With the 2026 Winter Olympics approaching in Milan and Cortina d'Ampezzo, Italy, attention is turning to the safety of athletes who will compete on some of the most challenging, high speed ski courses in the world. As training intensifies and expectations rise, it is important to understand how skiing injuries have changed over time. Modern equipment has made the sport safer in many ways, but certain injuries, especially ACL tears and shoulder dislocations, continue to affect skiers at every level.
Over the past several decades, skiing has become a safer sport due to major improvements in equipment and safety practices. Helmets are now standard, ski boots are more supportive, and modern bindings are designed to release more effectively during a fall.
Data from the Western Journal of Medicine shows that the general skiing injury rates have dropped substantially over time. However, even though overall injury rates have declined, not every type of injury has followed this trend. Some injuries, especially those caused by twisting or high force movements, have actually become more common or have remained consistently high. ACL tears are a clear example of this shift.
Research shows that lower extremity injuries account for 37 percent of skiing injuries, with knee injuries alone making up 45 percent of those. While modern bindings help prevent fractures, they cannot completely protect the knee from the powerful twistings that occur during quick turns or unexpected falls. As skis have become lighter, more shaped, and more responsive, forces placed on the knees have increased, a probable explanation as to why ACL tears remain one of the most frequent and serious injuries in skiing.
Shoulder dislocations show a similar pattern. Studies note that one third of skiing injuries involve the upper body. Even with better protective gear, the shoulder remains vulnerable because of the instinctive reactions that occur during a fall. When a skier loses balance, they often extend an arm to catch themselves, and the force of the impact can push the upper arm bone out of its socket. This type of injury causes immediate pain and long term instability, and continues to affect skiers despite advances in equipment.
These trends show that safety improvements have not eliminated all risks but have instead shifted which injuries are most common. Equipment is now highly effective at preventing injuries, but it cannot fully protect athletes from the high energy movements that strain ligaments and joints. As the 2026 Winter Olympics draw closer, understanding these injury patterns is essential not only for athletes, coaches, and medical teams, but also for everyday skiers who want to stay safe on the slopes and protect their long term health.