Recovery Protocols
Procedure-specific recovery timelines, physical therapy milestones, and warning signs to watch for — organized by surgery type.
Recovery Timeline
Your shoulder is immobilized in a sling at all times, including during sleep. The surgical repair is at its most vulnerable during this window. Manage swelling with ice (20 minutes on, 40 minutes off) and keep your arm elevated when resting. Take medications as prescribed. Finger, wrist, and elbow range-of-motion exercises begin immediately to prevent downstream stiffness.
Formal physical therapy begins with passive range-of-motion exercises — your therapist moves your arm; your muscles remain at rest. Pendulum exercises and gentle stretching are introduced. The sling remains on except during therapy and hygiene. Most patients notice meaningful pain reduction by week four.
With sufficient tissue healing confirmed, you transition to active-assisted and then fully active range-of-motion exercises. Rotator cuff strengthening begins cautiously with resistance bands and light weights. Overhead motion is introduced progressively based on pain and tissue response.
Progressive strengthening of the rotator cuff and periscapular muscles takes center stage. Sport- or work-specific movements are introduced. Full recovery — including return to overhead athletics — typically requires 9–12 months for large or complex tears. Patience at this stage protects the repair.
PT Milestones
Range of Motion Targets
- Week 6: Forward flexion to 90°; external rotation to 30° (at side)
- Week 12: Forward flexion to 150°; external rotation to 60°
- Weeks 16–20: Symmetric or near-symmetric range of motion compared to the opposite shoulder
Strength Benchmarks
- Week 12: Initiate rotator cuff strengthening (external/internal rotation with band)
- Week 20: ≥70% strength symmetry compared to contralateral side
- Return-to-sport clearance: ≥90% strength symmetry, full pain-free ROM, satisfactory functional movement screen
Return-to-Sport / Work Criteria
- Light desk work: 1–2 weeks (sling on; voice and mouse use only)
- Driving: 6 weeks minimum (right shoulder); 4 weeks (left shoulder, automatic transmission) — surgeon discretion
- Overhead labor or athletics: 9–12 months, cleared by surgeon and PT
Activity Restrictions
| Activity | Restriction |
|---|---|
| Sling use | Continuous for 6 weeks |
| Driving | 6 weeks (right arm); 4–6 weeks (left arm) |
| Lifting | Nothing heavier than a coffee cup for 6 weeks |
| Overhead reaching | Avoid until week 12+ |
| Swimming | 4–6 months |
| Contact sports | 9–12 months |
| Overhead athletics | 12 months (surgeon cleared) |
No lifting, pushing, or pulling with the surgical arm during the first 6 weeks. No active use of the shoulder musculature — this means no "helping" your arm along during exercises.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Wound changes: increasing redness, warmth, swelling, separation, or any drainage from the incision sites
- Sudden increase in pain not relieved by rest or medication, particularly after a period of improvement
- Numbness or tingling that is new or worsening in the hand or fingers
- Chest pain, shortness of breath, or calf pain/swelling — these may indicate a blood clot and require emergency evaluation
- Sling or dressing concerns you are unsure how to manage
If you are experiencing a medical emergency, call 911. For urgent but non-emergency concerns after hours, use our on-call line.
Recovery Timeline
The repaired labrum requires strict protection. Your arm stays in a sling continuously. Ice and elevation control swelling. Hand, wrist, and elbow motion are encouraged from day one. Sleep in a semi-reclined position — a recliner or wedge pillow reduces shoulder pressure and improves comfort.
Physical therapy begins with passive range-of-motion only. Your therapist guides all movement; you do not actively use your biceps or shoulder muscles. Pendulums and gentle stretching are introduced. Because the biceps tendon attaches directly at the SLAP repair site, biceps loading is strictly off-limits during this phase.
You begin using your own muscles to assist movement within pain-free limits. External rotation and forward flexion are progressed gradually. Light periscapular (shoulder blade) strengthening begins. Biceps strengthening remains restricted.
Rotator cuff and biceps strengthening are introduced progressively. Sport-specific movements — particularly throwing mechanics — begin in a controlled, graduated fashion for overhead athletes. This is not a phase to rush.
Interval throwing programs, overhead training, and sport-specific drills are advanced based on strength and pain response. Full return to competitive overhead sport typically occurs at 9–12 months.
PT Milestones
Range of Motion Targets
- Week 8: Forward flexion to 140°; external rotation to 60°
- Week 12: Full or near-full range of motion
- Week 16: Symmetric ROM; cleared for sport-specific progression
Strength Benchmarks
- Week 10: Initiate periscapular and light rotator cuff strengthening
- Week 12: Initiate biceps strengthening
- Return-to-sport clearance: ≥90% strength symmetry; pain-free throwing mechanics assessed by PT
Return-to-Sport Criteria
- Throwing athletes: interval throwing program begins ~month 5; return to competitive throwing at 9–12 months
- Contact sports: 6–9 months, surgeon cleared
- Overhead labor: 6 months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Sling use | Continuous for 4–6 weeks |
| Driving | 4–6 weeks (surgeon discretion) |
| Lifting | Nothing over 5 lbs for 3 months |
| Biceps loading (curls, carrying) | Restricted for 10–12 weeks |
| Throwing / overhead sport | 9–12 months |
| Swimming | 5–6 months |
Avoid any pulling or lifting motions with the arm — especially biceps-dominant movements like carrying bags, opening heavy doors, or lifting from below. These directly stress the repair site.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Wound changes: redness, drainage, warmth, or separation at portal sites
- Sudden pop or loss of motion after a period of progress — may indicate re-tear
- Persistent biceps cramping or pain with any elbow motion
- Numbness, tingling, or weakness in the arm or hand (new or worsening)
- Chest pain, shortness of breath, or calf swelling — seek emergency care immediately
Recovery Timeline
Your shoulder is held in a sling in internal rotation to protect the anterior labral repair. No external rotation past neutral. Ice 20 minutes every 2 hours while awake. A pillow under the surgical arm reduces nighttime discomfort. Hand and wrist mobility exercises begin on day one.
Passive and active-assisted range-of-motion begins in physical therapy. External rotation is introduced cautiously within prescribed limits — typically no more than 30–45° at this stage, based on your surgeon's protocol. Forward flexion is progressed gradually. The sling is weaned based on comfort and surgeon direction.
External rotation advances toward functional range. Rotator cuff strengthening begins with light resistance. Periscapular muscle strengthening and scapular stabilization are prioritized throughout this phase. The emphasis is on restoring controlled, stable motion before loading.
Advanced strengthening, proprioceptive training, and sport-specific movements begin. Contact athletes begin progressive return-to-sport training under PT supervision. Stability — not just strength — is the benchmark for clearance.
PT Milestones
Range of Motion Targets
- Week 6: Forward flexion to 120°; external rotation to 30–45°
- Week 12: Forward flexion to 160°; external rotation to 60°
- Weeks 16–20: Symmetric ROM, particularly external rotation, which directly tests repair integrity
Strength Benchmarks
- Week 8: Initiate rotator cuff strengthening
- Week 16: ≥80% strength symmetry
- Return-to-sport clearance: ≥90% strength symmetry; satisfactory apprehension test; sport-specific agility and stability benchmarks met
Return-to-Sport Criteria
- Non-contact sport: 5–6 months
- Contact / collision sport (football, wrestling, hockey): 6–9 months, surgeon and PT cleared
- Overhead sport (baseball, tennis, volleyball): 9–12 months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Sling use | 4–6 weeks continuous |
| External rotation | Restricted per surgeon protocol for 6 weeks |
| Driving | 4–6 weeks |
| Lifting | Nothing over 5 lbs for 6 weeks |
| Contact / collision activity | 6–9 months |
| Overhead athletics | 9–12 months |
| Swimming | 5–6 months |
The most important restriction is avoiding positions that stress the front of the shoulder — extreme external rotation with the arm abducted (the "cocking" position in throwing) should not be forced during the early healing phase. This is the most common mechanism of re-dislocation.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Portal site changes: increasing redness, drainage, warmth, or swelling
- Sudden feeling of the shoulder "slipping" or new apprehension with motion after a period of stability
- Significant loss of motion that is worsening rather than improving
- Chest pain, difficulty breathing, or calf pain — emergency evaluation required
- Numbness or tingling in the arm or hand (new onset or progressive)
Recovery Timeline
Your arm is in a sling and your primary goals are pain control, swelling reduction, and beginning gentle pendulum and hand/wrist/elbow mobility exercises. Sleep semi-reclined for comfort. Most patients experience substantial relief from their pre-operative arthritis pain within the first two weeks — this is encouraging and expected.
Physical therapy advances range-of-motion with passive and active-assisted exercises. Forward flexion and external rotation are progressed within protocol limits. The sling is worn between sessions and at night. Many patients begin to wean from the sling during daytime activities around week 4–6 with surgeon approval.
Active range-of-motion exercises begin. Gentle strengthening of the deltoid and periscapular muscles is introduced. Rotator cuff loading depends on whether a tissue repair (e.g., subscapularis repair) was performed — your individualized protocol will reflect this.
Strengthening progresses toward functional activities. Most patients return to golf, swimming, and recreational activities between 4–6 months. Activities involving repetitive heavy lifting or high-impact overhead use are permanently modified to protect prosthesis longevity.
PT Milestones
Range of Motion Targets
- Week 6: Forward flexion to 100–120°; external rotation to 30°
- Week 12: Forward flexion to 150°; external rotation to 60°
- Month 6: Maximum ROM achieved (ongoing gains are minimal after this point)
Strength Benchmarks
- Weeks 8–10: Initiate periscapular strengthening
- Week 12: Initiate deltoid and gentle rotator cuff strengthening
- Month 6: Return to functional daily activities without restriction (within implant weight limits)
Return-to-Activity Criteria
- Driving: 4–6 weeks (left arm / automatic); 6–8 weeks (right arm) — surgeon discretion
- Golf: 4–6 months (short game introduced first)
- Swimming: 4–5 months
- Lifting above 20–25 lbs: permanently restricted to protect implant longevity
- Contact sports or repetitive heavy overhead labor: generally not recommended
Activity Restrictions
| Activity | Restriction |
|---|---|
| Sling use | 4–6 weeks |
| Driving | 6–8 weeks (right arm); 4–6 weeks (left arm) |
| Lifting limit (permanent) | 20–25 lbs maximum |
| Golf | 4–6 months |
| Swimming | 4–5 months |
| Heavy overhead labor | Not recommended (implant protection) |
| Contact sports | Not recommended |
Permanent implant precautions apply for the life of your prosthesis: avoid repetitive heavy lifting, high-impact overhead activity, and contact sports. These restrictions protect the implant from early loosening and extend its functional lifespan.
Alert your dentist and any other physicians that you have a shoulder prosthesis before any invasive procedure. Antibiotic prophylaxis may be recommended to prevent hematogenous (blood-borne) infection of the implant.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F — joint infection is a serious complication requiring urgent evaluation
- Wound changes: spreading redness, cloudy or foul-smelling drainage, or wound separation
- Sudden worsening pain after a period of steady improvement
- Clicking, clunking, or a sensation of instability — particularly a feeling the joint is "out of place"
- Increasing swelling in the shoulder, arm, or hand beyond post-operative baseline
- Chest pain, shortness of breath, or calf pain/swelling — call 911 or go to the nearest emergency room
Recovery Timeline
You will be non-weight bearing or toe-touch weight bearing on crutches immediately following surgery. The repaired meniscus tissue is at its most vulnerable during this window — compressive and rotational loads must be minimized. Your knee is often placed in a brace locked in extension for walking. Ice and elevation are critical for swelling control. Quad sets, ankle pumps, and straight-leg raises begin within the first few days.
Weight bearing is advanced gradually — typically to full weight bearing by weeks 4–6, based on repair complexity and surgeon protocol. Flexion is also progressed cautiously; deep knee flexion beyond 90° is restricted to protect the repair from excessive compressive stress. Swelling should be steadily decreasing. Formal physical therapy focuses on restoring normal gait, quad activation, and controlled range of motion.
Flexion restrictions are progressively lifted as healing advances. Closed-chain strengthening — squats, leg press, step-ups — begins within pain-free ranges. Proprioceptive and balance training are introduced. By week 12 most patients have full or near-full range of motion and are walking normally without assistive devices.
Progressive lower extremity strengthening and sport-specific movement patterns are the focus. Running is typically introduced between months 4–5, contingent on quadriceps and hamstring strength benchmarks. Cutting, pivoting, and jumping are introduced last, under supervised PT, once strength and neuromuscular control are confirmed.
Return to full competitive sport following meniscus repair typically occurs between 4–6 months. This timeline is longer than simple meniscectomy (trimming) because the repair must fully heal — rushing this risks re-tear, which often requires removal of the remaining tissue. Full clearance requires objective strength and functional testing.
PT Milestones
Range of Motion Targets
- Week 4: Flexion to 90°; full extension
- Week 8: Flexion to 120°
- Week 12: Full flexion (125–135°+); symmetric extension
Strength Benchmarks
- Week 6: Initiate closed-chain strengthening (leg press, mini-squat)
- Week 12: Single-leg squat without pain or instability
- Return-to-sport clearance: ≥85% quadriceps and hamstring strength symmetry; single-leg hop tests ≥90% limb symmetry index
Return-to-Sport Criteria
- Straight-line jogging: months 4–5
- Cutting and pivoting sports: months 5–6, surgeon and PT cleared
- Full competitive return: 5–6 months minimum; complex or posterior horn repairs may require 6+ months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | Non-weight bearing to toe-touch for weeks 0–4; progressive thereafter |
| Brace | Locked in extension for ambulation, weeks 0–4 (surgeon protocol) |
| Knee flexion beyond 90° | Restricted for 4–6 weeks |
| Driving | 4–6 weeks (right knee); 2 weeks (left knee, automatic transmission) |
| Squatting / kneeling | Avoid deep flexion for 3 months |
| Running | 4–5 months |
| Pivoting / cutting sports | 5–6 months |
Avoid any activity that loads the knee in deep flexion or applies rotational stress during the first 3 months. This includes heavy squatting, lunging past 90°, and any twisting or cutting movements. These forces act directly on the repair site and are the most common mechanism of re-tear.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Wound changes: increasing redness, warmth, drainage, or separation at portal sites
- Sudden increase in swelling or a return of significant swelling after it had improved
- Mechanical symptoms: a new clicking, locking, or the knee "giving way" — may indicate re-tear
- Loss of extension: inability to fully straighten the knee, particularly if new or worsening
- Calf pain, swelling, or redness — may indicate deep vein thrombosis; seek evaluation promptly
- Chest pain or shortness of breath — call 911 immediately
Recovery Timeline
The priority in this phase is not range of motion — it's restoring quadriceps control and controlling swelling. A swollen, painful knee cannot fire its quad effectively, and quad weakness is the single greatest risk factor for poor long-term outcomes. Weight bearing as tolerated begins immediately. Ice, elevation, and compression are used aggressively. Quad sets, straight-leg raises, and ankle pumps are your first exercises. Full extension must be achieved and maintained from day one — loss of extension is the most common and most consequential early complication.
Flexion progresses toward 120° and beyond. Crutches are typically discontinued by week 2–4 as gait normalizes. Closed-chain strengthening begins — leg press, mini-squats, step-ups. Stationary cycling is introduced for range of motion and cardiovascular fitness. Patellar mobilization is performed by your therapist to prevent scar tissue formation. Swelling should be minimal to absent with activity by the end of this phase.
Progressive quadriceps, hamstring, hip, and core strengthening is the primary focus. The graft is still biologically weak during this period — a process called "ligamentization" means the graft actually becomes weaker before it becomes stronger, typically bottoming out around weeks 6–10. This is a critical window: the knee may feel stable, but the graft is not yet. Avoid high-impact loading. Pool walking and elliptical training are appropriate low-impact alternatives.
Jogging is typically introduced around months 4–5, contingent on strength benchmarks — not timeline alone. Neuromuscular training, agility drills, and sport-specific movement patterns are introduced progressively. Plyometrics begin with double-leg work and progress to single-leg exercises. The psychological dimension of recovery — rebuilding confidence in the knee — is real and addressed directly in this phase.
Return to sport is not a date on a calendar — it is a benchmark. Objective strength testing, hop testing, and functional movement assessment must demonstrate readiness. The data are clear: athletes who return before 9 months have significantly higher re-tear rates. Most competitive athletes return between 9–12 months. Patience here is not caution — it is protection of the investment you've made in your recovery.
PT Milestones
Range of Motion Targets
- Week 1: Full extension (0°) — non-negotiable; loss of extension is harder to recover than loss of flexion
- Week 4: Flexion to 120°
- Week 8: Full symmetric flexion
Strength Benchmarks
- Week 6: Single-leg press ≥70% of body weight
- Month 4: ≥70% quadriceps strength symmetry (prerequisite for jogging)
- Return-to-sport clearance: ≥90% quadriceps and hamstring symmetry; single-leg hop test ≥90% limb symmetry index; satisfactory neuromuscular assessment
Return-to-Sport Criteria
- Straight-line jogging: months 4–5 (strength-gated, not time-gated)
- Agility and cutting drills: months 6–7
- Full competitive return: 9–12 months; earlier return significantly increases re-tear risk
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | As tolerated from day one (brace for ambulation initially) |
| Driving | 4–6 weeks (right knee); 2 weeks (left knee, automatic) |
| Open-chain knee extension (machine) | Restricted 0–90° range for 12 weeks (graft stress) |
| Running | 4–5 months (strength benchmark required) |
| Cutting / pivoting sports | 6–7 months minimum |
| Full competitive sport | 9–12 months |
| Contact sport | 9–12 months, surgeon cleared |
Open-chain knee extension exercises (knee extension machine) are restricted in the early months due to excessive anterior shear force on the graft. Your PT will guide the progression of this exercise specifically. Do not perform it outside of supervised therapy during the first 12 weeks.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F — septic arthritis following ACL reconstruction requires urgent intervention
- Wound changes: redness, warmth, swelling, or drainage at incision sites
- Loss of extension — inability to fully straighten the knee is an early warning sign of arthrofibrosis; do not wait to report this
- Sudden giving way or a "pop" after a period of stability — may indicate graft failure
- Significant swelling returning after it had resolved, particularly with a new mechanism of injury
- Calf pain, tightness, or swelling — DVT evaluation required
- Chest pain or difficulty breathing — call 911
Recovery Timeline
This protocol applies to both microfracture and articular cartilage restoration procedures (including ACI, MACI, and osteochondral grafting). While the biological mechanisms differ, both require an extended period of protected weight bearing and a deliberately paced rehabilitation course to allow new cartilage tissue to mature. Your surgeon will provide individualized modifications based on lesion location, size, and procedure performed.
This is the most strictly protected phase of any knee surgery in our practice. You will be non-weight bearing on crutches for 6 weeks, with no exceptions for comfort or convenience. Compressive load on the treated cartilage surface during this window disrupts the early repair tissue before it can consolidate. A continuous passive motion (CPM) machine is frequently prescribed — it moves the knee gently through a range of motion while you rest, promoting cartilage nutrition without compression. Range of motion and quad activation exercises are performed in this non-loaded state.
Weight bearing is introduced gradually — typically 25% at week 6, advancing to full weight bearing by week 10–12. This progression is governed by the biology of cartilage repair, not by how comfortable you feel. Full weight bearing at week 6 may feel fine but will compromise the repair. Formal PT advances range of motion, quad strengthening, and gait training in parallel with weight bearing progression.
With full weight bearing established, strengthening progresses through closed-chain exercises, cycling, and pool-based training. Swimming and aquatic therapy are excellent options during this phase — they provide resistance without compressive joint load. Impact activity such as jogging and jumping remains restricted. The repair cartilage is still maturing and not yet capable of tolerating repetitive impact stress.
Jogging and straight-line running are typically introduced between months 6–9, contingent on strength benchmarks and absence of symptoms. Sport-specific training follows. The biological maturation of repair cartilage — particularly for cell-based procedures like MACI — continues for up to 24 months, which is why this protocol is more conservative than other knee procedures. Premature impact loading is the leading cause of repair failure.
Return to cutting, pivoting, and contact sports occurs between 12–18 months for most patients. This extended timeline reflects the slow but durable nature of cartilage healing. Patients who complete the full protocol consistently report excellent long-term outcomes. Those who accelerate it often do not.
PT Milestones
Range of Motion Targets
- Week 6: Flexion to 90° (CPM-assisted); full extension maintained throughout
- Week 12: Flexion to 120°; full weight bearing with normal gait
- Month 6: Full symmetric range of motion
Strength Benchmarks
- Week 12: Initiate progressive closed-chain strengthening
- Month 6: ≥70% quadriceps strength symmetry (prerequisite for jogging)
- Return-to-sport clearance: ≥90% strength symmetry; satisfactory single-leg hop testing; MRI confirmation of repair maturation may be obtained
Return-to-Sport Criteria
- Cycling / swimming: months 3–4
- Straight-line jogging: months 6–9 (lesion size and location dependent)
- Cutting and pivoting sports: 12–18 months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | Non-weight bearing for 6 weeks; progressive thereafter |
| CPM machine | Used daily, weeks 0–6 (if prescribed) |
| Driving | 6–8 weeks (right knee); 4 weeks (left knee, automatic) |
| Cycling (stationary) | Weeks 6–8, low resistance |
| Swimming / pool running | Months 3–4 |
| Jogging | Months 6–9 |
| Cutting / pivoting sports | 12–18 months |
| High-impact activity (long-term) | Individualized; repetitive high-impact loading should be minimized to protect the repair surface |
The non-weight bearing restriction for the first 6 weeks is absolute. Walking on the leg — even briefly, even carefully — compresses the repair surface during the most critical window of tissue consolidation. Use crutches for all mobility during this period without exception.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Wound or portal site changes: redness, drainage, warmth, or swelling
- Significant increase in swelling or pain after a period of improvement — may indicate repair disruption
- New mechanical symptoms: catching, locking, or clicking that was not present before
- Loss of motion that is not recovering as expected with PT
- Calf pain, tightness, or swelling — DVT risk is elevated with prolonged non-weight bearing; seek evaluation promptly
- Chest pain or difficulty breathing — call 911 immediately
Recovery Timeline
Unlike many orthopedic procedures, total knee replacement recovery begins immediately — you will be standing and walking with a walker within hours of surgery. Early mobilization is not optional; it is the most important thing you can do to optimize your outcome. The goal in this phase is pain control sufficient to allow physical therapy, swelling reduction with ice and elevation, and restoration of full extension. Most patients are discharged home within 1–2 days. A home PT program begins on day one.
Formal outpatient physical therapy begins. Flexion is progressed aggressively — the window for recovering range of motion is finite; scar tissue becomes difficult to overcome after 6–8 weeks. A goal of 90° flexion by 2 weeks is standard. Walking distance and endurance are steadily increased. Assistive devices are weaned from a walker to a cane to independent ambulation as gait normalizes.
Quadriceps and hip strengthening are progressed. Stair climbing with a reciprocal pattern is mastered. Most patients are walking independently, completing light household activities, and sleeping comfortably by week 8–10. Swelling may persist with activity throughout this phase — this is normal. The knee is still healing internally long after the incision looks healed.
Most patients return to driving, light recreational activity, and independent daily function within this window. Golf, walking for fitness, cycling, and swimming are all appropriate for patients with a well-functioning knee replacement. The implant continues to feel more natural as the surrounding soft tissues heal and adapt — typically through the first full year.
Most patients achieve their maximum functional result between 6–12 months. Some patients — particularly those who were very stiff or weak pre-operatively — continue to improve through 18–24 months. Numbness or altered sensation around the incision is common and typically resolves over months to years as sensory nerves regenerate.
PT Milestones
Range of Motion Targets
- Week 2: Flexion to 90° — a critical early benchmark; notify us if you are not reaching this
- Week 6: Flexion to 110–115°; full extension (0°)
- Month 3: Flexion to 120°+ (implant and soft tissue dependent)
Strength Benchmarks
- Week 4: Independent ambulation with cane on level surfaces
- Week 8: Stair climbing with reciprocal pattern; single-leg stance ≥10 seconds
- Month 3: Functional independence for all activities of daily living
Return-to-Activity Criteria
- Driving: 4–6 weeks (left knee, automatic); 6–8 weeks (right knee) — surgeon discretion and pain-free emergency braking confirmed
- Golf: 3–4 months
- Cycling / swimming: 2–3 months
- Low-impact recreational sport: 4–6 months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | Full weight bearing with walker from day one |
| Driving | 6–8 weeks (right knee); 4–6 weeks (left knee, automatic) |
| High-impact activity (permanent) | Running, jumping, and contact sports not recommended — implant protection |
| Golf | 3–4 months |
| Swimming / cycling | 2–3 months |
| Kneeling | Permitted when comfortable, typically 3–6 months; may remain uncomfortable long-term |
Permanent implant precautions: High-impact activities — running, jumping, competitive court sports — are not recommended following total knee replacement. These activities accelerate implant wear and increase the risk of early loosening, potentially necessitating revision surgery. Low-impact recreational activities are encouraged and do not carry this risk.
As with all joint implants, notify your dentist and any treating physicians of your knee replacement before any invasive procedure. Antibiotic prophylaxis may be indicated.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F — infection of a knee implant is a serious complication requiring urgent evaluation
- Wound changes: increasing redness beyond the incision margins, warmth, wound separation, or any drainage (particularly cloudy or foul-smelling)
- Failure to reach 90° flexion by week 2 — contact us; early intervention prevents long-term stiffness
- Sudden increase in pain or swelling after a period of consistent improvement
- New instability or the feeling the knee is "giving out"
- Calf pain, redness, or swelling — DVT is a known risk following knee replacement; seek prompt evaluation
- Chest pain or shortness of breath — call 911 immediately; may indicate pulmonary embolism
Recovery Timeline
Following hip arthroscopy and labral repair, you will be partial weight bearing on crutches with foot-flat contact — enough to unload the joint while permitting normal walking mechanics to begin. Full non-weight bearing is typically not required unless bony work (e.g., femoroplasty or acetabuloplasty for FAI correction) was performed, in which case your surgeon will specify a modified protocol. A hip brace is frequently used in the first weeks to limit range of motion and protect the repair. Ice applied over the hip for 20 minutes several times daily is important for swelling and pain control. Passive hip rotation, ankle pumps, and gentle stationary cycling with minimal resistance begin in the first few days.
Crutch use is weaned progressively, with full weight bearing typically achieved by week 4–6. Physical therapy begins in earnest with passive and active-assisted hip range-of-motion exercises. Hip flexion is advanced cautiously — the labral repair is under load at end-range flexion. External rotation, internal rotation, and extension are restored in parallel. Core and hip stabilizer activation — glutes, hip abductors, deep rotators — is initiated to re-establish the muscular support the hip joint depends on.
Progressive strengthening of the hip abductors, extensors, and external rotators is the primary focus. Closed-chain exercises — squats, step-ups, lateral band walks — are introduced within pain-free ranges. Single-leg balance and proprioceptive training begin. Pool walking and aquatic therapy are excellent adjuncts during this phase. Most patients are walking normally, without a limp, by week 8–10.
Running is introduced in a graded interval program around months 3–4, contingent on satisfactory strength and absence of pain with daily activities. Agility, change-of-direction drills, and sport-specific movement patterns follow. Impact loading is the last thing introduced — not because the hip cannot tolerate it, but because the labrum and FAI correction must be supported by a strong, well-conditioned kinetic chain to remain durable.
Full return to competitive sport typically occurs between 5–6 months for most athletes, with some overhead, contact, or rotational sports requiring longer. Return-to-sport clearance is based on objective strength symmetry, functional testing, and surgeon assessment — not on time alone. Patients with concurrent procedures (labral repair plus FAI correction) generally follow the longer end of this range.
PT Milestones
Range of Motion Targets
- Week 4: Hip flexion to 90°; internal and external rotation within comfortable limits
- Week 8: Hip flexion to 120°; symmetric rotation; full extension
- Week 12: Full or near-symmetric range of motion in all planes
Strength Benchmarks
- Week 6: Initiate resisted hip abduction, extension, and external rotation
- Week 12: Single-leg squat without Trendelenburg (hip drop); single-leg stance ≥30 seconds
- Return-to-sport clearance: ≥90% hip abductor and external rotator strength symmetry; satisfactory single-leg hop and functional movement assessment
Return-to-Sport Criteria
- Straight-line jogging: months 3–4
- Cutting, pivoting, change-of-direction: months 4–5
- Full competitive return: 5–6 months; contact sport or sport with repetitive hip loading may require up to 6–9 months
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | Partial (foot-flat) on crutches for 2–4 weeks; full by week 4–6 |
| Hip brace | Worn per surgeon protocol, typically weeks 0–4 |
| Stationary cycling | Low resistance from week 1; upright bike preferred over recumbent |
| Driving | 4–6 weeks (right hip); 2–3 weeks (left hip, automatic transmission) |
| Swimming | Months 2–3 (incisions fully healed; no breaststroke kick early) |
| Running | Months 3–4 |
| Cutting / pivoting sports | Months 4–5 |
| Contact sport | Months 5–6+, surgeon cleared |
Avoid forced hip flexion past 90° combined with internal rotation in the early weeks — this position stresses the labral repair directly. When sitting, keep your knee at or below hip level; avoid deep bucket seats and low chairs. When performing exercises, prioritize pain-free range over achieving end-range positions.
Warning Signs
Contact our office immediately if you experience any of the following:
- Fever above 101.5°F
- Portal site changes: increasing redness, warmth, drainage, or swelling at the small incision sites
- Sudden increase in groin or hip pain after a period of improvement — may indicate re-tear or repair disruption
- New mechanical symptoms: catching, clicking, or locking that was not present before
- Persistent limp beyond week 8 that is not improving with PT — may indicate inadequate hip abductor activation or other complications
- Thigh, calf, or groin swelling with pain — DVT evaluation required; the hip is a higher-risk site than the knee for proximal DVT
- Chest pain, shortness of breath, or sudden worsening of breathing — call 911 immediately
Recovery Timeline
Dr. Johnson performs total hip arthroplasty via the posterior approach. All post-operative instructions and precautions in this section are specific to this approach. Posterior hip precautions are in effect for the first 6–12 weeks and must be followed strictly — they exist to prevent hip dislocation during the period when the repaired posterior soft tissue envelope is healing.
You will bear full weight with a walker from the day of surgery. Early mobilization is essential — prolonged bed rest increases DVT risk, delays functional recovery, and contributes to muscle deconditioning. Your highest priority in this phase, alongside walking and pain control, is learning and consistently applying posterior hip precautions. A home physical therapy or outpatient therapy program begins within days. Most patients are discharged home within 1–2 days with a visiting PT or outpatient plan in place.
Formal outpatient physical therapy progresses gait, hip range of motion, and strengthening. The walker transitions to a cane as balance and hip strength improve — typically around week 3–4. Stair climbing with a step-to pattern is introduced and progressed. Hip flexion past 90° remains restricted. You are expected to manage most activities of daily living independently by the end of this phase, with precautions maintained.
At the 6-week visit, precautions are reassessed. Many patients are cleared from formal posterior precautions by 8–12 weeks as the posterior capsule and short external rotators heal, though some patients with soft tissue concerns are kept on precautions longer — your surgeon will communicate this directly. Strengthening of the hip abductors, extensors, and external rotators is advanced. A Trendelenburg gait (hip drop when walking) is the most common functional deficit and is the target of PT throughout this phase.
Most patients return to driving, golf, walking programs, cycling, and swimming during this window. The hip should feel progressively more natural and less effortful with activity. Residual stiffness, mild swelling with exertion, and occasional groin discomfort are normal at this stage. Strength and endurance continue to build with consistent activity.
The majority of patients reach their peak functional result between 6–12 months. The hip replacement should feel natural during all daily and recreational activities. High-impact and contact activities remain inadvisable for implant longevity, but virtually all low- and moderate-impact recreational activities are appropriate. Patients frequently report that the relief from pre-operative arthritis pain is among the most impactful outcomes of any procedure in orthopedics.
Posterior Hip Precautions
Following posterior-approach total hip replacement, the hip is at risk for dislocation in specific positions during the healing phase. These precautions must be followed for a minimum of 6–12 weeks, or until explicitly cleared by Dr. Johnson.
The three positions to avoid are combinations of hip flexion past 90°, hip adduction past midline, and internal rotation. Individually, each is generally permissible within limits — it is the combination of these movements, particularly flexion with internal rotation, that creates dislocation risk.
Do Not Flex Past 90°
- Keep your knee below hip level when sitting
- Use a raised toilet seat — standard toilet height places the hip in excessive flexion
- Do not bend forward to tie shoes, pick objects off the floor, or reach your feet
- Use a long-handled shoe horn, sock aid, and reacher tool
- Sit in chairs with high seats and armrests; avoid low sofas and bucket seats
Do Not Cross Your Legs
- Do not cross the surgical leg over the other at the knee or ankle
- Do not allow the surgical leg to rotate inward (pigeon-toed position)
- Sleep with a pillow between your legs to maintain abduction
- When rolling in bed, keep legs together or use a pillow to prevent the surgical leg from crossing
- When dressing, bring clothing to you — do not reach across your body to the surgical leg
Do Not Rotate Inward
- Keep the surgical foot pointing forward or slightly outward at all times
- When pivoting or turning, step around with your feet — do not twist on a planted foot
- When getting in and out of a car, lead with the surgical leg and keep it pointing forward
- Avoid reaching across the body toward the surgical hip when seated
PT Milestones
Range of Motion Targets
- Week 4: Hip flexion to 80–90° (within precaution limits); extension and abduction progressing
- Week 8: Hip flexion to 100° (if precautions being lifted); symmetric extension; abduction ≥30°
- Month 6: Full or near-symmetric range of motion; flexion to 110–120° depending on implant and tissue
Strength Benchmarks
- Week 4: Ambulation with cane without significant Trendelenburg
- Week 8: Single-leg stance ≥10 seconds without significant hip drop
- Month 3: Single-leg squat with controlled alignment; hip abductor strength ≥70% symmetry
- Return-to-recreational-activity clearance: ≥80% hip abductor and extensor symmetry; normal gait pattern without assistive device
Return-to-Activity Criteria
- Driving: 4–6 weeks (left hip, automatic); 6–8 weeks (right hip) — surgeon discretion; pain-free emergency braking confirmed
- Golf: 3–4 months
- Cycling / swimming: 2–3 months (breaststroke kick restricted until precautions lifted)
- Low-impact recreational sport: 3–6 months
- High-impact or contact activity: Not recommended — permanent implant protection
Activity Restrictions
| Activity | Restriction |
|---|---|
| Weight bearing | Full weight bearing with walker from day of surgery |
| Posterior hip precautions | Strict for 6–12 weeks (surgeon cleared) |
| Raised toilet seat | Required for 6–12 weeks |
| Driving | 6–8 weeks (right hip); 4–6 weeks (left hip, automatic) |
| Golf | 3–4 months |
| Swimming | 2–3 months (wound healed; no breaststroke kick until precautions lifted) |
| Cycling (stationary) | Weeks 4–6 (seat height adjusted to avoid hip flexion past 90°) |
| Running / jogging (permanent) | Not recommended — implant wear and loosening risk |
| High-impact / contact sport (permanent) | Not recommended |
Permanent implant precautions: Following total hip arthroplasty, high-impact activities — running, jumping, singles tennis, contact sports — are not recommended for the life of the implant. These activities accelerate bearing surface wear and increase the risk of loosening, which may necessitate revision surgery. Walking, golf, cycling, swimming, doubles tennis, and hiking are all well-tolerated and encouraged.
Notify your dentist and all treating physicians that you have a hip replacement before any invasive procedure. Antibiotic prophylaxis may be recommended to prevent hematogenous seeding of the implant.
Warning Signs
Contact our office immediately if you experience any of the following:
- Sudden severe hip or groin pain with inability to bear weight — this is the cardinal presentation of hip dislocation and requires emergency evaluation; call 911 or go to the nearest emergency room immediately; do not attempt to walk on it
- The surgical leg appearing shorter or rotated compared to the other leg — another sign of possible dislocation
- Fever above 101.5°F — prosthetic joint infection requires urgent evaluation
- Wound changes: spreading redness, warmth, wound separation, or any drainage that is cloudy, persistent, or foul-smelling
- Sudden increase in hip pain after a period of steady improvement
- Thigh or calf swelling, redness, or pain — DVT risk is significant following hip replacement; seek prompt evaluation
- Chest pain, shortness of breath, or sudden worsening of breathing — call 911 immediately; may indicate pulmonary embolism
- New squeaking, grinding, or clunking in the hip with movement — report at your next visit or sooner if accompanied by pain