In March 2001, Ulysse Nardin unveiled a watch with no dial, no hands in the conventional sense, and no crown. Time was set and wound through the bezel, and the entire movement rotated to tell the hour. Twenty-five years on, the Manufacture has returned to that idea with the [Super] Freak, a 50-piece limited edition built around what Ulysse Nardin describes as the world’s first automatic double tourbillon. The result is the most complicated time-only watch the Maison has produced. Its arrival is a useful prompt to look at both the Freak’s unusual engineering and its growing significance within independent watchmaking.
Heritage and Craft
Founded in Le Locle in 1846, Ulysse Nardin built its reputation on precision timekeeping, becoming one of the leading makers of marine chronometers and earning its first Gold Medal in London in 1862 before collecting more than 4,300 awards and distinctions. The arrival of quartz technology and electronic navigation in the 1970s transformed that landscape, with demand for marine chronometers declining sharply as traditional methods of navigation gave way to new technologies. When Rolf Schnyder acquired the Manufacture in 1983, he chose a different path from many of his contemporaries, investing in mechanical complications and technical innovation at a time when much of the industry was moving away from traditional watchmaking.
That focus on innovation paved the way for the Freak, one of the most significant developments in Ulysse Nardin’s modern history. Working with the watchmaker Ludwig Oechslin, the Manufacture introduced the Freak in 2001, a watch in which the movement itself became the display, with the barrel serving as the hour hand and the rotating carousel as the minute hand. The project also introduced silicon components to contemporary Swiss mechanical watchmaking on a commercial scale, a material later adopted widely across the industry. Over the following two decades, the Freak became Ulysse Nardin’s platform for mechanical experimentation, with successive references advancing silicon technology, escapement design and movement architecture.
The [Super] Freak represents the latest stage of that evolution. Developed over four years, its new UN-252 calibre comprises 511 components, only 13 of which remain static during operation. The defining addition is a pair of titanium flying tourbillons, each inclined at ten degrees and rotating in opposite directions once every 60 seconds. Despite the added complexity, the minute bridge that carries them weighs just 3.5 grams, lighter than the equivalent component in the previous Freak S.
The addition of twin tourbillons placed new demands on the movement’s energy system. The Manufacture has therefore again relied on its patented Grinder winding system, which uses four ultra-thin levers to double the angular stroke of a conventional rotor. A newly patented gimbal, measuring 4.8mm and built from 11 components, transmits energy to a seconds display, a first for the Freak line. Alongside it sits a differential measuring just 5mm across, built with ceramic ball bearings to micron tolerances, which synchronises the two tourbillons. Both components were engineered with MPS, a Swiss microsystems specialist more usually associated with aerospace and biomedical work.
The choice of materials reflects the Freak’s broader approach to technical experimentation. Two DIAMonSIL escapements, diamond-coated silicon developed in-house since 2007, are engineered to withstand more than 155 million impacts a year. The hour disc, meanwhile, is cut from Nanosital, a transparent crystallised glass that reveals the movement beneath with a pale blue hue rather than concealing it behind a conventional dial.
Assembly takes place in Ulysse Nardin’s Haute Horlogerie Atelier in La Chaux-de-Fonds, where 14 watchmakers specialising in Grandes Complications work on the Manufacture’s most demanding pieces. Training for this role takes nine years, and only five watchmakers were prepared to assemble the [Super] Freak. Each watch is assembled, stripped for cleaning, and reassembled by a single craftsman over roughly 60 hours, before undergoing five days of chronometric testing. More than 70 per cent of the components are finished by hand, a process made more demanding by the extensive use of titanium, which takes roughly twice as long to decorate as the brass traditionally used for decorative movement parts.
Market Insights
The [Super] Freak arrives at £297,020 (393,600 USD), positioning it firmly among contemporary haute horlogerie complications rather than the broader luxury watch market. With only 50 pieces produced, initial demand is likely to be shaped more by existing Freak collectors and Ulysse Nardin loyalists than by speculative buyers. That context is important when considering the Freak’s position within contemporary independent watchmaking. The Freak ONE won the “Most Iconic Watch” prize at the Grand Prix d’Horlogerie de Genève in 2023. Select earlier references within the collection, including the original Freak and the Freak Diavolo, have achieved significant premiums over their original retail prices at auction as collectors have sought early examples of the silicon-era movements.
In the collector market, technically distinctive watches with genuine historical significance have generally attracted stronger long-term interest than derivative limited editions. The Freak’s early adoption of silicon technology gives it a genuine claim to horological significance rather than novelty alone. That said, buyers should treat any complicated limited edition with appropriate caution. Values for niche high-complication pieces can be volatile, and secondary market liquidity is thinner than for established sports models. Servicing costs for a movement built on 511 components will be considerable over the watch’s lifetime. Provenance and full documentation will matter more than usual given the small production run. Buyers should place particular emphasis on both when considering examples through the secondary market.
The Freak’s Long Game
Twenty-five years after its debut, the Freak remains one of the few watch families that changed how a mechanical watch could function rather than simply how it looked. The [Super] Freak does not soften that approach. It extends it with a second tourbillon, a seconds display, and two newly patented mechanisms within an already unconventional architecture. For collectors, it represents both a technical milestone for Ulysse Nardin and another step in the Freak’s evolution from experimental outlier to a recognised reference point within independent watchmaking.
