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Advanced Wrist and Hand Tendon Repair Rehabilitation

Published: July 26, 2026Updated: October 6, 2026

A 14-week advanced program for tendon repair in the wrist and hand, focusing on carpal tunnel, tendons, distal radius, and ulna, utilizing ankle braces, back braces, balance pads, and resistance bands.

Quick summary

Professional rehabilitation program designed for effective recovery and pain management.

Medically reviewed by WellAlly Editorial TeamLast reviewed October 6, 2026Editorial policy

Key facts at a glance

Body part
upper-limb · wrist-hand
Injury type
tendon-repair
Level
advanced
Duration
14
Sessions/week
3
Minutes/session
60
Evidence level
moderate
ICD-10
S62
Cost tier
moderate

Program Overview This guide outlines an advanced, 14-week rehabilitation plan following wrist and hand tendon repair. It combines supervised therapeutic exercise, manual therapy, splinting, ultrasound, functional training, and proprioceptive work. The plan is delivered three times per week in 60-minute sessions and uses an ankle brace, back brace, balance pad, and resistance band as supporting equipment. Each phase builds gradually on the last, so your clinician will adjust the pace to match your healing and comfort.

Who This Program Is For and Its Goal This program is for people recovering from surgical repair of wrist and hand tendons who are ready for an advanced, structured progression under clinician supervision. The goal is to safely restore wrist and hand motion, strength, coordination, and everyday function while protecting the healing tendon. It is not a substitute for individualized medical care. Your treating clinician decides whether this level is right and adjusts it as you improve.

Before You Start Review this plan with your surgeon and physical therapist before beginning, especially if you have any concerns about your wound or splint. Make sure your splint fits well and your equipment is set up safely. Begin only when your clinician has confirmed your phase and cleared you for the specific activities. Always warm up before activity, and never push into sharp pain or swelling.

Safety Notes and When to Stop Do not start or continue exercises during acute inflammation or severe pain; these are reasons to pause and check in with your clinician. Keep your spine in a neutral position and stop any movement that causes sharp pain, new swelling, numbness, or tingling. Seek urgent care for fever, spreading redness, wound drainage, or sudden loss of movement. Otherwise, contact your clinician if pain increases or does not settle with rest.

Weekly Structure Plan on three sessions per week, about 60 minutes each, across 14 weeks. Sessions include warm-up, guided exercise, manual therapy, splinting checks, and functional practice. Your clinician moves you through phases in plain terms: early protection, then early protected motion, then progressive strengthening and functional use. Phases overlap and progress based on meeting criteria, so expect gentle changes rather than sudden leaps.

How the 14-Week Plan Is Organized The 14-week plan is organized into phases that advance as you meet clinician-set criteria. Early weeks focus on protection, splinting, and gentle motion. Middle weeks add protected motion, scar care, and light resistance. Later weeks progress to strengthening, simulated daily and work tasks, and wrist weight-bearing on the balance pad. The ankle brace and back brace are used for safe positioning during supported activities, while the resistance band provides graded resistance.

What a Typical Session Looks Like Each session follows a warm-up, main work, and cool-down pattern. Warm-up may include gentle shoulder and elbow movement while maintaining a neutral spine. Main work combines your prescribed exercises, manual therapy, splint checks, and functional or proprioceptive tasks using the balance pad and resistance band. Cool-down includes gentle stretching and settling, plus review of your home program and symptom response.

Warm-Up, Main Work, and Cool-Down Warm up for a few minutes with easy shoulder, elbow, and non-involved hand movement, keeping your spine neutral and using the back brace if advised for support. Main work uses the resistance band for graded strengthening and the balance pad for wrist weight-bearing and control, all within your phase limits. Finish with gentle cool-down stretches and elevation. Your clinician tailors each piece to your tendon repair and tolerance.

Tracking Progress Track your progress with the outcome measures your clinician selects: the Michigan Hand Outcomes Questionnaire, grip strength with a dynamometer, wrist range of motion by goniometry, the DASH score, the Patient-Specific Functional Scale for wrist-hand tasks, and the Carpal Tunnel Questionnaire. These show how function, strength, motion, and symptoms change over time. Share your home exercise and symptom notes at each visit so the plan stays accurate.

How Progression Criteria Are Used Your clinician uses the phase criteria, such as motion targets, wound healing, pain levels, and safe tendon gliding, to decide when to advance. You do not move ahead on a calendar alone; comfort, swelling, and function matter too. Outcome measures add an objective picture, so improvements in grip, motion, and daily tasks guide the next steps. If progress stalls or symptoms flare, the plan may slow down.

Recovery and Self-Care Support recovery with rest between sessions, elevation and compression as advised for swelling, and careful splint wear. Keep skin around scars clean and follow your scar massage instructions when cleared. Stay active with approved shoulder and elbow movement to maintain upper limb function. Report changes in swelling, sensation, or pain early so your clinician can adjust your program.

Pain Management and Red Flags Use only medications prescribed by your clinician, and keep pain at rest low as advised. Do not exercise through severe pain or acute inflammation. Rest, elevation, and compression can help swelling. Seek urgent care for fever, spreading redness, wound drainage, or sudden loss of movement or sensation. Contact your clinician for increasing pain, new numbness, or swelling that does not settle.

Recovery phases

Week 1Phase 1: Protection and Immobilization

Wrist immobilized in splint at 20 degrees extension with digital splints for repaired flexor tendons,Digital flexion prohibited to protect flexor digitorum superficialis and profundus repairs,Active elbow and shoulder ROM to maintain upper limb function,Soft tissue mobility initiated for non-involved hand and wrist structures,Edema management with elevation and compression to reduce swelling around carpal tunnel,Pain controlled below 3/10 at rest with prescribed analgesics

→ Advance to: Phase 2: Early Protected Motion

Week 2Phase 1: Protection and Immobilization

Sutures removed, wound healing progressing without infection signs,Passive wrist flexion to 30 degrees with neutral radial-ulnar deviation initiated,Passive forearm pronation/supination within pain-free range,Scar massage initiated along flexor retinaculum and palmar incision,Continued edema control with Coban wrapping around carpal region,Active digital flexion/extension with tendon gliding exercises for FDS and FDP

→ Advance to: Phase 2: Early Protected Motion

Week 3Phase 2: Early Protected Motion

Wrist ROM progressed to 40 degrees flexion, 20 degrees extension,Passive radial and ulnar deviation within tolerance, protecting distal radioulnar joint,Digit tendon gliding exercises: straight fist, hook fist, full fist positions,Gentle passive stretching of flexor muscles originating from medial epicondyle,Grip strength assessed with dynamometer at sub-maximal effort (reserved for later phases),Nerve gliding exercises for median nerve within carpal tunnel if indicated

→ Advance to: Phase 3: Progressive Strengthening

Week 5Phase 2: Early Protected Motion

Wrist ROM: 50 degrees flexion, 30 degrees extension, 15 degrees radial/ulnar deviation,Active wrist flexion against gravity with light resistance (1 lb),Flexor tendon gliding exercises progressed to include isolated FDS and FDP motion,Wrist extensor strengthening: extensor carpi radialis brevis and longus activation,Pronator teres and supinator strengthening initiated,Functional grip activities using putty at minimal resistance

→ Advance to: Phase 3: Progressive Strengthening

Week 6Phase 3: Progressive Strengthening

Full wrist ROM achieved: 70 degrees flexion, 70 degrees extension, 20 degrees deviation each,Grip strength progression: 3-5 lbs putty/squeeze ball for flexor tendon loading,Wrist flexor strengthening: flexor carpi radialis and ulnaris loading,Extensor strengthening: extensor carpi radialis and ulnaris against resistance,Median nerve gliding exercises within carpal tunnel if neural symptoms present,Dexterity exercises using small objects to restore hand intrinsic function

→ Advance to: Phase 4: Advanced Strengthening and Return to Activity

Week 9Phase 3: Progressive Strengthening

Grip strength progression to 50% contralateral side using Jamar dynamometer,Wrist isokinetic testing at low velocities for extensor carpi radialis and ulnaris,Advanced tendon gliding: resisted individual digit flexion against resistance bands,Strength testing: wrist flexion and extension at 90 degrees elbow position,Proprioceptive training: weight-bearing through wrist in prone and quadruped,Work simulation tasks involving repetitive wrist motion at low frequency

→ Advance to: Phase 4: Advanced Strengthening and Return to Activity

Week 10Phase 4: Advanced Strengthening and Return to Activity

Grip strength progression to 75% contralateral side,Heavy resistance training for wrist flexors: flexor carpi radialis and ulnaris at 70% 1RM,Extensor loading: extensor digitorum and extensor carpi radialis against bands,High-repetition functional activities simulating occupational demands,Power training: throwing and catching activities progressing in distance and speed,Endurance training: sustained grip tasks lasting 30+ seconds

→ Advance to: Return to Full Activity

Week 12Phase 4: Advanced Strengthening and Return to Activity

Full grip strength restoration to 90%+ contralateral side,Sport-specific or occupation-specific training at near-normal intensity,Reactive strengthening: catching and releasing objects quickly through wrist,Advanced dexterity: typing, tool use, fine motor tasks at functional speed,Plyometric loading: ball throws against wall progressing to rebounder,Cardiovascular conditioning maintaining upper extremity endurance

→ Advance to: Return to Full Activity

Week 14Phase 4: Return to Full Activity

Complete wrist ROM equal to contralateral side including radial-ulnar deviation,Grip strength within 10% of contralateral side on Jamar dynamometer,Full return to occupational and recreational activities without restrictions,Patient-reported outcome measures showing minimal disability,No provocative signs with resisted wrist flexion/extension or median nerve testing,Functional capacity testing: lift and carry tasks at work demands level

→ Advance to: Discharge and Maintenance

Return to activity milestones

Pain-free basic activities of daily living

Week 4

No sign of shoulder impingement with resisted empty can test

Light functional activities and conditioning

Week 6

Able to tolerate light resisted flexion and extension without flare

Moderate activity and sport-specific conditioning

Week 8

Pain ≤ 3/10 during functional reaching and lifting activities

Full return to sport, occupation, and recreation

Week 14

Patient adherence to home exercise programme ≥ 5 days per week

Precautions

  • maintain-neutral-spine
  • warm-up-before

Contraindications

  • acute-inflammation
  • severe-pain

Pain management

Equipment & modalities

Therapeutic exercise: progressive stretching and strengthening of wrist-hand musculatureManual therapy: joint mobilization of radiocarpal and midcarpal jointsSplinting: static splint for protection, dynamic splint for progressive extensionModalities: ultrasound for tendon healing promotion at reparative phaseFunctional training: simulated ADL and work tasks for task-specific rehabilitationProprioceptive training: weight-bearing activities through wrist jointankle-braceback-bracebalance-padresistance-band

Frequently asked questions

Can I skip the splint during exercises?
Only if your clinician specifically tells you to. The splint protects the healing tendon, so follow your prescribed wear schedule and remove it only when instructed for approved activities.
How will I know I am ready to progress?
Your clinician decides using phase criteria such as motion, healing, and pain, plus outcome measures like grip strength and function. Progress is based on meeting these signs, not just how many weeks have passed.
What if an exercise causes pain or swelling?
Stop that activity, rest, elevate, and note what happened. Tell your clinician promptly so they can adjust the exercise, splint, or phase; do not push through sharp pain or new swelling.

This information is for educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment.

Medical Disclaimer

This content is for general informational and educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment. Always seek the guidance of a qualified healthcare provider with any questions you have about a medical condition, and never disregard professional medical advice or delay seeking it because of something you read here.

If you think you may have a medical emergency, call your local emergency number or go to the nearest emergency department immediately.

Medically reviewed by WellAlly Editorial Team Last reviewed October 6, 2026. · Read our editorial policy

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