Silca 3D-Printed Titanium Derailleur Hanger

Elevate the precision and speed of your gear shifts with SILCA's 3D Printed Titanium Derailleur Hanger, designed to outperform standard aluminum hangers by offering up to 12 times the stiffness and a weight reduction of 2-10 grams.

Superior Strength and Precision

The SILCA 3D printed titanium derailleur hangers infuse robustness and rigidity into a component often neglected, yet crucial for swift and accurate shifting. As modern electronic derailleurs operate with incredible speed and force, traditional hangers crafted from low-grade aluminum can flex up to 4 degrees during shifting, leading to decreased precision and slower gear changes. SILCA's advanced 3D modeling, augmented with AI-generated structural infill, ensures their 3DP Hangers are 5-7 times stiffer than conventional aluminum hangers while also being lighter by 2-6 grams, depending on the model.

Optimized for Shimano Direct Mount

For those requiring Shimano Direct Mount compatibility, SILCA's 3DP Direct Mount Hangers boast an 8-12 times increase in stiffness and a weight reduction of 4-10 grams, achieved by removing the direct mount link from the setup.

Proven at the World Tour Level

The SILCA 3DP Hangers have been battle-tested in the pro cycling arena, contributing to two stage victories at the 2023 Tour de France. These hangers have demonstrated their durability and ability to maintain derailleur alignment even after multiple crashes.

Designed for Durability and Protection

Not just rigid, SILCA 3DP Hangers can be manually aligned and feature an internal fracture notch. This detail allows the hanger to break and bend strategically below the point of damage, safeguarding the carbon frame from severe impacts and potentially saving your frame from costly damage.

Specifications

Direct Mount Hangers: 8-12 times stiffer than standard aluminum hangers

Direct Mount Hangers: 4-10 grams lighter than standard aluminum hangers

SRAM Hangers: 5-7 times stiffer than standard aluminum hangers

SRAM Hangers: 2-6 grams lighter than standard aluminum hangers

Performance: Significantly improves shifting accuracy and speed

Safety: Minimizes risk of misalignment post-crash

Protection: Frame-saving fracture notch design makes the hanger sacrificial in extreme impacts