Wrist injuries are among the most common upper limb problems, affecting athletes, manual workers, and office workers alike. Whether the injury is a sprain from a fall, tendinopathy from repetitive loading, a fracture that has been immobilised, or a flare-up of a chronic condition such as carpal tunnel syndrome or De Quervain’s tenosynovitis, the rehabilitation pathway follows a consistent progression from acute management through graduated exercise to full return to activity.
This guide covers the complete wrist rehabilitation process, organised by phase, with specific exercises for each stage and clear criteria for progressing from one phase to the next.
Common Wrist Injuries That Require Rehabilitation
Wrist sprain: Injury to the ligaments of the wrist, most commonly from a fall onto an outstretched hand. Sprains are graded from Grade 1 (mild ligament stretch) to Grade 3 (complete ligament rupture). Grade 1 and 2 sprains are managed conservatively with rehabilitation. Grade 3 sprains may require surgical assessment.
Distal radius fracture (Colles fracture): The most common wrist fracture, typically resulting from a fall onto an outstretched hand. Following immobilisation in a cast (typically 4 to 6 weeks), significant stiffness and weakness develop that require structured rehabilitation.
Scaphoid fracture: A fracture of the scaphoid bone, the most commonly fractured carpal bone. Scaphoid fractures require careful management due to the risk of avascular necrosis and non-union. Rehabilitation follows medical clearance and usually begins later than for distal radius fractures.
De Quervain’s tenosynovitis: Inflammation of the tendons on the thumb side of the wrist (abductor pollicis longus and extensor pollicis brevis). Produces pain with gripping, pinching, and thumb movements.
Lateral epicondylalgia (tennis elbow): While the primary injury site is at the elbow, it produces wrist extensor tendon pain and weakness that requires wrist-specific rehabilitation.
Medial epicondylalgia (golfer’s elbow): Similar to tennis elbow but affecting the wrist flexor tendons at the medial elbow, requiring wrist flexion-focused rehabilitation.
Carpal tunnel syndrome: Compression of the median nerve within the carpal tunnel, producing pain, tingling, and weakness in the hand and wrist.
Triangular fibrocartilage complex (TFCC) injury: Injury to the cartilage on the ulnar (little finger) side of the wrist, producing pain with forearm rotation and ulnar-side loading.
Important Note Before Starting
This guide provides general rehabilitation progressions for common wrist conditions. Always obtain a diagnosis from a medical professional before beginning rehabilitation, particularly for fractures, nerve injuries, and significant ligament tears. If pain worsens during any exercise, stop and consult your physiotherapist or treating clinician.
Phase 1: Acute Management (Days 1 to 7)
The goals of the acute phase are to manage pain and swelling, protect the injured structures from further damage, and maintain range of motion in the uninjured joints of the hand and fingers.
PRICE Protocol:
- Protection: Use a wrist brace or splint as directed by your clinician. Avoid activities that reproduce significant pain.
- Rest: Relative rest from aggravating activities. Complete immobilisation is rarely beneficial beyond the first 24 to 48 hours for sprains.
- Ice: Apply ice wrapped in a cloth for 10 to 15 minutes every 2 to 3 hours for the first 48 to 72 hours.
- Compression: A compression bandage reduces swelling and provides pain relief.
- Elevation: Keep the hand elevated above the level of the heart when resting to reduce swelling.
Exercise 1: Finger Flexion and Extension
Purpose: Maintains finger joint mobility and promotes circulation in the hand while the wrist is protected.
How to do it:
- With the wrist in a neutral or supported position, slowly bend all fingers into a full fist
- Slowly open the hand, extending all fingers as far as comfortable
- Perform 10 repetitions every hour while awake
Exercise 2: Finger Abduction and Adduction
Purpose: Maintains finger mobility and reduces swelling through the pumping action of the small hand muscles.
How to do it:
- With the hand flat and palm down, spread the fingers as wide apart as possible
- Bring the fingers back together
- Perform 10 repetitions every hour
Exercise 3: Thumb Opposition
Purpose: Maintains thumb mobility and the opposition range needed for grip function.
How to do it:
- Touch the tip of the thumb to the tip of each finger in sequence
- Return the thumb to the starting position between each touch
- Perform 5 to 10 repetitions, 3 to 4 times per day
Exercise 4: Elbow and Shoulder Range of Motion
Purpose: Prevents stiffness developing in the elbow and shoulder during wrist protection, which is a common complication of wrist immobilisation.
How to do it:
- Perform full elbow flexion and extension
- Perform shoulder circles and overhead reach
- Perform these movements 3 to 4 times per day while the wrist is immobilised or protected
Phase 2: Early Mobility (Weeks 1 to 3)
The goals of the early mobility phase are to restore full wrist range of motion without pain, reduce swelling and stiffness, and begin gentle loading of the healing tissues.
Progression criteria from Phase 1 to Phase 2:
- Pain is reducing and manageable without regular pain medication
- Significant swelling has reduced
- Finger and thumb mobility is maintained
- Medical clearance has been obtained for active wrist movement
Exercise 1: Active Wrist Flexion and Extension
Purpose: Restores active range of motion in the primary wrist movements.
How to do it:
- Rest the forearm on a table with the hand hanging off the edge, palm facing down
- Slowly lift the hand upward as far as comfortable (wrist extension)
- Lower the hand downward as far as comfortable (wrist flexion)
- Perform 10 repetitions, 3 to 4 times per day
- As range increases, progress to performing with the palm facing up
Key cue: Move within a pain-free or minimally uncomfortable range. Do not force movement against significant pain during the early mobility phase.
Exercise 2: Wrist Circles
Purpose: Develops combined wrist mobility in all directions through a smooth circular motion.
How to do it:
- Support the forearm on a table with the hand hanging off the edge
- Slowly draw circles with the wrist in a clockwise direction
- Reverse to anti-clockwise
- Perform 5 circles in each direction, 3 to 4 times per day
Key cue: Begin with small circles and gradually increase the size as mobility improves. Stop immediately if sharp pain occurs.
Exercise 3: Forearm Pronation and Supination
Purpose: Restores forearm rotation range, which is closely linked to wrist function and commonly restricted after wrist injury.
How to do it:
- Sit with the elbow bent to 90 degrees, tucked against the side
- Hold a pen or pencil in the hand
- Rotate the forearm so the palm faces upward (supination)
- Rotate the forearm so the palm faces downward (pronation)
- Perform 10 repetitions in each direction, 3 to 4 times per day
Exercise 4: Radial and Ulnar Deviation
Purpose: Restores the side-to-side wrist movements that are important for daily activities and sport.
How to do it:
- Rest the forearm on a table with the thumb facing upward
- Tilt the wrist toward the thumb side (radial deviation)
- Tilt the wrist toward the little finger side (ulnar deviation)
- Perform 10 repetitions in each direction, 3 to 4 times per day
Exercise 5: Tendon Gliding Exercises
Purpose: Promotes the gliding of the finger flexor tendons through the carpal tunnel and maintains tendon health during the healing period. Particularly important for carpal tunnel syndrome and fracture rehabilitation.
How to do it:
Perform each of the following positions in sequence, holding each for 3 seconds:
- Hand flat with fingers straight (straight position)
- Bend the fingers at the knuckles, keeping the middle and end joints straight (hook position)
- Make a full fist
- Bend the fingers at the middle and end joints with the knuckles straight (tabletop position)
- Curl the fingertips into the palm (straight fist)
- Complete 5 full sequences, 3 to 4 times per day
Phase 3: Strengthening (Weeks 3 to 8)
The goals of the strengthening phase are to restore full pain-free range of motion, develop adequate wrist strength for daily activities, address any strength imbalances, and prepare for return to sport or heavy manual work.
Progression criteria from Phase 2 to Phase 3:
- Full or near-full pain-free range of motion in all wrist directions
- Minimal or no swelling
- Ability to perform daily activities without significant pain
- Medical clearance for progressive loading
Exercise 1: Wrist Flexion Strengthening
Purpose: Develops the wrist flexors progressively against resistance.
How to do it:
- Rest the forearm on the thigh with the wrist hanging off the knee, palm facing up
- Hold a light dumbbell (0.5 to 1 kilogram initially)
- Lower the wrist into full extension
- Curl the wrist into full flexion
- Hold for 1 second and lower slowly
- Complete 3 sets of 15 reps per side
Progression: Increase the weight by 0.5 kilograms when 3 sets of 15 reps can be completed without pain or fatigue within the last 3 reps.
Exercise 2: Eccentric Wrist Extension
Purpose: The most important strengthening exercise for lateral epicondylalgia rehabilitation. Also develops wrist extensor strength for general wrist health.
How to do it:
- Rest the forearm on the thigh with the wrist hanging off the knee, palm facing down
- Use the other hand to assist the weight to the fully extended position
- Remove the assisting hand
- Slowly lower the weight over 3 to 4 seconds to the fully flexed position
- Assist back to the start and repeat
- Complete 3 sets of 10 slow eccentric reps per side
Exercise 3: Putty or Therapy Ball Exercises
Purpose: Develops grip strength, finger strength, and wrist stability in a progressive and joint-friendly way.
How to do it:
- Full grip squeeze: Squeeze the putty or ball into a full fist, hold for 5 seconds, release
- Pinch grip: Pinch the putty between the thumb and each finger individually, hold for 5 seconds
- Finger extension: Push fingers into the putty from a fisted position, opening against resistance
- Perform 10 repetitions of each exercise, 3 times per day
Exercise 4: Hammer Pronation and Supination
Purpose: Develops forearm rotation strength through a resistance that increases progressively with the lever arm of the hammer.
How to do it:
- Hold a hammer or offset dumbbell with the forearm supported on the thigh, hammer vertical
- Rotate the forearm to bring the hammer head toward the floor (pronation)
- Return to vertical and rotate in the other direction (supination)
- Complete 3 sets of 15 reps per side in each direction
Exercise 5: Radial and Ulnar Deviation Strengthening
Purpose: Develops the radial and ulnar deviators that are often neglected in rehabilitation programmes.
How to do it:
- Hold a hammer or offset dumbbell at one end, forearm supported on the thigh, weight vertical
- Tilt toward the thumb side (radial deviation) as far as possible
- Return to vertical and tilt toward the little finger side (ulnar deviation)
- Complete 3 sets of 15 reps in each direction
Exercise 6: Grip Strengthening
Purpose: Restores grip strength, which is consistently reduced following wrist injury and is an important functional outcome measure.
How to do it:
- Squeeze a tennis ball or therapy putty as firmly as possible
- Hold for 5 seconds and release fully
- Complete 3 sets of 15 squeezes per hand
- Progress to a harder putty or a grip trainer as strength improves
Exercise 7: Wrist Isometrics
Purpose: Develops wrist stability through isometric contractions that load the healing structures without requiring movement, useful in the early strengthening phase when movement-based loading is still uncomfortable.
How to do it:
- Place the palm of the working hand against the opposite palm
- Push both hands against each other without allowing any movement (wrist flexion isometric)
- Hold for 5 seconds and release
- Repeat with the back of the hand against the palm for wrist extension isometric
- Complete 10 holds in each direction, 3 times per day
Phase 4: Return to Sport and Advanced Loading (Weeks 6 to 12)
The goals of the return to sport phase are to restore sport-specific wrist strength and function, develop the wrist resilience for high-load activities, and safely return to full sport or occupational demands.
Progression criteria from Phase 3 to Phase 4:
- Full pain-free range of motion in all directions
- Grip strength within 10 percent of the uninjured side
- Ability to perform all Phase 3 exercises without pain
- Medical clearance for sport-specific loading
Exercise 1: Dead Hang
Purpose: Develops grip and wrist flexor endurance under sustained bodyweight loading.
How to do it:
- Grip a pull-up bar with both hands
- Hang with feet off the floor
- Hold for as long as possible
- Complete 3 hangs with full recovery between each
Exercise 2: Farmer’s Carry
Purpose: Develops loaded wrist stability and grip endurance through functional carrying movements.
How to do it:
- Hold a dumbbell or kettlebell in each hand
- Walk for 20 to 40 metres at a controlled pace
- Complete 3 to 4 carries with full recovery between each
Exercise 3: Push-Up Progression
Purpose: Returns loaded wrist extension strength in the position most commonly required in gymnastics, martial arts, and general fitness.
Progression:
- Wall push-up (minimal wrist loading)
- Inclined push-up on a bench
- Floor push-up on the knees
- Full push-up
- Progress to elevated feet, weighted, or single-arm variations
Exercise 4: Sport-Specific Wrist Loading
Purpose: Replicates the specific wrist demands of the individual’s sport or activity.
For racket sports: Progressive hitting against a wall, starting with short swings and progressing to full groundstrokes over 2 to 4 weeks.
For climbing: Progressive grip loading using a hangboard, starting with two-arm hanging and progressing to one-arm hanging and dynamic movements.
For gymnastics: Progressive wrist loading through bear crawls, planche leans, and eventually full handstand holds.
For weightlifting: Progressive front rack position holding, starting with an empty bar and building to working weights over 2 to 4 weeks.
Return to Sport Criteria
Before returning to full sport or heavy manual work, the following criteria should be met:
- Full pain-free range of motion in all directions compared to the uninjured side
- Grip strength within 90 percent of the uninjured side (measured with a dynamometer)
- Pain-free completion of all sport-specific wrist loading tasks
- Confidence in the wrist during dynamic sport movements
- Medical or physiotherapist clearance
Frequently Asked Questions
How long does wrist rehabilitation take?
Recovery time depends significantly on the injury type. Mild wrist sprains typically resolve within 3 to 6 weeks of rehabilitation. Moderate sprains and tendinopathies typically take 6 to 12 weeks. Post-fracture rehabilitation takes 8 to 16 weeks depending on the fracture location and healing. TFCC injuries and chronic tendinopathies may take 3 to 6 months of consistent rehabilitation.
Should I use a wrist brace during rehabilitation exercises?
In the early phases, a brace provides pain relief and protection during daily activities. For rehabilitation exercises, the brace should generally be removed to allow the exercises to be performed through the full range of motion. As strength and confidence improve through the strengthening phase, brace use during daily activities can be progressively reduced. Discuss brace weaning timing with your physiotherapist.
Can I continue to train the rest of my body while rehabbing my wrist?
Yes, for most wrist injuries. Lower body training, cardiovascular exercise, and core work can continue throughout wrist rehabilitation. Upper body training may need modification to avoid wrist loading in the early phases. As the wrist progresses through the rehabilitation phases, upper body training can be gradually reintroduced with appropriate modifications.
Why is my wrist still stiff after the cast came off?
Stiffness after immobilisation is expected and universal. The joint capsule, tendons, and surrounding soft tissues adapt to the immobilised position over the weeks in the cast, producing the stiffness that is often alarming when the cast is removed. This stiffness responds well to the early mobility exercises in Phase 2 and typically improves significantly within 2 to 4 weeks of consistent daily mobility work.
When should I see a physiotherapist rather than using this guide alone?
Professional physiotherapy assessment is strongly recommended for all significant wrist injuries, particularly fractures, complete ligament tears, nerve injuries, and TFCC injuries. This guide provides a general rehabilitation framework but cannot replace individualised assessment that identifies the specific structures injured and any complications. If pain is worsening rather than improving after 2 weeks of rehabilitation, or if neurological symptoms such as numbness or tingling are present, seek professional assessment promptly.