A dislocated hip cannot be safely put back in place at home. It requires emergency medical treatment, typically under sedation or general anesthesia, where a doctor physically maneuvers the ball of the thighbone back into its socket. This is one of the most powerful joints in the body, surrounded by large muscles that spasm intensely after dislocation, making self-reduction essentially impossible and extremely dangerous to attempt. If you suspect a hip dislocation, call emergency services immediately. Timing matters: getting the hip reduced within 12 hours significantly lowers the risk of permanent damage to the bone.
Why You Can’t Do This Yourself
The hip is a deep ball-and-socket joint held in place by thick ligaments and some of the strongest muscles in the body. When the femoral head (the ball at the top of the thighbone) pops out of the acetabulum (the socket in the pelvis), those surrounding muscles go into protective spasm. The force required to overcome that spasm and guide the bone back into position is substantial, and it has to be applied in a very specific direction depending on the type of dislocation. Doctors perform this procedure with the patient under sedation or anesthesia specifically to relax those muscles enough to make reduction possible.
Attempting to force the joint back on your own risks fracturing the socket, tearing blood vessels, or damaging the sciatic nerve, which runs directly behind the hip joint. About 10% of hip dislocations already involve nerve injury even under ideal circumstances, and roughly 30% to 40% of those patients never fully recover nerve function.
How to Tell If Your Hip Is Dislocated
A true hip dislocation causes severe, unmistakable pain and an obvious deformity. The leg will look visibly wrong. In the most common type, a posterior dislocation, the affected leg appears shortened, turned inward, and bent slightly at the hip and knee. You will not be able to move it. In the less common anterior dislocation, the leg rotates outward and may appear slightly longer. In either case, any attempt to move the leg causes extreme pain.
A subluxation, or partial dislocation, is different. The ball of the thighbone is still partially in contact with the socket but has shifted out of its normal position. Pain and limited range of motion are present, but the dramatic deformity of a full dislocation is not. This still requires medical evaluation, but it is a less urgent situation than a complete dislocation.
If you’re experiencing hip pain, clicking, or a feeling that your hip is “out of place” but you can still walk and move your leg, you most likely do not have a dislocation. That sensation is more commonly caused by muscle imbalances, labral tears, or joint inflammation. A dislocation is a high-energy injury, usually caused by car accidents, major falls, or sports collisions. You would know something catastrophic happened.
What Happens at the Hospital
Doctors first confirm the dislocation with X-rays to determine the direction the bone has shifted and check for fractures around the socket. Once confirmed, they perform what’s called a “closed reduction,” meaning they reposition the bone without surgery.
For a posterior dislocation, the most widely used approach involves the patient lying face-up while the doctor flexes the knee to 90 degrees, then applies steady traction along the line of the thighbone while gently rotating the leg inward. An assistant stabilizes the pelvis to provide counter-pressure. The combination of traction and rotation guides the femoral head back over the rim of the socket and into place.
For anterior dislocations, the technique reverses: the doctor applies traction with outward rotation of the leg, sometimes with an assistant pushing directly on the displaced femoral head to help it slide back into the socket.
You will be sedated or under general anesthesia for this. The procedure itself takes minutes once the muscles are relaxed, but preparation, imaging, and monitoring extend the total time. After reduction, a CT scan is typically performed to confirm the bone is properly seated and to check for any small bone fragments trapped inside the joint, which would require surgical removal.
Why Timing Is Critical
When the hip dislocates, it disrupts the blood supply to the femoral head. The longer the bone stays out of the socket, the higher the chance of avascular necrosis, a condition where the bone tissue dies from lack of blood flow. This can lead to permanent joint collapse and the eventual need for a hip replacement.
The critical window is 12 hours. In one large military study, the rate of avascular necrosis was about 18% when reduction happened within 12 hours but jumped to 57% when it was delayed beyond that point. A separate study of 62 cases found the rate dropped to just 3% with reduction under 12 hours compared to 15% after. Notably, researchers found no significant difference between hips reduced within 6 hours versus those reduced between 6 and 12 hours, suggesting that while sooner is better, the 12-hour mark is the meaningful threshold.
Prosthetic Hips Are a Special Case
If you’ve had a hip replacement, dislocation is a known risk, and the approach differs from a natural hip dislocation. Prosthetic hips dislocate more easily because the artificial components don’t have the same depth of socket or the stabilizing labrum that a natural hip has.
Dislocations that occur within the first three months after surgery are usually treated with closed reduction, the same manual repositioning technique, since the surrounding soft tissues are still healing and lax. But if dislocations keep recurring, surgery may be needed to reposition the implant components, switch to a larger femoral head (which has to travel farther before it can pop out), or install a constrained liner that physically prevents the ball from escaping the socket. Reoperation rates for persistent instability range from 31% to 44%.
Recovery After Reduction
Getting the hip back in place is only the beginning. The ligaments and joint capsule that normally hold the hip stable have been stretched or torn, and they need time to heal before the joint can bear full weight again.
For the first four weeks, you’ll be limited to bearing no more than 30% of your body weight on the affected leg, using crutches or a walker for all walking. Between weeks four and six, that gradually increases to about 75%. Full weight-bearing typically begins around the six-week mark, but the rehabilitation process continues well beyond that.
Physical therapy progresses through distinct phases over roughly 20 weeks. The early phase focuses on gentle range-of-motion exercises and preventing muscle wasting. The middle phase, from about 6 to 12 weeks, introduces strengthening exercises for the hip and core. The later phases, from 12 to 20 weeks, build toward functional activities and, for athletes, a return to sport-specific movement. The exact timeline depends on whether there were associated fractures or nerve injuries, which can extend recovery considerably.
What “Putting Your Hip Back in Place” Might Actually Mean
Many people who search for this phrase aren’t dealing with a true dislocation at all. They’re experiencing a hip that feels stuck, clicks painfully, or seems to shift in and out of position. These sensations are real, but they usually point to something other than dislocation: a snapping hip tendon, a torn labrum catching in the joint, tight muscles pulling the joint out of alignment, or early arthritis causing stiffness and uneven movement.
For these issues, a physical therapist or orthopedic specialist can help identify what’s actually happening. Stretching and strengthening the muscles around the hip, particularly the glutes and hip flexors, often resolves the feeling that something is “out of place.” A chiropractor or physical therapist may also perform joint mobilizations, gentle manual techniques that restore normal movement patterns without the dramatic force that a true dislocation would require.