Table of Contents
Achilles tendon ruptures are common injuries, especially among athletes and active individuals. Proper rehabilitation is essential for restoring function, strength, and mobility. This article outlines standard protocols used to guide patients through recovery after an Achilles tendon rupture.
Initial Phase: Immobilization and Protection
Immediately after injury or surgery, the primary goal is to protect the tendon and allow initial healing. This phase typically lasts for 2-6 weeks and includes:
- Immobilization using a cast or brace in a plantarflexed position
- Limited weight-bearing with crutches or walker
- Elevation and ice to reduce swelling
- Monitoring for signs of complications
Early Rehabilitation: Restoring Mobility
Once the tendon begins to heal, controlled mobilization is introduced to prevent stiffness and promote proper alignment. This phase spans approximately weeks 4-8 and includes:
- Gradual weight-bearing as tolerated
- Use of functional braces or walking boot with adjustable angles
- Range of motion exercises focusing on dorsiflexion and plantarflexion
- Gentle stretching to improve flexibility
Progressive Strengthening and Functional Training
From weeks 8 to 12, the focus shifts to rebuilding strength and endurance. Patients engage in more active exercises, including:
- Resisted exercises using bands or light weights
- Balance and proprioception training
- Walking, jogging, and gradual return to sports-specific activities
- Monitoring for pain or swelling during activity
Advanced Rehabilitation and Return to Sport
After 12 weeks, most patients can begin advanced exercises aimed at full functional recovery. This phase includes:
- Jumping, hopping, and plyometric exercises
- Agility drills and sport-specific movements
- Continued strength training and flexibility work
- Gradual return to competitive sports, typically around 4-6 months post-injury
Rehabilitation should always be tailored to the individual’s progress and guided by healthcare professionals. Adherence to the protocol ensures optimal recovery and reduces the risk of re-injury.