DR. VIKRAM BYRE
Precision. Experience. Advanced Technology. Restoring active mobility and pain-free movement through world-class robotic-assisted knee reconstruction.
Why Robotic Knee Replacement?
Robotic-assisted surgery combines surgeon expertise with digital planning to deliver patient-specific accuracy and smoother postoperative mobility.
Precision-Focused Planning
Before the procedure, a personalized 3D virtual model of your unique knee anatomy is created. This allows pre-planning of the exact implant size, placement, and alignment before any incision is made.
Click on any point in the list or the knee anatomy diagram to explore surgical details.
Dr. Vikram Byre
D'Ortho (Manipal), DNB Ortho (Apollo)
Dedicated to Restoring Motion & Enhancing Quality of Life
Dr. Vikram Byre is a highly experienced Consultant Orthopedic Surgeon with 9+ years of expertise. He completed his postgraduate qualifications at prestigious Manipal University and DNB Ortho from Apollo Hospitals.
He has gained extensive international training and fellowships in Joint Navigation and Reconstruction in major centers in India and Italy, assisting industry pioneers like Prof. Ronan Treacy (Birmingham Hip Resurfacing).
Advanced Orthopedic Services
Dr. Vikram Byre delivers specialized surgical options using state-of-the-art diagnostic scans and minimal-access methodologies.
Robotic Knee Replacement
Precision-guided total and partial knee arthroplasty using computerized 3D bone mapping systems for customized implant alignment.
Total Knee Replacement
State-of-the-art manual and robotic-assisted total knee replacement for advanced knee arthritis, restoring full daily mobility.
Partial Knee Replacement
Unicompartmental resurfacing of only the damaged side of the knee, conserving healthy ligaments and native bone.
Hip Replacement & Resurfacing
Total hip arthroplasty and customized resurfacing solutions for osteoarthritis, osteonecrosis (AVN), and hip fractures.
Revision Joint Replacement
Correction and replacement of worn, painful, or loose artificial implants from previous manual knee or hip surgeries.
Knee Arthroscopy & Sports Injury
Minimally invasive keyhole procedures for ligament reconstructions (ACL/PCL), meniscus repairs, and cartilage restoration.
Stories of Recovery
Read about our patients' return to active lifestyles. Patient recoveries are verified during clinical follow-ups.
"I suffered from severe osteoarthritic knee pain for 8 years and could barely walk 50 meters. After undergoing bilateral robotic total knee replacement with Dr. Vikram Byre, I stood up and walked just 6 hours after surgery. My pain is entirely gone, and I walk 3 kilometers daily now."
"Being an active yoga instructor, losing knee flex was my biggest fear. Dr. Vikram performed a customized robotic partial knee replacement, preserving my healthy bone and all major ligaments. Within 4 weeks, I regained full knee flexion and returned to teaching yoga completely pain-free."
"My previous manual knee replacement had become loose and painful after just 4 years. Dr. Vikram analyzed the implant layout using advanced revision planning tools and performed a highly complex revision surgery. I am now completely pain-free and can walk without any assistance."
Dr. Vikram's Video Journal
Educational surgical breakdowns, patient recovery milestones, and expert joint health guidance.
Robotic Knee Surgery Pre-Planning Demo
Watch how the 3D virtual system maps the knee anatomy before surgery.
Patient Mobility Milestone — Day 1 Post-Op
Walking comfortable just 6 hours after robotic-assisted joint replacement.
Book Your OPD Appointment Today
Take the first step toward pain-free joint movement. Consult directly with Dr. Vikram Byre at Yashoda Hospitals or MyOrtho Centre.
Visit Our Clinics
Dr. Vikram Byre consults at two premium locations in Hyderabad. Select a clinic below to map directions.
MyOrtho Centre
Srinagar Colony, Hyderabad, Telangana 500073
OPD Hours: Monday - Saturday (4:00 PM - 8:00 PM)
Yashoda Hospitals
Somajiguda, Hyderabad, Telangana 500082
OPD Hours: Monday - Saturday (9:00 AM - 4:00 PM)