LEO - JW 1.6 SUPERVIOLET
PRICE
USD $36,500
DETAILS
Designed and architected by Jason Wilbur, LEO is built around a proprietary WILBUR display system engineered for mechanical presence and three-dimensional architectural tension.
The JW1.6 Superviolet configuration pairs multi-finish DLC black and G5 titanium with violet display discs and white architectural details. The violet elements introduce an unexpected chromatic layer that heightens depth and visual tension without altering the core structure of the system.
Front and rear sapphire crystals feature anti-reflective coating.
MOVEMENT & DISPLAY
WILBUR Engine One – Automatic Jump Hour
In-house WILBUR movement architecture, designed by Jason Wilbur
Swiss Made (developed and manufactured with our Swiss R&D and manufacturing partners)
27 jewels
4 Hz
Hours are displayed on proprietary sapphire and aluminum jump-hour discs beneath the central window.
Minutes are shown on a hub-less rotating ring with a fixed bridge pointer.
Seconds are displayed on a dedicated sub-disc with fixed pointer.
JW1 movement chassis
JW1 rotor assembly
CASE & CONSTRUCTION
Materials
Multi-finish DLC black and G5 titanium
Violet display discs
White architectural dial elements
Construction
Eight-part modular case design
Front and rear sapphire crystals with anti-reflective coating
Water resistance: 3 ATM
Dimensions
46.0 mm × 16.5 mm
48.5 mm max width at tabs
CONFIGURATION
Primary strap: black silicone “Landing Gear” strap with quick-change system and WILBUR hardware.
PROVENANCE
Limited to twenty-five pieces worldwide.
Delivered with WILBUR display case and factory documentation.
Covered by the WILBUR factory warranty.
Private allocation.
SOLD OUT
Private Allocation
Limited to 25 pieces total
OVERVIEW
LEO JW1.6 Superviolet is a production configuration of the LEO platform defined by color as energy rather than decoration.
This configuration introduces violet display discs within a dark titanium architecture, creating a saturated, electric contrast that feels unconventional, expressive, and intentionally nontraditional. The result is a Supermachine that leans into experimentation while maintaining the same underlying mechanical architecture.
Produced as a single lifetime run of twenty-five pieces.
Direct inquiries for availability and allocation: