Aerospace - Grade CFRP Material: The Core Support for Lightweight and High - Strength

The frame of Carbon20 adopts the aerospace - grade Flecca® patented technology, innovatively combining aerospace - grade CFRP (carbon fiber reinforced polymer) with magnesium - aluminum alloy. As a high - performance material commonly used in the aerospace field, CFRP has the dual characteristics of "ultra - lightweight" and "high - strength". Compared with traditional aluminum alloy frames, the frame of Carbon20 is reduced in weight by over 40%. Meanwhile, its tensile strength and impact resistance are significantly enhanced. It not only enables the entire vehicle (including the battery) to achieve an ultra - light weight of 14.9 kg, but also can handle the bumps and stresses during urban cycling, laying a foundation for safety and portability.

Low Carbon Emissions throughout the Life Cycle: The Balance between Environmental Protection and Performance

Relying on the material properties of CFRP and modular production processes, Carbon20 achieves a significant reduction in carbon emissions throughout its life cycle. Compared with traditional aluminum alloy ebikes and traditional all - carbon - fiber ebikes, Carbon20 has significantly lower carbon emissions in all aspects, from frame raw material production and frame manufacturing to the production cycle and transportation. It not only optimizes the choice of frame materials and production processes to effectively reduce carbon emissions, but also further reduces energy consumption with its shorter production cycle. Through comparative analysis, Carbon20 has a substantial reduction in overall carbon emissions compared to traditional models.