THE ULYSSE NARDIN SUPER FREAK TRANSFORMS MOVEMENT INTO TIME ITSELF

Ulysse Nardin has introduced a creation that represents the most advanced expression of an idea first unveiled in 2001: the Super Freak, at Watches and Wonders 2026. More than an anniversary piece, it marks 25 years of the Freak and draws on 180 years of watchmaking history, bringing together decades of research, experimentation, and technical development into a single, highly resolved form.

The significance of the Super Freak lies not only in its complexity, but in the continuity of its thinking. From the outset, the Freak was conceived as a challenge to traditional watchmaking architecture. It removed the crown, eliminated conventional hands, and transformed the movement itself into the display. That radical proposition remains intact here, yet it is realised with a level of sophistication that reflects the accumulation of knowledge across more than two decades.

At the core of the Super Freak is a construction in which nearly every component participates in the act of timekeeping. The barrel rotates once every 12 hours to indicate the hours, while the movement itself completes a full rotation every 60 minutes to display the minutes. This carousel-style architecture, first introduced with the original Freak, has been refined to an extraordinary degree, resulting in a system where more than 97 per cent of the 511 components are in constant motion.

Developed over four years, the new UN-252 calibre brings together the defining principles of the Freak while introducing a new level of mechanical density. Its seven-plane construction creates depth and dimensionality, allowing the wearer to observe the interaction between components as they operate. The watch is set via the bezel and wound through the case back, preserving the unconventional approach that has long defined the collection.

Central to the Super Freak is its double tourbillon system, a configuration not previously realised in this form. Two titanium flying tourbillons, inclined at 10 degrees and rotating in opposite directions, complete a full revolution every 60 seconds. These are integrated within a flying carousel that itself rotates once per hour, creating a layered system of motion that is both technically demanding and visually compelling.

Despite the complexity of this arrangement, the minute bridge supporting the tourbillons weighs just 3.5 grams, underscoring the importance of material efficiency in maintaining performance. The challenge of powering such a system is addressed through careful energy management, ensuring that precision is maintained even as the number of moving components increases significantly.

To regulate and stabilise this architecture, Ulysse Nardin introduces a differential measuring just 5 mm, the smallest of its kind. Composed of 69 components and manufactured to micron-level tolerances, it averages the rate of the two tourbillons while distributing energy across the movement. Without this mechanism, even minor variations between the regulators would result in measurable deviations in timekeeping.

Complementing this is a newly developed gimbal system, also produced at an extremely compact scale. Positioned between the differential and the seconds display, it ensures consistent energy transmission despite the decentralised layout of the movement. This innovation makes possible the integration of a seconds indication within the Freak architecture, an addition that further enhances both its technical and visual complexity.

Powering the Super Freak is the patented Grinder system from Ulysse Nardin, a highly efficient automatic winding mechanism. Its design captures even the slightest wrist movement and converts it into energy, using a system of ultra-thin levers that amplify motion far more effectively than conventional oscillating weights.

This efficiency is essential given the demands of the double tourbillon mounted on a flying carousel. By maximising energy capture and transmission, the system ensures stable performance while supporting the watch’s complex architecture.

Material innovation continues to play a defining role in the Super Freak. Silicon, first introduced by Ulysse Nardin in 2001, is used extensively throughout the movement, including in the balance wheels, hairsprings, and escapements. Its properties, including low friction, resistance to magnetism, and long-term stability, contribute directly to the performance and durability of the watch.

The escapements are further enhanced with DIAMonSIL, a diamond-coated silicon technology that increases hardness and resistance to wear. These components are designed to withstand extremely high levels of activity, with each escapement operating at 18,000 vibrations per hour and enduring over 155 million impacts annually.

A transparent hour disc crafted from Nanosital reveals the movement beneath, reinforcing the idea that the Super Freak is built around openness and mechanical visibility. Its light blue tone, subtly influenced by maritime references, adds a visual dimension that complements the technical composition without overwhelming it.

While the Super Freak is defined by innovation, its execution remains deeply rooted in traditional craftsmanship. More than 70 per cent of its components are finished by hand, using techniques such as manual polishing, straight graining, and sandblasting. The use of titanium, chosen for its strength and lightness, further increases the difficulty of this work, as it requires significantly more effort to achieve the same level of refinement as softer metals.

Each watch is assembled in Ulysse Nardin’s Haute Horlogerie atelier by a single watchmaker, ensuring continuity and precision throughout the process. The assembly requires approximately 60 hours of work, followed by several days of testing to validate performance. This approach reflects a commitment not only to technical excellence, but also to the human expertise that underpins it.

Since its introduction, the Freak has served as a platform for experimentation, introducing 35 patented innovations and reshaping expectations of what a mechanical watch can be. The Super Freak brings these developments together while introducing new solutions, including the gimbal system, further extending the possibilities of the concept.

In doing so, it stands as the most complete expression of the Freak to date. Not simply an evolution in form, but a continuation of an idea that has consistently sought to redefine how time is measured, displayed, and understood.