It's very difficult for an amputee to go on a hike with existing prostheses given that they are usually intended for little more than walking, so the 'Hierex' prosthetic leg concept changes this with a design intended specifically for hiking. Designed by Kesu Wang, the 'Hierex' prosthetic features a specially designed shock absorption system that is far better than traditional hiking boots to ensure stability when walking on uneven terrain. The prosthetic also features a water cooling system that works to help the person reduce the occurrence of swelling and inflammation that can be caused from too much rigorous walking when out on the trail.
The 'Hierex' prosthetic leg concept completely changes what's possible for amputees to ensure they can continue to hike or take up the activity to maintain good overall health both in body and mind.
Hike-Enabling Prosthetic Legs
The 'Hierex' Prosthetic Leg Concept Enables Amputees to Hike
Trend Themes
1. Hiking-optimized Prosthetics - The 'Hierex' design shows a potential for innovation within the prosthetics industry for the development of more specialized models catering to specific activities.
2. Advanced Shock Absorption Systems - The development of better shock absorption systems as seen in the 'Hierex' design could have applications in sports equipment and footwear industries.
3. Innovative Cooling Systems - The 'Hierex' design's cooling system could lead to advancements in the development of cooling apparel and accessories for outdoor enthusiasts.
Industry Implications
1. Prosthetics - The 'Hierex' prosthetic leg concept presents an opportunity for the prosthetics industry to develop specialized models catering to specific activities.
2. Sporting Goods - The advanced shock absorption system seen in the 'Hierex' design may have potential applications in the development of sports equipment and footwear.
3. Outdoor Gear - The 'Hierex' design's cooling system shows potential for application in the development of cooling apparel and accessories designed for outdoor enthusiasts.