The Spectacle of Micromechanics The KERBEDANZ three-beak balance wheel that powers the MAXSPOR is so remarkable, largely due to its innovative architecture and cutting-edge technologies. Inverted and raised above the mainplate and dial, it creates a striking visual experience, offering a true spectacle of micromechanics in motion.
This hairspring, designed from the exclusive Optimox® alloy (protected by four patents), is distinguished by its exceptional resistance to shocks and thermal variations, thus guaranteeing optimal performance in all circumstances.
At the heart of this single-pusher chronograph, designed to master time with impeccable precision, the inverted balance spring embodies watchmaking excellence. Each gear, each component interlocks with a perfection worthy of the greatest athletes in action. The mechanism comes to life fluidly, revealing all the technical and aesthetic beauty of this masterpiece through a transparent case back. The MAXSPOR thus transcends the limits of traditional watchmaking, where the mastery of time becomes a true sporting performance, combining innovation and visual refinement.
A Sleek Design Inspired by Competition The MAXSPOR, with its sleek design and dynamic lines, perfectly embodies the spirit of speed and competition. Each curve evokes the momentum and fluidity of great athletes, reminding us that every move is an achievement, every second a challenge.
The MAXSPOR symbolizes the quest for ultimate performance, merging technical innovation and sporty aesthetics for those who live in the action. It is a watch designed to capture the intensity of every moment. Its dial is a veritable racetrack, where time flows smoothly, in perfect harmony between sportiness, avant-garde design, and robustness.
GRADE 5 TITANIUM The GR8 MAXSPOR case is also made of grade 5 titanium, a biocompatible, highly corrosion-resistant and remarkably rigid alloy that allows the gear train to operate effortlessly.
This alloy is composed of 90% grade 5 titanium, 6% aluminum, and 4% vanadium. This combination further improves the material's mechanical properties, which explains its frequent use in demanding fields such as aerospace, aeronautics, and automotive.