Milos - Atlantis The Palm | Ayrton

Milos, the renowned Mediterranean seafood restaurant at Atlantis The Royal, has elevated its dining experience with a high-intensity aerial light display. At the heart of this visual element is Ayrton, selected for its ability to deliver a powerful atmospheric presence.Perched on the open-air Milos rooftop, ten Mamba fixtures create dynamic pillars of light. Utilizing a specialized laser-phosphor engine, the Mamba delivers a staggering 2,600,000 lux at 10 meters, ensuring the beams remain vivid and sharp even against the intense ambient glow of the Dubai skyline. Its proprietary optical system provides a versatile zoom range from a razor-sharp 0.7° beam to a 15° wash.

The decision to utilize the Ayrton Mamba was driven by the need for a high-performance Skytracker solution capable of projecting light with unmatched precision. Engineered to do more than a traditional searchlight, the Mamba offers the unique ability to generate multiple, different beams from a single unit, utilising its 18 independent motors to create complex aerial textures. By combining a high-definition iris for beam optimisation with an expansive palette of colors and a sophisticated gobo system, the fixture transforms from a long-range beam into a versatile graphic tool. Built for night-after-night reliability, its IP65-rated housing and integrated SunProtect-65 system safeguard the internal optics from the elements and intense sun, ensuring the Mamba remains a dependable powerhouse for both indoor and outdoor productions.

Mamba represents a significant leap forward in aerial visual storytelling. By moving beyond the limitations of traditional searchlights, this deployment provides a versatile, “all-in-one” solution that combines the raw power of a skytracker with the intricate creative control of a high-end graphic fixture. With its robust IP65 protection and multi-beam capabilities, the Mamba ensures that the production remains as reliable as it is spectacular, setting a new benchmark for technical excellence in demanding environments.