Welcome - Returning to sport after a total hip replacement
Returning to sport after a total hip replacement
This lecture discusses returning to sport after a total hip replacement. It covers the risks, recovery times, suitable sports, and personalized recommendations based on patient profiles.
Doctors
Topics
Treatments
Advice
- Dr. Guy Messerli
- Introduction with Andy Murray
- Osteoarthritis and surgical indications
- Types of activities
- Return to sport
- Clinical cases
- Total hip replacement
- PRP
- Physiotherapy
- Gradual recovery
- Low impact sports
- Importance of motivation
- Role of the surgeon
- Choice of implant
Objective: resume safe and sustainable physical activity
After total hip replacement (THR), the challenge isn't just to eliminate pain; it's also about returning to sustainable physical activity, tailored to each individual's profile. The factors that promote resumption are well established: high motivation, prior sporting experience, clear and realistic information, and structured support. Age influences expectations and the speed of progress, without preventing an active return.
The majority of patients resume activity. Series show a gradual return around 3–6 months, with functional consolidation beyond that. The course is set from the preoperative consultation: objectives, planned sports, and return to activity methods are discussed and documented.
Risks and limits to be aware of
Early complications mainly concern dislocation, which occurs more readily in the weeks following the procedure, often during daily activities. In the medium/long term, the main risk for athletes is aseptic detection, favored by impact sports (tennis, jogging, gymnastics, hiking on steep terrain). Historical data report significantly increased wear of polyethylene with regular running or skiing; recent materials have improved this point but the principle of caution remains.
The information shared is part of the treatment: understanding what is allowed, what is not recommended and why allows you to choose a program that protects the implant over time.
With a hip prosthesis, you can go very far in sports activity.
Which sports, and when?
Low-impact sports are preferred: walking, cycling, swimming, and golf. They promote a rapid return to the pleasure of being active and maintain endurance. Depending on prior experience, downhill skiing, ice skating, rowing, or Pilates can be reintroduced with caution. Running remains controversial; it exposes the patient to repeated stress and is generally not recommended after THA, particularly with ceramic-on-ceramic friction pairs.
A realistic timeframe: first gentle activities between 6 and 12 weeks, progressive strengthening between 3 and 6 months, then targeted resumption of technical sports in experienced patients.
Recovery program: gradual and individualized
Progression follows functional criteria: walking without canes, balance, abductor strength, motor control. The practical rule is to increase only one parameter at a time (duration, intensity, technique) and to check the absence of residual pain beyond 24–48 hours. Strengthening the glutes and lumbopelvic control protect the implant and optimize kinematics.
The role of the operator and the rehabilitation team is central: explaining the steps, authorizing or deferring certain practices, and remaining consistent with long-term objectives.
It is necessary to encourage the resumption of sport adapted to each patient.
Materials and expectations
Advances in implants and friction torques have reduced wear and tribological risks. They do not exempt the user from careful driving for high and repeated loads. The objectives are clarified upfront: lasting comfort, functional mobility, and appropriate sports practice. Some extreme performances remain possible in selected patients, but they are not the norm and require close monitoring.
Message to the patient
Experience shows that with careful preparation, a structured program, and informed choices, returning to sport is not only possible but encouraged. The key lies in matching the chosen activity, the implant, and the patient's history. Success is measured by the quality of life restored and the ability to remain active for a long time without compromising the prosthesis.

