Major sporting events like the Paralympics are a breeding ground for technological innovation.
The Paralympics features athletes with a diverse range of abilities, competing in a wide range of differentcategories.
Many competitors use prosthetics, wheelchairs, or other specialized components to enable them to perform at their best.
As such, it may not be suitable for many Paralympians.
But one-off, bespoke equipment is expensive and time-consuming to produce.
3D printing can deliver bespoke equipment at a more affordable price.
40% off TNW Conference!
Back in 2016, we saw thefirst 3D-printed prosthetic leg used in the Paralympicsby German track cyclist Denise Schindler.
Made of polycarbonate, it was lighter than her previous carbon-fiber prosthetic, but just as strong and better-fitting.
), such prosthetics need to be incredibly strong and durable.
Schindlers helped her win a bronze medal at the Tokyo games.
This results in a better-performing part than one made from aluminum.
All these technologies are increasingly accessible, meaning more non-elite athletes can experiment with unique parts.
Amateurs and professionals alike can already buyrunning shoeswith 3D-printed soles, and3D-printed custom bike frames.
However, dont expect your home 3D printer to be making titanium parts anytime soon.
This article was co-authored by Julian Chua, a sports technology consultant atReEngineering Labsand author of theSports Technology Blog.
