Hand pain from crutches is one of the most common complaints among crutch users, and it usually comes down to two fixable problems: poor fit and too much pressure concentrated on a small area of your palm. The good news is that a combination of proper adjustment, padding, technique changes, and simple stretches can make a real difference, often within a day or two.
Why Crutches Cause Hand Pain
When you walk with crutches, your hands bear a significant portion of your body weight with every step. That force gets concentrated on the heel of your palm, right where several important nerves and blood vessels pass close to the surface. Over hours and days of use, this repeated compression can irritate soft tissue, inflame tendons, and press on nerves.
The most concerning issue is nerve compression. The median nerve and its branches run through the palm and wrist area, and sustained pressure from a crutch handle can impair their function. In documented cases, crutch users have developed weakness in the thumb and index finger, losing the ability to pinch or perform fine tasks like buttoning a shirt. One hallmark sign is difficulty forming an “O” shape with your thumb and index finger. Unlike many nerve injuries, this type often causes weakness without any numbness, which means you might not realize damage is occurring until grip strength noticeably drops.
Forearm (Lofstrand) crutches aren’t necessarily easier on the hands. They transfer weight through the forearm muscles and elbow joint, which are more susceptible to rotational strain. Standard underarm crutches distribute some load through the stronger shoulder girdle muscles, but they introduce the risk of compressing nerves in the armpit if used incorrectly. Either type can cause hand pain when the grip height is wrong.
Check Your Crutch Fit First
An improperly fitted crutch is the single biggest cause of hand pain, and the fix takes about two minutes. The hand grip should sit at wrist level when your arm hangs naturally at your side. When you grab the grip, your elbow should bend about 15 to 30 degrees. This angle is not arbitrary. Research on crutch biomechanics found that raising the handle just one to two inches above the ideal position (pushing elbow flexion above 30 degrees) doubled the extension force at the elbow. That extra force travels straight down into your hands and wrists.
If the grip is too low and your arms are nearly straight, you lose shock absorption and your wrists take the full impact of each step. If it’s too high, your elbows work overtime and your hands grip harder to compensate. Most crutches have push-button or bolt-adjusted grip positions. Adjust both sides, then walk a short distance to confirm the height feels balanced.
For underarm crutches specifically, the top pad should sit about two inches below your armpit. You should never rest your body weight on the armpit pad. All your weight goes through your hands. This is counterintuitive for most new crutch users, but leaning into the armpit pad compresses the brachial plexus (the nerve bundle serving your entire arm) and can cause numbness or weakness that extends all the way to your fingers.
Add Padding to the Hand Grips
Stock crutch grips are made of hard plastic or thin rubber, and they’re not designed for comfort during extended use. Adding padding reduces the pressure per square inch on your palm and can provide immediate relief.
Commercial gel or foam crutch grip covers are widely available at pharmacies and medical supply stores. They slip over the existing grip and typically cost under $15 a pair. Look for covers that are thick enough to cushion but not so bulky that they change your grip diameter dramatically, which can force you to squeeze harder and make things worse.
For a quick DIY option, pipe insulation foam (the kind sold at hardware stores) can be cut to length with a box cutter and secured with electrical tape. It creates a softer, larger grip surface. Whatever material you use, make sure it doesn’t slide or rotate on the handle. A pad that shifts under your hand is a fall risk.
Cycling gloves or padded weight-lifting gloves are another option worth trying. They add a cushion layer directly to your palm and can reduce friction blisters at the same time.
Adjust Your Walking Technique
How you move on crutches matters as much as how they fit. A few technique corrections can take significant pressure off your hands:
- Distribute weight through your whole palm. Many people unconsciously grip tightly or press down with just the heel of the hand. Try to spread the load across the full surface of your palm and fingers.
- Keep your wrists as neutral as possible. Bending the wrist sharply forward or backward while bearing weight increases strain on the tendons and compresses the carpal tunnel. The grip should allow your wrist to stay roughly in line with your forearm.
- Take shorter steps. Longer strides require more push-off force from the hands with each swing. Smaller, more frequent steps reduce the peak load on every cycle.
- Rest frequently. If you’re new to crutches, your hands haven’t adapted to this kind of sustained pressure. Sit down every 10 to 15 minutes when possible, and let your hands fully relax.
Stretches That Help Between Sessions
Crutch use tightens the muscles of the forearm, wrist, and hand. A few targeted stretches, done twice a day in sets of four repetitions held for 15 to 30 seconds each, can relieve tension and reduce pain.
Wrist extensor stretch: Hold one hand at chest level with the elbow bent. Use your other hand to grasp the thumb side and gently bend the wrist downward. For a deeper stretch, angle toward your little finger. Then repeat the same motion with your arm straight. Switch hands.
Wrist flexor stretch: Same starting position, but this time pull your fingers back gently so your palm faces away from you. Repeat with a straight arm, then switch hands.
Isometric wrist strengthening: Place one hand palm-down on a table. Put your other hand on top. Try to raise the bottom hand while the top hand resists the motion. Hold for a few seconds, then switch. Repeat with the bottom palm facing up. These isometric holds build the wrist stability that helps absorb crutch forces without fatiguing as quickly.
Between stretching sessions, simple self-massage can help. Press your thumb into the fleshy base of the opposite palm and work in small circles for 30 to 60 seconds per hand. This targets the muscles that grip the crutch handle and can release built-up tension.
When Hand Pain Signals Something Serious
Most crutch-related hand pain is muscular soreness that improves with better fit, padding, and rest. But nerve damage from crutches is a real and documented complication, and it can take more than six months to recover from once it develops.
Watch for these warning signs that suggest more than routine soreness:
- Weakness in specific fingers. If you notice difficulty pinching, gripping small objects, or turning keys, a nerve may be compressed.
- Tingling or numbness that persists after resting. Temporary tingling during use is common, but sensations that linger for hours after you stop using crutches indicate sustained nerve irritation.
- Dropping objects. This points to motor nerve involvement, particularly the radial nerve, which controls wrist and finger extension. Bilateral radial nerve compression has been documented in crutch users mobilizing after leg fractures.
- Pain that worsens despite adjustments. If you’ve corrected your fit, added padding, and improved your technique but pain keeps escalating, the underlying cause may need professional evaluation.
Recovery from crutch-induced nerve injury is possible but slow. In reported cases, patients with motor and sensory disturbances needed more than six months to regain full function. Catching it early by recognizing the signs and reducing crutch pressure immediately gives you the best chance of a quick recovery.
Consider a Different Mobility Aid
If hand pain remains a problem despite your best efforts, the crutches themselves may not be the right tool for your situation. Knee scooters eliminate hand-bearing weight entirely for lower-leg injuries. Hands-free crutches that strap to the thigh are another option for people with below-knee injuries. Platform crutches, which rest on the forearm rather than the hand, redistribute weight away from the palm entirely and are commonly used by people with chronic wrist or hand conditions.
If you’re committed to standard crutches, switching between underarm and forearm styles can vary the stress pattern. Underarm crutches anchor weight more centrally through the shoulder girdle, while forearm crutches shift the load to the elbow and forearm. Alternating between the two, or switching to whichever causes less hand discomfort, can prevent overuse in one area.