Using 3D printing technology to create a bicycle is no longer particularly new. That doesn’t mean, however, that anytime it happens it’s old news. James Novak took a crack at the bicycle and came up with this very unique frame that allowed him to fully explore and exploit the potential of 3D printing in customized sports equipment.
James Novak is one of those people who can’t stop finding things interesting. Despite already having an undergraduate degree in architecture and a master’s in product design, he still confesses that he doesn’t know what he wants to be when he grows up…if he even decides that growing up is something he wants to do at all. Even while working on a number of high profile projects as a professional industrial designer, he felt the urge to push the envelope.
Novak confessed, “I was always searching for something more, something that I could really sink my teeth into and get excited about it.” With his bicycle project, he found just what the doctor ordered. It started when he visited Griffith University, his alma mater, and came upon their 3D printing equipment. Not to give up his status as a life-long learner, he decided that in addition to teaching there as a lecturer, he would also enroll in a PhD program focusing on additive manufacturing for sporting products. It gives him the opportunity to, “play with all these toys,” as he put it.
While playing, he began work on the frame of a bicycle in an effort to determine how far he could exploit the unique nature of 3D printing.
“What I really wanted to achieve was something that takes full advantage of the benefits of 3D printers, especially the ability to create one-off, customizable pieces that may be lighter-weight and stronger than traditional frames through the use of complex lattice structures. More than anything, I’d like my work to be an example of what we should be 3D printing.”
The bike was designed to exactly fit the proportions of its designer body and is a fascinating first foray into the world of customizable sporting goods and 3D printing. To create the product was not, if you will pardon the expression, as easy as falling off a bike. Novak spent approximately 150 hours modeling the item, using 3D SolidWorks and then had to figure out how much of what he was trying to do could actually feasibly be accomplished with 3D printing. All in all, the process took four months of continual refinement and redesign before he was able to create something usable.
The final bike was printed in paintable resin through i.materialise and then exhibited in Brisbane, Australia. Novak hopes that this won’t be the end of a journey, but rather a beginning.
“A lot of great ideas for the future have come from my experimentation so far, and I’m planning to launch a website selling some of these once I get through my studies. The side will be called edditive.com and will hopefully feature the final resolved fixie frame for sale in the future.”
What do you think about this unique bicycle design, and the method of production? Discuss in the 3D Printed bicycle forum thread on 3DPB.com
You May Also Like
3D Printing Awakens Renewed Interest in Polymeric Heart Valves for Patient-Specific Treatment
Authors Charles D. Resor and Deepak L Batte review the recent work of André R. Studart and his co-researchers in creating artificial heart valves via 3D printing. Their findings are...
3D Printing News Briefs: July 19, 2019
We’ve got a new partnership to tell you about in today’s 3D Printing News Briefs, followed by a software update and some news about 3D printing in the hospital. FIT...
Fortify Closes $10M Series A Funding Led by Accel
Fortify, known for their next-generation composites and Digital Composite Technology (DCM), has just completed a $10M Series A funding led by Accel. The Boston-headquartered additive manufacturing startup also received funding...
Researchers Rely on 3D Printed Models & Surgical Guides for Pediatric Orthopedic Surgery
Medical researchers and orthopedic surgeons in Taiwan at Kaohsiung Veterans General Hospital continue to explore better ways to heal bones and manage defects, with their findings outlined in the recently...
View our broad assortment of in house and third party products.