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Snowboarding Injuries

Stats Fatalities Helmets Head injuries and Helmets Snowboarding - Boardsure and ski Wrist injuries and Wrist Guards Avalanche Safety

Snow sports are associated with injury; however the risk is much lower that people would believe, it is 0.5%.

Stats

Injury rates are based on how many skier days: for every 1000 people skiing or snowboarding on any particular day between 2 and 4 will sustain injuries, for snowboarding it is higher 3 to 5.

For an ACL (Anterior Cruciate Ligament), the ratio is 1 in 2000.

Fatalities

There is 1 death per 1.5million ski days

These are due to medical conditions or trauma. Traumatic deaths occur as a consequence of an avalanche or as a result of high speed impact with a stationery object, are it a tree, rock, pylon or another skier /snowboarder. Head injuries are often associated with these (see helmet section) -anchor link

Another form of death is the "Non-Avalanche Related Snow Immersion Death " : these relate to a fall into pitted area under a snow -laden tree - as the victim tries to extricate themselves , more snow caves in top of them and they die from either asphyxiation or hypothermia . Off-piste skiers and snowboarders are the most at risk here.

Helmets

Snowboarding head injuries increased from 1000 in 1993 to 5200 in 1997 but what needs to be taken into account here is that snowboarding became more and more popular during these times.
The stats are that between 1991/2 and 1998/9 there were 285 reported deaths from a total of 426.2million ski and snowboard days (i.e.: 1 death per 1.49million visits to the ski area. The death rate for snowboarding is 0.46 per visits - 34% lower than for skiing which is 0.70.
Biomechanics show that in order to protect the head against direct impact blow at 30mph, with current available materials, a helmet would need to be at least 18cm thick, 50cm wide and weigh 5kg, that's heavy. Most intermediate skiers travel at between 28 to 34 mph.

Head injuries and Helmets

10 to 15% of injuries are head injuries: they are usually minor though, mainly concussion so should they are worn? Well any degree of risk should be reduced. Helmet sales in the US are increasing year on year. The standards for Europe and the US are different. In Europe the Central European Standard EN1077and UNI EN 812 and in the US the American Snell RS-98, the American standard being more stringent, Snell performs a series of impact tests that require a higher level of impact absorption. The Snell has to withstand 30% more impact force than the Euro Standard. If you are going to buy a Helmet: buy one that meets the high standard.

Snowboarding - Boardsure and ski

About 25-40% of all slope users are snowboarders. It has a different injury profile to skiing.
Upper limb injuries predominate usually as a result of falls onto an outstretched hand. There are a lot of wrist injuries, especially among beginners: most snowboarders do not wear wrist guards. Serious spine injuries are also becoming more prevalent.

Wrist injuries and Wrist Guards

Snowboarders incur different injuries to skiers, both in terms of the areas that get injured and the type of injuries themselves. Compared to skiers, snowboarders are far more likely to sustain injuries to the upper limb and less likely to the lower limb. The amount of fractures is twice as high amongst snowboarders to skiers -25% to 12.5%. The reason for this is explained by the design of the equipment and the way it is used.
The instinctive reaction of a snowboarder is to outstretch a hand in order to break the fall. A result of this is the wrist is the single commonest injury area for the snowboarder.

The severity of the broken wrist is determined by whether the bones have been pushed out of position, whether the break goes through the line of the wrist joint or whether the wrist has been broken into different fragments amid whether the bones are sticking out of the skin. Displacement of the bone fragments is the most common problem, because of the considerable forces involved.

25% of all snowboard injuries affect the wrist, the shoulder being the next most common site of injury - 12%.

Current stats show that 15% of all snowboarders wear wrist guards.

Is there any evidence that wrist guards reduce the chances of breaking your wrist?

Yes undoubtedly, a study in Colorado showed that those wearing wrist guards were half as likely to sustain wrist injuries to those that weren't. Another study in Norway came to the same conclusion .Burton Tactic Wrist Guards

Wrist Guards can be bought on their own or integrated into a glove system, unfortunately nearly 25% of snowboarders are unaware of wrist guards. There is a myth that wrist guards merely transfer the force further up the arm and break the bones somewhere else, this is not true.

Avalanche Safety

Avalanche safety is the major concern for skiers and snow boarders. The Avalanche leads users to severe injuries and sometimes to death. It is always good for a user to carry standard AirBags, shovels, probes and Guards.

Airbag is the important avalanche safety equipment for the skier.Airbag protects the skier from injuries and sometimes Airbags helps the user to breathe fresh air at the time of avalanche.Snowpulse Airbags are one of the most popular Airbags in the market; it is included with an Avalanche Airbag System which protects the head and chest parts of a skier.

Snowpulse Airbags

Avalanche Shovels helps the rescuers to find the victims buried in the snow. With the help of a quality shovel, the rescuer can takes less time to dig a victim and can saves his life. The standard shovels like BCA Tour shovel, Pieps Shovel Tour are available in the market.

Avalanche Transceivers helps to locate the avalanche victim in the snow. It helps to point out the exact location of the snow, in some cases if the victim holds the transceiver, then the rescuer can know whether the victim is alive or not.

PIEPS DSP