Technical Analysis: The M.A.D.1S Platform and the Yinka Ilori ‘Grow Your Dreams’ Edition

August 29, 2025

The latest release from MB&F’s M.A.D.Editions, the ‘Grow Your Dreams’ series, provides an opportunity to conduct a technical analysis of the underlying M.A.D.1S platform. This model represents a significant evolution from the original M.A.D.1, primarily through the integration of a Swiss-made caliber and a refined case architecture that forgoes the secondary minutes ring for improved ergonomics. The result is a mechanically intriguing timepiece defined by its unconventional engineering.

Case Architecture and Material Specification

The M.A.D.1S case is constructed from stainless steel, measuring 42mm in diameter by 15mm thick. Its structure employs a multi-material approach for its crystals; while the front and rear are likely sapphire for scratch resistance, the transparent central case band that facilitates time-telling is presumably mineral glass—a pragmatic choice for this price point. The design positions the crown unconventionally between the lugs at 12 o’clock. Durability is rated at a standard 30 meters of water resistance, suitable for incidental contact. The bezel incorporates a HyCeram liquid ceramic accent ring, adding a technical finishing element to the external structure.

Inverted Caliber and Time Indication

At the core of the M.A.D.1S is the La Joux-Perret Caliber G101. The movement is inverted within the case, a key engineering decision that positions its prominent automatic rotor front-and-center beneath the primary crystal. This Swiss automatic caliber operates at a frequency of 28,800vph (4 Hz) and provides a substantial power reserve of approximately 68 hours. Time is not displayed via traditional hands but through two rotating aluminum rings—one for hours, one for minutes—viewable laterally through the central crystal ring, demanding a unique re-orientation from the user.

Component Engineering and Finishing

Beyond the base caliber, significant attention has been given to the surrounding components. The signature triple-blade rotor is machined from lightweight titanium and anodized, with Super-LumiNova accents. It rotates above a stamped aluminum base plate, creating visual depth. This configuration prioritizes the kinetic display of the winding mechanism as the primary visual focus, reinforcing the machine-centric ethos of the M.A.D.Editions project. The movement itself retains its standard rhodium-plated finishing, providing a clean industrial backdrop.

In conclusion, the M.A.D.1S platform is a compelling exercise in horological engineering. It successfully reconfigures a robust Swiss automatic movement to create an entirely novel time-telling and aesthetic experience, prioritizing mechanical transparency and innovative case architecture over traditional dial-based designs.

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