According to a recent LinkedIn post from Carbon, the company is showcasing advanced shin guard prototypes built with its EPU 45 elastomer ahead of the upcoming World Cup. The post describes EPU 45 as a strain‑rate sensitive material that remains flexible at rest but stiffens upon impact, aiming to provide targeted protection without traditional padding.
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The company’s LinkedIn post highlights that these guards use an open‑cell lattice structure designed in Carbon Design Engine by designer Vincent Rigommier. Each cell is depicted as deforming under load to distribute impact energy across the structure, which could appeal to performance‑driven sports brands seeking differentiated protective gear solutions.
For investors, the post suggests Carbon is positioning its materials and lattice design software for high‑performance sporting applications, a segment that can support premium pricing and brand‑name partnerships. While no commercial agreements or revenues are referenced, the timing around a global event like the World Cup may enhance visibility with equipment manufacturers and potentially expand Carbon’s addressable market.
More broadly, the focus on integrating material science with lattice geometry underlines Carbon’s strategy of offering a full-stack solution that combines hardware, software, and proprietary materials. If this integrated approach gains adoption in sports protection, it could reinforce the company’s competitive moat in 3D‑printed performance products and support long‑term growth in adjacent verticals where impact management is critical.