Carbon and Hypsole Creating 3D Printed Athletic Guards for Cleats
Designed for athletes across all levels of competition, the guards work like removable outsoles, transforming cleats into functional, sneaker-like footwear that athletes can wear anywhere, and are compatible with a wide range of cleat models and sports.
The adjustable button-and-strap design enables athletes to customize the fit of their guards to accommodate varying cleat heights and widths. Source: Carbon/Hypsole
Specialty sports footwear company Hypsole is launching what it says the first-ever, 3D printed cleat guards using Carbon’s Digital Light Synthesis (DLS) technology. Designed for athletes across all levels of competition, the brand’s first model release, Tidal 3D Elite, is said to offer functionality, convenience, protection and comfort with a sleek look and feel.
The guards work like removable outsoles, transforming cleats into functional footwear that athletes can walk in anywhere. Tidal 3D Elite is compatible with a wide range of cleat models available from major brands for football, soccer, lacrosse, baseball, softball, rugby and ultimate frisbee. The brand was founded by former Division I track and field athlete, Jes Christian, whose college and professional experiences in fashion and sports, eventually led her back to the cleat guard concept.
“Once the functional requirements of the product were established, the aesthetic — from fit to finish —became a top priority. I didn’t want this product to be just another piece of sports equipment. I wanted fashion and streetwear to be infused into the design visuals,” says Jes Christian, Hypsole founder and CEO. “I felt strongly that it needed to look good and that we needed athletes to want it as much as, if not more than, they needed it. Because, at the end of the day, if it works but it’s not hitting aesthetically, then we’re going to be fighting an uphill battle with our target demo.”
Tidal 3D Elite was developed to resemble a sneaker when coupled with an athlete’s cleat through features that help bring the balance of function and fashion to life. The guards were designed to follow the natural curve of common cleat silhouettes, while maintaining a firm grip to keep cleats in place while an athlete is in motion. The adjustable button-and-strap design enables athletes to customize the fit of their guards to accommodate varying cleat heights and widths, while the heel notch gives them a quick and easy way to remove their guards while seated or standing.
The Tidal 3D Elite features a lightweight lattice 3D design with strategic support regions and tough tread for optimal durability. In collaboration with Carbon, Hypsole is manufacturing its first product using DLS — a 3D printing process that uses digital light projection to cure liquid resin, producing products with functional and visual properties that cannot be produced with traditional manufacturing processes.
Over the course of a year, the product’s original design was modified for Carbon DLS. And with input from Carbon’s team, the brand made the decision to leverage Carbon’s Elastomeric Polyurethane (EPU) — a 40% biobased material that rivals the performance of the standard thermoplastic polyurethanes often used in the production of sneaker outsoles — for the entire construction of the athletic cleat guards.
“Carbon’s technology was developed to bring about products that push the boundaries of what’s possible no matter the markets or industry — and Hypsole is no exception,” says Phil DeSimone, Carbon co-founder and office of the CEO. “We’re proud to partner to bring its revolutionary sports footwear concept to life with Carbon’s DLS technology, enabling improved performance for athletes at all levels.”
Tidal 3D Elite comes in two colors (Calcite Hex and Onyx Hex) and 10 unisex sizes. All Hypsole cleat guards run on a custom unisex sizing system, covering a U.S. child’s size 1 up through U.S. men’s and women’s adult sizes.
Related Content
Possibilities From Electroplating 3D Printed Plastic Parts
Adding layers of nickel or copper to 3D printed polymer can impart desired properties such as electrical conductivity, EMI shielding, abrasion resistance and improved strength — approaching and even exceeding 3D printed metal, according to RePliForm.
Read MoreCopper, New Metal Printing Processes, Upgrades Based on Software and More from Formnext 2023: AM Radio #46
Formnext 2023 showed that additive manufacturing may be maturing, but it is certainly not stagnant. In this episode, we dive into observations around technology enhancements, new processes and materials, robots, sustainability and more trends from the show.
Read More3D Printed Lattices Replace Foam for Customized Helmet Padding: The Cool Parts Show #62
“Digital materials” resulting from engineered flexible polymer structures made through additive manufacturing are tunable to the application and can be tailored to the head of the wearer.
Read MoreLarge-Format “Cold” 3D Printing With Polypropylene and Polyethylene
Israeli startup Largix has developed a production solution that can 3D print PP and PE without melting them. Its first test? Custom tanks for chemical storage.
Read MoreRead Next
New Equipment, Additive Manufacturing for Casting Replacement and AM's Next Phase at IMTS 2024: AM Radio #54
Additive manufacturing’s presence at IMTS – The International Manufacturing Technology Show revealed trends in technology as well as how 3D printing is being applied today and where it will be tomorrow. Peter Zelinski and I share observations from the show on this episode of AM Radio.
Read MorePostprocessing Steps and Costs for Metal 3D Printing
When your metal part is done 3D printing, you just pull it out of the machine and start using it, right? Not exactly.
Read MoreCarnegie Mellon Helps Industry, Students Prepare for a Manufacturing Future with AM and AI
Work underway at the university’s Next Manufacturing Center and Manufacturing Futures Institute is helping industrial additive manufacturers achieve success today, while applying artificial intelligence, surrogate modeling and more to solve the problems of the future.
Read More