When it comes to running and track shoes, you could be forgiven for thinking that the only innovations left to be carried out have to do with increasing comfort and decreasing weight, but the Speed EVO R shows that there are still plenty of functional improvements that can be implemented.
Developed by high-end track shoe company HOKA, the Speed EVO R is a shoe that takes into account the fact that running tracks loop round and require athletes to turn left as they run around the track. This shoe's spikes feature an asymmetrical orientation that takes into account the fact that runners spend more than half of a race turning left, and this is something that is reflected in the placement and shape of the spikes.
Considering that track runners who run distances greater than 100 meters spend a good chunk of any given race turning left, the Speed EVO R is a shoe that quite literally represents a turning point in running shoe science.
Key Themes Behind This Trend
- Asymmetrical Track Shoe Design
- The Speed EVO R's asymmetrical spike design addresses the specific needs of track runners who spend a significant amount of time turning left.
- Functional Improvements in Track Shoes
- The Speed EVO R demonstrates that there are still opportunities for functional advancements in track shoe technology beyond comfort and weight reduction.
- Enhancing Performance on Running Tracks
- The Speed EVO R showcases how targeted design innovations can improve running performance on looped tracks.
Where This Applies
- Athletic Footwear
- The development of asymmetrical track shoe designs presents a disruptive innovation opportunity for athletic footwear manufacturers to cater to the specific needs of track runners.
- Sports Equipment
- The functional improvements showcased by the Speed EVO R open up opportunities for disruptive innovation in the sports equipment industry, particularly in the area of track shoes and spikes.
- Sports Science
- The study and application of targeted design improvements in track shoes for better performance on specific types of tracks can contribute to disruptive advancements in sports science and training methodologies.
