Where Does Hip Tendonitis Hurt? Common Pain Locations

Hip tendonitis can hurt in several distinct locations around the hip depending on which tendon is involved, and the pain often radiates beyond the hip joint itself. The outer hip, the front of the groin, the deep buttock, and the inner thigh are the four main zones, each corresponding to a different group of tendons. Knowing where your pain sits is more than a curiosity exercise: it narrows the list of likely culprits and changes what treatment makes sense.

Outer Hip Pain and Gluteal Tendinopathy

The most common form of hip tendonitis produces pain on the outside of the hip, over or just behind the bony bump you can feel when you press into your outer thigh. That bump is the greater trochanter, and the tendons that attach there belong to the gluteus medius and gluteus minimus muscles. These two muscles are the primary stabilizers of your pelvis when you stand on one leg, walk, or run. When their tendons become irritated or degenerated, the condition is now recognized as a primary local source of lateral hip pain.¹

The pain typically sits right over the greater trochanter but can spread down the outer thigh toward the knee or up toward the hip crease. Lying on the affected side at night is a hallmark complaint. Many people first notice it while walking uphill, climbing stairs, or standing for a long time on one leg. Imaging studies show that damage tends to concentrate in the deep and front-facing portions of the gluteus medius attachment, which helps explain why the pain can feel like it’s coming from slightly in front of the trochanter rather than directly on top of it.²

Lateral hip tendonitis is especially common in women over 40 and in runners who suddenly increase their mileage. One case report described a 29-year-old female runner whose symptoms began after abruptly ramping up both the intensity and frequency of her weight-bearing activities, including running and lower-body plyometrics.³ That pattern of a sudden training spike followed by lateral hip pain is one clinicians see frequently.

Front-of-Hip Pain and Iliopsoas Tendinopathy

Pain in the front of the hip, deep in the groin crease, often points to the iliopsoas tendon. The iliopsoas is the strongest hip flexor, and its tendon runs across the front of the hip joint before attaching to the inner thighbone. When this tendon is inflamed or mechanically irritated, the pain tends to sit deep in the groin and gets worse with active hip flexion: think lifting your knee toward your chest, climbing stairs, or standing up from a chair. A clinical review noted that iliopsoas tendinitis is a relatively uncommon and frequently unrecognized cause of anterior hip pain, and that it can also produce an audible or palpable snapping sensation in the front of the hip.⁴

Because the pain is deep and vague, iliopsoas problems are easily mistaken for a hip joint issue like a labral tear or early arthritis. The snapping, when present, is a helpful clue: it typically happens when you swing your leg from a flexed position into extension, like getting out of a car or kicking a ball. Without the snap, diagnosis often requires imaging or a diagnostic injection to tell iliopsoas tendinitis apart from intra-articular problems.

Deep Buttock Pain and Proximal Hamstring Tendinopathy

If the pain sits deep in the lower buttock, right where your buttock meets the back of your thigh, the hamstring tendons are the likely source. All three hamstring muscles originate from the ischial tuberosity, the “sitting bone” you can feel when you sit on a hard surface. Proximal hamstring tendinopathy typically shows up as deep buttock pain at this common origin point.⁵

Two activities reliably provoke this pain: running and prolonged sitting.⁶ Runners tend to feel it during acceleration or hill sprints, when the hamstrings are under the highest load. The sitting component catches many people off guard because they associate sitting with rest, not aggravation. But sitting compresses the tendon directly against the bone, and people with this condition often shift from side to side in their chair or sit on one cheek to offload the sore spot. Pressing on the ischial tuberosity reproduces the pain, and in clinical reports, tenderness to palpation at that bone is a consistent finding.⁷

Proximal hamstring tendinopathy is frequently misdiagnosed as sciatica because the pain can radiate down the back of the thigh along a similar path. The key difference is that nerve-related sciatica usually extends below the knee and can involve numbness or tingling, while hamstring tendon pain rarely travels past the mid-thigh and is reproduced by pressing on the sitting bone or stretching the hamstrings under load.

Inner Thigh and Groin Pain From Adductor Tendons

The adductor muscles fan out along the inner thigh, and their tendons attach to the pubic bone in the groin. When these tendons are irritated, the pain concentrates along the inner groin and upper inner thigh, often on one side. It flares with activities that require squeezing the legs together or changing direction quickly: kicking a ball, skating, cutting in field sports, or doing lunges. Adductor tendinopathy is one of the most common causes of groin pain in athletes, and it can coexist with other groin problems like a sports hernia or pubic bone stress, which makes isolated diagnosis tricky.

The pain from adductor tendinopathy is usually sharp and well-localized near the pubic bone during the provocative movement, then settles into a dull ache afterward. Tenderness to palpation right at the pubic attachment, combined with pain on resisted adduction (squeezing your knees together against resistance), is the classic exam finding. Unlike iliopsoas tendinitis, which is deep and slightly lateral in the groin crease, adductor pain tends to sit more centrally and medially.

The Less Common Spot: Rectus Femoris Origin

One location that sometimes surprises patients is pain at the very front of the hip, just below the bony ridge of the pelvis. This can come from the rectus femoris tendon, which is part of the quadriceps group and attaches to the anterior inferior iliac spine, a small knob of bone at the front of the pelvis. A case report documented a patient with tenderness over this exact spot, along with painful and restricted hip flexion, whose imaging revealed calcification at the rectus femoris insertion.⁸ Other hip movements were painful but unrestricted, confirming that the problem was localized to that one tendon origin rather than the joint itself.

Rectus femoris tendinopathy is much less common than the gluteal or hamstring varieties, and it mainly affects athletes who do repeated kicking or sprinting. The pain is usually aggravated by resisted knee extension or hip flexion against resistance. It is worth knowing about primarily because it mimics hip joint problems and can be missed if the examiner focuses only on the joint.

Why “Bursitis” Is Usually Tendinopathy

For decades, outer hip pain was routinely diagnosed as trochanteric bursitis, an inflammation of the fluid-filled sac between the bone and the overlying tendons. That label is still widely used, but imaging research has shifted the understanding. MRI and ultrasound studies have found that greater trochanteric pain syndrome is commonly caused by gluteus minimus or medius tendon injury rather than bursal inflammation.⁹ A histologic study went further, examining tissue samples from patients with the clinical diagnosis of trochanteric bursitis and finding no evidence of bursal inflammation, concluding that bursitis has no etiologic role in the trochanteric pain syndrome.¹⁰

This matters practically because the treatment implications are different. If the problem is truly an inflamed bursa, a cortisone injection into the bursa can provide lasting relief. If the real issue is a degenerating tendon, the injection might temporarily numb the area but does nothing to address the tendon’s structural problem, and repeated steroid injections could actually weaken the tendon further. Understanding that outer hip pain is almost always a tendon issue rather than a bursal one is one of the more useful corrections in hip pain management.

How Movement Patterns Affect Where It Hurts

The location of tendon pain around the hip is not entirely determined by anatomy alone. How you move, and specifically how your pelvis and trunk behave during everyday activities, influences which tendons bear excessive load. Research on people with gluteal tendinopathy found that they demonstrated greater hip adduction moments during walking compared to healthy controls, meaning their thighbone angled inward more during each step. They also showed greater contralateral trunk lean and greater pelvic drop on the opposite side.¹¹ During single-leg stance, those same individuals showed even more pronounced hip adduction and a pelvic shift toward the standing leg compared to controls.¹²

In plain terms, people with lateral hip tendon problems tend to let their pelvis sag and their knee drift inward when they walk or stand on one leg. Whether this movement pattern caused the tendon problem or developed as a consequence of it is not fully settled, but either way it creates a feedback loop: the poor pelvic control increases compressive and tensile load on the gluteal tendons, which worsens pain, which makes the muscles harder to recruit, which worsens pelvic control. Addressing frontal plane pelvic stability through targeted exercise is now a core part of rehabilitation for lateral hip tendinopathy.

Hamstring tendon pain follows a different movement logic. The ischial tuberosity sits right at the pivot point of the pelvis, so activities that tip the pelvis forward while loading the hamstrings, like deep lunging, aggressive stretching, or running uphill, increase compression on the tendon at its attachment. Many people with proximal hamstring tendinopathy inadvertently aggravate it by stretching their hamstrings aggressively, not realizing that the stretch compresses the tendon against the bone at the very spot that is already irritated.

When a Neuropathic Component Develops

Tendon pain is usually described as a mechanical ache that flares with load and settles with rest. But when tendinopathy becomes chronic, a subset of patients develop a neuropathic pain component: burning, tingling, or electric-shock sensations that do not neatly follow the pattern of “load it and it hurts, rest it and it calms down.” A prospective study of over 300 patients with chronic tendinopathy across multiple tendon sites found that roughly 47% scored high enough on a neuropathic pain screening tool to suggest a possible neuropathic component. Among patients specifically with greater trochanteric pain syndrome, that proportion was about 33%, which was the lowest of the tendon sites studied.¹³

This is relevant to the “where does it hurt” question because neuropathic pain can make the area of perceived pain expand beyond the tendon itself. A person with chronic gluteal tendinopathy might start feeling burning sensations down the outer thigh or up into the lower back, even though the tendon damage has not physically spread. Recognizing a neuropathic overlay changes management, because these patients may not respond well to exercises alone and can benefit from medications or strategies that target nerve sensitization.

Telling Tendonitis Apart From Hip Joint Problems

One of the trickier aspects of hip pain is that tendon problems around the hip can feel similar to problems inside the hip joint itself, like labral tears, cartilage damage, or early arthritis. Research into this overlap has shown that distinguishing between pain coming from inside the joint capsule and pain coming from the structures just outside it sometimes requires guided injections to clarify the source.¹⁴

Some general rules help with the initial sorting. Joint problems tend to produce deep groin pain that worsens with rotational movements like pivoting or crossing one leg over the other. The pain often catches at specific angles of movement rather than aching steadily throughout the range. Tendon problems, by contrast, are usually more localized to a specific spot you can press on, and they worsen with loading the relevant muscle against resistance rather than with passive joint movement. But these patterns overlap enough that many people end up needing imaging to get clarity. Both ultrasound and MRI are useful for evaluating pelvic tendons: ultrasound is more affordable and allows the examiner to assess the tendon in real time during movement, while MRI gives a broader view of the joint, bone, and surrounding soft tissues simultaneously.¹⁵

A Simple Clinical Test for Lateral Hip Tendonitis

If you suspect gluteal tendinopathy, one clinical test stands out for its reliability. The single-leg stance test involves standing on the affected leg for 30 seconds. If it reproduces your lateral hip pain within that time, the test is positive. In a study that compared clinical tests against MRI findings, the single-leg stance test had a sensitivity of 100% and a specificity of about 97% for detecting gluteal tendinopathy confirmed on imaging.¹⁶ That is unusually accurate for a physical exam test and means that if standing on one leg for half a minute does not provoke your lateral hip pain, the problem is probably not the gluteal tendons.

A second test from the same study involved lying on your back with your hip and knee bent at 90 degrees while someone tries to rotate your leg inward as you resist. This resisted external derotation test had slightly lower sensitivity at 88% but the same high specificity. Together, these two tests give clinicians and patients a strong initial screening tool before investing in imaging.

Hip Tendon Pain After Joint Replacement

An underappreciated scenario is hip tendon pain that develops after total hip replacement surgery. The iliopsoas tendon, which runs directly across the front of the hip joint, can become mechanically irritated by components of the prosthetic hip. This typically results from the tendon rubbing against an acetabular cup that slightly overhangs the front of the socket, or from retained cement, long screws, or other hardware. Patients report pain that worsens with active hip flexion, stair climbing, and transitioning from sitting to standing.¹⁷

A radiographic analysis of over 1,600 hips after total hip replacement found that patients who developed iliopsoas tendinopathy had greater leg lengthening from the surgery and a higher rate of anterior-inferior cup prominence compared to those who did not develop the problem. Women and patients with higher body mass index were also at greater risk.¹⁸ If you have had a hip replacement and develop new front-of-hip pain that worsens when you lift your knee or climb stairs, iliopsoas impingement is worth investigating, as it can sometimes be managed conservatively but occasionally requires adjustment of the implant.

Mapping Your Pain to the Right Tendon

A quick reference for matching location to likely tendon involvement:

Outer hip: Gluteus medius or minimus tendon, pain over or just behind the greater trochanter, worse lying on that side and climbing stairs.
Deep groin: Iliopsoas tendon, pain deep in the groin crease, worse with hip flexion and sometimes accompanied by a snapping sensation.
Lower buttock: Proximal hamstring tendon, pain at the sitting bone, worse with running and prolonged sitting.
Inner groin: Adductor tendon, pain near the pubic bone, worse with kicking, cutting, and squeezing motions.
Front of pelvis: Rectus femoris tendon, pain at the bony ridge below the hip crease, worse with resisted knee extension or kicking.

These patterns overlap, and more than one tendon can be involved at the same time. The presence of night pain, pain with specific resisted movements, and tenderness when pressing on the relevant bony landmark are the most helpful features for sorting through the possibilities before imaging enters the picture. If your pain does not fit neatly into one of these categories, or if it involves numbness, locking, or giving way, the source may not be a tendon at all, and further evaluation is warranted.