According to a recent LinkedIn post from Carbon, the company’s Digital Light Synthesis (DLS) technology featured prominently in the saddle segment at the Life Time Sea Otter Classic 2026. The post highlights that several established saddle designers are now using Carbon’s lattice-printing approach to replace traditional foam padding.
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The post suggests that partners are leveraging zone-by-zone tunable lattice geometries to improve pressure distribution and breathability in performance cycling saddles. It also notes that DLS-based design iterations can be reduced from 2–3 weeks to roughly one day, potentially accelerating product development cycles for these brands.
From an investor perspective, the broader presence of “saddles powered by Carbon” at a major cycling event may indicate growing adoption of the company’s platform in the high-performance sports equipment niche. If this adoption trend continues, Carbon could deepen its role as an enabling manufacturing technology partner, supporting recurring revenue opportunities tied to materials, printing, and design services.
The post further implies that lattice-printed saddles are moving beyond a niche application toward becoming a directional trend in the category. This could strengthen Carbon’s positioning in additive manufacturing for consumer products, while also serving as a proof point for its technology’s scalability and potential applicability across other segments requiring customized, high-performance geometries.