way guidance lighting

Survivolite penetrates the most adverse conditions of turbid water and dense smoke. LEDs provide the only technological solution that meets all the requirements to provide visual guidance to an escape hatch from any location inside the fuselage of a crashed or ditched aircraft.


The Survivolite 'light pod' utilizes a series of intensity point-source beams to minimize absorption and scatter, maximizing optical penetration.

Download way guidance lighting product information specification sheet

escape hatch lighting

Water rushing into an aircraft cabin carries escaping hydraulic fluid, oil, fuel, and accumulated grime from years of service. [This compounds the cloudiness of water that may already be dense with silt, further reducing visibility.

Refraction of light and the myopic effects on the human eye, caused by the water pressure, places serious constraints on the design of emergency lighting systems.
 
Only high brightness LEDs will meet the demand of such life-and-death situations. Oxley Survivolite modules are designed to replace existing 'Beta' lights, which are totally ineffective in these conditions.
 
Download escape hatch lighting product information specification sheet

marine escape lighting

Traditionally high-mounted escape lighting only serves to illuminate a limited area. Directional information is very limited.

Survivolite is typically configured to provide a discontinuous line of light providing way guidance to exits. The guidance lighting can be supplemented by high brightness LED versions of the conventional 'running man' symbols above exit doors.

Horizontal low-level illumination of steps and other changes of level are ideal. In open areas and long corridors, Survivolite arrow symbols will indicate the direction to emergency exits.

Download marine escape lighting iroduct Information specification sheet