Robotic Hip Replacement

A robotic hip replacement is a standard hip replacement done with the help of a robotic arm and guided by computer software. Before and during surgery, the system builds a 3D picture of your hip and calculates exactly where to make the bone cuts. The precise depth, angle, and position is ensured by the robot.

This precision can allow a slightly smaller incision and a bit less disturbance to the surrounding tissue. One key point: the robot doesn’t perform the surgery. Your surgeon is in control the entire time and does the work, including all the closing up. The robot is a high-tech planning and guidance tool.

The artificial parts that go in are identical to those used in non-robotic surgery. Robotic assistance is still a newer technology, so while early results are encouraging, its long-term advantages are still being studied. There are not negative consequences found to date.

This page explains who it’s for, how it works, and what to expect.

What condition does robotic hip replacement treat:

Like any hip replacement, this treats a hip joint that’s been worn down by arthritis or another condition that’s damaged the joint (often called degenerative joint disease). When the smooth cushioning in the joint breaks down, the bones rub together, causing pain and stiffness that makes everyday movement hard.

The robotic version treats the same conditions as a regular hip replacement. However, the difference is in how precisely the surgery is planned and carried out.

When should you consider surgery:

The signs that point toward a hip replacement are the same here as for any hip replacement: frequent, severe, debilitating hip pain, along with an orthopedic surgeon’s exam and X-rays showing joint damage that matches your symptoms.

Unlike knee arthritis, hip arthritis has relatively few effective non-surgical treatments. Physical therapy can help some patients, gait aids like a cane can help, and joint injections are possible but usually require a specialist using imaging to guide the needle.

Because of this, a thorough assessment by an orthopedic surgeon is the best first step. They can tell you whether non-surgical options are likely to help you or not.

Most people with hip arthritis are good candidates for the robotic approach. The main exception is someone with severely abnormal hip anatomy or a major deformity that prevents the computer software from building an accurate 3D picture.

What happens during surgery:

The surgical approach and equipment are broadly the same as a regular hip replacement. The robot is added to handle the planning and guidance.

During the operation, the surgeon feeds information into the robotic system, which builds a 3D model of your hip. This then calculates the best position, depth, and angle for each bone cut needed to remove the arthritis and fit the implant.

The surgeon uses that guidance to make precise cuts and place the parts, but stays in full control throughout and does the rest of the surgery, including stitching everything closed.

The implants themselves are the same metal, ceramic, and plastic parts used in any hip replacement. however now we can ensure accuracy and precision in placing them.

What does recovery look like:

Recovery follows the same path as any hip replacement. Most people can put weight on the leg almost immediately, usually the day of surgery. Post-surgery pain typically eases within about two weeks. By around six weeks, pain is significantly better and your hip is getting stronger with continued physical therapy and exercise. By three months, most people have largely recovered and are close to their normal selves. It can take a bit longer for older patients.

Walking is the single most important exercise, since it gently works all the muscles needed for a normal stride. Your physical therapist may add specific exercises based on the surgical approach used.

Depending on that approach, you may also be given “hip precautions”. These are temporary limits on certain movements (like not crossing the leg inward or bending the hip past 90 degrees) for up to three months. Not everyone gets these restrictions; your surgeon or therapist will tell you what applies to you.

Some surgeons believe robotic patients recover a bit faster because of the smaller amount of tissue disturbance, but that hasn’t yet been proven in high-quality studies. It’s fair to expect a recovery similar to any hip replacement, perhaps slightly quicker.

What are the major risks and complications:

The risks are essentially the same whether the surgery is robot-assisted or not, and your surgeon will make sure you understand them. They include:

  • Infection around the implant and in the joint.
  • Blood clots, which can be dangerous if one travels to the lungs.
  • Dislocation, where the new ball slips out of the socket.
  • Nerve or blood vessel injury.
  • A difference in leg length after surgery.
  • Major medical events like a heart attack or stroke, as with any major surgery.

There’s some suggestion that the smaller incision and more precise technique may mean less blood loss, but that hasn’t been firmly proven yet. It is thought the risk of leg length differences, and dislocation is lower with robotics. But this has yet to be proven.

What if you don’t have surgery:

Surgery is always a personal choice. But it’s worth knowing that hip arthritis, unlike knee arthritis, has fewer effective non-surgical options. Physical therapy, gait aids, and injections help some people but don’t work for everyone. Additionally, none of these non operative options address underlying joint damage.

Arthritis tends to keep progressing, so for many people the pain and stiffness slowly worsen and daily activities get harder over time. It’s also worth remembering that “robotic” is just a method for doing a hip replacement, not a separate decision about whether to have one.

If you decide on surgery, you can ask your surgeon whether robotic assistance is a good fit for you. When and whether to proceed is a decision to make together, based on your symptoms and how much your hip is affecting your life.

Robotic Hip Replacement Surgery Cost

As with any new technology, there is an increased cost to using a robot to assist with your total hip replacement. Because it is an emerging technology, there is high variability in health insurance company policies and whether robotic hip surgery is covered. If you have any concerns with regards to what your policy will and will not cover, speak to your provider directly or consult with one of our orthopedic surgeons and they will discuss your options with you and would be happy to find a satisfactory solution to any of your hip replacement questions.

How Medicare Covers Robotic Hip Replacement

If you have Medicare, your healthcare provider may bill for CPT Code 27130 — this refers to a total hip replacement (hip arthroplasty). When performed with robotic assistance, advanced imaging and robotic tools help the surgeon plan and position the hip implant with improved precision. Although the technology is different, the billing code is the same as a traditional hip replacement.

“What Will It Cost You?”

If you don’t have secondary insurance, here’s what you can expect:
Estimated Out-of-Pocket Cost for Robotic Hip Replacement (27130): $303.45

“For example, hypothetical patient, Ellen, needed a robotic hip replacement after severe arthritis limited her mobility. Her surgery included 1 procedure: total hip replacement with robotic assistance (27130). Thanks to Medicare, her total out-of-pocket cost was about $303.45. Her secondary insurance then covered it completely!”

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The content on this page has been authored, edited, or approved by the doctors below, and was last reviewed for accuracy on June 12, 2026.

Dr Mo Athar MD

Dr. Athar is a seasoned orthopedic surgeon and foot and ankle specialist at Complete Orthopedics in Queens and Long Island. Fellowship-trained in hip and knee reconstruction, he specializes in total hip and knee replacements for arthritis and is certified in robotics-assisted joint replacement. He also treats meniscal tears, cartilage injuries, fractures, and can manage most orthopedic issues involving the lower extremities.

As a fellowship-trained foot and ankle specialist, Dr. Athar brings deep experience to procedures including ankle replacement, minimally invasive foot surgery, and cartilage repair. He treats ankle arthritis, bunions, foot and toe deformities, diabetic foot complications, and lower-extremity fractures. When surgery isn’t the answer, he offers non-surgical care such as bracing, orthotics, medication, and injections.

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