Can You Pull Your Butt Muscle? Symptoms and Treatment

You can absolutely pull your butt muscle, and it is more common than most people realize. The gluteal region contains three distinct muscles, and any of them can be strained, partially torn, or in rare cases fully ruptured. The tricky part is that gluteal injuries often get mistaken for lower back problems or hip conditions, which delays treatment and slows recovery.

Which Muscles You Are Actually Dealing With

When people say “butt muscle,” they are usually thinking of the large, meaty muscle that gives the buttock its shape. That is the gluteus maximus, the largest and most powerful muscle in your body.¹ It handles hip extension, the motion you use when standing up from a chair, climbing stairs, or pushing off during a sprint. But underneath it sit two smaller muscles that cause an outsized share of gluteal injuries: the gluteus medius and gluteus minimus. These two stabilize your pelvis every time you stand on one leg, walk, or run. Together the three muscles handle almost every lower-body movement, from walking to jumping to simply keeping your hips level.

A strain to the gluteus maximus itself is less frequently reported in clinical literature, partly because the muscle is so thick that mild pulls often heal without anyone seeking care. The medius and minimus, on the other hand, are thinner and attach via tendons to the bony prominence on the outside of your hip. Tears at those attachment points are a well-recognized cause of chronic lateral hip pain, especially in middle-aged adults.² So “pulling your butt muscle” can mean very different things depending on which layer is involved, and the symptoms and recovery timeline differ accordingly.

What a Pulled Glute Actually Feels Like

The symptoms depend on which muscle is injured and how severely. A strain to the gluteus maximus tends to produce deep, aching pain in the center of the buttock that worsens with movements involving hip extension: getting up from sitting, walking uphill, or pushing off while running. You might also feel a sharp twinge if you contract the muscle forcefully, such as during a squat or deadlift.

Injuries to the gluteus medius and minimus present differently. The hallmark is pain on the outer side of the hip rather than deep in the buttock. This pain often gets worse when lying on the affected side at night and during activities that load the hip stabilizers, like climbing stairs or walking for extended periods.² In more significant tears, you may notice a limp or feel your pelvis drop on the opposite side when you stand on the injured leg. One simple bedside finding that clinicians look for is whether pain shows up within thirty seconds of standing on the affected leg. That single-leg stance test, when positive, is a remarkably strong indicator that the gluteal tendons are involved.³

With both types, swelling and bruising are uncommon unless the tear is severe. Most people describe a persistent soreness that is hard to pinpoint, which is one reason these injuries so often get attributed to something else.

How It Happens

Acute gluteal strains usually occur during explosive movements: sprinting, jumping, sudden changes of direction, or heavy lifting with the hips. Athletes in sports that demand rapid hip extension, like track and field, football, and weightlifting, are at higher risk. A marathon runner, for example, was documented with an acute traumatic tear of both the gluteus medius and minimus during a race, despite having no prior hip symptoms.² That case illustrates that even conditioned muscles can fail under enough repetitive load.

But many gluteal injuries are not dramatic single-event pulls at all. More often, the tendons of the medius and minimus degenerate gradually over time, weakened by chronic overuse or insufficient recovery between bouts of activity. Eventually a movement that would normally be trivial, stepping off a curb, getting out of a car, becomes the straw that causes a partial tear. This slow-burn pattern is especially common in women over fifty, where there is a significant female-predominant distribution for gluteal tendon problems.⁴ Hormonal changes around menopause likely play a role in tendon health, though the exact mechanism is still debated.

Prolonged sitting also deserves mention. The gluteus maximus is prone to inhibition and weakness in sedentary individuals.¹ When you spend hours with those muscles compressed and inactive, they become less responsive. Then when you ask them to fire hard during a weekend hike or gym session, the mismatch between demand and readiness sets the stage for a strain.

Conditions That Mimic a Pulled Glute

Gluteal pain is a surprisingly crowded diagnostic space. Several other conditions cause pain in the same region, and getting the wrong label can mean months of ineffective treatment.

Lumbar radiculopathy: A pinched nerve in the lower back can send pain radiating into the buttock and down the leg, closely mimicking a gluteal muscle injury. In one documented case, a patient with bilateral gluteus minimus tears was initially misdiagnosed with lumbar radiculopathy, delaying proper treatment and adding unnecessary cost.⁵
Deep gluteal syndrome: This umbrella term covers pain caused by the sciatic nerve getting pinched in the space beneath the gluteal muscles. Multiple structures can be the culprit, from the piriformis muscle to fibrous bands to hamstring conditions. The pain typically radiates down the back of the thigh and can include tingling or numbness.⁶
Hip bursitis: Inflammation of the bursa over the greater trochanter produces lateral hip pain that overlaps almost perfectly with gluteus medius and minimus tendon injuries. In fact, many cases previously labeled as bursitis are now understood to involve underlying tendon damage.
Proximal hamstring strain: The hamstrings attach at the sit bone, right at the bottom edge of the buttock. A strain there can feel like a deep “butt pull,” but the pain tends to localize more toward the crease where the buttock meets the thigh.

The overlap between these conditions is why a physical examination alone sometimes falls short. If your pain does not improve within a couple of weeks of rest and basic care, or if it radiates down your leg, a closer look is warranted.

When Imaging Helps

A clinical exam is the starting point for diagnosing a gluteal strain, but imaging becomes valuable when the diagnosis is uncertain or the injury does not respond to initial treatment. Ultrasound and MRI are the two workhorses here, and they have complementary strengths. Ultrasound offers real-time, convenient imaging of soft tissues and is particularly good at picking up tendon tears close to the surface. MRI is better at evaluating deep muscles and detecting subtle changes in both soft tissue and bone.⁷

For tears of the hip abductor tendons specifically, MRI has shown an overall diagnostic accuracy of about 91%.⁸ That sounds reassuring, but the picture is more complicated when you look across multiple studies. A systematic review found that MRI sensitivity ranged widely, from as low as 33% to as high as 100%, depending on the study, while ultrasound had a consistently high sensitivity of 79 to 100% and a positive predictive value above 95%.⁹ The catch with ultrasound is that it is highly operator-dependent: the results are only as good as the person holding the probe. If your clinician suspects a gluteal tendon tear and the initial imaging is inconclusive, getting a second modality is reasonable.

Initial Treatment

The first-line approach for a pulled gluteal muscle is conservative, regardless of which specific muscle is involved. That means relative rest (avoiding the aggravating activities, not total immobility), ice in the acute phase, and over-the-counter anti-inflammatory medication. The goal in the early days is to protect the injured tissue from excessive tensile and compressive stress while keeping some gentle movement going so the muscle does not stiffen up.¹⁰

For more persistent cases, clinicians may offer cortisone injections or platelet-rich plasma (PRP) injections. A randomized trial found that patients with chronic gluteal tendinopathy showed greater clinical improvement at twelve weeks when treated with a single PRP injection compared to a single corticosteroid injection.¹¹ Corticosteroid injections can provide fast pain relief but may weaken the tendon over time with repeated use. PRP, which concentrates your own blood’s healing factors and injects them into the damaged area, appears to offer longer-lasting benefits for tendon injuries specifically, though it is not universally covered by insurance.

Rehabilitation and Progressive Loading

Once the acute pain subsides, rehabilitation is where recovery actually happens. Simply resting until the pain goes away and then jumping back into your normal routine is a recipe for reinjury. The gluteal muscles need to be progressively reloaded so the repaired tissue can handle real-world demands.

Rehabilitation typically follows a graduated approach, starting with low-intensity exercises and building toward sport-specific or daily-activity-specific movements. Early-stage exercises focus on activating the gluteal muscles without placing heavy loads on the injured area. Side-lying hip abduction (clamshells), gentle bridges, and standing hip hikes are common starting points. As tolerance improves, the exercises progress to single-leg work, resistance band exercises, and eventually weighted movements.¹²

Resistance band placement matters more than most people think. Placing a band around the forefoot rather than around the knees during exercises like squats and lateral walks selectively enhances gluteal activation while reducing the contribution of the tensor fasciae latae, a hip muscle that often compensates when the glutes are weak.¹³ This kind of detail is worth knowing if you are doing your own rehab at home, because the wrong band position can reinforce the compensation pattern that contributed to the injury in the first place.

Eccentric training, where the muscle lengthens under load rather than shortens, appears to be especially beneficial. A review of muscle strain recovery found that eccentric resistance training at long muscle lengths and rapid introduction to rehabilitation after injury led to significantly better outcomes for return to sport.¹⁴ The practical translation: slow, controlled lowering movements, like the descent phase of a hip hinge or a step-down, should feature prominently in your rehab program.

When Surgery Becomes an Option

Most pulled gluteal muscles heal without surgery. But for full-thickness tendon tears, tears that have failed prolonged conservative treatment, or cases where the tendon has retracted away from the bone, surgical repair may be the best path forward. Both open and endoscopic repair techniques have been shown to produce improvements in patient-reported outcomes with low complication and retear rates.¹⁵

The surgical options range from direct tendon repair with suture anchors to more complex reconstructions. In the most severe cases, where the gluteal tendons are too damaged or atrophied to repair, a gluteus maximus transfer can serve as a salvage procedure. The results here are more mixed: while the transfer can restore some function, persistent limitations in hip abduction strength and gait abnormalities are common.¹⁵ Nonoperative alternatives like physical therapy, anti-inflammatory drugs, and activity modification with assistive walking devices remain on the table even for severe cases, depending on the patient’s age, activity level, and goals.¹⁶

How Long Recovery Takes

Recovery timelines vary enormously depending on the severity of the strain and the muscle involved. A mild gluteus maximus pull may resolve in two to three weeks with basic care. A documented case of bilateral gluteus minimus tears saw a full return to the patient’s pre-injury lifestyle after eight weeks.⁵ For athletes returning to sport after muscle strain injuries more broadly, the mean time ranges from about two to twelve weeks across studies, with reinjury rates spanning from near zero to as high as 70%, a range that highlights how much rehabilitation quality matters.¹⁴

One finding that may surprise you: structural changes in the muscle appear to persist for a long time after a strain injury, possibly permanently, regardless of the rehabilitation program used.¹⁴ This does not mean the muscle stays weak or painful forever. It means the tissue remodels with some scar formation, and the healed muscle is structurally different from the original even when it functions well. That lingering structural change is one reason previously strained muscles are more vulnerable to re-injury and why ongoing maintenance exercises matter even after you feel fully recovered.

Preventing Gluteal Injuries

Warming up the glutes before intense activity is one of the simplest preventive measures, and there is evidence that it works. A gluteal activation warm-up has been shown to acutely improve the recruitment of gluteal and hamstring muscles and may improve movement quality during explosive exercise.¹⁷ In practical terms, spending five minutes on bodyweight bridges, lateral band walks, and single-leg balancing before a run or lifting session primes the muscles so they fire when you need them to.

Beyond warm-ups, maintaining baseline gluteal strength matters year-round. The gluteus maximus is prone to inhibition in people who spend most of their day sitting, and that weakness contributes to chronic pain, injury, and diminished athletic performance.¹ Two or three sessions per week of targeted glute work, including hip thrusts, step-ups, and single-leg deadlifts, goes a long way toward keeping these muscles resilient enough to handle sudden demands without tearing.

Why These Muscles Matter So Much for Walking Upright

The gluteal muscles are not just important for sports. They are central to the way humans move as a species. When our ancestors transitioned to walking upright, the gluteus maximus expanded dramatically in volume, and the gluteus medius and minimus shifted in function from primarily extending the hip to stabilizing the pelvis during the stance phase of walking.¹⁸ These changes made human bipedal walking and long-distance running energy-efficient, though they came at the cost of maximum power for activities like sprinting and climbing.

This evolutionary background helps explain why gluteal weakness or injury has such wide-reaching effects. A compromised gluteus medius does not just hurt your hip; it changes your gait, loads your knee differently, and can shift strain into your lower back. The gluteal muscles are the foundation of almost every movement you perform standing up, which is why a pulled butt muscle, however modest it sounds, deserves proper attention and rehab rather than a shrug and a few days off.

1
PubMed Central. Assessing and Treating Gluteus Maximus Weakness – A Clinical Commentary
2
PubMed Central. Acute Traumatic Tear of the Gluteus Medius and Gluteus Minimus in a Marathon Runner
3
British Journal of Sports Medicine. Utility of clinical tests to diagnose MRI-confirmed gluteal tendinopathy in patients presenting with lateral hip pain
4
Operative Techniques in Sports Medicine. Hip Tendon Injuries in the Elite Athlete: Gluteal Tears and Proximal Hamstring Tears
5
PubMed Central. Traumatic isolated bilateral gluteus minimus injuries misdiagnosed as lumbar radiculopathy
6
PubMed Central. Deep gluteal space problems: piriformis syndrome, ischiofemoral impingement and sciatic nerve release
7
PubMed Central. Ultrasonographic and magnetic resonance images of a gluteus maximus tear
8
PubMed. MRI diagnosis of tears of the hip abductor tendons (gluteus medius and gluteus minimus)
9
PubMed. The diagnostic accuracy of magnetic resonance imaging and ultrasonography in gluteal tendon tears–a systematic review
10
PubMed Central. Rehabilitation After Gluteus Medius and Minimus Treatment
11
The American Journal of Sports Medicine. Leucocyte-Rich Platelet-Rich Plasma Treatment of Gluteus Medius and Minimus Tendinopathy: A Double-Blind Randomized Controlled Trial With 2-Year Follow-up
12
Journal of Sport Rehabilitation. A Systematic Review of Rehabilitation Exercises to Progressively Load the Gluteus Medius
13
PubMed. Progressive hip rehabilitation: the effects of resistance band placement on gluteal activation during two common exercises
14
PubMed Central. Return to Sport, Reinjury Rate, and Tissue Changes after Muscle Strain Injury: A Narrative Review
15
PubMed Central. Surgical Treatment and Outcomes for Gluteal Tendon Tears
16
PubMed Central. Open Hip Abductor Tendon Repair into a Bone Trough: Improved Outcomes for Hip Abductor Tendon Avulsion
17
BMJ Open Sport & Exercise Medicine. Effect of a gluteal activation warm-up on explosive exercise performance
18
PubMed Central. Evolution of the human hip. Part 2: muscling the double extension