Arthroscopic Rotator Cuff Repair – Accelerated Protocol

Arthroscopic Rotator Cuff Repair – Accelerated Protocol

Phase-by-phase post-operative rehabilitation protocol for Arthroscopic Rotator Cuff Repair – Accelerated Protocol to guide recovery and physical therapy.

A structured rehabilitation plan is essential for optimal recovery after surgery. On this page, we outline the phase-based protocol for Arthroscopic Rotator Cuff Repair – Accelerated Protocol to guide you and your physical therapist through a safe recovery.

An accelerated rehabilitation protocol after arthroscopic rotator cuff repair is designed to promote early mobility and minimize stiffness while carefully protecting the healing tendon-to-bone interface. This protocol is typically indicated for patients with small to medium-sized tears, excellent tissue and bone quality, and low risk of repair failure. Early controlled motion helps prevent capsular adhesions and muscle atrophy, facilitating a faster recovery of active shoulder function under close supervision.

Phase I: Early Range of Motion & Protection (Weeks 0-4)

Goals:

  • Protect tendon-to-bone healing and surgical repair integrity
  • Wean from the sling during the day by week 4 (except in crowded environments)
  • Restore passive range of motion (PROM) to: Flexion > 120°, Abduction > 90°, External Rotation to 30°
  • Minimize muscle guarding and control post-operative pain

Precautions & Restrictions:

  • No active shoulder elevation (no active abduction or flexion)
  • No sudden, jerky movements or lifting of objects with the surgical arm
  • Keep sling on for sleep and when in public during the first 4 weeks
  • Avoid aggressive passive stretching; stay within pain-free boundaries

Suggested Exercises:

  • Pendulum (Codman’s) exercises for gentle passive distraction
  • Passive range of motion (PROM) using a cane/pulley or therapist-assisted: flexion, abduction, and external rotation (limit to 30°)
  • Active range of motion (AROM) of elbow, wrist, and hand to prevent distal stiffness
  • Scapular shrugs and retractions in the sling

Criteria to Progress:

  • Minimal pain and no muscle guarding during passive movements
  • Passive flexion to at least 120° and external rotation to 30°
  • Compliance with weaning from the sling by week 4

Phase II: Active-Assisted to Active Motion & Scapular Control (Weeks 4-8)

Goals:

  • Transition from passive/active-assisted to full active range of motion (AROM)
  • Re-establish normal scapulohumeral rhythm
  • Eliminate compensatory movements (such as shoulder hiking during elevation)
  • Complete weaning from the sling by the end of week 4

Precautions & Restrictions:

  • No heavy lifting, pushing, or pulling (nothing heavier than a cup of water)
  • Avoid overhead activity or resisting movements until active control is established
  • Do not perform sudden, uncoordinated movements

Suggested Exercises:

  • Active-Assisted Range of Motion (AAROM) using a wand, wall crawls, or pulleys, progressing to AROM as tolerated
  • Prone scapular exercises (squeezes, retractions)
  • Submaximal pain-free isometrics for rotator cuff (ER, IR, abduction, flexion) starting around week 6
  • Closed-chain exercises (e.g., table-slides, wall-washes) to promote co-contraction

Criteria to Progress:

  • Near-full active range of motion (AROM) in flexion and abduction without compensation
  • Minimal to no pain with active daily activities
  • Good scapular control during active elevation

Phase III: Early Strengthening & Dynamic Stability (Weeks 8-14)

Goals:

  • Restore full, pain-free active range of motion (AROM) in all planes
  • Initiate progressive resistance training for the rotator cuff and scapular stabilizers
  • Enhance neuromuscular control and dynamic stability of the glenohumeral joint

Precautions & Restrictions:

  • No heavy overhead lifting or throwing
  • Avoid high-velocity loading or sudden resistance changes
  • Exercises should remain pain-free; monitor for post-exercise soreness lasting >24 hours

Suggested Exercises:

  • Resistance band exercises for internal and external rotation (focusing on controlled concentric/eccentric phases)
  • Dumbbell progressions: light scaption, prone horizontal abduction, and prone row
  • Dynamic hug and punch exercises for serratus anterior strengthening
  • Early proprioceptive training (e.g., ball stabilization against wall)

Criteria to Progress:

  • Full, pain-free AROM
  • Rotator cuff strength at least 4/5 compared to contralateral side
  • Adequate dynamic stability and scapular control during resistance exercises

Phase IV: Advanced Strengthening & Return to Activity (Weeks 14-20+)

Goals:

  • Maximize strength, power, and endurance of the shoulder complex
  • Transition to sport-specific or work-specific rehabilitation programs
  • Safe return to full recreational and daily activities

Precautions & Restrictions:

  • Gradual exposure to high-load and high-velocity activities
  • Avoid returning to contact sports or heavy lifting until cleared by the surgeon

Suggested Exercises:

  • Progressive dumbbell presses, lat pulldowns, and chest presses (staying within comfortable range)
  • Plyometric exercises (e.g., medicine ball chest passes, deceleration drills)
  • Sport-specific simulation (e.g., throwing progression, swimming strokes, manual labor tasks)
  • High-level functional patterns integrating core and hip linkage

Criteria to Progress (Full Discharge):

  • Rotator cuff strength within 90% of the uninvolved side
  • Pain-free execution of sport/work-specific tasks
  • Completed functional testing with satisfactory biomechanics

These guidelines represent a standard rehabilitation protocol. Individual recovery rates vary significantly depending on the size of the repair, bone/tissue quality, and general patient health. Your surgeon may modify this protocol specifically for you.

Disclaimer: This protocol is for educational purposes and is not a substitute for professional medical advice. Always consult your surgeon or physical therapist before performing any exercises or modifying activity restrictions.

Dr. Christian Veillette
Dr. Christian Veillette
Jul 5, 2026

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