A pure piece of engineering. This saddle merges a laser-printed titanium monocoque chassis (SLM) with an elastomeric 3D lattice interface (DLS), creating a mechanical suspension for your pelvis. At only 190g, it is a tool of raw efficiency, engineered for ultra-distance and high-load durability without compromising power transfer.
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295,00 €
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CYKL ERGO 3D Ti Titanium Saddle: A High-Precision Engineering Piece
The ERGO 3D Ti is not a conventional saddle. The use of SLM (Selective Laser Melting) allows for the production of a titanium monocoque chassis whose internal structure is calibrated to follow the natural oscillation of the pelvis, acting as a mechanical suspension. This base is complemented by padding derived from DLS (Digital Light Synthesis) technology: a process that uses digital light synthesis to generate a shape-memory elastomeric lattice structure.
This dual technological breakthrough provides differentiated zonal cushioning—softer in relief areas, firmer on ischial supports—for a record weight of 190g.
DLS Technology: Elastomeric lattice structure for active ventilation and millimeter-precise zonal cushioning.
Topological Weight Optimization: Only 190g, integrating longitudinal ridges for dynamic flex across the titanium monocoque assembly.
Relief Architecture: Flared Pressure Relief central channel for total perineal protection.
Functional Design: No glued coverings, exposing the raw material for immediate maintenance and durability.
Compatibility
Designed for the demands of Gravel, Road, and MTB, the ERGO 3D Ti fits seatpost clamps accepting round rails (7x7mm). Its open structure allows for instantaneous evacuation of debris and moisture, ensuring a constant interface regardless of weather conditions.
Designed through monobloc additive manufacturing, the ERGO 3D Ti chassis features a titanium alloy architecture unique on the market. Its longitudinal ridges are not merely aesthetic; they optimize weight while generating a mechanical flex calibrated to follow the natural oscillation of the pelvis. The result is superior comfort with zero loss of power transfer.
DLS Elastomeric Padding
The ERGO 3D Ti features an elastomeric lattice structure derived from DLS technology. This process allows for precise, millimeter-by-millimeter density variance: increased suppleness in the center for perineal relief, combined with structural firmness on the contact points, ensuring uniform comfort.