PCL surgery restores knee stability after ligament injury. Prof. Cavaignac offers expert care and optimises your recovery.
The posterior cruciate ligament (PCL) is vital for stabilising the knee, preventing backward movement of the tibia. A tear to this ligament often results in pain, instability and difficulty in daily activities or sport. In some cases, conservative treatment is sufficient, but when instability persists, PCL repair surgery is essential to restore knee function.
Professor Etienne Cavaignac, an internationally recognised expert in knee surgery and sports traumatology, performs PCL surgery using advanced arthroscopic techniques to ensure precise reconstruction and optimal recovery.
Understanding Posterior Cruciate Ligament Surgery and Injury
A PCL tear occurs following trauma, often in high-impact sports or accidents and results in a Posterior Cruciate Ligament surgery.
Symptoms may include:
- Swelling and reduced mobility
- A sensation of the knee “giving way” when walking or descending stairs
- Difficulty with athletic movements requiring stability
Does a PCL tear require surgery? Clinical evaluation is mandatory to know whether a surgery is required.
When is PCL tear surgery recommended?
A PCL tear surgery is advised for:
- Grade 3 PCL tears with marked instability (differential laxity > 10 mm)
- Persistent knee instability after physiotherapy (6 month)
- Combined ligament injuries (especially the posterolateral corner). In these complex cases, Professor Cavaignac has developed a dedicated arthroscopic reconstruction technique, published in Arthroscopy Techniques in 2024. This minimally invasive procedure offers precise management of combined PCL and posterolateral corner injuries.
A frequent injury in high-impact sports
PCL injuries are particularly common in high-impact sports involving sudden stops, direct contact or trauma to the front of the tibia. This is especially true in rugby, where tackles often cause posterior cruciate ligament tears and in motorbike accidents, where the dashboard injury mechanism is a well-known cause.
Professor Cavaignac has extensive experience managing such injuries, including surgical treatment for elite-level rugby players. His deep understanding of the biomechanical demands of contact sports allows him to tailor each procedure and rehabilitation programme to meet the highest standards of functional recovery.
Professor Cavaignac’s Advanced Arthroscopic Technique for Torn PCL Surgery
In cases of complex injuries, including those requiring torn PCL surgery, Prof. Cavaignac’s technique restores the ligament’s function with exceptional precision.
A minimally invasive and anatomical approach
Professor Cavaignac uses a PCL reconstruction surgery technique combining anatomical restoration and minimally invasive arthroscopy. His procedure involves:
- Arthroscopic transseptal access, ensuring precise visualisation
- Knotless anchor fixation, reducing hardware and preserving bone stock
- Preservation of PCL remnants, enhancing biological healing
This modern approach minimises complications and speeds up PCL surgery recovery.
Key steps of PCL ligament surgery
- Graft preparation and soaking in antibiotics to reduce infection risk
- Careful tunnel creation under direct arthroscopic vision
- Precise graft positioning for anatomical restoration
- Secure fixation with knotless anchors and interference screws
This method improves the PCL surgery recovery timeline.
Is PCL Surgery the Right Choice?
If you are wondering whether you should get PCL surgery or not, the answer lies in your symptoms and activity goals. For individuals with instability that limits their daily life or sport, surgery provides lasting knee stability and prevents further joint damage.
Professor Cavaignac will explain the PCL surgery risks, which may include infection, stiffness, or nerve injury. However, with expert surgical technique and rigorous post-operative care, these risks are minimised.
What to Expect After: PCL Surgery Recovery Time
The PCL surgery recovery time varies from patient to patient, but with the right care, most individuals regain stability and confidence in their knee within a structured rehabilitation period. Recovery time for PCL surgery typically spans from 6 to 12 months.
The PCL surgery scar is discreet thanks to the minimally invasive approach. Over time and with proper scar care, PCL surgery scars heal with minimal visibility.
Precautions
- Follow the PRICE protocol (Protect, Rest, Ice, Compress, Elevate).
- Passive range of motion (ROM) from 0° to 90° in prone position during the first 2 weeks, then gradually increase ROM as tolerated.
- Hyperextension is prohibited for 12 weeks.
- Prevent posterior tibial translation (12 weeks): no hamstring-specific strengthening before week 16 (4 months).
- Partial weight-bearing with crutches for 3 weeks.
- Full-time use of a knee brace locked in extension for the first 21 days (including during sleep and rehab), then transition to prescribed brace.
- Begin gradual weight-bearing from week 3, as tolerated.
Goals
- Protect the PCL graft.
- Reduce swelling to restore ROM and activate the quadriceps.
- Preserve normal gait pattern.
- Educate the patient.
- Regain walking pattern and wean off crutches starting week 3.
Therapeutic Exercises
- Patellar mobilizations.
- Passive ROM in prone position.
- Quadriceps activation:
- Straight leg raises only when the quadriceps can fully lock the knee in extension without lag.
- Gastrocnemius stretching.
- Hip abduction/adduction.
- General strengthening (upper body, etc.), as appropriate.
Precautions
- Full ROM allowed in prone and supine positions.
- Avoid aggressive flexion to protect the graft.
- Hyperextension (before week 12) and hamstring-specific work (before week 16) still contraindicated.
- Continue to avoid posterior tibial translation.
- Brace should still be worn at all times.
Goals
- Continue to protect the graft.
- Progressively restore full ROM as tolerated.
- Normalize gait and discontinue crutches.
- Bilateral strengthening (do not exceed 70° knee flexion) and isometric unilateral strengthening.
- Emphasize endurance muscle training (e.g., 3 sets of 20 reps).
Therapeutic Exercises
- Continue PRICE protocol.
- Continue exercises from Phase 1.
- Gentle hamstring and gastrocnemius stretching.
- Weighted walking prep to wean off crutches.
- Walking in water to assist crutch weaning.
- Double-leg press limited to 0–70° of flexion.
- Squat progressions: basic squat, single-leg squat, loaded squat.
- Hamstring bridges on a stability ball (knees extended).
- Stationary bike with no resistance once ROM > 115°.
- Light kicking movements in the pool.
Precautions
- Discontinue brace if patient is ready.
- Hamstring-specific work still contraindicated until week 16.
- Full weight-bearing allowed (brace use as needed).
- Full passive ROM permitted.
Goals
- Continue joint protection.
- Normalize gait.
- Progressively increase weight-bearing strength.
- From week 16: begin hamstring-specific strengthening and active flexion beyond 70° (leg press, etc.).
Therapeutic Exercises
- Continue previous exercises.
- Leg press (0–70°) progressing to single-leg press.
- Squats with balance challenges.
- Progress squatting exercises.
- Begin single-leg hamstring bridges (week 16).
- Proprioception and balance training.
- Increase resistance and duration on stationary bike.
Goals
- Continue strengthening and one-legged endurance work by increasing intensity.
Graft Evaluation
- Clinical exam and/or stress radiographs to objectively assess graft integrity after week 24.
Therapeutic Exercises
- Progress both strength and endurance training in open and closed kinetic chains with increasing loads.
- Begin light sport-specific drills at the end of this phase.
Goals
- Educate the patient and guide gradual return to physical activities.
Therapeutic Exercises
- Introduce impact and landing exercises.
- Continue strength and endurance work, including open-chain exercises for quads and hamstrings.
- Once running is achieved, initiate agility training in a straight line, then gradually increase to multidirectional patterns.
- Focus on sport-specific skill development in preparation for return to play.
Progressive Running Program (Straight Line)
- Week 1: 4 min walk, 1 min jog – repeat for 15–20 min.
- Week 2: 3 min walk, 2 min jog – for 20 min.
- Week 3: 2 min walk, 3 min jog – for 20 min.
- Week 4: 1 min walk, 4 min jog – for 20 min.
How long does PCL surgery takes to heal?
Most tissue healing occurs over the first 3 months, but ligament graft maturation and neuromuscular recovery extend the process. The complete answer to “How long does PCL surgery takes to heal?” is approximately 9 to 12 months for full sports-level recovery.
Life After PCL Reconstruction Surgery
Staying active and protecting your knee after PCL surgery is essential to ensure a safe return to daily activities and prevent re-injury.
Returning to daily life and sports
- After an arthroscopic PCL reconstruction surgery, most patients regain their normal activities around 3 to 6 months and can resume sports participation from 6 to 9 months, depending on the sport and their progress.
- Modern rehabilitation protocols, including personalised physiotherapy and the Orthense digital platform, support your recovery journey.
Monitoring your progress
Your care does not stop after surgery. Professor Cavaignac ensures close follow-up during the entire PCL reconstruction surgery recovery time, adjusting your rehabilitation to optimise results.
Why Trust Professor Cavaignac for Your PCL Repair Surgery?
As a specialist in knee ligament surgery, Professor Cavaignac regularly performs complex procedures such as posterior cruciate ligament reconstruction surgery, applying the latest arthroscopic techniques to restore knee stability.
His surgical approach combines technical precision with personalised care, ensuring that your recovery time is as short and effective as possible.
Trusted by elite athletes, Professor Cavaignac has performed PCL and multiligament reconstructions on numerous professional rugby and football players. His expertise in high-performance sports medicine makes him a key reference in the treatment of traumatic knee injuries.
Whether you are a professional athlete or an active individual, you will benefit from the same level of excellence and personalised follow-up that has earned him recognition among France’s leading sports teams.
Take the first step toward recovery
If you are struggling with knee instability, do not wait. Schedule a consultation to discuss your condition and the potential benefits of PCL surgery. Professor Cavaignac will guide you through every step, from diagnosis to full recovery.