TeXtreme 360° Is Featured in Lynk & Co GT Concept Vehicle with Custom Colored Finish

Why It Matters

The debut shows that advanced composites can simultaneously cut weight and elevate interior aesthetics, giving automakers a new differentiator for premium models. It also signals accelerating adoption of discontinuous fiber composites in passenger‑vehicle design, driving sustainability and performance goals.

Key Takeaways

• TeXtreme 360° appears in Lynk & Co GT concept interior
• Custom blue pattern adds color to carbon‑fiber surfaces
• DFC offers isotropic strength and easy shaping over complex geometries
• Compatible with dry and partially impregnated prepregs for multi‑material builds
• First automotive use of colored composite surfaces expands design options

Pulse Analysis

TeXtreme 360° represents a next‑generation discontinuous fiber composite (DFC) that blends ultra‑thin spread‑tow tapes into a randomly oriented matrix. This architecture yields near‑isotropic mechanical properties, allowing engineers to predict strength in any direction while maintaining the ultra‑light weight essential for modern vehicles. Because the material can be processed dry or with partial impregnation, it integrates seamlessly with traditional prepreg layers, enabling multi‑material architectures without sacrificing structural integrity. The result is a versatile platform that meets the automotive industry’s push for lighter, more efficient chassis and interior components.

Lynk & Co’s “Time to Shine” GT concept leverages TeXtreme 360° not just for performance but also for visual impact. By applying a custom blue patterned finish to interior panels, the brand demonstrates that carbon‑fiber composites can be a canvas for color and texture, breaking the long‑standing perception of composites as purely utilitarian. The colored finish highlights the woven carbon texture, delivering a premium, tactile experience that aligns with the vehicle’s Scandinavian‑inspired design language. This approach opens a new design frontier where engineers and stylists collaborate to embed brand identity directly into structural materials.

The broader market implication is significant. As manufacturers seek to meet stricter emissions standards and consumer demand for sustainable luxury, DFCs like TeXtreme 360° provide a pathway to reduce mass without compromising aesthetics. The ability to produce colored, high‑gloss finishes directly on composite parts eliminates additional coating steps, cutting both cost and environmental impact. With major OEMs experimenting with such materials, the supply chain is poised for a shift toward higher‑performance, design‑flexible composites, accelerating the transition to lighter, greener vehicles.