Girard-Perregaux

A series of experiences to reveal all the secrets behind the #NeoConstantEscapement. In this experience, we discover the expanded 7-days power reserve.

In our series spotlighting the #NeoConstantEscapement, we turn our attention to silicium as one of the most important tools in our quest to master energy.

Introducing a series of experiences to highlight the key features and benefits of the #NeoConstantEscapement. First off, we explain the concept of constant force.

The case of the #NeoConstantEscapement is made out of hardy Grade 5 Titanium. Measuring 45 millimeters in diameter, its tempered design makes it wholly wearable on the wrist.

Creating our #NeoConstantEscapement required revolutionizing the architecture and workings of the movement. The new in-house GP9200 movement and its 266 components are a testament to 10 years of advanced accomplishments.

Silicium is at the core of #GirardPerregaux’s quest to master energy. The highly flexible material is the only one capable of constantly snapping and buckling into place, thanks to a blade six to eight times thinner than a human hair.

An elegant solution to the problem of constant force has long eluded watchmakers. Our #NeoConstantEscapement celebrates beauty too. The skeletonized dial displays the craftsmanship of our skilled artisans. Every little detail counts.

Breaking down the key features of our #NeoConstantEscapement, one key fact at a time.

Our #NeoConstantEscapement masters energy through constant force. A silicium-based escapement regulates the exact beats of energy needed to deliver the correct amount of power at all times. A breakthrough in timekeeping.

NEW WATCH ALERT: #NeoConstantEscapement. A watch that works like no other. A regulating escapement ensuring a stable energy delivery. A highly reliable timepiece. A new benchmark for chronometric accuracy.⁣ ⁣ This timepiece will be available in all authorized dealers in January 2024.

Are you ready to master energy? 13 patents and more than 20 years of in-house R&D are about to be revealed on October 11th. Inspired by our 230 year history of invention.

Our next release will use a material that is crucial for advancing our quest for precision. Can you guess what it is?