A gluteus medius tear is one of the more significant hip injuries that can occur, yet it is frequently misdiagnosed or confused with other outer hip conditions. Many people with a gluteus medius tear spend months being treated for trochanteric bursitis or gluteal tendinopathy before an MRI reveals that the tendon has actually torn. Understanding the specific symptoms of a tear, how they differ from the more common tendinopathy presentation, and what the diagnostic and treatment pathway looks like can significantly shorten this often-frustrating journey.
This guide covers the specific symptoms of a gluteus medius tear, how to recognise them, how they are diagnosed accurately, and what treatment and recovery looks like across the spectrum from partial to complete tears.
What a Gluteus Medius Tear Is
As described in the gluteus medius tendon article on this site, the gluteus medius muscle attaches to the greater trochanter of the femur via its tendon. A tear occurs when some or all of the fibres of this tendon are disrupted, ranging from a small partial tear within the tendon substance to a complete full-thickness tear that fully detaches the tendon from the bone.
The mechanism of injury:
Gluteus medius tears can occur through two distinct mechanisms:
Acute traumatic tears: A sudden, high-force event such as a fall onto the hip, a sudden change of direction during sport, or a direct blow to the outer hip can produce an acute tear. These are more common in younger, active individuals.
Degenerative tears: More common than acute tears, these develop gradually from pre-existing tendinopathy. The already-structurally-compromised tendon progressively fails under repetitive loading until a tear develops. These are more common in women over 50 and in people with longstanding gluteal tendinopathy.
The relationship between tendinopathy and tears:
It is important to understand that most gluteus medius tears do not occur in healthy tendons. The vast majority develop within the context of existing tendinopathy, where the structural changes in the tendon have reduced its tensile strength below the threshold needed to withstand normal or moderately elevated loading. This is why the symptoms of a tear often develop insidiously from an existing tendinopathy presentation rather than as a sudden acute event.
Types of Gluteus Medius Tears
Grade 1 (minor partial thickness tear):
Less than 25 percent of the tendon cross-section is involved. The tear is within the substance of the tendon or at the tendon-bone interface but involves only a small proportion of fibres. Structural integrity is largely maintained.
Grade 2 (moderate partial thickness tear):
Between 25 and 75 percent of the tendon cross-section is involved. Structural integrity is compromised but the tendon remains attached to the bone.
Grade 3 (major partial thickness tear):
More than 75 percent of the tendon cross-section is involved. Significant structural disruption with only a small proportion of fibres remaining intact.
Grade 4 (complete full-thickness tear):
Complete separation of the tendon from the greater trochanter. The muscle is fully detached from its bony insertion and can no longer transmit force to the femur.
The Specific Symptoms of a Gluteus Medius Tear
Pain Location and Character
Primary pain location: Deep outer hip pain centred over or around the greater trochanter (the bony prominence on the outer upper thigh). The pain is typically more localised and sharper than the diffuse aching of tendinopathy, particularly in acute or high-grade tears.
Pain radiation: In significant tears, pain may radiate down the outer thigh toward the knee or into the lower buttock. This radiation pattern can be confused with IT band syndrome or sciatic referral. True neurological symptoms (tingling, numbness, electrical sensations extending below the knee) are not typically associated with gluteus medius tears and should prompt assessment for other conditions.
Pain character: A sharp or tearing sensation at the moment of an acute traumatic tear, followed by a persistent aching pain. In degenerative tears, the onset may be more gradual with a progressive worsening of what was previously a manageable tendinopathy pain.
Pain intensity: Generally more severe than tendinopathy, particularly with weight-bearing activities. High-grade and complete tears are associated with significant pain that substantially limits function.
Functional Symptoms
Hip abductor weakness:
The most diagnostically significant symptom of a gluteus medius tear, and the feature that most clearly distinguishes a tear from tendinopathy. Because the gluteus medius can no longer transmit its full force to the femur, hip abduction strength is measurably reduced. The degree of weakness correlates with the grade of the tear.
A practical test: stand on the affected leg and observe whether the opposite hip drops (Trendelenburg sign). In significant tears, the pelvis visibly drops to the opposite side because the gluteus medius cannot maintain pelvic level during single-leg stance.
Trendelenburg gait:
In full-thickness or high-grade partial tears, the characteristic Trendelenburg gait pattern is visible during walking. The trunk lurches to the affected side with each step (compensated Trendelenburg) as the body shifts its centre of mass over the weakened hip to reduce the demand on the torn muscle, or the pelvis visibly drops to the opposite side (uncompensated Trendelenburg) when this compensation is insufficient.
This visible gait abnormality during walking is a significant indicator of structural disruption that distinguishes a significant tear from tendinopathy, where gait is typically not visibly affected.
Stair climbing difficulty:
Climbing stairs requires sustained single-leg loading of the stance leg while the other leg steps upward. In gluteus medius tears, this task may be significantly painful and functionally limited, with the patient needing the handrail for support and describing a sensation of the hip giving way or feeling unstable during the single-leg loading phase.
Inability to lie on the affected side:
As with tendinopathy, lying on the affected side produces direct compressive loading of the torn tendon against the mattress surface. However, in significant tears this pain is typically more severe than in tendinopathy and may prevent lying on the affected side entirely rather than being manageable with position adjustment.
Hip instability or giving way:
A sensation of the hip feeling unstable, catching, or giving way during movement is more commonly associated with tears than with tendinopathy and reflects the reduced structural integrity of the torn tendon.
Activity-Specific Symptoms
Walking: Significant pain during walking, particularly with longer distances. The pain typically increases progressively during a walk rather than being present from the first step. In complete tears, even short distances may be painful.
Running: Running is typically not possible or is severely limited in significant tears due to the increased single-leg loading demands. The pain during running is typically sharper and more disabling than the progressive aching of tendinopathy during running.
Rising from a chair: Getting up from a seated position requires hip extensor and abductor force to push the body upright. This activity consistently reproduces symptoms in gluteus medius tears.
Dressing: Putting on socks and shoes on the affected side requires hip flexion with some adduction, which is consistently painful. Some people with significant tears describe difficulty with dressing as one of the most functionally limiting symptoms.
Side-lying position during sleep: As noted above, inability to sleep on the affected side is common. Many people with gluteus medius tears describe disrupted sleep from pain when rolling onto the affected side.
How Gluteus Medius Tear Symptoms Differ From Tendinopathy
The following features most reliably distinguish a tear from tendinopathy:
| Feature | Tendinopathy | Partial Tear | Complete Tear |
|---|---|---|---|
| Pain with walking | Moderate | Moderate to severe | Severe |
| Hip abductor weakness | Mild or absent | Present | Significant |
| Trendelenburg sign | Absent or mild | May be present | Usually present |
| Visible gait change | Absent | May be subtle | Usually present |
| Night pain | Mild | Moderate | Significant |
| Stair climbing | Painful but possible | Painful, may need rail | Very difficult |
| Running | Painful but often possible | Often not possible | Not possible |
| Acute onset history | Gradual | May be acute or gradual | Often acute or sudden worsening |
The key distinguishing features:
The presence of measurable hip abductor weakness and a positive Trendelenburg sign are the most clinically significant indicators of a tear rather than tendinopathy. These structural indicators of muscle-tendon unit failure cannot be produced by tendinopathy alone and require imaging to confirm.
Diagnosis
Clinical assessment:
A doctor or physiotherapist will assess:
- Pain location and reproduction with palpation over the greater trochanter
- Hip abductor strength (typically tested lying on the side, raising the top leg against manual resistance)
- Trendelenburg test (observing pelvic position during single-leg stance)
- FABER and FADIR tests to assess the hip joint and differentiate from intra-articular hip pathology
- Gait observation
Imaging:
MRI (magnetic resonance imaging): The gold standard for diagnosing and grading gluteus medius tears. MRI can identify the location, extent, and grade of the tear, the degree of tendon retraction (in complete tears), and the condition of the remaining tendon tissue. MRI is essential before surgical decision-making.
Ultrasound: A useful alternative to MRI for detecting tears, with the advantage of being less expensive and allowing dynamic assessment during movement. However, ultrasound is operator-dependent and may miss deep or complex tears that MRI would identify.
X-ray: Does not visualise soft tissue and cannot directly identify a tear. However, X-ray may be performed to assess the bony anatomy of the greater trochanter and rule out other bony pathology.
Treatment Options
Conservative Management (Non-Surgical)
Appropriate for: Grade 1 and 2 partial tears, and some Grade 3 partial tears in people who are not significantly functionally limited.
Load management: Reducing the activities that aggravate the tear while maintaining those that provide healing stimulus. Avoiding compressive positions (as described in the gluteus medius tendon article on this site) is critical during the early phase.
Progressive rehabilitation: A structured progression from isometric loading through isotonic strengthening to functional loading, as described in the gluteus medius strengthening exercises article on this site. The timeline for rehabilitation of partial tears is typically longer than for tendinopathy alone: 4 to 6 months of progressive rehabilitation is typical for Grade 2 tears.
Injection treatments: Corticosteroid injections provide temporary pain relief and may allow earlier engagement with rehabilitation. PRP injections are used by some practitioners with emerging evidence of benefit for tendon tears. Neither addresses the underlying structural tear and should be viewed as adjuncts to rehabilitation rather than standalone treatments.
Outcomes of conservative management: Grade 1 and 2 partial tears have good outcomes with conservative management in most cases. Grade 3 tears have more variable outcomes and a higher likelihood of requiring surgical intervention.
Surgical Management
Appropriate for: Complete (Grade 4) tears, high-grade partial tears that have failed conservative management, and partial tears in active individuals where conservative management has not produced adequate functional recovery.
Surgical technique: The most common procedure is endoscopic or open tendon repair, where the torn tendon is reattached to the greater trochanter using suture anchors. The approach depends on the size and location of the tear and the preference and experience of the surgeon.
Post-surgical rehabilitation: Typically involves a period of protected weight-bearing (6 weeks or more) followed by progressive rehabilitation over 6 to 12 months. Return to running and sport typically takes 6 to 9 months from surgery.
Outcomes of surgical repair: Research on surgical outcomes for gluteus medius tendon repair shows good to excellent results in the majority of patients, with significant reductions in pain and improvements in function. Complete resolution of the Trendelenburg gait pattern is achieved in most cases following successful repair.
Recovery Timeline
Grade 1 partial tear (conservative management):
- Pain improvement: 4 to 8 weeks
- Return to normal walking: 6 to 12 weeks
- Return to running: 3 to 6 months
Grade 2 to 3 partial tear (conservative management):
- Pain improvement: 8 to 16 weeks
- Return to normal walking: 3 to 4 months
- Return to running: 4 to 8 months
Complete tear (surgical repair):
- Protected weight-bearing: 6 to 8 weeks
- Return to normal walking: 3 to 4 months
- Return to running: 6 to 9 months
- Full recovery: 9 to 12 months
When to Seek Urgent Assessment
Seek prompt medical assessment if:
- Significant hip abductor weakness or Trendelenburg gait develops suddenly following a fall or direct impact to the hip
- Pain is severe and significantly limiting weight-bearing
- There is visible swelling or bruising over the greater trochanter following a traumatic event
- The hip feels acutely unstable or is giving way during walking
- Symptoms are not improving or are worsening despite activity modification
Frequently Asked Questions
Can a gluteus medius tear heal on its own?
Small partial tears in the context of degenerative tendinopathy may stabilise and become asymptomatic with appropriate load management and progressive rehabilitation, but the structural tear does not fully heal to normal tendon architecture without surgical intervention. The goal of conservative management for partial tears is to achieve a functional outcome (sufficient strength and pain control for normal activity) rather than anatomical restoration of the tendon. Complete tears do not heal without surgical repair.
How do I know if I have a tear or just tendinopathy?
The most reliable clinical indicators of a tear are measurable hip abductor weakness and a positive Trendelenburg sign. If your outer hip pain is accompanied by these findings, imaging is warranted. If strength is preserved and gait is unaffected, tendinopathy without significant tearing is more likely, though only MRI can definitively characterise the tendon.
Is a gluteus medius tear the same as a hip labral tear?
No. A hip labral tear involves the cartilaginous rim around the hip socket (acetabulum), while a gluteus medius tear involves the tendon attachment on the outer hip. The pain locations can overlap (both may produce outer hip and groin pain) but the symptoms, mechanisms, diagnosis, and treatment are different. A physiotherapist or sports physician can help distinguish between the two based on clinical assessment, with MRI providing definitive characterisation.
Can I still exercise with a gluteus medius tear?
Modified exercise is typically appropriate and beneficial for partial tears. Low-impact aerobic activities (swimming, cycling on an upright bike) can maintain cardiovascular fitness without significantly loading the torn tendon. Targeted rehabilitation exercises, beginning with isometric loading, are the primary treatment. High-impact activities, running, and exercises that load the hip into adduction should be avoided until the rehabilitation programme has progressed sufficiently.
What happens if a gluteus medius tear is left untreated?
A partial tear that is not rehabilitated may progress to a larger tear under continued loading. A complete tear that is not surgically repaired results in permanent hip abductor weakness, Trendelenburg gait, and ongoing hip and lower back pain from the compensatory loading patterns. The progressive nature of untreated tears and the good outcomes of early surgical repair for complete tears support early intervention rather than prolonged watchful waiting for significant tears.