Quadriceps and Patella Tendon Repair

Overview

The quadriceps tendon and patella tendon form the extensor mechanism, which allows the knee to straighten. Rupture can make it difficult or impossible to actively extend the knee, climb stairs or walk normally.

Surgical repair aims to restore the tendon connection and recover knee extension strength.

Who may benefit from repair?

Complete quadriceps or patella tendon ruptures usually require surgery, particularly when active knee extension is lost. Partial tears may be treated non-operatively if the extensor mechanism remains intact.

What does the procedure involve?

The torn tendon is repaired back to bone or tendon using strong sutures and fixation techniques. Chronic tears may require augmentation or reconstruction if tissue quality is poor.

Recovery after tendon repair

The repair is protected early in a brace, with controlled knee motion introduced gradually. Strengthening progresses once healing is secure. Return to heavy activity takes time.

Rehabilitation protocol

You will receive a quadriceps or patella tendon repair protocol outlining brace settings, weight-bearing, motion and strengthening.

FAQs

Can I walk after tendon repair?

Walking may be allowed with a brace locked in extension, depending on repair strength and protocol.

How long will I wear a brace?

Brace duration varies but is usually several weeks.

When can I bend the knee?

Knee flexion is introduced gradually to protect the repair.

Will strength return fully?

Many patients regain good function, but recovery depends on injury severity, timing and rehabilitation.

What happens if repair is delayed?

Delayed repairs can be more complex due to tendon retraction and scarring.

Book or Refer Today

For suspected quadriceps or patella tendon rupture, book an urgent assessment to confirm the injury and discuss repair.

Reconstructive Orthopaedics Melbourne (ROM)

We restore mobility, reduce pain, and improve quality of life — through reconstructive orthopaedic surgery driven by evidence and advanced biomechanics.