Wrist pain in recreational golfers is easy to underestimate because the golf swing does not look particularly forceful on the wrist from the outside. But the combination of grip demand, impact force, and the sheer repetition of a full round means the wrist is under more load than most golfers realise. This article looks at what tends to drive wrist pain in golf and what is worth adjusting.

Why the wrist is loaded during golf

The wrists are the last point of force transfer in the golf swing before the club. They hinge through the backswing, release through the downswing, and absorb the impact of club on ball and ground at contact. That sequence asks the wrist to move through a considerable range of motion under load, repeatedly across a full round.

The lead wrist, the left wrist for right-handed players, tends to manage the most demand because it controls the club face through impact and absorbs much of the impact force directly. Problems in the lead wrist are more common in golfers than in the trail wrist, though both can be affected depending on swing mechanics and grip.

How grip and repetition contribute

Grip pressure is one of the most significant and modifiable factors in wrist load during golf. A grip that is maintained too tightly throughout the swing increases the sustained demand on the wrist and forearm across every shot. Many recreational golfers grip harder than necessary, particularly under pressure or on longer shots where they are trying to generate more power.

The volume of repetition matters considerably. Hitting a large bucket of balls at the range in a single session, particularly during a period of wrist discomfort, concentrates a significant amount of load into a short time without the recovery that a normal round would involve between shots. Shorter, more frequent practice sessions tend to be kinder to the wrist than long, high-volume sessions.

Chipping and pitching, which involve a firm wrist position through impact, and bunker shots, which require the club to drive through sand, both place specific demand on the wrist that differs from full swing shots. During a flare-up, reducing the volume of these shots in practice is worth considering.

Equipment factors worth reviewing

Grip thickness affects how the wrist is positioned and how hard it has to work through the swing. A grip that is too thin tends to cause the hands to over-rotate and the wrist to work harder to control the club face. A grip that fits the hand well reduces that compensatory effort.

Shaft flex, as with elbow pain, is relevant to wrist load at impact. A shaft that does not suit the player's swing speed can increase the vibration and impact force transmitted through the hands and wrists.

Managing wrist pain while keeping playing

Reducing the total number of shots in a session temporarily, playing nine holes rather than eighteen, and keeping range sessions short are practical adjustments that reduce load without stopping play altogether. Being more deliberate about grip pressure and consciously lightening it throughout a round is something most golfers can apply immediately.

If you would like to try a guided exercise for the wrist and forearm, VIDA has a short video you can follow at your own pace.

A few things worth trying

• Lighten grip pressure throughout the swing and firm it only at the moment of impact.
• Reduce range session volume during a flare-up and avoid long high-repetition practice.
• Consider whether grip thickness suits your hand size and whether shaft flex is appropriate.
• Play nine holes rather than eighteen temporarily during a period of wrist pain.
• Use your VIDA pain check-in to track how the wrist responds around playing and practice.

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