Orthopaedics • Hip & Pelvic Girdle

Hip Pain

Medical terms: Hip Arthralgia • Coxalgia • Greater Trochanteric Pain Syndrome

“Hip pain” may be felt in the groin, outer hip, buttock, thigh or even the knee. It can arise from the ball-and-socket joint, gluteal tendons, bursae, muscles, bone, lower back, nerves or nearby abdominal and pelvic structures. The exact location helps—but the way symptoms began, walking pattern, stiffness and examination are equally important.

Many hip problems improve with activity adjustment and progressive rehabilitation. Severe pain after a fall, inability to bear weight, a hot painful hip, sudden unexplained pain or a child who refuses to walk requires earlier assessment. An apparently normal first X-ray does not always exclude a hidden fracture when clinical concern remains high.

Some hip symptoms should not wait for a routine appointment

Seek Urgent Medical Help for These Warning Signs

  • Severe hip or groin pain after a fall, collision or other injury—especially when you cannot stand or take a few steps.
  • A leg that appears shortened, turned outward or deformed, or an open wound near the hip.
  • New numbness, weakness, tingling or a foot that becomes cold, pale or blue after an injury.
  • A hot, very painful hip with fever, chills, confusion or feeling seriously unwell. A deep hip infection may not cause obvious skin redness.
  • Sudden severe hip pain without injury, or rapidly worsening rest or night pain, particularly with steroid exposure, reduced bone strength or cancer history.
  • A child with fever, sudden hip, thigh or knee pain, a new limp, or refusal or inability to bear weight.
  • Hip or back pain with new loss of bladder or bowel control, numbness around the genitals or anus, or rapidly worsening weakness in both legs.
  • One-sided leg swelling with chest pain, breathlessness, coughing blood, fainting or collapse.

Do not attempt to straighten or “put back” a deformed hip. Keep the person still and comfortable, avoid walking on the injured leg and arrange emergency transport. Follow the emergency team’s instructions about food and drink if an operation may be required.

A Simple Map of the Hip

Ball and socket The femoral head forms the ball; the acetabulum in the pelvis forms the socket.
Articular cartilage Smooth tissue covers the joint surfaces and helps them glide while sharing load.
Labrum A ring of fibrocartilage deepens the socket and helps maintain the joint’s fluid seal.
Capsule and ligaments Strong tissue surrounds the joint and helps control its wide range of movement.
Muscles and tendons Gluteal, hip-flexor, adductor, hamstring and deep rotator muscles move and stabilise the hip.
Bursae, nerves and nearby organs Friction-reducing bursae and nearby back, nerve, groin, abdominal and pelvic structures may all produce hip-region pain.

Where is the Pain Felt?

Groin or front of the hip Pain from the hip joint commonly appears in the groin and may spread down the front of the thigh to the knee. Osteoarthritis, impingement, labral irritation, a fracture or a hip-flexor problem are possibilities.
Outer side of the hip Greater trochanteric pain syndrome—often involving gluteal tendons, with or without bursal irritation—is common. Side-lying, stairs and prolonged standing may aggravate it.
Buttock or back of the hip The lower back, sacroiliac region, hamstring origin and deep gluteal tissues may refer pain here. Tingling, numbness or pain below the knee makes nerve irritation more likely.
Inner thigh or pubic region Adductor strain, pubic-joint overload, hernia and selected abdominal, urinary or gynaecological conditions can mimic musculoskeletal hip pain.
Thigh or knee only Hip disease can be felt mainly in the thigh or knee. This is particularly important in children and older adults whose knee examination does not explain the symptoms.

“Hip Bursitis” is Often an Incomplete Label

Persistent pain over the outer hip frequently involves the gluteus medius or minimus tendons and the way the area is loaded, rather than an isolated inflamed bursa. Treatment therefore usually emphasises gradual gluteal strengthening, reducing compression and improving load tolerance—not repeated injections alone.

How the Pain Began Changes the Differential

Fall or direct injury A fracture, dislocation, muscle or tendon injury and deep bruise must be considered.
Sudden twist or sprint Muscle strain, tendon injury, labral irritation or a pre-existing joint problem may become symptomatic.
Training increase Rapid changes in running, jumping or walking load can irritate tendons or cause a bone stress injury.
Gradual activity-related pain Osteoarthritis, gluteal tendinopathy and persistent load-related conditions are common patterns.
Prolonged morning stiffness Stiffness lasting more than about 30 minutes, several painful joints or systemic symptoms may suggest inflammatory disease.
Night or rest pain Can occur with arthritis, but severe or progressive pain with fever, weight loss, trauma or cancer history needs prompt review.

Common Causes of Hip-Region Pain

Hip osteoarthritis A whole-joint condition causing activity-related groin or thigh pain, stiffness and reduced movement. In people aged 45 or over with typical symptoms and no prolonged morning stiffness, diagnosis is often clinical.
Greater trochanteric pain syndrome Pain and tenderness over the outer hip, commonly related to gluteal tendinopathy. Side-lying, stairs, single-leg loading and long periods of standing may be uncomfortable.
Muscle and tendon injuries Hip flexor, adductor, hamstring or gluteal strains can follow sport, slips or sudden acceleration. Complete tendon disruption is less common and produces more marked weakness, bruising or loss of function.
Femoroacetabular impingement and labral pain Some people develop groin pain with deep flexion, twisting or sport. Cam or pincer shape and labral changes on imaging are common and only matter when they match symptoms and examination.
Fracture or bone stress injury A major or minor fall can fracture a fragile hip. Repetitive loading can cause a stress injury in runners, military recruits and people with reduced bone strength. Persistent weight-bearing pain should not be “run through.”
Avascular necrosis Reduced blood supply can damage the femoral head. Risk is higher after some hip injuries and with selected steroid, alcohol, blood or metabolic conditions, but it can also occur without a clear risk factor.
Inflammation or infection Rheumatoid and other inflammatory arthritides may affect the hip. Septic arthritis causes severe pain and restricted movement, often with fever or illness, and requires urgent treatment.
Referred or non-orthopaedic pain Lower-back and nerve problems, sacroiliac pain, hernia, vascular disease and abdominal, urinary or pelvic conditions can present around the groin, buttock or hip.

Hip Pain and Limping in Children

Children are not simply small adults. Hip disease may be reported as thigh or knee pain, and an unwell child who cannot bear weight needs urgent assessment. Common or important possibilities include:

  • Transient synovitis, sometimes called irritable hip: often follows a viral illness, but infection must first be considered in a febrile or very unwell child.
  • Septic arthritis or bone infection: fever, marked pain, restricted movement and refusal to walk are urgent warning signs.
  • Slipped upper femoral epiphysis: usually affects adolescents and may present with hip, thigh or knee pain and an altered foot position.
  • Perthes disease: loss of blood supply to the developing femoral head can cause a persistent limp and reduced hip movement.
  • Injury, stress injury or inflammation: the history, examination and age determine the appropriate imaging pathway.

Do not repeatedly force a painful child’s hip through movement or assume a limp is “growing pain.” Until assessed, keep the child from sport and activities that provoke pain.

What Happens During an Orthopaedic Assessment?

  • History: exact location, onset, injury, stiffness, clicking, walking distance, night pain, fever, medicines and relevant medical risks.
  • Function: gait, stairs, getting into a vehicle, putting on footwear, sitting, side-lying, work and sport.
  • Observation: standing posture, limp, leg position, bruising, swelling and muscle bulk.
  • Movement: flexion, extension and rotation, comparing sides and noting which movements reproduce familiar pain.
  • Strength and tenderness: gluteal, flexor, adductor and hamstring function, with palpation of relevant structures.
  • Beyond the hip: lower back, nerves, circulation, abdomen, groin, knee and leg length when the presentation requires it.

Provocative tests do not diagnose a labral tear, impingement or tendon disorder by themselves. Their value comes from reproducing the person’s familiar symptoms in a pattern that fits the complete assessment.

Which Tests or Scans Might Be Needed?

X-ray Hip and pelvis radiographs are commonly the first images for chronic hip pain and for acute pain after trauma. They assess fracture, alignment, joint-space loss, osteophytes and selected bone-shape abnormalities.
MRI MRI shows bone marrow, cartilage, labrum, tendons, muscles and joint fluid. It is selected for a suspected hidden fracture, stress injury, avascular necrosis, infection, tumour or soft-tissue problem after clinical assessment.
Ultrasound Useful after appropriate assessment for superficial gluteal tendons, bursae, snapping tendons, some effusions and image-guided aspiration or injection. It does not provide a complete view of deep bone, cartilage or labrum.
CT Provides detailed bone anatomy for selected fractures, dislocations or pre-operative questions. It uses ionising radiation and is not the routine first test for gradual mechanical hip pain.
Blood tests Chosen when infection, inflammatory arthritis, metabolic bone disease or another systemic condition is suspected. There is no blood test that confirms ordinary mechanical hip pain or osteoarthritis.
Joint aspiration A deep hip-joint sample is image guided and may be analysed for cells, crystals and microorganisms when infection or another inflammatory process is suspected. It is not routine for uncomplicated osteoarthritis.

A Normal X-ray Does Not End Every Fracture Assessment

After trauma, continuing inability to bear weight or strong clinical suspicion may require MRI or CT even when initial radiographs are negative or uncertain. MRI is also particularly useful for bone stress injury and early avascular necrosis. Do not repeatedly test the leg by walking on it while awaiting reassessment.

What Can I Do Safely at First?

  • Keep moving within tolerance: avoid prolonged bed rest for ordinary non-traumatic pain, but reduce movements that cause a sharp or lasting flare.
  • Protect after injury: do not bear weight when a fracture is possible. Use support and seek assessment rather than “walking it off.”
  • Cold for a fresh flare: apply a wrapped cold pack for up to 15–20 minutes. Protect skin and avoid cold where sensation or circulation is poor.
  • Reduce outer-hip compression: avoid standing with the hip pushed sideways, crossing legs tightly or sleeping directly on the painful side. A pillow between the knees may help.
  • Use comfortable seating: a firm chair that is not very low may make standing easier during an irritable phase.
  • Consider walking support: a correctly sized stick in the hand opposite the painful hip can reduce load and improve confidence.
  • Check medicine safety: kidney, stomach, heart or liver disease, pregnancy, allergies and blood thinners change which pain medicines are suitable.

Seek review when pain affects normal activity or sleep, worsens or recurs, produces a persistent limp, or fails to show steady improvement with sensible early care. Sudden severe pain, fever or inability to walk belongs in the urgent pathway.

Treatment Depends on the Pain Source and Your Goals

Education and load planning Understanding what is irritated, which movements are safe and how to pace walking, work or sport prevents the cycle of complete rest followed by sudden overload.
Physiotherapy and exercise Progressive hip and trunk strength, range of movement, balance and task-specific control are matched to the diagnosis. Therapeutic exercise is a core treatment for hip osteoarthritis and many tendon-related conditions.
Weight support where relevant For people living with overweight or obesity and hip osteoarthritis, achievable weight reduction can improve pain, function and quality of life. It should be supportive and combined with suitable physical activity.
Medicines Pain-relieving or anti-inflammatory medicines may support movement and sleep. Oral anti-inflammatories require a risk review and should use the lowest effective dose for the shortest appropriate duration.
Targeted injection A carefully selected image-guided local-anaesthetic or corticosteroid injection may help clarify or temporarily reduce pain from a particular joint or surrounding structure. Infection must be excluded and benefit is not guaranteed.
Surgery or referral Selected fractures, dislocations, major tendon injuries and persistent mechanical joint problems may require surgery. If advanced arthritis substantially affects quality of life despite appropriate non-surgical care, joint-replacement assessment can be arranged at a suitable higher centre. Complex reconstruction and specialist tumour care are also referred.

An injection is not a substitute for diagnosis or rehabilitation. Repeated steroid exposure can have local and systemic risks, including temporary blood-glucose elevation, and injection into or close to a tendon requires particular caution.

Useful Terms on a Hip Report

Joint-space narrowing Reduced space between the femoral head and socket on X-ray, commonly reflecting cartilage loss.
Osteophytes Bony projections at the joint margin associated with osteoarthritis; they do not measure pain by themselves.
Subchondral sclerosis or cysts Changes in bone beneath the cartilage that may accompany osteoarthritis.
Cam or pincer morphology A description of bone shape at the ball-neck junction or socket. Many people have these shapes without symptoms.
Labral tear A change in the fibrocartilage rim of the socket. Age-related tears are common and must match the clinical pattern.
Chondral loss or defect Thinning or focal damage of articular cartilage; site, depth and symptoms determine relevance.
Gluteal tendinopathy Degenerative or reactive change in tendons attaching near the greater trochanter on the outer hip.
Bursal fluid Fluid or inflammation in a friction-reducing sac. A small amount may be incidental rather than the pain source.
Effusion or synovitis Extra joint fluid or inflamed lining. The cause depends on the full clinical setting.
Bone-marrow oedema Fluid-like signal inside bone on MRI with several possible causes, including stress, impact, arthritis and inflammation.
Avascular necrosis Bone injury caused by impaired blood supply to the femoral head; stage and surface integrity guide specialist management.

Myth vs Fact

Myth Hip-joint pain is always felt on the outer side.
Fact The joint commonly refers pain to the groin, front of the thigh or knee; outer-hip pain more often involves gluteal tendons.
Myth Every painful outer hip is simply bursitis.
Fact Gluteal tendinopathy and compressive load commonly contribute, so strength and load management are central treatments.
Myth An MRI should be the first test for gradual hip pain.
Fact Assessment comes first. When imaging is needed for chronic hip pain, hip and pelvis X-rays are commonly the initial studies.
Myth Complete rest is the safest treatment for all hip pain.
Fact Fracture suspicion requires protection, but most non-urgent mechanical conditions benefit from tolerable movement and graded loading.
Myth Exercise wears an arthritic hip out faster.
Fact Appropriately tailored strengthening and aerobic exercise are core osteoarthritis treatments and improve function.
Myth A steroid injection repairs the tendon or cartilage.
Fact It may provide temporary relief in selected cases but does not rebuild tissue or replace progressive rehabilitation.

Frequently Asked Questions

When should I arrange an orthopaedic consultation?

Arrange review when pain follows an injury, causes a persistent limp, limits ordinary activity or sleep, worsens or returns, or does not show steady improvement with sensible early care. Use the urgent pathway for red flags.

Is it safe to walk with hip pain?

Gentle walking is often useful for non-traumatic pain when it does not cause a marked limp or lasting flare. Do not bear weight after significant trauma or when fracture is suspected; seek assessment and use support.

Why is my hip pain felt in the groin?

The hip joint lies deep beneath the groin, so joint pain is commonly felt there. Hip flexors, adductors, hernias and abdominal or pelvic conditions can also cause groin pain, making examination important.

Why does my outer hip hurt when I lie on it?

Direct compression can irritate sensitive gluteal tendons and a nearby bursa. Avoiding the painful side temporarily, using a pillow between the knees and progressive strengthening may help once the diagnosis is clear.

Can back problems cause hip pain?

Yes. Lower-back joints and nerves can refer pain to the buttock, side of the hip, groin or leg. Numbness, tingling, weakness and pain below the knee make nerve involvement more likely but are not required.

Can hip problems cause knee pain?

Yes. The hip can refer pain down the thigh to the knee. Hip examination is especially important when knee findings do not explain symptoms or when a child presents with knee pain and a limp.

Will I need an X-ray?

Not every person needs imaging. When chronic hip pain or trauma requires a scan, hip and pelvis radiographs are commonly first. Typical osteoarthritis can often be diagnosed clinically unless features are atypical.

When is MRI useful?

MRI is useful for suspected occult fracture, bone stress injury, avascular necrosis, infection, tumour, tendon injury, cartilage or labral disease when the result is likely to change management.

Can ultrasound diagnose hip arthritis?

Ultrasound may show fluid and superficial tendons or bursae, but X-ray and clinical assessment are generally more useful for ordinary osteoarthritis. Ultrasound cannot completely assess deep bone, cartilage or the labrum.

Should I stretch a painful hip?

Gentle movement may help stiffness, but aggressive stretching can compress an irritable outer-hip tendon or aggravate an acute injury. Match the exercise to the diagnosis rather than forcing a painful range.

Do I need a walking stick?

A temporary stick can improve confidence and reduce load when walking is painful. It is commonly held in the opposite hand and adjusted so you can walk upright rather than leaning heavily.

Is a steroid injection a permanent cure?

No. It may provide temporary relief for a carefully selected joint, bursa or surrounding structure. Accuracy, infection risk, blood-glucose effects and tendon health are considered, and rehabilitation usually remains important.

Why can a fracture be missed on the first X-ray?

Some non-displaced or stress fractures are too subtle to see initially. Continuing severe pain or inability to bear weight may require MRI or CT even when the first radiograph was reported as normal or uncertain.

When can I return to running or sport?

Return depends on the diagnosis, not a fixed date. Walking and daily activity should be comfortable, movement and strength restored, and running, jumping or cutting load rebuilt gradually without a worsening response the following day.

What if hip osteoarthritis becomes severe?

Exercise, education, suitable pain relief and weight support where relevant remain important. If pain, stiffness or loss of function substantially affects quality of life despite appropriate non-surgical care, referral to a higher centre for joint-replacement assessment may be discussed.

A Note From Our Doctors

The information on this page is intended to help you understand your condition. It should not be considered a diagnosis or a substitute for a consultation with a qualified medical professional.

Every patient is unique. The same symptom can have different causes in different individuals, and the most appropriate investigations and treatment depend on your medical history, examination findings, age, existing medical conditions and test results.

At SR Speciality Hospital, we believe in treating the whole patient—not just a symptom, scan or laboratory report. Every treatment plan is individualised after careful medical evaluation.

Orthopaedic Consultation

Is hip pain limiting walking, sleep, work or sport?

Bring previous X-rays or scans, reports, a medicine list and details of how symptoms began. Mention falls, fever, inability to bear weight, night pain, steroid treatment, cancer history, childhood limp, numbness and any previous hip injection or surgery.