Built for Performance
Performance begins at the structural level. A Bianchet watch is conceived as a mechanical system designed to resist shocks, pressure, and daily wear. The case, movement, and materials are developed together to form a coherent and resilient architecture.
This approach comes from the culture of Swiss micro-engineering, where precision and reliability are treated as essential qualities.
Engineering as a Foundation
Proven in Real Conditions
The true measure of a watch is revealed when it leaves the workbench and enters the realities of motion. A Bianchet timepiece is conceived to operate in environments where repeated impacts, constant acceleration, and rapid changes of direction place real demands on the movement and its structure. Performance, in this context, should not be an abstract specification, but a condition proven through use.
From professional tennis courts and championship golf courses to Formula 1 testing environments, electric E1 race boats, and high-performance GT cockpits, Bianchet watches accompany athletes and drivers in active conditions. These scenarios subject the watch to vibrations, shocks, and sustained mechanical stress, confirming the integrity of the case construction, the resilience of the tourbillon calibre, and the reliability of the chosen materials.
Shock Resistant Movement
The tourbillon is traditionally regarded as one of the most delicate mechanisms in haute horlogerie, often reserved for refined and protected environments. At Bianchet, it is developed with a different objective. The calibre is conceived as a structural assembly designed to endure real mechanical stress while preserving precision and stability.
The movement architecture is reinforced through rigid bridge geometry, optimized mass distribution, and secure fixation points across the gear train and regulating organ. Critical tolerances are engineered with approximately twenty-five percent more margin than conventional industry standards, allowing the calibre to absorb shocks without compromising function. Combined with the protective case construction, this approach enables the tourbillon to withstand forces of up to 5000G.
Strength Through
Material Science
Grade 5 Titanium
Material selection at Bianchet follows performance before appearance. Grade 5 titanium forms the foundation of many cases and bracelets, valued for its exceptional strength-to-weight ratio. Around 40 percent lighter than steel, it offers high resistance to shocks, corrosion, and deformation while maintaining structural rigidity. This allows complex case architectures that remain robust and comfortable on the wrist.
High Density Carbon
Our high-density carbon and quartz-based composites provide an alternative expression of performance and daily wearability. Their layered structure delivers remarkable rigidity at extremely low weight, often reducing the case's mass to nearly half that of traditional metals. The material is compressed under extreme pressure, giving it high scratch resistance.
Built for Daily Wear
The true value of a high-complication timepiece is revealed in daily life, where precision must remain constant and the mechanism must endure far more than controlled conditions. Bianchet watches are conceived with this reality in mind, built around a robust case architecture, precise sealing systems, and lightweight technical materials that protect the movement from moisture, shocks, and the effects of regular wear.
This structural approach creates a stable environment for the tourbillon calibre, allowing it to maintain its precision over time. The balanced weight of the materials, the ergonomic curvature of the case, and the integrated bracelet architecture ensure lasting comfort, so the watch becomes a natural companion on the wrist, whether in active moments or everyday situations.
PERFORMANCE
HIGH-TECH
Tested in real-world scenarios under extreme conditions, our watches are crafted to meet the highest Swiss engineering standards and excel in any situation.
MICRO-MECHANICS
CUTTING-EDGE
Bianchet tourbillon watches are composed of highly complex parts and advanced materials requiring high-precision machines and perfect skills.
The titanium architecture of our movements, tested to resist high-impact shocks, provides a resilient, yet light and non-magnetic framework.
One of the very few curved tonneau-shaped carbon watches capable of withstanding a pressure of 10ATM (100 meters of water depth) and shocks of 5000Gs, the B1.618 watch collection has been designed to be versatile and endorsed during sports and water activities.
PRECIOUSNESS
HIGH-TECH
Bianchet has developed an exclusive material, the Titanium-Dust-High-Density-Carbon, a composite of carbon fibres with titanium powder made of circa 500 compressed layers of 0.03mm thick carbon fibres, infused with titanium powder between every two layers.
The result is a highly resistant and light material offering the properties of a high-tech composite with the preciousness of a noble metal.
Verified through rigorous testing by top tennis players Grigor Dimitrov and Alexander Bublik, renowned for their precision and power, as well as big wave surfer Francisco Porcella, known for riding the world's most epic swells, Bianchet watches have proven their resilience in extreme real-world scenarios.
