WYN LP SM

WYN LP SM combines DARKON's flagship Fibonacci Curve optical system with an ultra-slim low-profile body, delivering exceptional visual comfort, high-performance illumination and architectural elegance in a compact form. Sharing the same optical platform as the original WYN family, the LP version utilises DARKON's original surface-mounted body, measuring just 49mm in height, with remote control gear to achieve its clean, minimalist appearance. Named after the Wynn Hotel in Las Vegas, where the concept was first conceived, WYN was developed around a proprietary reflector inspired by the Fibonacci Curve, often referred to as the Infinite Spiral. A concealed LED light source projects light back into the reflector rather than directly into the space, allowing the curved geometry to precisely control and redistribute light. The result is one of DARKON's smoothest asymmetric light distributions, delivering exceptional uniformity, visual comfort and spatial brightness without harsh cut-off lines or distracting brightness gradients. A defining characteristic of WYN LP SM is its ability to simultaneously wash adjacent walls while projecting controlled illumination into the space. This unique optical distribution uses reflected light from vertical surfaces to enhance perceived brightness and improve overall room uniformity, while still delivering effective downward illumination for general lighting applications. By combining wall washing and ambient illumination within a single luminaire, WYN LP SM creates softer, more comfortable environments with fewer harsh contrasts and greater visual balance. With nearly two decades of proven performance across education, commercial workplaces, public buildings and architectural interiors, WYN LP SM continues DARKON's commitment to optical innovation, architectural integration and Australian manufacturing excellence. The result is a highly refined lighting solution that delivers the renowned WYN optical performance in a sleek 49mm-high low-profile body ideally suited to contemporary architectural environments.