What Is the Treatment for a Torn Gluteus Minimus?

Treatment for a torn gluteus minimus follows a stepwise approach, starting with conservative measures like physical therapy and anti-inflammatory strategies, and escalating to surgical repair only when months of non-operative care fail to resolve symptoms. The specific path depends on the severity of the tear, the degree of muscle wasting around the hip, and how much the injury limits daily activities. Most people with partial tears improve without surgery, but complete tears or cases with significant fatty degeneration of the muscle often need a surgical fix to restore hip stability and reduce pain.

What the Gluteus Minimus Does and Why a Tear Matters

The gluteus minimus is a deep, fan-shaped muscle that sits beneath the larger gluteus medius on the outer side of the hip. Its primary job is stabilizing the pelvis when you walk. Every time you take a step and your weight shifts onto one leg, the gluteus minimus on that side fires to keep your pelvis from dropping toward the opposite foot.¹ The muscle has functionally independent front and back segments that activate at different points in the walking cycle, with the posterior segment doing heavy work early in the step and the anterior segment kicking in later during the stance phase.²

When the tendon that attaches this muscle to the greater trochanter (the bony bump on the outside of your hip) tears, the result is lateral hip pain, weakness when walking, and sometimes a noticeable limp. In evolutionary terms, the gluteus minimus and its neighbor the gluteus medius underwent significant functional changes as humans adapted to upright walking, making them central to the efficiency of bipedal movement.³ That functional importance explains why a tear in this muscle can be so disruptive to everyday life.

Who Gets These Tears and How They Develop

Gluteus minimus tears are a common cause of chronic lateral hip pain, particularly in middle-aged adults.⁴ Most tears are degenerative rather than traumatic. The tendon gradually breaks down over years, progressing from tendon thickening to low-grade partial tears and eventually to full-thickness tears with muscle wasting.⁵ This progression accelerates with age and is more common in women, likely related to pelvic biomechanics and hormonal factors affecting tendon health.

Acute traumatic tears do happen, though they are less frequent. A sudden forceful contraction, a fall, or a high-demand sporting event can tear an otherwise healthy or mildly degenerated tendon. On MRI, the spectrum of pathology ranges from mild tendon swelling all the way to complete tears with retraction.⁶

One thing worth knowing: for years, pain on the outside of the hip was routinely diagnosed as “trochanteric bursitis” and treated with cortisone injections into the bursa. Research has shown that the real culprit is usually gluteus minimus or medius tendon injury rather than an inflamed bursa.⁷ If you have been told you have trochanteric bursitis and the pain keeps coming back, a gluteal tendon tear may be the underlying problem.

Getting the Diagnosis Right

Diagnosing a gluteus minimus tear can be surprisingly tricky. There is no single clinical test that reliably identifies one. Researchers have recommended using a battery of physical examination maneuvers that combine compressive and tensile loads on the hip, but even then, diagnostic confidence is limited.⁸ One study that looked at 26 clinical variables found that while some tests showed promise, the confidence intervals were too wide to draw firm conclusions about which bedside tests reliably detect gluteal tendon tears.⁹

That leaves imaging as the more reliable route. MRI is the standard choice for visualizing both the tendon tear and any fatty degeneration of the muscle itself, which influences treatment decisions. Ultrasound is also effective and may even outperform MRI in some settings, with reported sensitivity and positive predictive values both above 95 percent in skilled hands. MRI, by contrast, has wider variability in sensitivity, and false positives are not uncommon.¹⁰ The catch with ultrasound is that its accuracy depends heavily on the operator’s experience, so MRI remains the go-to at most centers.

Conservative Treatment as the First Step

Unless the tear is large and acute, treatment almost always begins with conservative management. The goal is to reduce pain and inflammation while gradually reloading the tendon and rebuilding muscle strength. The core principle is protecting the tendon from excessive pulling and compression forces while progressively increasing load through supervised exercise.¹¹

In practice, conservative care includes several components:

Physical therapy: The backbone of non-surgical treatment. A structured program focuses on hip abductor strengthening, pelvic stability, and gradual return to function. Exercises that generate high muscle activity in the gluteus minimus include standing isometric hip abduction, hip hitch and pelvic drop variations, side-lying hip abduction, and single-leg bridges.¹² These are introduced gradually and progressed over months.
Anti-inflammatory measures: Oral anti-inflammatories, ice, and activity modification to reduce pain in the early weeks.
Load management: Avoiding positions that compress the tendon against the bone, such as lying on the affected side or crossing the legs, and reducing activities that place excessive stress on the hip abductors until the tendon can tolerate load.

Improvement with conservative care typically takes four months to a year of consistent therapy. That timeline requires patience, and close supervision of the rehabilitation program is important to ensure exercises are progressed appropriately.¹¹

Injections for Pain Relief

Cortisone injections and platelet-rich plasma (PRP) injections are both used alongside physical therapy, particularly when pain limits a person’s ability to participate in rehabilitation. In a randomized controlled trial comparing a single PRP injection to a single cortisone injection in people with gluteal tendinopathy, both groups showed similar improvement in the first six weeks. By twelve weeks, however, the PRP group had pulled ahead: about 82 percent of PRP patients achieved a meaningful improvement in pain and function, compared with roughly 57 percent in the cortisone group.¹³

Cortisone tends to give quicker relief but can weaken tendon tissue with repeated use, so most specialists limit the number of injections. PRP, which uses concentrated growth factors from your own blood, appears to offer more durable benefit and is increasingly favored when an injection is warranted. Neither injection is a standalone fix. They work best as a bridge to allow more effective physical therapy.

When Surgery Becomes Necessary

Surgery enters the conversation when conservative treatment has been given an adequate trial and symptoms persist, or when imaging reveals a large or complete tear with significant fatty infiltration of the muscle. The fatty infiltration piece matters a lot: when the muscle has been torn long enough that fat replaces muscle tissue, the window for a straightforward repair starts to close.

Surgical options include direct tendon repair (reattaching the torn tendon to the bone), reconstruction or augmentation with biological grafts for large or chronic tears, and tendon transfer as a salvage procedure when the muscle is severely wasted.¹⁴

Open Versus Endoscopic Repair

The two main approaches for reattaching a torn gluteus minimus tendon are open surgery, where a traditional incision is made over the hip, and endoscopic (arthroscopic) repair, where a camera and instruments are introduced through small portals. Both approaches produce meaningful improvements in patient-reported outcomes, and overall retear rates are low at about four percent.¹⁵

There are trade-offs between the two. Endoscopic repair has a lower complication rate (under one percent versus about eight percent for open repair), likely because it causes less soft-tissue disruption.¹⁵ Open repair offers better direct visualization and may be preferred for very large or retracted tears. One study found that both approaches achieved clinical success regardless of tear severity, with success rates above 90 percent for low-grade tears. For high-grade fatty infiltration, though, open repair showed better success rates than endoscopic repair, although the sample sizes were small enough that this difference was not statistically definitive.¹⁶

Augmented and Salvage Procedures

When tears are large, chronic, and retracted, a straightforward repair may not hold. Surgeons have developed techniques to reinforce the repair using biological patches. A double-row repair with a bioinductive implant is one approach used for these difficult cases.¹⁷ Another technique uses acellular human dermal allograft, borrowing a concept from rotator cuff surgery where similar graft augmentation has been used to improve tendon healing.¹⁸

When the muscle is so severely atrophied or the tendon so badly damaged that direct repair is not viable, a gluteus maximus tendon transfer serves as a salvage option. The results are less predictable: persistent weakness in hip abduction and gait abnormalities are common even after a successful transfer.¹⁴ This underscores why getting the diagnosis and beginning treatment before muscle wasting becomes severe matters so much.

Rehabilitation After Surgical Repair

Postoperative rehab is just as important as the surgery itself. The tendon needs time to heal onto the bone, and the muscle needs progressive retraining. Most protocols involve a period of protected weight-bearing (often with crutches for six weeks), followed by a phased return to strengthening exercises over several months.

Research on the pace and duration of post-surgical physical therapy offers some useful benchmarks. The biggest gains happen in the first 21 sessions and the first roughly 80 days after surgery. After that, improvements continue but at a much slower rate.¹⁹ Patients who completed less than three months of physical therapy had worse function scores at discharge and more pain at two years compared with those who stuck with therapy for three to six months.¹⁹ Meaningful improvements continued all the way out to one year after surgery, so the recovery window is long but the trajectory is clearly upward.

What the Outcomes Actually Look Like

For most people who undergo surgical repair, outcomes are encouraging. One study following 67 patients over a median of roughly five years found that pain scores dropped dramatically, from about 8.7 out of 10 before surgery to 1.7 at follow-up. Functional hip scores nearly doubled. The failure rate was about 16 percent, including two retears that were successfully reoperated.²⁰

Not everyone does equally well, though. A study that developed a scoring system to predict success and failure identified several risk factors for a poor outcome: smoking (roughly three times the odds of failure), lower back pain (about three times the odds), walking with a limp before surgery (nearly four times the odds), a psychiatric diagnosis, and advanced fatty infiltration on MRI.²¹ Those risk factors are worth knowing before surgery, both for setting realistic expectations and for identifying modifiable factors like smoking cessation that could improve your chances.

The Connection Between Hip Conditions and Gluteus Minimus Health

A gluteus minimus tear does not always exist in isolation. Other hip conditions can contribute to or coexist with gluteal muscle problems. People with femoroacetabular impingement, a condition where the ball and socket of the hip joint do not fit together smoothly, show measurable shrinkage of the gluteus minimus on the affected side compared with the healthy hip.²² This suggests that chronic hip joint problems can weaken the gluteus minimus over time, potentially making it more vulnerable to tearing.

Hip osteoarthritis, previous hip surgery, and prolonged periods of limping from any cause can all lead to gluteal muscle atrophy through disuse. If you are being treated for a gluteus minimus tear, a thorough evaluation of the hip joint itself is worthwhile to make sure an underlying joint problem is not contributing to the muscle breakdown. Addressing only the tendon while ignoring the joint condition can lead to a frustrating cycle of incomplete recovery.

How the Gluteus Minimus Compares to the Rotator Cuff

You may hear orthopedic surgeons describe the gluteus minimus and medius as “the rotator cuff of the hip.” The comparison is not just casual shorthand. The two share meaningful parallels in how they degenerate, tear, and are treated. Both involve tendons that attach to bony prominences and bear repetitive mechanical loads. Both tend to develop degenerative tears with aging that progress from tendon disease to partial tears to complete tears with fatty muscle infiltration. The surgical repair techniques, including suture anchor fixation and biological graft augmentation, have been adapted directly from shoulder rotator cuff surgery to hip abductor repair.¹⁸

One practical implication of this comparison: the decades of research into rotator cuff rehabilitation have informed how hip abductor rehab programs are designed. The emphasis on progressive loading, protecting the repair during early healing, and the long timeline for full recovery all echo principles established first in shoulder surgery. If you have had a rotator cuff repair, the postoperative experience after gluteus minimus surgery will feel broadly familiar, though the protected weight-bearing period adds a dimension that shoulder rehab does not involve.

Exercise Choices That Target the Right Muscle Segments

Whether you are rehabbing conservatively or recovering from surgery, choosing the right exercises matters because not all hip exercises activate the gluteus minimus equally. The muscle’s anterior and posterior segments respond differently to various movements, which means a well-designed program should include a mix.

Standing isometric hip abduction and pelvic drop exercises generated at least high activity across all gluteus minimus segments, making them reliable staples for any rehab program.¹² For specifically targeting the posterior segment, side-lying hip abduction, single-leg bridges, and single-leg squats are effective additions. The posterior segment fires hardest during early stance phase of walking, so exercises that mimic that loading pattern tend to recruit it well.

One common mistake in early rehabilitation is jumping to high-load exercises too quickly. The tendon needs time to adapt, and excessive tensile or compressive stress in the first weeks can set recovery back. A structured program typically begins with gentle isometrics in pain-free ranges, progresses to isotonic exercises against gravity, and eventually incorporates functional weight-bearing movements. Working with a physical therapist who understands gluteal tendon rehabilitation specifically, rather than following a generic hip strengthening program, makes a meaningful difference in outcomes.