Many of us are somewhat envious of the mountain biker’s spirit, whether they are riding in spectacular groups, circling up inclines showing off muscular strength many of us will never possess, or barreling down rocky paths. Aside from the treacherous paths winding in rocky overpasses and over rough terrain, they just exude adventure–and cause others to hold their breath viewing cliffs, drop-offs, and very, very narrow paths. What we aren’t envious of, and what most of us shy away from–whether it’s considered to be from common sense or sheer cowardice–is injury. The thought of breaking an arm or bashing one’s head on a boulder is often enough to keep many out of the mountains and home on the exercycle instead, watching re-runs of Grey’s Anatomy while we whir away on a slight incline.
While the mountains are home to a wide range of dangers, from predatory wildlife such as the mountain lion, bobcat, or bear, to unpredictable weather issues and commonplace rock slides, the world of mountain biking is a place full of unique injuries. For most who are doing it right, mountain biking can remain relatively safe. There is however, most commonly, the risk of injury like broken collarbones and sprained wrists. We won’t go into the dangers of cycling right over the side of a mountain, as that’s pretty self-explanatory in terms of consequence and leaves me weak-kneed just typing about it.
The one thing most mountain bikers do have in common in terms of injuries is that they realize there is only one person to point at after a crash, and that’s themselves–not the ineptitude of emergency help, biking coordinators, the person who got in their way, or anyone else. And in the same vein, while there might be trauma–you are the only one who can see to it that you get yourself back in the saddle.
Tom Wheeler has been able to take that to another level, after a severe injury to his Brachial Plexus. Since then he has been working on a design for a 3D printed riding brace which allows cycling enthusiasts to get back out in the fresh air again. Over the last year, the brace has been evolving, with the motto “Design, print, test, repeat.” While it may be a process to achieve the desired results for the best dynamics in biking, the technologies of digital design and 3D printing together allow for affordable prototyping and re-designing until the brace fits and functions optimally.
Wheeler is the founder and head of design and innovation at Notbroken, and his degree in Wearable Technology is coming in handy, along with a passion for innovation coupled with a stubborn spirit. Involved in mountain bike racing since the age of three, giving up on the sport was simply not an option for Wheeler. Thus, Notbroken was born, and the team continues to strive toward completion of the device.
Currently being fitted for Wheeler’s use in cycling, the team hopes that soon they can make the brace for others. The prototype which they’ve achieved at this point shows off a carbon fiber wrist support, along with:
- Ottobock shoulder support
- Sas-tec foam shoulder padding
- Titanium bolts
- Custom Fox damper
The team has also been working further on development of the hand-to-bar attachment and release mechanism for riders with either limited or no hand control.
Notbroken has also been collaborating with Poppy Farrugia, PDR (International Centre for Design Research) in making a 3D printed mountain biking prosthesis that is highly functioning, although still in prototype form. The latest iteration functions with springs in each side of the hinges. He will be presenting it at TCT Live later this year, according to industry buzz.
You May Also Like
Titomic to Deliver Two Kinetic Fusion Systems to Composite Technology Under AUD $25.5M Contract
The very definition of an industry leader, and serving as a forerunner within industrial-scale additive manufacturing in Australia, Melbourne-headquartered Titomic has just signed an AUD $25.5M contract for two TKF...
3D Printing News Briefs: February 21, 2020
In today’s 3D Printing News Briefs, we’re talking about new products and materials, an industry event, 3D printed electronics, and education. 3Doodler announced a new product, and Essentium will be...
Metal 3D Printing: Correlation Between Laser Power, Cooling Rates & Effects on Parts in LPBF Processes
US scientists are learning more about power, temperature, and the effects on metal 3D printing processes, with their findings outlined in the recently published ‘Subsurface Cooling Rates and Microstructural Response...
GKN Aerospace to Open Latest Additive Industries Process and Application Centre Close to Bristol, UK
GKN Aerospace is just one aspect of the powerhouse of manufacturing activity emanating from GKN—a company rich in history—with origins founded as far back as the 1700s. Overall, GKN presents...
View our broad assortment of in house and third party products.