Shoulder Dislocation After a Skiing or Snowboarding Fall — Recovery & Return to the Slopes

Shoulder dislocation on a ski holiday tends to happen very quickly.

One moment you are skiing normally. The next you catch an edge, lose balance, put an arm out or hit the snow hard — and the shoulder is out.

What makes skiing and snowboarding different from many other sports is that the shoulder is being injured during a fall at speed, often with very little opportunity to protect yourself.

And after the shoulder has been reduced, there is another problem: you usually want to ski again.

So the question I am interested in is not simply: "Has the shoulder healed?"

It is: Can this shoulder tolerate another unexpected fall, a pole plant, a sudden loss of balance or an awkward landing — and do you trust it if that happens?

That is a much more useful return-to-snow question.

Shoulder dislocation is not a rare skiing injury

This has been recognised for decades.

In a classic US study of skiing-related shoulder injuries, Weaver followed skiers with shoulder trauma and found that all of the shoulder dislocations were anterior. Most were first-time dislocations, and men were affected more commonly.

At three to four years, 41% were still symptomatic — either because the shoulder had redislocated or because pain and weakness persisted.

An even older skiing series examined almost 15,000 ski injuries and identified 291 anterior shoulder dislocations. Around half were first-time dislocations and around half occurred in people with previous instability.

That tells us something important: for some skiers, the injury on the mountain is not an isolated event. The shoulder may remain a problem long after the holiday is over.

More recent data still place the shoulder high on the skiing injury list. A 2025 meta-analysis of more than 750,000 upper-extremity injuries found that the shoulder was the most commonly injured upper-extremity region in skiers, whereas wrist injuries were much more prominent in snowboarders.

Skiing and snowboarding injure the shoulder differently

They share snow, speed and falls — but the injury patterns are not identical.

Snowboarders sustain proportionally more upper-limb injuries overall. In one large comparative study, upper-extremity injuries accounted for around 40% of snowboarding injuries. Shoulder dislocations made up 6.5% of all snowboarding injuries and 5.5% of skiing injuries in that series.

Another snowboarding study looked specifically at nearly 2,000 upper-extremity fractures and dislocations. Shoulder dislocations accounted for 11.5% of those injuries, and nearly 69% occurred during forward falls.

That mechanism makes sense clinically. If the body is moving forward and the arm reaches out to protect the fall, the shoulder may be rapidly forced into a vulnerable position while the rest of the body keeps moving.

For skiers, poles add another variable. A fall with the hand or pole fixed against the snow may produce a large lever through the arm.

So when somebody comes back from the Alps and tells me they dislocated their shoulder, I want to know: How did you fall? Forward or sideways? Was the arm out? Were you holding a pole? Did you land directly on the shoulder? Those details can tell us quite a lot about what structures may have been exposed to injury.

What else can be injured when the shoulder dislocates?

A dislocation is not just the humeral head temporarily leaving the socket. There may also be injury to the labrum, capsule, bone, rotator cuff or nerves.

In Weaver's skiing series, greater tuberosity fracture occurred alongside around 10% of shoulder dislocations. Rotator cuff tears were seen particularly in older skiers.

A 22-year-old skier and a 62-year-old skier with the same apparent dislocation may have quite different associated injuries. Younger athletes tend to concern us more for recurrent instability. Older athletes deserve particular attention to rotator cuff injury, greater tuberosity fracture and persistent weakness.

Persistent weakness, disproportionate pain, neurological symptoms or ongoing instability should prompt further assessment.

What should you do if it happens on the mountain?

If the shoulder remains dislocated, it needs appropriate reduction and assessment. Do not try to reduce it yourself.

Ski patrol or resort medical staff will usually arrange initial care and, where necessary, transport to a medical facility. Once it has been reduced, X-rays are commonly used to check alignment and assess for fracture.

I would seek further assessment particularly if you have persistent weakness, numbness or altered sensation, marked pain, difficulty lifting the arm, recurrent slipping or instability, significant bruising or swelling, or concern about an associated fracture or rotator cuff injury.

A sling is commonly useful for comfort in the early period. Use the sling for comfort and protection as advised, then progressively restore movement and function.

Read our guide to rehabilitation after shoulder dislocation →

The big question: will it happen again?

This is the part that matters to most skiers. The answer is: it depends.

There is no single MRI finding, age cut-off or sport that tells us with certainty whether your shoulder will redislocate. Risk is influenced by a combination of factors: younger age, previous instability, some structural injury patterns, shoulder activity demands, and psychological factors.

My own prospective work developed the PRIS — Predict Recurrent Instability of the Shoulder — tool, which combines several patient and injury factors rather than pretending one factor gives us the answer.

You are not a percentage. You are not an odds ratio.

The useful question is: Given my shoulder, my age, my previous history and the type of skiing I want to return to — what is my risk, and what am I prepared to do about it?

Returning to skiing is not a 12-week decision

I would remove the idea that a fixed calendar gives clearance. Someone can be 16 weeks after a dislocation and still have poor control, weak end-range capacity and significant apprehension.

I prefer to think about return using:

CONTROL • CAPACITY • CONFIDENCE • DEMAND

And skiing is an excellent example of why the fourth element — DEMAND — matters.

CONTROL

Can you control the shoulder when your body is not perfectly organised?

On snow you are constantly responding to changes in terrain, edge catches, uneven snow, loss of balance, pole plants, unexpected turns, other skiers and changes in speed. When something goes wrong, the arm may move very rapidly into a position you did not choose.

So shoulder control needs to progress beyond slow isolated exercises. Eventually I want the athlete to tolerate faster movement, longer lever positions, reactive tasks, whole-body perturbation, and movements where they are concentrating on something other than their shoulder. Because that is what skiing demands.

CAPACITY

Can the shoulder tolerate force — including the force of trying not to fall?

A skier needs enough capacity through the shoulder and upper limb to use poles, push up from the ground, support body weight, recover balance, absorb unexpected force, tolerate rapid reaching, and manage a fall if one occurs.

Snowboarders may place even greater demand on the upper limbs when falling because both feet remain fixed to the board. I would include: rotational strength, long-lever shoulder strength, closed-chain strength, pushing capacity, rapid force production, endurance and reactive control.

Being strong in the gym is not the same as being ready for snow.

CONFIDENCE

Do you trust the shoulder when you start moving quickly again?

People often remember the fall vividly. Then they return to snow and become much more cautious — skiing more upright, avoiding committing to turns, slowing down excessively, or tensing every time they lose balance.

Some caution is reasonable during early return. But persistent fear can change how somebody moves. Confidence needs to be rebuilt through controlled balance disturbances on land, increasingly reactive tasks, and eventually easy skiing in a predictable environment.

Confidence follows successful experience.

DEMAND

What skiing are you actually returning to?

There is a huge difference between someone who wants to cruise groomed blue runs and someone returning to steep black terrain, moguls, tree skiing, powder, off-piste, park, jumps or racing.

I would not clear somebody simply because "they can ski". I would ask: Can they ski the terrain they actually want to ski? That is the demand we need to prepare for.

How should return to snow progress?

And there is another variable we often underestimate: fatigue. A shoulder may feel excellent during the first hour of skiing. But many falls happen late in the day when the skier is tired, technique deteriorates and reaction time changes. So return to snow should progress both terrain and duration and fatigue exposure.

What should I be able to do before I ski again?

I would want to look at: comfortable functional range, rotational strength, long-lever strength, closed-chain upper-limb capacity, ability to push up from the ground, reactive shoulder control, balance and whole-body control, ability to tolerate perturbation, confidence, apprehension in vulnerable positions, endurance, and the demands of the terrain being planned.

And then I would ask:

Does your CONTROL, CAPACITY and CONFIDENCE match your skiing DEMAND?

That is a better return-to-sport question than: "Has it been 12 weeks?"

Should I wear a shoulder brace skiing?

For some people, yes. But a brace does not turn an unstable shoulder into a stable one. It does not replace rehabilitation. And it cannot prevent every fall or every possible dislocation.

Where it may help is by providing external support and reducing exposure to particular vulnerable ranges while confidence and capacity are being rebuilt. Skiing is one sport where a brace can be relatively practical because shoulder movement demands are less extreme than in throwing sports.

But I would still test it before heading up the chairlift: Can you use your poles? Can you move freely enough? Can you get yourself up from the snow? Does it remain comfortable over a full session?

A brace should solve a problem.

What about snowboarding?

Snowboarding has a substantially higher proportion of upper-limb trauma than skiing. The inability to step independently with one leg during a fall changes how the athlete interacts with the ground. Forward falls in particular appear relevant to shoulder dislocation — in one series, almost 69% of snowboarding shoulder dislocations occurred following a forward fall.

That means return-to-snowboarding preparation should include: falling strategy, getting up from the snow, upper-limb weight bearing, reactive reaching, high-speed balance recovery, and the specific terrain the snowboarder wants to ride.

A park snowboarder returning to jumps is not the same return-to-sport decision as somebody cruising groomed pistes. Demand matters.

Should I have surgery before returning to skiing?

Not simply because you ski. And not simply because an MRI shows a Bankart lesion.

Surgery may become more relevant if there is repeated instability, significant structural injury, substantial bone loss, high recurrence risk, inability to return to desired activities, persistent apprehension despite good rehabilitation, or an unacceptable consequence if recurrence occurs.

There is an important difference between somebody taking one family ski holiday each year and somebody spending 80 days a season skiing steep off-piste terrain. So I would frame the decision as:

What is my recurrence risk? What type of skiing am I returning to? What would another dislocation mean for me? What are the benefits and downsides of surgery versus rehabilitation?

That is a shared decision. The scan informs it. The scan should not make it for you.

Read: Should I Have Surgery After a Shoulder Dislocation? →

Don't just get back on skis. Get ready for the fall you hope never happens.

Most rehabilitation happens in a controlled environment. Skiing does not. The shoulder may be asked to respond at speed, off balance, on uneven terrain, when tired and with almost no warning.

So returning successfully is not simply about whether the shoulder feels good while you are standing still.

About the author

Dr Margie Olds, PhD is a shoulder physiotherapist and researcher specialising in shoulder instability, recurrence risk and return to sport. Her research has focused on predicting recurrent instability after first-time traumatic shoulder dislocation and improving rehabilitation and return-to-sport decision making.

References

• Weaver JK. Skiing-related injuries to the shoulder. Clin Orthop Relat Res. 1987;(216):24-28.
• Kuriyama S, Fujimaki E, Katagiri T, Uemura S. Anterior dislocation of the shoulder joint sustained through skiing. Am J Sports Med. 1984;12(5):339-346.
• Kocher MS, Feagin JA Jr. Shoulder injuries during alpine skiing. Am J Sports Med. 1996;24(5):665-669.
• Matsumoto K, et al. Upper extremity injuries in snowboarding and skiing: a comparative study. Clin J Sport Med. 2002;12(6):354-359.
• Yamauchi K, et al. Characteristics of upper extremity injuries sustained by falling during snowboarding. Am J Sports Med. 2010;38(7):1468-1474.
• Chauffard A, et al. To ski or not to ski? A meta-analysis of more than 750,000 upper extremity injuries. Shoulder Elbow. 2025;18(2):277-291.
• Wright A, et al. Risk factors associated with first time and recurrent shoulder instability. Int J Sports Phys Ther. 2024;19(5):522-534.
• Olds MK, et al. Who will redislocate his/her shoulder? BMJ Open Sport Exerc Med. 2019;5(1):e000447.

This guide provides general information only and does not replace individual medical or physiotherapy advice. Rehabilitation and return-to-sport decisions should be tailored to the injury, the athlete and the demands of their skiing or snowboarding.