URWAHN introduces the 3D‑printed Ti64 frame
URWAHN has presented a limited edition of its SOFTRIDE platform built from 3D‑printed titanium Ti64. This new material category strengthens the brand’s direction in structural innovation for both conventional and electric bicycles. The original geometry remains intact, focusing the evolution entirely on the properties of the material.
Entering a category traditionally dominated by carbon
With a frame weight under 1.45 kilograms, the SOFTRIDE Ti64 positions itself in a segment long dominated by carbon. URWAHN has maintained the characteristic SOFTRIDE silhouette to ensure direct comparison within its range. Titanium Ti64, commonly used in aerospace and high‑performance engineering, brings advantages in strength‑to‑weight ratio, fatigue resistance and long‑term stability.
In cycling, these qualities translate into precise control, efficient power transfer and a balanced level of comfort. The suspended rear section remains in place, and the elasticity of Ti64 supports improved vibration management across varied terrains.
System openness and electric compatibility
The Ti64 frame is designed with modularity in mind. It accommodates a variety of drivetrains, including belt‑drive systems, gearbox solutions such as Pinion Smart.Shift and electric assistance.
The electric variant integrates the MAHLE X20 System. With extremely low weight, minimal visual impact and strong performance, the X20 System is particularly well suited to premium bicycles. Its integration allows the SOFTRIDE Ti64 to retain its handling characteristics while offering riders a responsive and efficient electric experience.
Durability and long-term structural performance
Titanium Ti64 offers corrosion resistance and consistent structural behaviour, positioning the frame as a long‑lasting option. This provides predictable performance for riders, and a premium proposition for OEMs and dealers seeking products with extended service life.
Its fatigue resistance is especially relevant for sportive and urban use cases involving repetitive loads. This material choice illustrates how alternatives to carbon can increase robustness while keeping weight low.
A reference point for future mobility design
Sebastian Meinecke, Managing Director at URWAHN, emphasises that the project focuses on meaningful structural progress rather than prestige. By prioritising material behaviour over visual reinvention, the SOFTRIDE Ti64 demonstrates how advanced manufacturing and high‑performance materials may shape the next generation of mobility solutions.
The result is a premium frame with strong identity and long‑term stability, available as a conventional bicycle and as an eBike equipped with the MAHLE X20 System.
