Hip pain can make everyday activities like walking, standing, sleeping, and staying active more difficult. At CLS Health, treatment often begins with non-surgical options such as physical therapy, medications, or injections to help manage symptoms. If these approaches no longer provide relief and surgery becomes the next step, our hip surgeons are here to guide you through your care.
Robotic-assisted hip replacement is an advanced surgical technique that combines surgeon expertise with computer-guided planning for highly accurate implant placement. At our Houston-based clinics in Webster, Sugar Land, and Pasadena, orthopedic surgeons use minimally invasive, robot-guided technology to support accurate implant placement and smoother recovery. Here’s what to know if you’re considering hip replacement.
This guide explains how robotic hip replacement works, who may benefit, what recovery looks like, and how it compares with traditional hip replacement.
What Is Robotic Hip Replacement?
Robotic hip replacement combines traditional surgical expertise with computer-guided planning. Before surgery, a CT scan creates a 3D model of your hip. This allows your surgeon to map out the ideal implant placement based on your exact anatomy.
During surgery, the robotic system assists the surgeon by reinforcing the preoperative plan and supporting accurate implant alignment. The robot doesn’t operate on its own—the surgeon performs the entire procedure, while the system helps maintain accuracy and alignment. This approach gives patients a more personalized experience than traditional hip replacement alone.
Symptoms That May Lead to Hip Replacement
Hip replacement is often considered when everyday activities become difficult. People commonly seek evaluation when they experience:
- Ongoing groin or hip pain
- Stiffness and limited range of motion
- Trouble walking, standing, or climbing stairs
- Pain that affects sleep
- Symptoms that no longer improve with conservative treatments
If hip pain is limiting your lifestyle, a specialist can help determine whether replacement is the next step.
Conditions That May Be Treated with Hip Replacement
Many conditions can cause significant hip damage, including:
- Osteoarthritis
- Rheumatoid arthritis
- Post-traumatic arthritis
- Hip dysplasia
- Avascular necrosis (AVN)
- Severe cartilage loss
Benefits of Robotic-Assisted Hip Surgery
Robotic-assisted surgery offers several meaningful advantages:
- Detailed 3D planning before surgery
- Guidance to help surgeons align implants more precisely
- Support for proper leg-length and soft-tissue balance
- The ability to use minimally invasive techniques when appropriate
Every patient is different, but many benefit from the personalized approach robotic technology provides.
Not all patients require or are candidates for robotic-assisted surgery. Your orthopedic surgeon will help determine the most appropriate approach based on your anatomy and overall health.
Robotic Hip Replacement vs. Traditional Hip Replacement
- Traditional hip replacement is highly effective and remains widely used. Surgeons rely on imaging, experience, and direct visualization to place the implant.
- Robotic hip replacement adds advanced planning tools and real-time guidance to those same principles. This added layer of information may be especially helpful for patients with unique anatomy, alignment concerns, or specific activity goals.
After determining whether robotic assistance or traditional methods are appropriate, your surgeon will also choose the surgical approach that offers the best access to your hip.
Surgical Approaches We Offer
Surgeons select the hip replacement approach that provides the safest and most effective access to the joint.
- Anterior approach:
Uses an incision at the front of the hip and works between muscles. Some patients experience earlier mobility with this method. - Posterior approach:
One of the most common and versatile techniques. It offers excellent visibility and works well for many anatomies, including complex cases. - Lateral and anterolateral approaches:
Offer a good balance between surgical exposure and hip function. May be recommended when other approaches are not ideal based on body structure or underlying health conditions. - Bilateral hip replacement:
When both hips need replacement, surgery may be done in one procedure (simultaneous) or in two stages. Robotic planning helps ensure precise placement for both implants.
What to Expect During Robotic Hip Surgery
Your surgeon begins with a thorough evaluation and imaging. A CT scan creates a 3D map of your hip, allowing precise planning for implant size and placement. During surgery, the robotic system guides the surgeon through each step, supplying real-time information while the surgeon stays in full control. Safety monitoring throughout the procedure helps ensure proper alignment and balance.
Recovery After Hip Replacement
Most people stand or walk with assistance within a day of surgery. Recovery progresses gradually:
- First 1–2 weeks: Focus on safe movement, reducing swelling, and beginning gentle exercises.
- Weeks 3–6: Improved walking, mobility, and early strengthening.
- Weeks 6–12: Return to daily activities and low-impact exercise.
Temporary soreness, stiffness, and swelling are normal. Patients should contact their care team if symptoms feel unusual or severe.
Recovery Considerations by Age (60s, 70s, 80s)
Age can influence recovery speed, but overall health and mobility are even more important.
- 60s: Patients often regain function more quickly and may feel stronger early in recovery.
- 70s: Recovery is steady but may progress more gradually, especially with chronic conditions.
- 80s: Patients typically benefit from structured physical therapy, close monitoring, and fall-prevention support.
Regardless of age, staying active before surgery and following rehabilitation guidelines can support a successful outcome.
How Long Do Hip Replacements Last?
Modern hip implants are designed for long-term durability. Many last 15–20 years or longer. Longevity depends on factors such as alignment, activity level, bone quality, and overall health. Robotic-assisted techniques support accurate placement, which may help contribute to long-term performance.
Locations We Serve
We provide comprehensive hip care and robotic-assisted hip replacement across multiple CLS Health locations, making it easy for patients in Webster, Sugar Land, Pasadena, and the surrounding communities to receive specialized orthopedic care close to home.
Our clinics offer diagnostic evaluations, non-surgical treatments, and advanced hip surgery options supported by experienced orthopedic surgeons.
FAQs
Robotic-assisted hip replacement is a surgical technique that uses advanced imaging and computer-guided robotic technology to help surgeons plan and place hip implants with greater precision. This approach can enhance accuracy and may support improved outcomes compared to manual techniques.
Both approaches are effective, but robotic-assisted surgery can offer potential benefits such as more precise implant positioning, smaller incisions, and potentially faster recovery. Your orthopedic surgeon can help determine which option best fits your anatomy and health needs.
Most patients resume everyday activities within 4–6 weeks, though full recovery may take several months. Factors such as overall health, surgical approach, and participation in physical therapy all influence recovery time.
Mild to moderate soreness, swelling, and stiffness are common during the first few weeks. Pain should gradually improve over time. Severe or worsening pain is not typical and should be evaluated by your surgeon.
Modern hip implants typically last 15–20 years or longer. Advancements in materials and surgical techniques continue to improve implant longevity.
Talk With a Hip Specialist in the Houston Area
When hip pain starts to interfere with daily life, a specialist evaluation can provide clarity. Our orthopedic surgeons serve patients across Webster, Sugar Land, and Pasadena with expert diagnosis and personalized hip replacement care.
Schedule a consultation today to learn which treatment options may be right for you.