Advanced Wrist and Hand Tendon Repair Rehabilitation

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

A 23-week advanced program using tennis balls, stationary bikes, balance pads, resistance bands, and TRX to aid in the recovery process.

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: 23
Sessions/week: 4
Minutes/session: 20
Evidence level: high
ICD-10: S62
Cost tier: moderate

Program Overview This is an advanced, 23-week rehabilitation guide for recovery after wrist and hand tendon repair surgery. It is designed to be followed four sessions per week, about 20 minutes each, using simple equipment like a tennis ball, resistance band, balance pad, stationary bike, and TRX. Work closely with your physical therapist throughout.

Who This Program Is For and Its Goal This program is for people recovering from surgically repaired wrist or hand tendons who have been cleared for advanced rehabilitation and are ready to rebuild strength, motion, and function. Its goal is to gradually and safely restore your hand and wrist movement, grip and pinch strength, and everyday dexterity, while protecting the healing tendon at every stage.

Before You Start Before beginning any exercise, get clearance from your surgeon and physical therapist. Do not start if you have severe osteoporosis, active inflammation, or severe pain—these are reasons to pause and consult your clinician. Your therapist should check your splint, wound, swelling, and sensation first. Follow all instructions on splint use and activity limits exactly as given.

Safety Notes and When to Stop Your surgical repair needs protection early on. Stop immediately and call your clinician if you notice sudden loss of finger movement, a snap or pop, increasing pain, new numbness, spreading redness, wound opening, or swelling that keeps growing. Never push through sharp pain or force a stretch. Avoid overloading the repair and keep your spine in a neutral, comfortable position during all exercises.

Weekly Structure You will complete four sessions weekly, each about 20 minutes, across 23 weeks. The plan moves through phases—early protection, protected motion, then progressive strengthening and function—at a pace set by your therapist based on how your tendon heals and how you meet each phase's readiness signs. The equipment supports gentle motion, strengthening, and balance work as you advance.

How the 23-Week Plan Is Organized The first weeks emphasize protection: splint care, swelling control, and gentle passive movement. Next comes protected motion, where you begin light active and assisted movement. Later phases add progressive resistance, joint mobilization, scar care, and functional tasks. Your therapist decides when you move forward using your healing signs and progress, not just the calendar, so the timeline may adjust for safety.

What a Typical Session Looks Like Each session follows a warm-up, main work, and cool-down. You might start with gentle stationary-bike arm pedaling or light hand movements, then do tendon gliding, band or tennis-ball strengthening, joint mobilization, and scar care as directed. Cool-down includes gentle stretching and elevation. Balance-pad and TRX work may be added later for controlled support and stability.

Warm-Up, Main Work, and Cool-Down Pattern Begin with a few minutes of easy movement, such as light stationary-bike pedaling or gentle finger and wrist motion. The main work includes tendon gliding, progressive resistance with bands or a tennis ball, and therapist-guided joint mobilization and scar management. Finish with slow, gentle stretching, elevation for swelling, and relaxed breathing. Use the balance pad or TRX only as your therapist directs.

Tracking Progress Your therapist will track your recovery using measures like the PRWE and DASH questionnaires, grip and pinch strength with a dynamometer, wrist range of motion, and the 9-Hole Peg Test for dexterity. These are compared over time and, where relevant, to your unaffected side. Report any changes in pain, swelling, or function between visits so your plan stays safe and effective.

How Progression Criteria Are Used You move to the next phase only when you meet the readiness signs your therapist checks—such as controlled swelling, safe wound healing, pain-free motion within limits, smooth tendon gliding, and stable nerve function. Outcome measures help confirm progress. This staged approach protects the repair. Do not skip ahead on your own; your clinician decides when advancing is safe.

Recovery and Self-Care Rest, elevation, and compression help control swelling as advised. Follow splint instructions, keep the wound clean, and avoid heavy lifting or forceful gripping until cleared. Space sessions so you are not overly sore, and keep your spine neutral during activity. Gentle scar mobility and stretching, as taught, support healing. Ask your therapist about any concerns rather than guessing.

Pain Management Cautions and Red Flags Mild soreness that settles with rest is common, but sharp or worsening pain is a warning sign. Do not use exercise to push through severe pain, and avoid anti-inflammatory or pain medications without your clinician's advice. Seek urgent care for sudden loss of movement, a pop, fever, spreading redness, wound opening, or new numbness—these may signal a problem needing prompt attention.

Recovery phases

Week 1Protection Phase

Surgical wound healing progressing without signs of infection or dehiscence,Edema controlled with elevation and compression wrapping to less than 2cm circumference difference from unaffected wrist,Splint intact and worn as prescribed maintaining wrist in neutral to 20 degrees extension,Passive finger flexion and extension performed within splint tolerance without resistance,Median nerve sensory function intact with normal two-point discrimination less than 6mm at fingertips,No active finger flexion or extension to protect repaired flexor/extensor tendons

→ Advance to: Early Protected Motion Phase

Week 2Protection Phase

Continued wound closure with sutures intact or staples maintaining integrity,PROM of wrist: flexion to 20 degrees, extension to 20 degrees, radial deviation 10 degrees, ulnar deviation 10 degrees achieved without pain,Digit tendon gliding exercises initiated within splint showing smooth tendon glide without triggering,No increase in pain with passive digit movement into full flexion and extension,Carpal tunnel symptoms stable without worsening paresthesias in median nerve distribution,Grip strength of uninvolved hand compared for baseline: target within 10% symmetry

→ Advance to: Early Protected Motion Phase

Week 3Protection Phase

Physician clearance for splint removal during therapy sessions only,Wrist active assisted range of motion: flexion 30 degrees, extension 30 degrees achieved,Finger MCP flexion to 90 degrees, PIP flexion to 100 degrees, DIP flexion to 70 degrees achieved,No tendon rupture signs: no sudden loss of active finger flexion/extension,Scar tissue mobile with gentle palpation showing less than 50% adherence to underlying tissue,Distal radius and ulna stable without pain to palpation at fracture/repair site if applicable

→ Advance to: Early Protected Motion Phase

Week 4Early Protected Motion Phase

Wrist AROM flexion to 45 degrees, extension to 45 degrees achieved independently,Full composite fist achievable with fingertips touching palmar crease,Median nerve neurodynamic test negative for reproduction of symptoms with elbow flexion 90 degrees,Wrist flexor and extensor tendon palpaton showing less than 30% pain reproduction vs baseline,Functional dexterity assessed with 9-hole peg test within 150% of unaffected hand time,Grip strength measured with dynamometer at 15% of unaffected side

→ Advance to: Early Motion Phase

Week 5Early Protected Motion Phase

Wrist radial deviation to 15 degrees, ulnar deviation to 25 degrees achieved,Finger extension lag less than 10 degrees at DIP/PIP joints,Carpal tunnel symptom provocation test negative: no increase in paresthesias with wrist flexion 60 seconds,Wrist flexor group strength grade 3/5 on MMT (antigravity with resistance),Wrist extensor group strength grade 3/5 on MMT,PROM of wrist within 10 degrees of AROM showing soft tissue extensibility

→ Advance to: Early Motion Phase

Week 6Early Motion Phase

Wrist flexion to 60 degrees, extension to 60 degrees achieved,Full finger flexion and extension with no extensor lag at any joint,Grip strength improved to 25% of unaffected side,Thenar and hypothenar muscle tone normalized without spasticity,Distal radioulnar joint rotation: supination 70 degrees, pronation 70 degrees achieved,No pain with resisted wrist flexion or extension at 2lb resistance

→ Advance to: Early Motion Phase

Week 7Early Motion Phase

Wrist ROM: flexion 70 degrees, extension 70 degrees, radial deviation 20 degrees, ulnar deviation 30 degrees,Grip strength improved to 35% of unaffected side,Pinch strength key pinch to 4kg, chuck pinch to 3kg achieved,Tenderness at repair site decreased to less than 3/10 on VAS with palpation,Normal sensation return documented with monofilament testing at all 5 fingertips,Carpal tunnel provocative testing negative for Tinel's sign at carpal tunnel

→ Advance to: Intermediate Phase

Week 8Early Motion Phase

Wrist ROM approaching functional: flexion 75 degrees, extension 75 degrees,Grip strength 40% of unaffected side with Jamar dynamometer,Full fist with fingertips touching palmar crease consistently,No tendon adherence: smooth digital flexion and extension through full composite movement,Wrist flexor/extensor endurance: able to hold 2lb for 30 seconds,Patient reports decreased subjective stiffness on Patient-Rated Wrist Evaluation

→ Advance to: Intermediate Phase

Week 9Intermediate Phase

Wrist ROM: flexion 80 degrees, extension 80 degrees, radial deviation 20 degrees, ulnar deviation 35 degrees,Grip strength 50% of unaffected side,Able to perform functional activities including hair washing, brushing teeth without compensation,No pain with resistance exercises at 3lb weight,Wrist joint play assessment showing normal radiocarpal and midcarpal glides,Repetitive finger flexion-extension: 10 repetitions without fatigue or triggering

→ Advance to: Intermediate Phase

Week 10Intermediate Phase

Grip strength 55% of unaffected side,Wrist flexor strength grade 4/5 on MMT,Wrist extensor strength grade 4/5 on MMT,Full pronation and supination of forearm achieved,No provocation of carpal tunnel symptoms with repetitive grip activities,Return to light duty work activities cleared if applicable

→ Advance to: Intermediate Phase

Week 11Intermediate Phase

Grip strength 60% of unaffected side,Pinch strength: key pinch 6kg, chuck pinch 5kg,Wrist endurance: able to sustain grip at 50% maximal for 60 seconds,Dexterity assessed with Purdue Pegboard: within 125% of unaffected side time,No tenderness over flexor tendon sheathes in palm,Functional ROM for activities of daily living documented

→ Advance to: Advanced Strengthening Phase

Week 12Intermediate Phase

Grip strength 65% of unaffected side,Wrist flexion strength 70% of contralateral side with dynamometer,Wrist extension strength 70% of contralateral side with dynamometer,Patient able to lift 5lb object from table to shelf height,No median nerve entrapment signs with sustained fist position,DASH score improvement of at least 20 points from baseline

→ Advance to: Advanced Strengthening Phase

Week 13Intermediate Phase

Wrist ROM within 10 degrees of unaffected side in all planes,Grip strength 70% of unaffected side,Full return to light ADLs without modifications,No night pain or rest pain reported,Scar tissue fully matured: pale, pliable, non-tender,Strength progression tolerating 5lb resistance without exacerbation

→ Advance to: Advanced Strengthening Phase

Week 14Intermediate Phase

Grip strength 75% of contralateral side,Wrist flexor and extensor strength 4+/5 on MMT,Return to modified work duties with 8-hour day tolerance,No compensatory movements during grip activities,Patient reports less than 2/10 pain with maximal grip,Carpal tunnel symptoms resolved: no paresthesias in median nerve distribution

→ Advance to: Advanced Strengthening Phase

Week 15Advanced Strengthening Phase

Grip strength 80% of contralateral side,Wrist flexion strength 80% of contralateral side,Wrist extension strength 80% of contralateral side,Able to perform 10 repetitions of wrist curls at 8lb without fatigue,Able to perform 10 repetitions of wrist extensions at 8lb without fatigue,No joint swelling or effusion at wrist or finger joints

→ Advance to: Advanced Strengthening Phase

Week 16Advanced Strengthening Phase

Grip strength 85% of contralateral side,Full power grip endurance: able to sustain 75% maximal grip for 60 seconds,Pinch strength: tip pinch 5kg, lateral pinch 7kg,Return to full work duties if applicable,No pain with resistance activities up to 10lb,Normal wrist proprioception: able to replicate target angles with eyes closed

→ Advance to: Advanced Strengthening Phase

Week 17Advanced Strengthening Phase

Grip strength approaching 90% of contralateral side,Wrist flexor and extensor peak torque measured at 85% of contralateral side,Functional capacity evaluation lifting capacity equal to or greater than 25lb,No restrictions with repetitive hand activities,DASH score less than 15 points indicating minimal disability,Patient confident in hand use for all ADLs