SYZMIK's X7C+ Headband Uses 3D Printed Lattice Padding to Reduce Concussion Risk
SYZMIK Sports has launched the X7C+ Protective Headband, featuring a novel 3D printed lattice padding designed to significantly reduce concussion risk in flag football and 7v7.
SYZMIK Sports has introduced the X7C+ Protective Headband, a new product incorporating what the company describes as an industry-first application of 3D printed lattice padding for flag football and 7v7 athletes. Designed by COO Christopher Perra, the headband has received a 5-Star impact rating from the Virginia Tech Helmet Lab and has been recognized with awards at the 2026 FIT Sport Design Awards and the 2026 Core77 Design Awards. The headband is scheduled for release on October 1.
The core of the X7C+’s protective capabilities lies in its MATRIXFRD padding, a 3D printed structural lattice developed by SYZMIK in collaboration with Carbon, utilizing Carbon's Digital Light Synthesis process. This lattice is constructed from EPU 45, a specialized elastomer engineered for energy absorption that is sensitive to strain rate. SYZMIK highlights that this additive manufacturing approach allows for the creation of a precisely tuned, multi-zonal structure, a feat not possible with traditional molded foam.
The 3D printed lattice is designed to flex naturally for comfort and breathability while stiffening locally upon impact to more effectively absorb and dissipate energy. SYZMIK reports that this replacement of foam with the printed lattice resulted in a 77% improvement in concussion risk reduction. Crucially, this enhanced protection was achieved without increasing the headband's thickness, addressing athlete concerns about bulkier gear.
Beyond the lattice padding, the X7C+ features a translucent Vapor Black shell that showcases the internal structure. The headband's construction utilizes ultrasonic welding for bonding shell layers and components, creating a unified structure from an injection-molded, segmented shell of flexible polymer elements. This method aims to reduce failure points common in sewn constructions while maintaining a low-profile design that moves with the wearer's head. Additionally, a high-stretch performance textile is bonded directly to the shell, and precision-cut "L" extension holes in the Lycra substrate provide multidirectional stretch. An updated geometric grip pattern enhances stability during high-speed movements.
The SYZMIK X7C+ exemplifies a growing trend in sports protective gear: replacing uniform foam with computationally optimized 3D printed lattice structures. This shift leverages additive manufacturing's ability to create complex geometries that can be precisely tuned for variable impact absorption and comfort, offering a significant performance advantage over traditional materials. This innovation aligns with broader advancements in additive manufacturing for customized and high-performance protective equipment.
Edited by the news editor with AI from the original report — please refer to the original source.