The products created for disabled individuals sometimes push the envelope so much that people are left astounded not at the product itself, but the capabilities of the users themselves; that is the case with the Snowstorm Project. The Snowstorm Project involves a seating ski vehicle targeting paralyzed victims. In particular, it was built with Martin Fleig, a top German biathlete, in mind.
Developed by the Fraunhofer Institute for Mechanics of Materials IWM in collaboration with research and industry partners, the Snowstorm Project ski vehicle allows Fleig to rest in a kneeling position. The 'seat' is attached to traditional skis to ensure that the performance is as similar to the sport as possible. Through the Snowstorm Project, Flieg plans on competing in the Russia 2014 Paralympics.
Paralytic Ski Vehicles
The Snowstorm Project by Fraunhofer Allows the Disabled to Ski Down Slopes
Trend Themes
1. Adaptive Ski Technology - The development of new adaptive ski technology opens up new opportunities for people with disabilities
2. Assistive Sports Equipment - The development of more specialized and customized assistive sports equipment can help people with disabilities take part in sporting events and lead more active lives
3. Paralympic Innovations - The paralympics are driving the development of new technologies and innovations for people with disabilities, creating opportunities for businesses in this market.
Industry Implications
1. Sports Equipment Manufacturing - The sports equipment manufacturing industry has the opportunity to develop more specialized and customized assistive sports equipment for people with disabilities
2. Medical Technology - Medical technology companies can develop new adaptive ski technology to help more people with disabilities enjoy outdoor sports and recreational activities
3. Professional Sports and Events - The adaptive ski technology and other paralympic innovations can create exciting new opportunities for professional sports leagues and event organizers to engage with a wider audience