Best Crutches That Won't Hurt Your Hands (2026)

Forearm crutches distribute load across the forearm cuff in addition to the hands, which reduces the proportion of body weight borne at the wrist compared to underarm crutches. An ergonomic handle angle (~24° on the In-Motion Pro) also keeps the wrist closer to a neutral position vs. the straight grip on a standard pair. That said, wrist discomfort can come from a height that isn't set correctly or from gripping harder than needed to compensate — a clinician can help rule those out.

Ergonomic handle design and forearm cuffs alter the load path and wrist angle, but whether that matters for a specific case of carpal tunnel depends on the severity and positioning involved. If wrist pain is significant or getting worse, check with a hand therapist or clinician before making a purchase — the right grip angle and height setting matter as much as the hardware.

Crutch palsy (radial nerve compression from leaning into underarm crutch pads) typically resolves within a few weeks of removing the compression source, though severe cases can take months. If you have persistent tingling, numbness, or weakness in your hand or arm, see a clinician — don't rely on general information here.

Softer, anatomical rubber grips — like those on the Thomas Fetterman Phantom — spread contact across the palm rather than concentrating it at pressure points. A contoured left/right grip pair also avoids the torque of a symmetric handle. See our best crutches for arthritis guide for picks specifically evaluated on grip gentleness.

Forearm crutches with ergonomic handles, shock absorption, or a forearm-platform design address the main causes of hand load. Our top picks are the In-Motion Pro (ergonomic ~24-degree handle with spring-assist post), the smartCRUTCH (forearm platform), and the Thomas Fetterman Phantom (carbon fiber frame).

Three factors combine on standard crutches: a straight grip angle forces the wrist into sustained extension under load, hard cylindrical handles concentrate body weight on a small area of the palm, and no shock absorption sends each step impact straight up the post to your hands.

For most users, yes. Forearm crutches eliminate underarm contact entirely — there is no axillary pad, so the underarm load pathway that standard crutches create is absent — and distribute weight through the forearm cuff rather than concentrating it at the hands. Models with ergonomic handles and spring-assist posts further address wrist angle and step impact.

Start with correct height: a crutch set too low forces you to lean harder, and too high worsens wrist position. From there, an ergonomic grip upgrade (replaceable on most models) or switching to a forearm crutch with an angled handle and spring-assist post are the main options.

Two mechanical factors combine. First, a straight grip angle forces your wrist into extension on every step, holding it in a bent-back, weight-bearing position through each stride. Second, without shock absorption, each step's impact travels directly up the post to your palms. A hard, narrow handle then concentrates that load on a small contact area rather than spreading it across the full hand. The result is cumulative grip pressure across hundreds of steps a day with the wrist in a loaded, extended position throughout.

Three options, roughly in order of impact. Crutch pads or an ergonomic grip replacement address surface pressure and, for angled grips, wrist extension angle; see /guides/best-crutch-pads-for-comfort for pad options. Switching to a forearm crutch with an ergonomic handle distributes load through the forearm cuff and moves the wrist toward a neutral grip position. For long-term use, a forearm crutch with a spring-assist post also absorbs step impact before it reaches your hands. In every case, confirm correct height first: a crutch set too low forces harder leaning, and too high worsens wrist angle. The /quiz can match a crutch to your specific situation.

The design shifts load differently. Forearm crutches move a portion of body weight to the forearm cuff on each step rather than concentrating it at the handgrip, so less load falls on the palms per stride. Underarm crutches concentrate all non-axillary load at the handgrip; forearm models distribute it up the arm through the cuff. An ergonomic handle angle also keeps the wrist closer to a neutral position compared to the straight grip on most standard underarm pairs. For a full comparison of design differences, see /guides/forearm-vs-underarm-crutches.

Crutch pads (foam or gel wraps around the handle) add cushioning that spreads contact across more of the palm, addressing surface pressure on the grip. They do not change the wrist extension angle created by a straight handle, so if the pain comes from grip posture rather than contact pressure alone, pads provide limited benefit on their own. The more complete approach pairs pads with an ergonomic grip replacement or a switch to a forearm crutch with an angled handle. See /guides/best-crutch-pads-for-comfort for a guide to pad types and fit.

A 3-position handgrip lets you set the grip angle to one of three fixed positions, typically a forward tilt, neutral, or a slight rearward tilt. The Ergobaum 7G, for example, offers adjustable grip positions at 15°, 0°, or −15°. This lets you match the grip orientation to the wrist angle that keeps your wrist closest to a neutral, unbent position under load, rather than accepting whatever angle a fixed handle sets.

Any forward-angled grip moves the wrist toward a neutral position compared to a straight handle. Two designs address this directly: the In-Motion Pro has a fixed ~24° ergonomic handle; the Ergobaum 7G has an adjustable grip that sets to 15°, 0°, or −15° so you can match the angle to your grip posture. In both cases, correct crutch height matters as much as the handle geometry, since a crutch set too low or too high shifts the load angle regardless of grip design.

Forearm crutches address wrist load through two design paths. Angled grip designs, such as the ~24° handle on the In-Motion Pro or the 3-position adjustable grip on the Ergobaum 7G, keep the wrist closer to a neutral, unbent position by rotating the grip plane forward rather than holding it perpendicular to the post. Forearm platform designs, like the smartCRUTCH, go further by moving the bearing surface to the forearm itself, shifting how load distributes through the arm on each step.