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Ressence Type 2 e-Crown – The Final Version with Anthracite Case

Ressence Type 2 e-Crown – The Final Version with Anthracite Case

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Last year, at the SIHH 2018, Ressence introduced something very special! While the brand has been about mechanical modules that show the time in a very unique manner, the Ressence Type 2 added some connected functionalities to the package – no worries, it has nothing to do with a step counter or a conversation with a phone. It was unique, unprecedented and (very) clever. This watch features a “e-Crown”, making it the first self-setting mechanical watch (and yes, Smart-Tech can make sense). After the underlying concept, here is the last version of the Ressence Type 2 e-Crown, presently with an anthracite case and different updates.

The base concept

The crown, a mechanism to twist and to change watches, was invented by Adrien Philippe (prime supporter alongside Antoni Patek of Patek Philippe) in 1842 and has been an unchallenged standard ever since! We use it without thinking to wind the movement or to change the time. It has become so common that nobody even felt that it would be challenged one day. However, Ressence doesn’t think thusly. The Type 2’s e-Crown features chips and connectivity, however it additionally relies on a mechanical movement. So you won’t converse with your watch as a phone or take a gander at Instagram photographs. The connected part serves the watch to make it more user-friendly, smarter on the off chance that you like.

The principle idea of Ressence with the e-Crown Concept is to revolutionize the manner in which we interact with the watch by really removing the fundamental part we interact with: the crown. How? By maintaining a strategic distance from the need to change the watch. The e-Crown Concept makes sure your watch is consistently on time, at the opportune time. It features brilliant technologies and connectivity, yet not for applications. The Ressence Type 2 is as yet mechanical, actually features a balance and an escapement, actually features a mechanical showcase of the time, yet it adds a layer to the signature Ressence concept – a mechanical movement with a presentation module on top named ROCS .

In short, it is a technology, developed by Ressence, that replaces the crown’s capacity with an automated set-up system. It automatically sets and changes your mechanical watch to the ideal time, rendering the crown obsolete. How can it work? The e-Crown Concept is an electro-mechanical embedded system that is placed between the mechanical base movement and the in-house ROCS module. It replaces the conventional crown’s setup elements of a mechanical watch.

For Ressence, the e-Crown “acts as an electro-mechanical assistance the same way an automated gearbox does in a car”. First of all, to reassure those who are allergic to smartwatches, the e-Crown can be switched on or off without affecting the watch. The watch can run in full mechanical mode powered by its mechanical base movement. Compared to a Ressence Type 1, it adds an extra layer, as a demonstration of the advantageous interaction between old-school watchmaking and front line technology.

Placed in-between the mechanical movement (low level) and the ROCS show module (high level) is the e-Crown, an electro-mechanical cluster composed of 87 components. The module is a four-layered 0.25mm thick flexible specially fabricated PCB that carries and connects all the components. Being minuscule and having a very low power utilization posed two challenges to the designers. Energy is provided to the module by photovoltaic cells. When required, triple-intersection photovoltaic cells, hidden behind the dial, will use the outside light as an energy source. The module is, therefore, self-sufficient.

What does this e-Crown do? First, it registers the time set physically through the caseback lever. It becomes the reference time for future checking, programmed setting and changing. In any event once every day, the e-Crown screens the time indicated on the dial. The circle’s positions will then be adjusted naturally (if necessary) as long as the movement of the watch is running. When the watch isn’t worn, and the movement stops, it will place itself into sleep mode and wake up when the watch is back on the wrist. It will then consequently reset the mechanical watch to the opportune time (based on the registered time). It is activated and controlled by tapping the glass.

The sorcery doesn’t stop here as the e-Crown likewise embraces connectivity. Ressence developed the e-Crown® application to reach an unseen level of convenience and modernity. Utilizing Bluetooth to connect to the module, the application shows a look down rundown of cities to choose from, yet above all enables multiple time zone settings, accurate to the second.

Ressence Type 2, new design and updates

Last year’s version was as yet a concept model, on which adjustments were required – essentially on the tech part, as the mechanical module was already recognizable and reliable. Being pristine and proprietary technology, Ressence needed an extra year to change its duplicate – yet now, it is ready to be shipped and worn.

First things first, the design has (marginally) evolved, with a new dim PVD covering working on this issue and a dark dial, instead of the full titanium scheme. Note that a second lighter-colored version will likewise be available. The case respects it modern, angle-free shape, with very reasonable dimensions – 45mm in diameter that wears like 42mm and just 12mm in height.

The remaining evolutions are based on the capacities and interaction between the mechanics and the connected module. As should be obvious, more apertures have been added to the dial, into the hour sub-counter. Underneath, extra photovoltaic cells provide more energy to the watch. The others, which already existed on the concept version, are as yet hidden between moving “vents” that open when energy is required. This was done because the kinetic energy supply provided to the e-Crown by a swaying mass, has been removed – the cells were, indeed, even more efficient in this case.

Finally, an extra capacity has been added when the watch goes into “sleep mode”. After 12 hours of idleness, the concept watch would stop to save the electric energy. Presently, a new mechanism has been added to impede the barrel. Along these lines, when the watch goes into sleep mode, the connected part stops and the barrel stops simultaneously, whatever the remaining torque. This means that when you “wake up” the watch, even after weeks of latency, you just have to double tap on it to make it work again – enacting both the electronic parts just as the mechanical part, as the barrel is released with some energy in it. What’s more, that is very clever.

The Ressence Type 2 e-Crown will be introduced officially at the SIHH 2019 out of a few days, and we’ll make sure to return to this subject in a more detailed article with active experience and our musings after playing with it. Price will be CHF 42,500 (taxes excluded). More details at .