Total Hip Replacement in Mumbai by Dr. Mayur Rabhadiya

Comprehensive Total Hip Replacement in Mumbai

Total hip replacement in Mumbai may be considered for patients with advanced hip arthritis, avascular necrosis of the hip, femoral-head collapse, post-traumatic arthritis, inflammatory arthritis or severe hip-joint damage that causes persistent pain, stiffness, limping and loss of daily function.

Dr. Mayur Rabhadiya is an Orthopedic & Joint Replacement Surgeon in Mumbai with clinical focus on total hip replacement, robotic-assisted hip replacement, AVN-related hip replacement, hip arthritis treatment, revision joint replacement assessment and patient-specific implant planning.

Total hip replacement is not simply “replacing the hip.” It is a carefully planned operation that aims to reduce pain from the damaged hip joint, improve useful movement, restore walking ability and help the patient regain greater independence.

The decision should be made only after confirming that the hip joint is the principal source of symptoms and that non-surgical treatment is no longer giving acceptable relief.

Patients who are unsure whether they have reached the stage of surgery should first read Hip Replacement Surgery in Mumbai and When Is Hip Replacement Needed?.

What Is Total Hip Replacement?

Total hip replacement, also called total hip arthroplasty, is a surgery in which the damaged surfaces of the hip joint are replaced with artificial components.

The hip joint has two main parts:

The femoral head, which is the ball at the top of the thigh bone
The acetabulum, which is the socket in the pelvis

In a healthy hip, the ball and socket are covered with smooth cartilage. This allows the joint to move freely with minimal friction. In advanced arthritis, avascular necrosis or severe joint damage, the cartilage and bone surface can become worn, irregular, collapsed or painful.

During total hip replacement:

The damaged femoral head is removed.
The acetabulum is prepared.
A socket component is placed into the pelvis.
A liner is inserted into the socket.
A stem is placed into the upper femur.
A ball is placed on the stem.
The new ball-and-socket joint is checked for stability, movement and limb mechanics.

The operation does not replace the entire pelvis or the entire thigh bone. It replaces the damaged joint surfaces of the hip.

Why Is It Called “Total” Hip Replacement?

It is called total hip replacement because both sides of the hip joint are addressed: the ball side and the socket side.

This is different from partial hip replacement, where only the femoral head is replaced. Partial hip replacement is more commonly used in selected fracture cases, especially in elderly patients with certain femoral-neck fractures.

For most patients with hip osteoarthritis, AVN-related collapse, inflammatory arthritis or post-traumatic arthritis, total hip replacement is usually more relevant because the socket side of the joint is also affected or at risk of painful degeneration.

Conditions Treated With Total Hip Replacement

Total hip replacement may be used for several conditions that permanently damage the hip joint.

Hip Osteoarthritis

Hip osteoarthritis is one of the most common reasons for total hip replacement. It occurs when the cartilage inside the hip joint gradually wears down. As arthritis progresses, the joint space narrows, bone surfaces become irregular and movement becomes painful.

Symptoms may include:

Groin pain
Hip stiffness
Limping
Reduced walking distance
Difficulty climbing stairs
Difficulty wearing socks or footwear
Difficulty getting into a car
Night pain
Pain during daily activity

Patients with hip arthritis who are not yet sure whether surgery is needed should read Hip Arthritis Treatment in Mumbai.

Avascular Necrosis of the Hip

Avascular necrosis, also called AVN or osteonecrosis, occurs when blood supply to part of the femoral head is reduced. In early stages, the shape of the femoral head may still be preserved. In later stages, the bone may collapse and secondary arthritis may develop.

Total hip replacement becomes more relevant when AVN has caused:

Femoral-head collapse
Severe groin pain
Hip stiffness
Secondary arthritis
Limping
Loss of walking ability
Failure of joint-preservation options

Not every AVN patient needs total hip replacement immediately. Stage matters.

Read AVN Hip Treatment in Mumbai and Hip Replacement for AVN.

Inflammatory Arthritis

Rheumatoid arthritis and other inflammatory diseases may damage the hip joint despite medical treatment. These cases need careful planning because patients may have systemic inflammation, altered bone quality, multiple joint involvement and long-term medication use.

Post-Traumatic Arthritis

Post-traumatic arthritis can occur after hip fracture, acetabular fracture, dislocation or major hip injury. The hip joint may become painful and stiff because the original joint surface has been damaged.

These cases may be more complex because of previous implants, altered anatomy, scar tissue, deformity or bone loss.

Developmental Hip Disease

Some adults develop hip arthritis because of developmental problems such as hip dysplasia or childhood hip disease. These hips may have abnormal socket shape, altered femoral anatomy, limb-length difference or long-standing gait changes.

Total hip replacement in these cases requires careful planning of component position, stability, leg length and offset.

Failed Previous Hip Surgery

Some patients may require total hip replacement after previous hip-preservation surgery, fracture fixation, failed implant surgery or other earlier procedures. These cases require review of previous records, imaging and implant details.

Symptoms That May Lead to Total Hip Replacement Assessment

A consultation for total hip replacement may be appropriate when hip symptoms are persistent and functionally limiting.

Common symptoms include:

Deep groin pain
Pain in the front of the thigh
Buttock pain associated with hip stiffness
Limping
Reduced walking distance
Pain while climbing stairs
Difficulty standing from a chair
Difficulty wearing socks
Difficulty getting into a vehicle
Difficulty sitting low
Difficulty sleeping because of hip pain
Pain despite medicines or physiotherapy
Pain from AVN-related femoral-head collapse
Dependence on a walking aid
Loss of independence

A patient does not need to wait until complete immobility. At the same time, total hip replacement should not be performed only because imaging looks severe if symptoms are still manageable and function remains acceptable.

The correct decision requires matching symptoms, examination findings and imaging.

Evaluation Before Total Hip Replacement

Before total hip replacement, the surgeon must confirm that the hip joint is the main source of pain and that surgery is appropriate.

Evaluation may include:

Detailed symptom history
Pain location assessment
Walking and limp assessment
Hip range of movement
Limb-length assessment
Muscle strength testing
Abductor function assessment
Fixed deformity assessment
Knee examination
Lower-back and nerve-symptom assessment
X-ray review
MRI review for AVN or unclear diagnosis
CT scan in selected complex cases
Medical fitness assessment
Review of previous treatment
Discussion of patient goals and expectations

This is important because not all hip-region pain comes from the hip joint. Pain may be referred from the lumbar spine, sacroiliac joint, nerves, tendons, muscles or knee.

For broader diagnostic evaluation, read Hip Pain Treatment in Mumbai.

When Total Hip Replacement May Not Be Needed

Total hip replacement may not be needed when symptoms are mild, function remains acceptable or the pain source is not the hip joint.

Surgery may be avoided or delayed when:

Pain is manageable
Walking distance remains acceptable
X-ray changes are early
Symptoms are mainly from the spine
AVN is early without collapse
Non-surgical treatment has not been tried appropriately
Medical risk needs optimisation
Patient expectations are unrealistic
Imaging findings do not match symptoms

In such patients, treatment may involve medicines, physiotherapy, activity modification, walking aids, injections in selected cases or monitoring.

A good total hip replacement decision is not about early surgery or late surgery. It is about the right surgery at the right time for the right patient.

Components Used in Total Hip Replacement

The main components of a total hip replacement include the acetabular cup, liner, femoral stem and femoral head.

Acetabular Cup

The acetabular cup replaces the socket side of the hip joint. It is placed into the prepared pelvis socket. The cup may be cementless or cemented depending on patient factors and implant design.

Liner

The liner sits inside the acetabular cup and forms the surface against which the new ball moves. It may be made of highly cross-linked polyethylene or ceramic, depending on the implant system and patient factors.

Femoral Stem

The femoral stem is inserted into the upper thigh bone. It supports the new ball. The stem may be cemented, cementless or selected according to bone quality, femoral canal shape, age and diagnosis.

Femoral Head

The femoral head is the ball component that articulates with the liner. It may be ceramic or metal depending on the implant plan.

Cemented, Cementless and Hybrid Total Hip Replacement

Fixation refers to how the implant attaches to the bone.

Cementless Fixation

In cementless fixation, the implant is designed for bone to grow onto or into its surface over time. It is commonly used in patients with good bone quality.

Cemented Fixation

In cemented fixation, bone cement is used to secure the component. It may be useful in selected patients with weaker bone or certain anatomical situations.

Hybrid Fixation

Hybrid fixation uses a combination of cemented and cementless components. The decision depends on bone quality, age, anatomy, implant design and surgeon judgement.

No fixation method is best for every patient. The implant plan should be individualised.

Bearing Surfaces in Total Hip Replacement

The bearing surface is the part of the artificial joint where movement occurs. Bearing choice matters because it may influence wear, friction, stability and long-term implant performance.

Common bearing combinations include:

Ceramic head on highly cross-linked polyethylene
Metal head on highly cross-linked polyethylene
Ceramic-on-ceramic in selected patients

The best bearing surface depends on:

Age
Activity level
Diagnosis
Bone quality
Implant design
Risk of instability
Surgeon experience
Long-term follow-up considerations

A newer or more expensive bearing is not automatically best. The selection should be clinically appropriate.

Implant Selection in Total Hip Replacement

No single hip implant is best for every patient.

Implant selection may depend on:

Patient age
Bone quality
Femoral canal shape
Pelvic anatomy
Hip deformity
AVN or arthritis pattern
Previous surgery
Activity expectations
Stability requirements
Surgeon familiarity with the implant system
Primary or revision setting

Patients should ask:

Which implant is being used?
Why is this implant suitable for me?
Is it cemented or cementless?
What bearing surface is planned?
Are implant stickers or records provided?
How will follow-up be done?

Implant selection should be based on anatomy and clinical requirement, not marketing language alone.

Robotic-Assisted Total Hip Replacement

Robotic-assisted total hip replacement uses computer-based planning and robotic guidance to support selected surgical steps.

Depending on the platform, robotic assistance may help evaluate:

3D hip anatomy
Acetabular cup size
Cup orientation
Femoral planning
Leg-length targets
Hip offset
Implant position
Planned versus achieved component placement

Robotic assistance may help in selected cases, but the robot does not decide whether surgery is required and does not operate independently.

Dr. Mayur Rabhadiya remains responsible for patient selection, implant planning, surgical execution, soft-tissue management, stability assessment and recovery guidance.

Read Robotic Hip Replacement in Mumbai and Robotic vs Conventional Hip Replacement.

Conventional Total Hip Replacement

Conventional total hip replacement remains an established and effective method when performed with careful planning and sound surgical technique.

It uses:

Clinical assessment
X-ray-based planning
Anatomical landmarks
Standard instrumentation
Surgeon judgement
Intraoperative stability checks
Soft-tissue balancing

Conventional surgery may be appropriate when the patient’s anatomy is straightforward, robotic assistance is not necessary, technology is unavailable or cost considerations are important.

Robotic assistance is not mandatory for every patient.

Surgical Approach in Total Hip Replacement

The surgical approach refers to how the surgeon reaches the hip joint. Different approaches may be used depending on surgeon training, patient anatomy, body habitus, deformity, previous surgery and implant requirements.

The choice of approach should prioritise:

Safe exposure
Accurate implant placement
Tissue protection
Hip stability
Ability to manage deformity
Blood-loss control
Reliable recovery

Patients should not judge the quality of surgery only by incision length. A smaller incision is not automatically safer or better if it compromises visibility or implant positioning.

Minimally Invasive and Muscle-Sparing Principles

Minimally invasive principles in total hip replacement aim to reduce unnecessary tissue trauma while maintaining safe surgical control.

Important principles include:

Careful tissue handling
Preserving muscles and tendons where feasible
Controlled exposure
Accurate implant placement
Avoiding unnecessary blood loss
Maintaining hip stability
Supporting early mobilisation
Planning rehabilitation from the beginning

A muscle-sparing or minimally invasive approach should be selected only when it is safe and appropriate for the patient’s anatomy and diagnosis.

Preparing for Total Hip Replacement

Preparation before total hip replacement helps reduce avoidable risk and improves recovery planning.

Preoperative preparation may include:

Medical assessment
Anaesthesia review
Blood tests
ECG
Diabetes assessment
Anaemia assessment
Kidney and liver function review
Cardiac evaluation when needed
Review of blood thinners
Review of diabetes medicines
Skin and infection assessment
Dental or urinary infection evaluation if symptomatic
Nutrition optimisation
Smoking cessation
Preoperative strengthening
Home safety planning
Walking-aid planning
Family or caregiver support planning

Patients should inform the surgeon about all medicines, supplements, allergies, previous surgeries and injections.

For a detailed checklist, read Preparing for Hip Replacement Surgery.

What Happens During Total Hip Replacement Surgery?

Total hip replacement may be performed under spinal anaesthesia, general anaesthesia or a combination of anaesthetic and regional pain-control techniques depending on the patient and anaesthesia team.

During surgery:

The patient is positioned.
The hip is exposed through the selected approach.
The damaged femoral head is removed.
The acetabulum is prepared.
The cup component is inserted.
The liner is placed.
The femoral canal is prepared.
Trial components are used.
Leg length, offset, range of movement and stability are checked.
Final implants are inserted.
The hip is reassessed.
The wound is closed and dressed.

A primary total hip replacement commonly takes around one to two hours, although duration may increase in complex cases.

Hospital Stay After Total Hip Replacement

Hospital stay depends on medical stability, anaesthesia recovery, pain control, walking ability, wound condition and home support.

Many patients begin assisted standing or walking on the day of surgery or within the next day when medically stable.

Discharge depends on:

Stable vital signs
Controlled pain
Safe walking with support
Ability to use the toilet
Ability to eat and drink
Acceptable wound condition
Understanding of medicines and precautions
Safe home support
Ability to manage steps if needed

A shorter hospital stay is not automatically better. Safe discharge is more important than fast discharge.

Recovery After Total Hip Replacement

Recovery after total hip replacement varies from patient to patient.

Recovery depends on:

Age
Preoperative walking ability
Muscle strength
Bone quality
Diagnosis
Surgical complexity
Medical health
Wound healing
Rehabilitation
Home support
Associated spine or knee disease

Early recovery priorities include:

Pain control
Safe walking
Blood-clot prevention
Wound monitoring
Muscle activation
Fall prevention
Gradual return to daily activity

Many patients return to light routine activities over several weeks. Strength, gait, endurance and confidence may continue improving for months.

Read Hip Replacement Recovery Timeline.

Expected Results After Total Hip Replacement

The main aim of total hip replacement is to reduce pain arising from the damaged hip joint and improve useful function.

Many patients experience improvement in:

Walking tolerance
Sleep disturbed by hip pain
Chair-rise
Vehicle entry
Stair use
Personal care
Independence
General quality of life

However, a replaced hip may not feel exactly like a natural healthy hip.

Some patients may continue to experience:

Muscle weakness
Limping during early recovery
Numbness near the incision
Stiffness
Awareness of the implant
Pain from the spine or another joint
Perceived or actual limb-length difference

Outcomes should be discussed as realistic ranges, not guarantees.

Life After Total Hip Replacement

After recovery, many patients return to walking, travel, cycling, swimming, controlled gym exercise, household activities and other low-impact activities.

High-impact running, repeated jumping and contact sports may increase implant loading and are generally approached cautiously.

The ability to squat deeply, sit cross-legged, sit on the floor or kneel varies between patients. It depends on:

Preoperative movement
Hip stability
Surgical approach
Muscle condition
Body habitus
Implant position
Individual anatomy
Surgeon clearance

These activities should not be promised before surgery.

Read Life After Hip Replacement.

Risks and Complications of Total Hip Replacement

Total hip replacement is a major operation. Potential complications include:

Infection
Blood clots
Pulmonary embolism
Dislocation
Fracture
Bleeding
Wound-healing problems
Nerve injury
Blood-vessel injury
Leg-length difference
Persistent pain
Implant loosening
Bearing wear
Medical or anaesthetic complications
Need for revision surgery

Individual risk depends on:

Diabetes control
Smoking
Body weight
Heart and lung health
Kidney function
Previous surgery
Bone quality
Active infection
Surgical complexity
Rehabilitation capacity

No surgeon, implant, robotic system or surgical approach can remove all risk.

Read Hip Replacement Risks and Complications.

Total Hip Replacement Cost in Mumbai

The cost of total hip replacement in Mumbai varies according to several factors.

These may include:

Hospital
Room category
Implant system
Bearing material
Cemented or cementless fixation
Robotic technology
Primary or revision surgery
Medical conditions
Required investigations
Duration of hospital stay
Insurance coverage
Consumables
Physiotherapy
Additional medical care if required

A higher-cost implant or robotic system does not automatically mean a better result for every patient.

An exact estimate requires evaluation and a hospital quotation.

Read Hip Replacement Cost in Mumbai.

Total Hip Replacement for AVN

AVN patients often ask whether total hip replacement is required.

In early AVN, the femoral head may still be preserved. Selected patients may be considered for monitoring, protected weight bearing or preservation procedures.

Total hip replacement becomes more relevant when there is:

Femoral-head collapse
Secondary arthritis
Severe groin pain
Limping
Stiffness
Walking limitation
Failure of preservation options
Loss of daily function

Because AVN often affects younger adults, implant longevity and activity expectations should be discussed carefully.

Read Hip Replacement for AVN.

Total Hip Replacement in Young Adults

Young adults may need total hip replacement because of AVN, post-traumatic arthritis, inflammatory arthritis, developmental hip disease or severe deformity.

The main concern in young patients is long-term implant survival. A modern hip replacement can function for many years, but no implant can be guaranteed for life.

Young adults need detailed counselling about:

Timing of surgery
Implant choice
Bearing surface
Activity after surgery
Work and sport expectations
Long-term follow-up
Revision risk later in life

Young age alone should not prevent surgery when pain and disability are severe. But it should make the planning more detailed.

Read Hip Replacement in Young Adults.

Revision After Total Hip Replacement

Revision hip replacement is surgery performed when an existing hip replacement develops a significant problem.

Reasons for revision may include:

Implant loosening
Bearing wear
Recurrent dislocation
Deep infection
Periprosthetic fracture
Implant breakage
Severe bone loss
Painful implant failure

Revision surgery is generally more complex than primary total hip replacement. It may require removal of existing components, management of bone loss, special implants and more extensive rehabilitation.

Patients with an existing painful implant should read Revision Hip Replacement in Mumbai.

How Long Does a Total Hip Replacement Last?

Modern total hip replacements commonly function for many years, but no implant has a guaranteed lifespan.

Implant longevity may be affected by:

Age at surgery
Activity level
Body weight
Implant design
Fixation
Bearing surface
Infection
Trauma
Dislocation
Bone quality
Implant position
Long-term follow-up

Younger patients have more years of potential implant use and may therefore have a greater lifetime chance of revision.

Read How Long Does a Hip Replacement Last?.

Second Opinion Before Total Hip Replacement

A second opinion before total hip replacement may be useful when:

Surgery has been advised but the patient is unsure
Pain source is unclear
AVN stage is confusing
Robotic surgery has been recommended
Implant choice is unclear
Cost estimates vary widely
Patient is young
Revision surgery is being discussed
Spine-related pain may be contributing
Non-surgical treatment has not been fully explored

A second opinion should clarify the diagnosis, explain options and help the patient decide confidently.

Read Hip Replacement Second Opinion in Mumbai.

Why Patients Consult Dr. Mayur Rabhadiya for Total Hip Replacement

Patients consult Dr. Mayur Rabhadiya for total hip replacement in Mumbai because his approach focuses on accurate diagnosis, appropriate timing, patient-specific implant planning and realistic recovery counselling.

His assessment focuses on:

Confirming that the hip joint is the main pain source
Distinguishing hip arthritis from AVN and spine-related pain
Reviewing X-rays, MRI or CT where needed
Considering non-surgical care when useful
Assessing preservation options in selected AVN patients
Recommending total hip replacement only when clinically justified
Explaining robotic and conventional options honestly
Selecting implants according to anatomy and bone quality
Applying minimally invasive and tissue-respecting principles where appropriate
Planning recovery realistically
Guiding long-term follow-up

The aim is not to recommend the newest technique to every patient. The aim is to select the treatment most appropriate for the patient’s diagnosis, anatomy, medical health and functional goals.

Frequently Asked Questions About Total Hip Replacement

What is total hip replacement?

Total hip replacement is surgery in which the damaged ball-and-socket surfaces of the hip joint are replaced with artificial components.

Is total hip replacement the same as hip replacement?

In most arthritis and AVN cases, patients use the term hip replacement to mean total hip replacement. Total hip replacement replaces both the ball and socket surfaces.

What conditions commonly require total hip replacement?

Advanced hip osteoarthritis, AVN with femoral-head collapse, inflammatory arthritis, post-traumatic arthritis and severe hip deformity are common reasons.

Does every hip arthritis patient need total hip replacement?

No. Surgery depends on symptoms, functional limitation, examination findings, imaging and response to appropriate non-surgical treatment.

Does AVN always need total hip replacement?

No. Early AVN may be considered for monitoring or preservation options. Total hip replacement becomes more relevant after collapse or secondary arthritis.

What is replaced during total hip replacement?

The damaged femoral head and damaged acetabular surface are replaced using a stem, ball, socket and bearing liner.

Is robotic total hip replacement different from total hip replacement?

Total hip replacement describes the operation. Robotic assistance describes a technology used to help plan and perform selected parts of the operation.

Is robotic total hip replacement always better?

Not necessarily. Robotic assistance may help selected patients, but conventional total hip replacement remains established and effective.

Which implant is best for total hip replacement?

There is no single best implant for every patient. Implant choice depends on bone quality, anatomy, diagnosis, activity and surgical requirements.

When can patients walk after total hip replacement?

Many patients begin assisted walking on the day of surgery or the following day when medically stable.

How long does recovery take?

Light daily activities may resume over several weeks. Strength, endurance and confidence may continue improving for several months.

Can patients sit cross-legged after total hip replacement?

Some patients may regain modified cross-legged sitting, but it cannot be guaranteed and should not be forced without clearance.

What are the risks of total hip replacement?

Risks include infection, blood clots, dislocation, fracture, nerve injury, leg-length difference, loosening, persistent pain and medical complications.

How long does a total hip replacement last?

Many implants last for many years, but lifespan varies and no implant can be guaranteed for life.

Should I take a second opinion before total hip replacement?

A second opinion is reasonable if diagnosis, timing, robotic assistance, implant choice, cost or recovery expectations are unclear.

About Dr. Mayur Rabhadiya

Dr. Mayur Rabhadiya is an Orthopedic & Joint Replacement Surgeon in Mumbai.

His qualifications include:

MBBS from LTMMC & GH, Sion Hospital
D’Ortho from KMC, Hubli
DNB Orthopedics from the National Board of Examinations, New Delhi
MNAMS Orthopedics
Fellowship in Robotic & Computer-Navigated Joint Replacement

His clinical practice includes total hip replacement, robotic-assisted hip replacement, hip arthritis treatment, AVN hip treatment, minimally invasive surgical principles, revision joint replacement and patient-specific implant planning.

Surgery is recommended only when symptoms, functional limitation, examination, imaging and response to appropriate treatment support it.

Last medically reviewed: July 2026.

Book a Total Hip Replacement Consultation in Mumbai

Patients with advanced hip arthritis, AVN-related femoral-head collapse, persistent groin pain or progressive walking limitation can consult Dr. Mayur Rabhadiya in Ghatkopar East or Ghatkopar West, Mumbai.

Appointments can be requested through the orthopedic doctor consultation page.

Call or WhatsApp: +91 84249 03913 / +91 96113 30063.

Medical References

This patient-education page is informed by current guidance and educational material from:

American Academy of Orthopaedic Surgeons
American Association of Hip and Knee Surgeons
National Institute for Health and Care Excellence
National Health Service
Orthopedic literature on total hip arthroplasty, AVN, implant fixation, bearing surfaces, implant longevity and revision joint replacement

Medical Disclaimer

This information is intended for general patient education and does not replace clinical examination, imaging review, anaesthetic assessment or personalised surgical advice.

Suitability for total hip replacement depends on the diagnosis, extent of joint damage, symptoms, functional limitation, general medical health, bone quality, rehabilitation capacity and patient goals. No implant, surgical approach or robotic system can guarantee a particular outcome or eliminate all complications.