Trochanteric bursitis happens because the bursa at your greater trochanter becomes irritated from compression, friction, or overload. However, research now shows that true bursitis is less common than previously thought, and most lateral hip pain involves the gluteal tendons rather than the bursa. Understanding what actually causes trochanteric region pain guides effective treatment. Research published in Arthritis and Rheumatism demonstrates that MRI findings in patients diagnosed with trochanteric bursitis primarily show gluteal tendinopathy rather than bursal inflammation (PMID: 11409681). The study found that bursal distension was present in only a minority of cases, while tendon abnormalities appeared in the majority. This article explains why trochanteric region pain develops and provides exercises that address the actual underlying causes. Understanding Trochanteric Bursae Bursae are fluid-filled sacs that reduce friction: Location: Multiple bursae exist around the greater trochanter. The largest sits between the gluteus maximus and the trochanter. Function: These bursae allow tendons and muscles to glide smoothly over the bony trochanter during hip movement. Inflammation causes: Repetitive friction, direct trauma, or prolonged compression can irritate bursae and cause inflammation. What Actually Causes "Trochanteric Bursitis" Modern understanding has evolved: Gluteal tendinopathy: Research shows that most cases previously diagnosed as bursitis actually involve degeneration or irritation of the gluteal tendons at their trochanteric attachment. This is now the primary diagnosis. Secondary bursitis: When bursitis does occur, it is often secondary to underlying tendinopathy. The bursa becomes irritated due to tendon problems. Greater trochanteric pain syndrome: This umbrella term now encompasses bursitis, tendinopathy, and ITB-related pain at the lateral hip, acknowledging that multiple structures are often involved. Risk Factors for Trochanteric Region Pain Hip abductor weakness: Weak gluteal muscles create abnormal loading at the trochanter with every step. This is the most consistent finding. Compressive activities: Side sleeping, crossing legs, or prolonged sitting compresses trochanteric structures against underlying bone. Female sex: Women are 3-4 times more likely to develop trochanteric pain, possibly related to wider pelvis anatomy. Age: Tendon degeneration increases with age, making those over 40 more susceptible. Repetitive hip movement: Running, walking long distances, or stair climbing without adequate hip strength creates overload. Rapid activity increases: Sudden increases in exercise volume overload tendons before they can adapt. The Role of Compression Compression is central to trochanteric pain: Hip adduction: When the leg crosses the midline, structures at the trochanter are compressed against bone. This position irritates both bursae and tendons. Side lying: Sleeping on the affected side creates hours of sustained compression on the trochanter. Sitting posture: Crossed legs and leaning to one side increase compression on the affected hip. Running mechanics: Crossover gait, where feet land across the midline, increases trochanteric compression with each stride. Primary Exercises for Trochanteric Pain These exercises address the weakness underlying trochanteric region problems. 1. Side-Lying Hip Abduction Why it works: Strengthening the gluteal muscles builds tendon capacity and reduces the overload that irritates trochanteric structures. JME 125 Holding onto a wall or your chair, extend one leg to the side. 2. Glute Bridge Why it works: Bridges strengthen gluteals without compressive load on the trochanter. The supine position makes this exercise well-tolerated even with active symptoms. JME 137 With your toes rotated toward your other leg, lift your leg up at your knee. As you lift, tuck your chin. When you return your foot to the floor, untuck your chin. 3. Clamshell Why it works: Clamshells build hip external rotation strength with minimal trochanteric compression, making them appropriate for acute and chronic cases. JME 128 Staying steady on one leg, follow the diagram for the path of your leg. Stay controlled with your movement and find your end range at every location. 4. Figure Four Stretch Why it works: Addressing deep hip rotator tightness reduces tension on structures that cross the trochanter region. JME 133 Bring one ankle up to rest on your knee. As you sit in this cross-legged position, rotate your upper body toward the floor to feel a gentle stretch. Don't force your end range - do what works for you. Supporting Exercises Additional exercises support trochanteric region recovery. 5. Standing Hip Extension Why it works: Hip extension strength contributes to overall hip stability that reduces compensatory trochanteric stress. JME 127 Holding onto the wall or your chair, lift one leg to 90 degrees, return to the ground, then do the same with the other leg. 6. Hip Circles Why it works: Gentle mobility maintains hip function and promotes blood flow without creating compressive load. JME 122 Keeping your feet in the same position, rotate your hips in a circle. 7. Hamstring Stretch Why it works: Balanced flexibility affects hip mechanics. Tight hamstrings may alter gait patterns that stress the trochanter. JME 141 Sitting in your chair, extend one leg in front. Once extended, bend your upper body over that leg to fell a gentle stretch in your hamstring. Don't force anything - find what works for you. 8. Knee to Chest Why it works: Hip flexion mobility supports overall hip function. Perform on the unaffected side or with caution if hip flexion compresses the trochanter. JME 121 Sitting in your chair, grab onto one leg and pull it toward your chest for a gentle stretch. Load Management for Trochanteric Pain Managing load is critical for recovery: Reduce compressive positions: Avoid crossing legs, side sleeping on the affected hip, and standing with weight shifted to the painful side. Modify activity: Reduce running or walking distance temporarily while building hip strength. Progress gradually: Increase exercise intensity slowly. Tendons adapt more slowly than muscles and need gradual loading. Pain monitoring: Some discomfort during exercise is acceptable if it settles within 24 hours and does not progressively worsen. When Trochanteric Pain Requires Professional Help No improvement after 8-12 weeks: Consistent rehabilitation should produce improvement. Lack of progress warrants reassessment. Severe night pain: Pain that regularly disrupts sleep needs investigation. Significant weakness: Hip weakness or giving way requires evaluation. Failed conservative treatment: If appropriate rehabilitation fails, other interventions may be considered. Common Misconceptions It is always bursitis: Research shows tendinopathy is more common than true bursitis. Treatment focuses on tendon loading. Rest is the answer: Complete rest weakens already weak muscles. Appropriate loading is essential for tendon health. Cortisone cures it: Injections provide temporary relief but do not address underlying weakness. Evidence shows long-term outcomes are similar to exercise. Stretch the ITB: The ITB cannot be meaningfully stretched, and adduction stretches compress the trochanter. Expected Timeline for Recovery Trochanteric region pain often requires extended rehabilitation. Initial improvement may appear in 4-6 weeks. Significant tendon adaptation requires 12-16 weeks minimum. Chronic cases may take 6-12 months for full resolution. Gradual, consistent strengthening produces the best outcomes. Start Moving Better Today Trochanteric bursitis happens because structures at the greater trochanter become irritated from compression and overload. Modern understanding shows tendinopathy is more common than true bursitis, but both respond to the same approach: hip strengthening while avoiding compression. These eight exercises address the causes of trochanteric pain. simplmobility provides joint-specific hip programs designed for trochanteric conditions. Each routine takes 2-3 minutes and builds the strength needed for healthy lateral hip function. Try simplmobility Free for 14 Days Frequently Asked Questions Is trochanteric bursitis the same as gluteal tendinopathy? They are different conditions but often coexist and overlap. Trochanteric bursitis involves inflammation of the bursa, while gluteal tendinopathy involves degeneration of the tendons. Research shows tendinopathy is more common, but the term "bursitis" persists. Treatment for both focuses on hip strengthening and avoiding compression. Will trochanteric bursitis go away on its own? Trochanteric pain may improve spontaneously, but without addressing underlying weakness, recurrence is common. Active rehabilitation that builds hip abductor strength produces better long-term outcomes than rest alone. Should I use ice or heat for trochanteric bursitis? Both can provide temporary comfort. Ice may reduce inflammation in acute flares, while heat can relax surrounding muscles. Neither addresses the underlying cause. Use whichever provides relief while focusing on strengthening exercises. Can I still exercise with trochanteric bursitis? Yes, appropriate exercise is essential for recovery. Avoid exercises that compress the lateral hip or cause significant pain. Focus on strengthening exercises that build gluteal capacity. Low-impact activities like swimming or cycling are often well-tolerated.