Built for yachts.
Engineered to last.
From defense applications to marine lighting: one platform built around thermal, electrical, optical and mechanical control.
The technology inside.
Explore the functions behind the light.
Heat rises. Power adapts.
Automatic power reduction helps manage thermal stress. Move the temperature control to explore the principle.
Protection before the driver.
Transient input peaks are managed to reduce electrical stress on the lighting system.
Considered for onboard systems.
Electronics are designed to reduce generated interference around navigation and communication equipment.
Stability over time.
Thermal and electrical control support lumen maintenance. Lifetime values depend on the selected model.
Controlled light. Reduced glare.
Lens selection and recess geometry shape the lighting experience. A 45° optic is one available example.
Every layer has a purpose.
The thermal body, electronics, optics, seals and front bezel are developed as an integrated assembly.
A calmer light. A calmer interior.
Conceptual comparison of fluctuating and stable light output; not a measured comparison of specific brands or a guarantee for every operating condition.
Engineering shaped around your project.
Select dimensions, optics and finishes with our lighting designer.
Diagrams explain design principles and are not measured performance curves or manufacturing drawings. Product specifications and certification scope apply to the selected model.