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SPEED ON THE SLOPES

Know your speed,
know your helmet.

Most of us go faster than we think on the piste.

The research says it works: head injuries are markedly less likely with one. The standards behind the label are honest about the limit too: protection is designed for slower impacts than many of us actually ski at.

EN 1077 two classes, A and B

Check your speed
A skier in a helmet and goggles seen from behind, standing at the top of a groomed piste on a clear morning with snowy peaks beyond
AI-generated image, not a photograph of a real person or place.
  • Read the label
  • Know your speed
  • Ride within your ability
  • Kit and judgement, together

THE SHORT ANSWER

Helmets work,
within limits.

Three things worth knowing
before the first lift of the day.

THE EVIDENCE

About a third fewer head injuries

A 2010 meta-analysis of 12 studies found helmet wearers were significantly less likely to have a head injury, with no sign of more neck injuries.

See the numbers

THE LABEL

Two standards, one idea

European helmets are tested to EN 1077, in class A or class B; US helmets to ASTM F2040. Both test shock absorption and the strap system.

What gets tested

THE LIMIT

Built for slower impacts

ASTM says a helmet meeting its standard helps at slower speeds and that its protection is limited. On-piste speeds measured in the US averaged about 35 km/h.

Check typical speeds

HOW FAST DO PEOPLE GO?

Typical speeds
on a groomed piste.

Pick a type of rider to see the average speed measured by radar on groomed US trails. The bar shows how fast that group travelled compared with the others.

Speed check

Choose a rider
A beginner≈ 19.9 km/h

Beginners averaged 19.9 km/h. Ability had the largest effect on speed of anything the researchers measured.

An average snowboarder≈ 33.0 km/h

Snowboarders averaged 33.0 km/h. Beginner and intermediate snowboarders were slower on average than skiers of the same level.

An intermediate≈ 32.4 km/h

Intermediates averaged 32.4 km/h, already well above the beginner average.

An average skier≈ 35.8 km/h

Skiers averaged 35.8 km/h across all trails and ability levels, a little faster than snowboarders.

An advanced rider≈ 44.5 km/h

Advanced skiers and snowboarders averaged 44.5 km/h. The researchers note that impact energy rises with the square of speed.

Source: Stepan, Scher, Ruedl and Shealy, Skier and snowboarder speeds at US ski areas, JSAMS Plus (2023), 4,164 observations at 8 US ski areas, 2004 to 2020.

Average speeds from 4,164 radar measurements; individual riders vary widely around these figures. General information, not safety or medical advice.

TWO NUMBERS WORTH KNOWING

Fewer head injuries,
far more helmets.

One figure on what helmets prevent,
one on how quickly they caught on.

≈ 35%

Lower risk of head injury with a helmet

A pooled analysis of studies in the Canadian Medical Association Journal found helmets reduced the risk of head injury by 35% (95% CI 21% to 46%) among skiers and snowboarders.

HEAD INJURY · CMAJ 2010

86%

Share of US skiers and riders in helmets, 2019/20

National Ski Areas Association data cited in a 2023 study show US helmet use rose from 28% in 2003/04 to 86% in 2019/20.

HELMET USE · US SKI AREAS

The same 2010 review found the protective effect among children under 13 too, and no link between helmets and more neck injuries. The authors could not study helmet fit or quality.

FOUR THINGS TO CHECK

Look inside
the shell.

None of these needs new kit. They are about knowing what your helmet was tested for and keeping your speed where your skill is.

  • Find the standard

    Look for EN 1077 (class A or B) or ASTM F2040 on the label inside. These are the snow sports helmet standards.

  • Fasten the strap

    Both standards test the retention system. A strap left open cannot keep the helmet in place in a fall.

  • Match speed to ability

    ASTM says riders are responsible for staying within their abilities and the snow conditions on the day.

  • Know the warning signs

    After any knock to the head, the NHS lists symptoms that need 999 or NHS 111, including a hit to the head at high speed.

A snowboarder in a helmet carving down a groomed slope at a distance, with a spray of snow behind the board
AI-generated image, not a photograph of a real person or place.
Close-up of gloved hands fastening the chin strap buckle of a matte ski helmet beside a pair of goggles on a wooden bench
AI-generated image, not a photograph of a real person or place.

WHAT THE LABEL MEANS

What a standard
actually tests.

EN 1077 covers helmets for alpine skiers and snowboarders, including children and competitors, in two classes of protection, A and B. It sets requirements for construction and field of vision, shock absorption, resistance to penetration, the retention system, and marking.

The US standard ASTM F2040 tests helmets after hot, cold and wet conditioning, against flat, hemispherical and edge anvils, and checks they do not roll off the head. Its own scope says the protection is limited and works at slower speeds.

Questions

Questions people ask

Do ski helmets actually prevent head injuries?

The research says they reduce them. A 2010 meta-analysis in the Canadian Medical Association Journal found the risk of head injury was 35% lower with a helmet, and that 2 to 5 of every 10 head injuries among helmet users could be prevented.

Do helmets cause neck injuries?

The same review found no significant link between helmet use and neck injury, including in studies of children. This had been a concern because of the extra size and weight on the head.

What do EN 1077 class A and class B mean?

EN 1077 is the European standard for alpine ski and snowboard helmets. It defines two classes of protection, A and B, and tests construction, field of vision, shock absorption, penetration resistance, the strap system and marking.

Do people ski faster when they wear a helmet?

Evidence is mixed. A US study of 4,164 speed measurements found helmet wearers were faster overall, but mainly because more of them were advanced. After 2009/10, helmet wearers were 1.4 km/h slower on average.

What should I do after a fall where I hit my head?

Follow NHS guidance. It says to call 999 if someone hit their head at high speed or has symptoms such as being knocked out, and to contact NHS 111 for symptoms like vomiting or dizziness.

References

  1. Russell, Christie and Hagel (2010), The effect of helmets on the risk of head and neck injuries among skiers and snowboarders: a meta-analysis, CMAJ
  2. Stepan, Scher, Ruedl and Shealy (2023), Skier and snowboarder speeds at US ski areas, JSAMS Plus
  3. ASTM F2040-18: Standard Specification for Helmets Used for Recreational Snow Sports
  4. EN 1077:2007 Helmets for alpine skiers and snowboarders, scope (national adoption record)
  5. NHS: Head injury and concussion

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