after conventional treatments that required innovative intervention, emphasizing that most patients respond well to standard conservative approaches before escalation is considered.

Expected Recovery Timeline

Recovery from Haglund's deformity with physiotherapy varies depending on symptom severity, duration of the condition, and patient compliance. Here is a general timeline:

Weeks 1 to 3 -- Acute Phase.

• The primary focus is reducing pain and inflammation. Treatment includes ice therapy, activity modification, anti-inflammatory measures, footwear changes (switching to open-backed or soft-heeled shoes), and gentle range-of-motion exercises. A heel lift or gel pad may be placed inside shoes to reduce direct pressure on the bump. Most patients notice a meaningful reduction in pain during this phase.

Weeks 3 to 8 -- Subacute/Strengthening Phase

• As inflammation subsides, the programme shifts toward restoring flexibility and building tendon strength. Eccentric heel drops, calf stretching, and intrinsic foot strengthening exercises are introduced progressively. Manual therapy -- including soft tissue mobilization and joint mobilization of the ankle and subtalar joints -- continues. Patients typically begin to tolerate longer periods of standing and walking.

Weeks 8 to 16 -- Functional Rehabilitation Phase.

• The emphasis moves to sport-specific or activity-specific rehabilitation. Proprioceptive training, plyometric loading (for athletes), and graduated return to running or jumping are introduced. Orthotic fitting is finalized during this phase. Most patients with mild to moderate Haglund's deformity achieve full symptom resolution within this window.

Months 4 to 6 (and beyond) -- Maintenance Phase.

• Patients with chronic or severe Haglund's syndrome may require a longer rehabilitation course. Ongoing home exercise, footwear management, and periodic physiotherapy check-ins help prevent recurrence. Surgery is only considered after six or more months of unsuccessful conservative treatment.

Treatment Techniques Used at Vaughan Physiotherapy

At Vaughan Physiotherapy, our approach to Haglund's deformity integrates multiple evidence-based techniques:

Manual therapy and soft tissue release.

• Our physiotherapists use hands-on techniques including deep transverse friction massage to the Achilles tendon insertion, myofascial release of the calf muscles, and joint mobilization of the ankle and subtalar joints. These techniques improve tissue mobility, reduce pain, and restore normal joint mechanics.

Eccentric exercise programming.

• We prescribe individualized eccentric strengthening protocols based on each patient's pain level, strength, and functional goals. The classic Alfredson protocol involves performing eccentric heel drops from a step -- both with the knee straight (targeting the gastrocnemius) and with the knee slightly bent (targeting the soleus) -- twice daily. We modify loading parameters as the patient progresses.

Shockwave therapy (ESWT).

• For patients with stubborn insertional Achilles tendinopathy associated with Haglund's deformity, we may incorporate radial or focused shockwave therapy. This modality delivers acoustic energy to the affected tissue, stimulating a healing response and reducing chronic pain. The evidence base for ESWT in insertional Achilles tendinopathy continues to grow, with protocols such as those described by Mansur et al. (2017, BMJ Open) demonstrating its potential when combined with exercise therapy.

Therapeutic ultrasound and laser therapy

• These modalities can complement manual therapy and exercise by promoting tissue healing, reducing inflammation, and managing pain in the acute and subacute phases.

Custom orthotics and footwear guidance.

• We work with patients to identify footwear that minimizes pressure on the posterior heel. When indicated, we prescribe custom orthotic insoles with a slight heel raise and rearfoot posting to optimize biomechanics and offload the Achilles tendon insertion. Simple modifications such as using silicone heel cups or adhesive moleskin padding on the inside of the shoe's heel counter can also provide immediate relief.

Taping and bracing

• Kinesiology taping techniques can offload the Achilles tendon and provide proprioceptive feedback during activity. For patients with significant inflammation, a short period of immobilization in a walking boot may be recommended to allow the acute flare to settle.

Education and self-management

• We empower patients with a thorough understanding of their condition, including what triggers symptoms, how to modify activities, and how to perform their home exercise program correctly. Education is a critical component of long-term success and recurrence prevention.

How to Prevent Haglund's Deformity From Recurring

Prevention is always better than treatment. Once your Haglund's deformity symptoms have resolved, the following strategies can help keep them from returning:

Choose footwear wisely.

Avoid rigid-backed shoes whenever possible. Look for shoes with a soft, padded heel counter, or wear open-backed shoes when appropriate. If you must wear dress shoes or boots with a firm heel counter, apply moleskin or gel padding to reduce friction.

Maintain calf flexibility

A daily calf stretching routine -- holding each stretch for 30 seconds, three repetitions per leg -- helps keep the gastrocnemius and soleus muscles supple and reduces tension on the Achilles tendon.

Continue eccentric strengthening

Even after symptoms resolve, performing eccentric heel drops two to three times per week as a maintenance exercise can protect the Achilles tendon from future irritation.

Use orthotic support

If you have a high-arched foot or a tendency toward heel supination, continue wearing your orthotic insoles to maintain optimal foot mechanics.

Manage training loads

Athletes should follow the 10% rule -- increasing weekly training volume by no more than 10% -- to avoid overloading the posterior heel. Incorporate rest days and cross-training into your routine.

Monitor for early signs

If you notice the beginning of posterior heel pain, redness, or swelling, address it immediately with ice, activity modification, and a return to your stretching program. Early intervention prevents the inflammatory cycle from escalating.

Frequently Asked Questions

• What does Haglund's deformity look like?
  • Haglund's deformity presents as a visible, hard bump on the back of the heel, just above where your shoe's heel counter sits. The surrounding skin may appear red, swollen, or calloused. In some cases, there is a noticeable soft tissue swelling lateral to the Achilles tendon caused by an inflamed retrocalcaneal or subcutaneous bursa.
• Is Haglund's deformity the same as Achilles tendinitis?
  • Not exactly. Haglund's deformity is a bony abnormality of the calcaneus, whereas Achilles tendinitis (or tendinopathy) refers to degeneration or inflammation of the Achilles tendon itself. However, the two conditions frequently coexist. The bony prominence of Haglund's deformity irritates the Achilles tendon at its insertion, causing insertional Achilles tendinopathy. This combination, along with retrocalcaneal bursitis, is referred to as Haglund's syndrome.
• Can Haglund's deformity go away without surgery?
  • The bony prominence itself does not disappear without surgical removal. However, the pain and inflammation caused by Haglund's deformity can be fully resolved with conservative treatment in the majority of patients. Physiotherapy, footwear modification, orthotics, and activity management can eliminate symptoms and restore normal function, making surgery unnecessary for most people.
• How long does it take to recover from Haglund's deformity?
  • Most patients experience significant improvement within 6 to 12 weeks of starting physiotherapy. Mild cases may resolve in as little as 3 to 4 weeks, while chronic or severe cases can take 4 to 6 months. Consistent adherence to your exercise program and footwear modifications is the most important factor in determining recovery speed.
• Should I stop running if I have Haglund's deformity?
  • You do not necessarily need to stop running entirely, but you should reduce your running volume and avoid hills and speed work during the acute phase. Your physiotherapist will guide you through a graduated return-to-running program that progressively increases load on the Achilles tendon as healing progresses. Cross-training with cycling or swimming can maintain fitness during the recovery period.
• What shoes should I wear with Haglund's deformity?
  • Choose shoes with a soft, flexible heel counter and good cushioning. Open-backed shoes such as clogs or sandals are ideal during flare-ups. Avoid rigid-backed pumps, dress shoes, ice skates, and ski boots when symptoms are active. When closed-backed shoes are necessary, add a silicone heel cup or moleskin padding to the inside of the heel counter to reduce friction against the bump.
• When is surgery needed for Haglund's deformity?
  • Surgery is considered only after a minimum of six months of conservative treatment has failed to provide adequate relief. Surgical options include resection of the bony prominence (Haglund excision), endoscopic calcaneoplasty, and, in cases with significant Achilles tendon damage, tendon debridement with reattachment. Anastasio et al. (2023, Video Journal of Sports Medicine) described a Haglund excision with suture bridge repair technique, but this remains a last-resort option for refractory cases.

Take the First Step Toward Pain-Free Heels

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Phone: 905-669-1221

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