The 3D-Printed Titanium Revolution in Cycling Components

Published on January 06, 2026 | Translated from Spanish
3D printed titanium handlebar and stem with internal honeycomb structure, showing complex geometric details and customized organic surface

The 3D Printed Titanium Revolution in Cycling Components

The cycling industry is undergoing a radical transformation thanks to the implementation of additive manufacturing technologies. Mythos, a specialist in high-end components, has developed innovative solutions that are redefining performance standards in road cycling 🚴‍♂️.

Exclusive Advantages of Additively Manufactured Titanium

3D printed titanium represents the perfect combination of extreme lightness and exceptional durability. This material is ideal for components that face constant vibrations and intense loads during competitive cycling practice.

Main benefits of this technology:
  • Weight reduction of up to 40% through internal honeycomb structures that maintain full structural strength
  • Possibility to create complex geometries that significantly improve aerodynamics and energy efficiency
  • Unprecedented optimization of power transfer from the cyclist to the bicycle
Extreme customization ensures that each component perfectly adapts to the unique morphology of each rider

Application in Professional Cycling

World elite teams are already implementing these components in their competition bicycles, seeking those marginal advantages that can determine the outcome in top-level races.

Highlighted competitive features:
  • On-demand manufacturing according to the specific anthropometric measurements of each athlete
  • Significant reduction in muscle fatigue in long-distance competitions
  • Every gram saved and every optimized position directly contributes to final performance

The Future of Customization in Cycling

With 3D titanium printing, we have reached a level of customization where each component is as unique as the cyclist's fingerprint. This technology not only represents an evolution in performance and efficiency, but it establishes new paradigms in the manufacturing of high-level sports components 🌟.